multielectrode_grasp/datasets/l101210-001.odml

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<odML version="1">
  <date>2017-07-14</date>
  <section>
    <definition>Information on the experimental setup</definition>
    <property>
      <definition>Location of the setup</definition>
      <value>Inst. de Neurosciences Cognitives de la Mediterranee (INCM), GLM, CNRS - Aix Marseille Univ., Marseille, France<type>string</type></value>
      <name>Location</name>
    </property>
    <property>
      <definition>Used data acquisition (DAQ) system</definition>
      <value>Cerebus<type>string</type></value>
      <name>DAQSystem</name>
    </property>
    <name>Setup</name>
    <section>
      <definition>Information on the experimental apparatus</definition>
      <property>
        <definition>Full name of person who created the setup</definition>
        <value>Thomas Brochier<type>string</type></value>
        <name>Creator</name>
      </property>
      <property>
        <definition>Full name of person who maintains the setup</definition>
        <value>Thomas Brochier<type>string</type></value>
        <name>Maintainer</name>
      </property>
      <name>Apparatus</name>
      <section>
        <definition>Information on the input/output connector block</definition>
        <property>
          <definition>Type of apparatus</definition>
          <value>input/output connector block<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>Name of manufacturer used to build the experimental apparatus</definition>
          <value>NI, National Instruments Corporation, Austin, Texas, USA<type>string</type></value>
          <name>Manufacturer</name>
        </property>
        <property>
          <definition>Function of apparatus</definition>
          <value>used to connect devices of the apparatus with the LabVIEW computer and the Neural Signal Processor<type>string</type></value>
          <name>Function</name>
        </property>
        <name>NIConnectorBlock</name>
        <type>setup</type>
      </section>
      <section>
        <definition>Information on the analog/digital converter card</definition>
        <property>
          <definition>Type of apparatus</definition>
          <value>NI 6023E<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>Name of manufacturer used to build the experimental apparatus</definition>
          <value>NI, National Instruments Corporation, Austin, Texas, USA<type>string</type></value>
          <name>Manufacturer</name>
        </property>
        <property>
          <definition>Function of apparatus</definition>
          <value>used as analog/digital converter for the LabVIEW computer, converts analog signal received from the table switch and send to control the reward pump to digital events<type>string</type></value>
          <name>Function</name>
        </property>
        <name>ADConverterCard</name>
        <type>setup</type>
      </section>
      <section>
        <definition>Information on the start switch</definition>
        <property>
          <definition>Function of apparatus</definition>
          <value>activates the internal initiation of the start trial event, its deactivation marks the onset of the reach-to-grasp movement<type>string</type></value>
          <name>Function</name>
        </property>
        <property>
          <definition>Type of apparatus</definition>
          <value>table switch<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>Signal type of apparatus (digital or analog)</definition>
          <value>analog<type>string</type></value>
          <name>SignalType</name>
        </property>
        <property>
          <definition>Names of events extracted from this signal</definition>
          <value>SR<type>string</type></value>
          <name>TrialEvents</name>
        </property>
        <property>
          <definition>Sampling rate of data</definition>
          <value>30000<unit>Hz</unit><type>int</type></value>
          <name>SamplingRate</name>
        </property>
        <property>
          <definition>Target device of apparatus</definition>
          <value>NI connector block<type>string</type></value>
          <name>ConnectedTo</name>
        </property>
        <property>
          <definition>Control software of apparatus</definition>
          <value>LabVIEW<type>string</type></value>
          <name>MonitoredBy</name>
        </property>
        <property>
          <definition>File in which apparatus signals are saved</definition>
          <value>nev<type>string</type></value>
          <name>SavedIn</name>
        </property>
        <property>
          <definition>X position of apparatus relative to PosOrigin</definition>
          <value>5.0<unit>cm</unit><type>float</type></value>
          <name>PosX</name>
        </property>
        <property>
          <definition>Y position of apparatus relative to PosOrigin</definition>
          <value>0.0<unit>cm</unit><type>float</type></value>
          <name>PosY</name>
        </property>
        <property>
          <definition>Z position of apparatus relative to PosOrigin</definition>
          <value>0.0<unit>cm</unit><type>float</type></value>
          <name>PosZ</name>
        </property>
        <property>
          <definition>Origin for x,y, and z position of apparatus</definition>
          <value>midline, waist-level<type>string</type></value>
          <name>PosOrigin</name>
        </property>
        <name>StartSwitch</name>
        <type>setup</type>
      </section>
      <section>
        <definition>Information on the target object</definition>
        <property>
          <definition>Function of apparatus</definition>
          <value>object to grasp, pull and hold<type>string</type></value>
          <name>Function</name>
        </property>
        <property>
          <definition>Type of apparatus</definition>
          <value>stainless steel parallelpiped<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>Length of apparatus</definition>
          <value>40.0<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <property>
          <definition>Width of apparatus</definition>
          <value>16.0<unit>mm</unit><type>float</type></value>
          <name>Width</name>
        </property>
        <property>
          <definition>Height of apparatus</definition>
          <value>10.0<unit>mm</unit><type>float</type></value>
          <name>Height</name>
        </property>
        <property>
          <definition>Device apparatus is attached to</definition>
          <value>anterior end of a low- friction horizontal shuttle<type>string</type></value>
          <name>AttachedTo</name>
        </property>
        <property>
          <definition>Rotation of apparatus from vertical axis</definition>
          <value>45.0<unit>deg</unit><type>float</type></value>
          <name>Rotation</name>
        </property>
        <property>
          <definition>X position of apparatus relative to PosOrigin</definition>
          <value>5.0<unit>cm</unit><type>float</type></value>
          <name>PosX</name>
        </property>
        <property>
          <definition>Y position of apparatus relative to PosOrigin</definition>
          <value>13.0<unit>cm</unit><type>float</type></value>
          <name>PosY</name>
        </property>
        <property>
          <definition>Z position of apparatus relative to PosOrigin</definition>
          <value>14.0<unit>cm</unit><type>float</type></value>
          <name>PosZ</name>
        </property>
        <property>
          <definition>Origin for x,y, and z position of apparatus</definition>
          <value>midline, waist-level<type>string</type></value>
          <name>PosOrigin</name>
        </property>
        <property>
          <definition>Minimum and maximum pull range of target object</definition>
          <value>0.0<unit>mm</unit><type>float</type></value>
          <value>15.0<unit>mm</unit><type>float</type></value>
          <name>PullRange</name>
        </property>
        <property>
          <definition>Minimum and maximum weight range of target object</definition>
          <value>0.0<unit>g</unit><type>float</type></value>
          <value>800.0<unit>g</unit><type>float</type></value>
          <name>WeightRange</name>
        </property>
        <property>
          <definition>Mechanism to switch weight configuration</definition>
          <value>activation of magnet<type>string</type></value>
          <name>WeightSwitch</name>
        </property>
        <property>
          <definition>Sensors providing additional analogue signals to monitor task and behavior</definition>
          <value>FSRSensor<type>string</type></value>
          <value>HESensor<type>string</type></value>
          <value>LoadForce<type>string</type></value>
          <name>Sensors</name>
        </property>
        <name>TargetObject</name>
        <section>
          <definition>Information on the FSR sensors</definition>
          <property>
            <definition>Function of apparatus</definition>
            <value>Measures grip and pulling load forces by means of force sensitive resistances (FSR)<type>string</type></value>
            <name>Function</name>
          </property>
          <property>
            <definition>Channel IDs of FSR sensors to measure load forces of side grip</definition>
            <value>138<type>int</type></value>
            <value>140<type>int</type></value>
            <name>SGChannelIDs</name>
          </property>
          <property>
            <definition>Channel IDs of FSR sensors to measure load forces of precision grip</definition>
            <value>137<type>int</type></value>
            <value>139<type>int</type></value>
            <name>PGChannelIDs</name>
          </property>
          <property>
            <definition>Signal type of apparatus (digital or analog)</definition>
            <value>analog<type>string</type></value>
            <name>SignalType</name>
          </property>
          <property>
            <definition>Names of events extracted from this signal</definition>
            <value>OT<type>string</type></value>
            <value>OR<type>string</type></value>
            <name>TrialEvents</name>
          </property>
          <property>
            <definition>Sampling rate of data</definition>
            <value>1000<unit>Hz</unit><type>int</type></value>
            <name>SamplingRate</name>
          </property>
          <property>
            <definition>Target device of apparatus</definition>
            <value>NeuralSignalProcessor<type>string</type></value>
            <name>ConnectedTo</name>
          </property>
          <property>
            <definition>Control software of apparatus</definition>
            <value>LabVIEW<type>string</type></value>
            <name>MonitoredBy</name>
          </property>
          <property>
            <definition>Preprocessing software used on signals of apparatus</definition>
            <value>MATLAB<type>string</type></value>
            <name>PreProcessedBy</name>
          </property>
          <property>
            <definition>Control software of apparatus</definition>
            <value>LabVIEW<type>string</type></value>
            <name>ControlledBy</name>
          </property>
          <property>
            <definition>File in which apparatus signals are saved</definition>
            <value>ns2<type>string</type></value>
            <name>SavedIn</name>
          </property>
          <name>FSRSensor</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on the hall-effect sensor</definition>
          <property>
            <definition>Function of apparatus</definition>
            <value>Hall effect (HE) sensor measures horizontal displacement<type>string</type></value>
            <name>Function</name>
          </property>
          <property>
            <definition>Number of hall-effect sensors</definition>
            <value>1<type>int</type></value>
            <name>Count</name>
          </property>
          <property>
            <definition>Channel ID of HESensor to measure horizontal object displacement</definition>
            <value>143<type>int</type></value>
            <name>ChannelID</name>
          </property>
          <property>
            <definition>Names of events extracted from this signal</definition>
            <value>DO<type>string</type></value>
            <value>OBB<type>string</type></value>
            <name>TrialEvents</name>
          </property>
          <property>
            <definition>Signal type of apparatus (digital or analog)</definition>
            <value>analog<type>string</type></value>
            <name>SignalType</name>
          </property>
          <property>
            <definition>File in which apparatus signals are saved</definition>
            <value>ns2<type>string</type></value>
            <name>SavedIn</name>
          </property>
          <name>HESensor</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on the load force signal</definition>
          <property>
            <definition>Function of apparatus</definition>
            <value>used to detect load force of the target object<type>string</type></value>
            <name>Function</name>
          </property>
          <property>
            <definition>Number of load force signals</definition>
            <value>1<type>int</type></value>
            <name>Count</name>
          </property>
          <property>
            <definition>Channel ID of load force signal</definition>
            <value>141<type>int</type></value>
            <name>ChannelID</name>
          </property>
          <property>
            <definition>Signal type of apparatus (digital or analog)</definition>
            <value>analog<type>string</type></value>
            <name>SignalType</name>
          </property>
          <property>
            <definition>File in which apparatus signals are saved</definition>
            <value>ns2<type>string</type></value>
            <name>SavedIn</name>
          </property>
          <name>LoadForce</name>
          <type>setup/daq</type>
        </section>
        <type>setup</type>
      </section>
      <section>
        <definition>Information on the cue system</definition>
        <property>
          <definition>Function of apparatus</definition>
          <value>instructing movement configurations of each trial<type>string</type></value>
          <name>Function</name>
        </property>
        <property>
          <definition>Type of apparatus</definition>
          <value>visual, LED cube<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>Signal type of apparatus (digital or analog)</definition>
          <value>digital<type>string</type></value>
          <name>SignalType</name>
        </property>
        <property>
          <definition>Names of events extracted from this signal</definition>
          <value>WS-ON<type>string</type></value>
          <value>CUE-ON<type>string</type></value>
          <value>CUE-OFF<type>string</type></value>
          <value>GO-ON<type>string</type></value>
          <value>GO-OFF<type>string</type></value>
          <value>ERROR-FLASH-ON<type>string</type></value>
          <name>EventNames</name>
        </property>
        <property>
          <definition>Width of apparatus</definition>
          <value>10.0<unit>mm</unit><type>float</type></value>
          <name>Width</name>
        </property>
        <property>
          <definition>Height of apparatus</definition>
          <value>10.0<unit>mm</unit><type>float</type></value>
          <name>Height</name>
        </property>
        <property>
          <definition>X position of apparatus relative to PosOrigin</definition>
          <value>5.0<unit>cm</unit><type>float</type></value>
          <name>PosX</name>
        </property>
        <property>
          <definition>Y position of apparatus relative to PosOrigin</definition>
          <value>13.0<unit>cm</unit><type>float</type></value>
          <name>PosY</name>
        </property>
        <property>
          <definition>Z position of apparatus relative to PosOrigin</definition>
          <value>-1.0<unit>cm</unit><type>float</type></value>
          <name>PosZ</name>
        </property>
        <property>
          <definition>Origin for x,y, and z position of apparatus</definition>
          <value>midline, waist-level<type>string</type></value>
          <name>PosOrigin</name>
        </property>
        <property>
          <definition>Number of LEDs</definition>
          <value>5<type>int</type></value>
          <name>LEDCount</name>
        </property>
        <property>
          <definition>Arrangement of LEDs</definition>
          <value>2-1-2<type>string</type></value>
          <name>LEDConfiguration</name>
        </property>
        <property>
          <definition>Color of the corner LEDs</definition>
          <value>red<type>string</type></value>
          <name>CornerLEDColor</name>
        </property>
        <property>
          <definition>Color of the center LEDs</definition>
          <value>yellow<type>string</type></value>
          <name>CenterLEDColor</name>
        </property>
        <property>
          <definition>Sampling rate of data</definition>
          <value>30000<unit>Hz</unit><type>int</type></value>
          <name>SamplingRate</name>
        </property>
        <property>
          <definition>Target device of apparatus</definition>
          <value>NI connector block<type>string</type></value>
          <name>ConnectedTo</name>
        </property>
        <property>
          <definition>Control software of apparatus</definition>
          <value>LabVIEW<type>string</type></value>
          <name>MonitoredBy</name>
        </property>
        <property>
          <definition>Control software of apparatus</definition>
          <value>LabVIEW<type>string</type></value>
          <name>ControlledBy</name>
        </property>
        <property>
          <definition>File in which apparatus signals are saved</definition>
          <value>nev<type>string</type></value>
          <name>SavedIn</name>
        </property>
        <name>CueSystem</name>
        <section>
          <definition>Information on cue codes</definition>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>side grip<type>string</type></value>
            <name>LeftLEDs</name>
          </property>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>precision grip<type>string</type></value>
            <name>RightLEDs</name>
          </property>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>low force<type>string</type></value>
            <name>BottomLEDs</name>
          </property>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>high force<type>string</type></value>
            <name>TopLEDs</name>
          </property>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>fixation point<type>string</type></value>
            <name>CenterLED</name>
          </property>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>ERROR-FLASH-ON<type>string</type></value>
            <name>FourCornerLEDs</name>
          </property>
          <property>
            <definition>LEDs coding this trial instruction</definition>
            <value>ERROR-FLASH-ON<type>string</type></value>
            <name>ThreeCornerLEDs</name>
          </property>
          <name>CueCodes</name>
          <type>setup/daq</type>
        </section>
        <type>setup</type>
      </section>
      <section>
        <definition>Information on the reward system</definition>
        <property>
          <definition>Function of apparatus</definition>
          <value>rewards subject if trial was performed correctly<type>string</type></value>
          <name>Function</name>
        </property>
        <property>
          <definition>Type of apparatus</definition>
          <value>reward pipe<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>Signal type of apparatus (digital or analog)</definition>
          <value>digital<type>string</type></value>
          <name>SignalType</name>
        </property>
        <property>
          <definition>Names of events extracted from this signal</definition>
          <value>RW-ON<type>string</type></value>
          <name>EventNames</name>
        </property>
        <property>
          <definition>Food used for reward</definition>
          <value>apple sauce<type>string</type></value>
          <name>RewardFood</name>
        </property>
        <property>
          <definition>Food amount used for reward per trial</definition>
          <value>0.5<unit>ml/200ms</unit><type>float</type></value>
          <name>RewardAmount</name>
        </property>
        <property>
          <definition>Sampling rate of data</definition>
          <value>30000<unit>Hz</unit><type>int</type></value>
          <name>SamplingRate</name>
        </property>
        <property>
          <definition>Target device of apparatus</definition>
          <value>NeuralSignalProcessor<type>string</type></value>
          <name>ConnectedTo</name>
        </property>
        <property>
          <definition>Control software of apparatus</definition>
          <value>LabVIEW<type>string</type></value>
          <name>MonitoredBy</name>
        </property>
        <property>
          <definition>Control software of apparatus</definition>
          <value>LabVIEW<type>string</type></value>
          <name>ControlledBy</name>
        </property>
        <property>
          <definition>File in which apparatus signals are saved</definition>
          <value>nev<type>string</type></value>
          <name>SavedIn</name>
        </property>
        <name>RewardSystem</name>
        <type>setup</type>
      </section>
      <type>setup</type>
    </section>
    <type>setup</type>
  </section>
  <section>
    <definition>Information on the experimental subject (animal or person) under investigation</definition>
    <property>
      <definition>Binomial species name (genus, species within genus)</definition>
      <value>Macaca mulatta<unit></unit><type>string</type></value>
      <name>Species</name>
    </property>
    <property>
      <definition>Commonly used (trivial) species name</definition>
      <value>Rhesus monkey<unit></unit><type>string</type></value>
      <name>TrivialName</name>
    </property>
    <property>
      <definition>Given name</definition>
      <value>monkey_L<unit></unit><type>string</type></value>
      <name>GivenName</name>
    </property>
    <property>
      <definition>Short identifier for monkey (e.g., used in file names)</definition>
      <value>l<unit></unit><type>string</type></value>
      <name>Identifier</name>
    </property>
    <property>
      <definition>Gender (male or female)</definition>
      <value>female<unit></unit><type>string</type></value>
      <name>Gender</name>
    </property>
    <property>
      <definition>Date of birth</definition>
      <value>2004-03-19<unit></unit><type>date</type></value>
      <name>Birthday</name>
    </property>
    <property>
      <definition>Trained hand (left and/or right)</definition>
      <value>left<unit></unit><type>string</type></value>
      <name>ActiveHand</name>
    </property>
    <property>
      <definition>Comment on existing disabilities</definition>
      <value>Middle phalanx of right thumb is missing.<unit></unit><type>text</type></value>
      <name>Disabilities</name>
    </property>
    <property>
      <definition>Comment on the general character/personality</definition>
      <value>Eager to work, quick and efficient but very nervous. Does not like to be touched (for instance for RF testing).<unit></unit><type>text</type></value>
      <name>Character</name>
    </property>
    <name>Subject</name>
    <section>
      <definition>Information on the training given to subject</definition>
      <property>
        <definition>Full name(s) of person(s) responsible for the training</definition>
        <value>Thomas Brochier<unit></unit><type>string</type></value>
        <name>Coach</name>
      </property>
      <property>
        <definition>Start date of training</definition>
        <value>2010-06-01<unit></unit><type>date</type></value>
        <name>Start</name>
      </property>
      <property>
        <definition>End date of training</definition>
        <value>2010-09-01<unit></unit><type>date</type></value>
        <name>End</name>
      </property>
      <property>
        <definition>Comment on training</definition>
        <value>Training was easy and fast, chair and hand training started together.<unit></unit><type>string</type></value>
        <name>Comment</name>
      </property>
      <name>Training</name>
      <type>subject/preparation</type>
    </section>
    <section>
      <definition>Information on the array implant performed on subject</definition>
      <property>
        <definition>Date of the surgery</definition>
        <value>2010-09-15<unit></unit><type>date</type></value>
        <name>Date</name>
      </property>
      <property>
        <definition>Full name(s) of the person(s) responsible for the surgery</definition>
        <value>Ivan Balansard<unit></unit><type>string</type></value>
        <value>Alexa Riehle<unit></unit><type>string</type></value>
        <name>Surgeon</name>
      </property>
      <property>
        <definition>Hemisphere (left and/or right) in which surgery was performed</definition>
        <value>right<unit></unit><type>string</type></value>
        <name>Hemisphere</name>
      </property>
      <property>
        <definition>Rotation of the array in the CCW direction, where 0 degrees is defined by projecting the array onto a sagittal view of the brain with the wire bundle extruding to the anterior direction.</definition>
        <value>216.0<unit>deg</unit><type>float</type></value>
        <name>ArrayRotation</name>
      </property>
      <property>
        <definition>Comment on the surgery</definition>
        <value>no comment<unit></unit><type>string</type></value>
        <name>Comment</name>
      </property>
      <name>ArrayImplant</name>
      <type>subject/preparation</type>
    </section>
    <type>subject</type>
  </section>
  <section>
    <definition>Information on the experimental project</definition>
    <property>
      <definition>Name of project</definition>
      <value>reach-to-grasp<type>string</type></value>
      <name>Name</name>
    </property>
    <property>
      <definition>Type of project</definition>
      <value>electrophysiology<type>string</type></value>
      <name>Type</name>
    </property>
    <property>
      <definition>Name of the project</definition>
      <value>motor behavior<type>string</type></value>
      <name>Subtype</name>
    </property>
    <property>
      <definition>Affiliations of the involved collaborators</definition>
      <value>Inst. of Neuroscience and Medicine (INM-6) and Inst. for Advanced Simulation (IAS-6), Juelich Research Centre &amp; JARA, Juelich, Germany<type>string</type></value>
      <value>Inst. de Neurosciences de la Timone (INT), UMR 7289, CNRS - Aix Marseille Univ., Marseille, France<type>string</type></value>
      <name>Collaborators</name>
    </property>
    <name>Project</name>
    <section>
      <definition>Information on tasks</definition>
      <property>
        <definition>Names of possible task designs</definition>
        <value>OneCue<type>string</type></value>
        <value>TwoCues<type>string</type></value>
        <value>Observation<type>string</type></value>
        <value>Sleep<type>string</type></value>
        <value>Mapping<type>string</type></value>
        <name>PossibleDesigns</name>
      </property>
      <property>
        <definition>Name of the used task design</definition>
        <value>TwoCues<unit></unit><type>string</type></value>
        <name>UsedDesign</name>
      </property>
      <name>TaskDesigns</name>
      <type>project</type>
    </section>
    <section>
      <definition>Information on condition codes (trial type combination codes)</definition>
      <property>
        <definition>Grip first trials, all grip and force types</definition>
        <value>SGLF<type>string</type></value>
        <value>SGHF<type>string</type></value>
        <value>PGLF<type>string</type></value>
        <value>PGHF<type>string</type></value>
        <name>cnd_1</name>
      </property>
      <property>
        <definition>Force first trials, all force and grip types</definition>
        <value>LFSG<type>string</type></value>
        <value>HFSG<type>string</type></value>
        <value>LFPG<type>string</type></value>
        <value>HFPG<type>string</type></value>
        <name>cnd_2</name>
      </property>
      <property>
        <definition>Grip first trials, all grip types, but only low force</definition>
        <value>SGLF<type>string</type></value>
        <value>PGLF<type>string</type></value>
        <name>cnd_11</name>
      </property>
      <property>
        <definition>Grip first trials, all grip types, but only high force</definition>
        <value>SGHF<type>string</type></value>
        <value>PGHF<type>string</type></value>
        <name>cnd_12</name>
      </property>
      <property>
        <definition>Grip first trials, only side grip, but all force types</definition>
        <value>SGHF<type>string</type></value>
        <value>SGLF<type>string</type></value>
        <name>cnd_13</name>
      </property>
      <property>
        <definition>Grip first trials, only precision grip, but all force types</definition>
        <value>PGHF<type>string</type></value>
        <value>PGLF<type>string</type></value>
        <name>cnd_14</name>
      </property>
      <property>
        <definition>Force first trials, only low force, but all grip types</definition>
        <value>LFSG<type>string</type></value>
        <value>LFPG<type>string</type></value>
        <name>cnd_21</name>
      </property>
      <property>
        <definition>Force first trials, only high force, but all grip types</definition>
        <value>HFSG<type>string</type></value>
        <value>HFPG<type>string</type></value>
        <name>cnd_22</name>
      </property>
      <property>
        <definition>Force first trials, all force types, but only side grip</definition>
        <value>HFSG<type>string</type></value>
        <value>LFSG<type>string</type></value>
        <name>cnd_23</name>
      </property>
      <property>
        <definition>Force first trials, all force types, but only side grip</definition>
        <value>HFPG<type>string</type></value>
        <value>LFPG<type>string</type></value>
        <name>cnd_24</name>
      </property>
      <property>
        <definition>Grip first trials, only side grip, only low force</definition>
        <value>SGLF<type>string</type></value>
        <name>cnd_131</name>
      </property>
      <property>
        <definition>Grip first trials, only side grip, only high force</definition>
        <value>SGHF<type>string</type></value>
        <name>cnd_132</name>
      </property>
      <property>
        <definition>Grip first trials, only side grip, force needs to be guessed</definition>
        <value>SGSG<type>string</type></value>
        <name>cnd_133</name>
      </property>
      <property>
        <definition>Grip first trials, only precision grip, only low force</definition>
        <value>PGLF<type>string</type></value>
        <name>cnd_141</name>
      </property>
      <property>
        <definition>Grip first trials, only precision grip, only high force</definition>
        <value>PGHF<type>string</type></value>
        <name>cnd_142</name>
      </property>
      <property>
        <definition>Grip first trials, only precision grip, force needs to be guessed</definition>
        <value>PGPG<type>string</type></value>
        <name>cnd_144</name>
      </property>
      <property>
        <definition>Force first trials, only low force, only side grip</definition>
        <value>LFSG<type>string</type></value>
        <name>cnd_213</name>
      </property>
      <property>
        <definition>Force first trials, only low force, only precision grip</definition>
        <value>LFPG<type>string</type></value>
        <name>cnd_214</name>
      </property>
      <property>
        <definition>Force first trials, only high force, only side grip</definition>
        <value>HFSG<type>string</type></value>
        <name>cnd_223</name>
      </property>
      <property>
        <definition>Force first trials, only high force, only precision grip</definition>
        <value>HFPG<type>string</type></value>
        <name>cnd_224</name>
      </property>
      <name>ConditionCodes</name>
      <type>codes</type>
    </section>
    <section>
      <definition>Information on the trial sequence codes used to calculate performance codes</definition>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting either the deactivation of TS or the end of a trial</definition>
        <value>TS-OFF/STOP<type>string</type></value>
        <name>digev_65280</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of TS</definition>
        <value>TS-ON<type>string</type></value>
        <name>digev_65296</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the end of a trial</definition>
        <value>STOP<type>string</type></value>
        <name>digev_65312</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE</definition>
        <value>WS-ON/CUE-OFF<type>string</type></value>
        <name>digev_65344</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON)</definition>
        <value>PG-ON<type>string</type></value>
        <name>digev_65349</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON)</definition>
        <value>HF-ON<type>string</type></value>
        <name>digev_65350</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON)</definition>
        <value>LF-ON<type>string</type></value>
        <name>digev_65353</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON)</definition>
        <value>SG-ON<type>string</type></value>
        <name>digev_65354</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback</definition>
        <value>ERROR-FLASH-ON<type>string</type></value>
        <name>digev_65359</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE</definition>
        <value>WS-ON/CUE-OFF<type>string</type></value>
        <name>digev_65360</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON)</definition>
        <value>PG-ON<type>string</type></value>
        <name>digev_65365</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON)</definition>
        <value>HF-ON<type>string</type></value>
        <name>digev_65366</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON)</definition>
        <value>LF-ON<type>string</type></value>
        <name>digev_65369</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON)</definition>
        <value>SG-ON<type>string</type></value>
        <name>digev_65370</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting either the deactivation of GO LEDs or the deactivation of the RW pump</definition>
        <value>GO/RW-OFF<type>string</type></value>
        <name>digev_65376</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG</definition>
        <value>SR (+PG)<type>string</type></value>
        <name>digev_65381</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for HF</definition>
        <value>SR (+HF)<type>string</type></value>
        <name>digev_65382</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and HF</definition>
        <value>SR (+PGHF/HFPG)<type>string</type></value>
        <name>digev_65383</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for LF</definition>
        <value>SR (+LF)<type>string</type></value>
        <name>digev_65385</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG</definition>
        <value>SR (+SG)<type>string</type></value>
        <name>digev_65386</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and LF</definition>
        <value>SR (+SGLF/LFSG)<type>string</type></value>
        <name>digev_65387</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and LF</definition>
        <value>SR (+PGLF/LFPG)<type>string</type></value>
        <name>digev_65389</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and HF</definition>
        <value>SR (+SGHF/HFSG)<type>string</type></value>
        <name>digev_65390</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback</definition>
        <value>ERROR-FLASH-ON<type>string</type></value>
        <name>digev_65391</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with all LEDs turned off</definition>
        <value>RW-ON (noLEDs)<type>string</type></value>
        <name>digev_65440</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with central LED turned on</definition>
        <value>RW-ON (-CONF)<type>string</type></value>
        <name>digev_65504</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for PG turned on</definition>
        <value>RW-ON (+CONF-PG)<type>string</type></value>
        <name>digev_65509</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for HF turned on</definition>
        <value>RW-ON (+CONF-HF)<type>string</type></value>
        <name>digev_65510</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for LF turned on</definition>
        <value>RW-ON (+CONF-LF)<type>string</type></value>
        <name>digev_65513</name>
      </property>
      <property>
        <definition>Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for SG turned on</definition>
        <value>RW-ON (+CONF-SG)<type>string</type></value>
        <name>digev_65514</name>
      </property>
      <name>DigitalEventLabelCodes</name>
      <type>codes</type>
    </section>
    <section>
      <definition>Trial events used to control the trial sequence used to calculate the performance codes</definition>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>0<type>int</type></value>
        <name>TS-ON</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>1<type>int</type></value>
        <name>WS-ON</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>2<type>int</type></value>
        <name>CUE-ON</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>3<type>int</type></value>
        <name>CUE-OFF</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>4<type>int</type></value>
        <name>GO-ON</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>5<type>int</type></value>
        <name>SR</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>6<type>int</type></value>
        <name>RW-ON</name>
      </property>
      <property>
        <definition>Bit representation of trial event used for controlling the trial sequence and calculating the performance code</definition>
        <value>7<type>int</type></value>
        <name>STOP</name>
      </property>
      <name>TrialSequenceEvents</name>
      <type>codes</type>
    </section>
    <section>
      <definition>Information on trial performance codes</definition>
      <property>
        <definition>Performance code of a correctly completed trial</definition>
        <value>correct_trial<type>string</type></value>
        <name>perf_255</name>
      </property>
      <property>
        <definition>Performance code of a trial where the wrong grip type is used</definition>
        <value>grip_error<type>string</type></value>
        <name>perf_191</name>
      </property>
      <property>
        <definition>Performance code of a trial where an error occurs before the go is activated (GO-ON)</definition>
        <value>error&lt;GO-ON<type>string</type></value>
        <name>perf_175</name>
      </property>
      <property>
        <definition>Performance code of a trial where an error occurs before the cue is deactivated (CUE-OFF, with SR-ON)</definition>
        <value>error&lt;CUE-OFF<type>string</type></value>
        <name>perf_167</name>
      </property>
      <property>
        <definition>Performance code of a trial where an error occurs before the cue is activated (CUE-ON)</definition>
        <value>error&lt;CUE-ON<type>string</type></value>
        <name>perf_163</name>
      </property>
      <property>
        <definition>Performance code of a trial where an error occurs before the warning signal (WS) is activated</definition>
        <value>error&lt;WS<type>string</type></value>
        <name>perf_161</name>
      </property>
      <property>
        <definition>Performance code of a trial where an error occurs before the switch release is activated (SR-ON)</definition>
        <value>error&lt;SR-ON<type>string</type></value>
        <name>perf_159</name>
      </property>
      <property>
        <definition>Performance code of an incomplete trial sequence</definition>
        <value>incomplete_trial<type>string</type></value>
        <name>perf_0</name>
      </property>
      <name>PerformanceCodes</name>
      <type>codes</type>
    </section>
    <section>
      <definition>Information on the programmed trial settings</definition>
      <property>
        <definition>Possible digital recorded trial events</definition>
        <value>TS-ON<type>string</type></value>
        <value>TS-OFF<type>string</type></value>
        <value>WS-ON<type>string</type></value>
        <value>CUE-ON<type>string</type></value>
        <value>CUE-OFF<type>string</type></value>
        <value>GO-ON<type>string</type></value>
        <value>SR<type>string</type></value>
        <value>SR-REP<type>string</type></value>
        <value>RW-ON<type>string</type></value>
        <value>RW-ON-REP<type>string</type></value>
        <value>RW-OFFSTOP<type>string</type></value>
        <value>ERROR-FLASH-ON<type>string</type></value>
        <name>DigitalTrialEvents</name>
      </property>
      <property>
        <definition>Possible analog recorded trial events</definition>
        <value>OT<type>string</type></value>
        <value>OR<type>string</type></value>
        <value>DO<type>string</type></value>
        <value>OBB<type>string</type></value>
        <name>AnalogTrialEvents</name>
      </property>
      <property>
        <definition>Duration of trained holding time (period between online estimate of HS and RW)</definition>
        <value>500.0<unit>ms</unit><type>float</type></value>
        <name>HTTrained</name>
      </property>
      <property>
        <definition>Time limit for movement (period between SR and online estimate of HS)</definition>
        <value>700.0<unit>ms</unit><type>float</type></value>
        <name>MTLimit</name>
      </property>
      <property>
        <definition>Time limit for reaction time (period between GO-ON and SR)</definition>
        <value>700.0<unit>ms</unit><type>float</type></value>
        <name>RTLimit</name>
      </property>
      <name>TrialSettings</name>
      <type>setup/control</type>
    </section>
    <section>
      <definition>Information on the settings of the target object</definition>
      <property>
        <definition>Distance window for holding the object in place</definition>
        <value>4<unit>mm</unit><type>int</type></value>
        <value>14<unit>mm</unit><type>int</type></value>
        <name>HoldPosRange</name>
      </property>
      <property>
        <definition>Weight of object in low force modus</definition>
        <value>100.0<unit>g</unit><type>float</type></value>
        <name>LowForceWeight</name>
      </property>
      <property>
        <definition>Weight of object in high force modus</definition>
        <value>200.0<unit>g</unit><type>float</type></value>
        <name>HighForceWeight</name>
      </property>
      <name>TargetObjectSettings</name>
      <type>setup/control</type>
    </section>
    <type>project</type>
  </section>
  <section>
    <definition>Information on the Cerebus^TM data acquisition system</definition>
    <property>
      <definition>Owner of the device</definition>
      <value>RIKEN-BSI, Japan<unit></unit><type>string</type></value>
      <name>Owner</name>
    </property>
    <property>
      <definition>Manufacturer of the device</definition>
      <value>Blackrock Microsystems<unit></unit><type>string</type></value>
      <name>Manufacturer</name>
    </property>
    <name>Cerebus</name>
    <section>
      <definition>Information of the Cerebus^TM neural signal processor (NSP)</definition>
      <property>
        <definition>Type of the device</definition>
        <value>Real-time<unit></unit><type>string</type></value>
        <name>Type</name>
      </property>
      <property>
        <definition>Model of the device</definition>
        <value>-<type>string</type></value>
        <name>Model</name>
      </property>
      <name>NeuralSignalProcessor</name>
      <section>
        <definition>Information on external analog signals from or to the device</definition>
        <property>
          <definition>Connector port type</definition>
          <value>BNC<type>string</type></value>
          <name>UsedPortType</name>
        </property>
        <name>AnalogSignals</name>
        <section>
          <definition>Information on the analog-to-digital converter</definition>
          <property>
            <definition>Voltage range of analog input</definition>
            <value>-5.0<unit>V</unit><type>float</type></value>
            <value>5.0<unit>V</unit><type>float</type></value>
            <name>AIRange</name>
          </property>
          <property>
            <definition>Maximum impedance of analog input</definition>
            <value>100.0<unit>Ω</unit><type>float</type></value>
            <name>MaxAIImpedance</name>
          </property>
          <property>
            <definition>Resolution of AD converter</definition>
            <value>0.15<unit>mV/bit</unit><type>float</type></value>
            <name>Resolution</name>
          </property>
          <property>
            <definition>Width of digital data in bits</definition>
            <value>16<unit>bit</unit><type>int</type></value>
            <name>DataBits</name>
          </property>
          <property>
            <definition>Sampling rate of data</definition>
            <value>1000<unit>samples/sec</unit><type>int</type></value>
            <name>SamplingRate</name>
          </property>
          <name>ADConverter</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on analog input signals</definition>
          <property>
            <definition>Total number of input channels</definition>
            <value>16<type>int</type></value>
            <name>ChannelCount</name>
          </property>
          <property>
            <definition>Number of input channels used</definition>
            <value>6<type>int</type></value>
            <name>UsedChannelCount</name>
          </property>
          <property>
            <definition>Number of AC coupled input channels (IDs 1 - 9)</definition>
            <value>8<type>int</type></value>
            <name>ACChannelCount</name>
          </property>
          <property>
            <definition>Number of used AC coupled input channels</definition>
            <value>0<type>int</type></value>
            <name>UsedACChannelCount</name>
          </property>
          <property>
            <definition>Number of DC coupled input channels (IDs 9 -16)</definition>
            <value>8<type>int</type></value>
            <name>DCChannelCount</name>
          </property>
          <property>
            <definition>Number of used DC coupled input channels</definition>
            <value>8<type>int</type></value>
            <name>UsedDCChannelCount</name>
          </property>
          <property>
            <definition>Devices from which inputs are received</definition>
            <value>TargetObject<type>string</type></value>
            <name>InFrom</name>
          </property>
          <property>
            <definition>File in which input data are saved</definition>
            <value>ns2<type>string</type></value>
            <name>SavedIn</name>
          </property>
          <property>
            <definition>IDs of available channels from analog inputs</definition>
            <value>137<type>int</type></value>
            <value>138<type>int</type></value>
            <value>139<type>int</type></value>
            <value>140<type>int</type></value>
            <value>141<type>int</type></value>
            <value>143<type>int</type></value>
            <name>SavedChannelIDs</name>
          </property>
          <name>Input</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on analog output signals</definition>
          <property>
            <definition>Total number of output channels</definition>
            <value>4<type>int</type></value>
            <name>ChannelCount</name>
          </property>
          <property>
            <definition>Number of output channels used</definition>
            <value>0<type>int</type></value>
            <name>UsedChannelCount</name>
          </property>
          <property>
            <definition>Target device of each output</definition>
            <value>-<type>string</type></value>
            <name>OutTo</name>
          </property>
          <property>
            <definition>File in which output data are saved</definition>
            <value>-<type>string</type></value>
            <name>SavedIn</name>
          </property>
          <name>Output</name>
          <type>setup/daq</type>
        </section>
        <type>setup/daq</type>
      </section>
      <section>
        <definition>Information on behavioral signals of the device</definition>
        <property>
          <definition>File in which behavioral signals are saved</definition>
          <value>ns2<unit></unit><type>string</type></value>
          <name>SavedIn</name>
        </property>
        <name>BehavioralSignals</name>
        <type>setup/daq</type>
      </section>
      <section>
        <definition>Information on neural signals of the device</definition>
        <property>
          <definition>Digital port type</definition>
          <value>Fiber-optic link<type>string</type></value>
          <name>UsedPortType</name>
        </property>
        <property>
          <definition>Total number of input channels</definition>
          <value>128<type>int</type></value>
          <name>ChannelCount</name>
        </property>
        <property>
          <definition>Number of input channels used</definition>
          <value>96<type>int</type></value>
          <name>UsedChannelCount</name>
        </property>
        <property>
          <definition>Devices from which inputs are received</definition>
          <value>NeuralSignalAmplifier<type>string</type></value>
          <name>InFrom</name>
        </property>
        <property>
          <definition>File in which input data are saved</definition>
          <value>ns5<unit></unit><type>string</type></value>
          <name>SavedIn</name>
        </property>
        <property>
          <definition>IDs of available channels with neuronal data</definition>
          <value>1<type>int</type></value>
          <value>2<type>int</type></value>
          <value>3<type>int</type></value>
          <value>4<type>int</type></value>
          <value>5<type>int</type></value>
          <value>6<type>int</type></value>
          <value>7<type>int</type></value>
          <value>8<type>int</type></value>
          <value>9<type>int</type></value>
          <value>10<type>int</type></value>
          <value>11<type>int</type></value>
          <value>12<type>int</type></value>
          <value>13<type>int</type></value>
          <value>14<type>int</type></value>
          <value>15<type>int</type></value>
          <value>16<type>int</type></value>
          <value>17<type>int</type></value>
          <value>18<type>int</type></value>
          <value>19<type>int</type></value>
          <value>20<type>int</type></value>
          <value>21<type>int</type></value>
          <value>22<type>int</type></value>
          <value>23<type>int</type></value>
          <value>24<type>int</type></value>
          <value>25<type>int</type></value>
          <value>26<type>int</type></value>
          <value>27<type>int</type></value>
          <value>28<type>int</type></value>
          <value>29<type>int</type></value>
          <value>30<type>int</type></value>
          <value>31<type>int</type></value>
          <value>32<type>int</type></value>
          <value>33<type>int</type></value>
          <value>34<type>int</type></value>
          <value>35<type>int</type></value>
          <value>36<type>int</type></value>
          <value>37<type>int</type></value>
          <value>38<type>int</type></value>
          <value>39<type>int</type></value>
          <value>40<type>int</type></value>
          <value>41<type>int</type></value>
          <value>42<type>int</type></value>
          <value>43<type>int</type></value>
          <value>44<type>int</type></value>
          <value>45<type>int</type></value>
          <value>46<type>int</type></value>
          <value>47<type>int</type></value>
          <value>48<type>int</type></value>
          <value>49<type>int</type></value>
          <value>50<type>int</type></value>
          <value>51<type>int</type></value>
          <value>52<type>int</type></value>
          <value>53<type>int</type></value>
          <value>54<type>int</type></value>
          <value>55<type>int</type></value>
          <value>56<type>int</type></value>
          <value>57<type>int</type></value>
          <value>58<type>int</type></value>
          <value>59<type>int</type></value>
          <value>60<type>int</type></value>
          <value>61<type>int</type></value>
          <value>62<type>int</type></value>
          <value>63<type>int</type></value>
          <value>64<type>int</type></value>
          <value>65<type>int</type></value>
          <value>66<type>int</type></value>
          <value>67<type>int</type></value>
          <value>68<type>int</type></value>
          <value>69<type>int</type></value>
          <value>70<type>int</type></value>
          <value>71<type>int</type></value>
          <value>72<type>int</type></value>
          <value>73<type>int</type></value>
          <value>74<type>int</type></value>
          <value>75<type>int</type></value>
          <value>76<type>int</type></value>
          <value>77<type>int</type></value>
          <value>78<type>int</type></value>
          <value>79<type>int</type></value>
          <value>80<type>int</type></value>
          <value>81<type>int</type></value>
          <value>82<type>int</type></value>
          <value>83<type>int</type></value>
          <value>84<type>int</type></value>
          <value>85<type>int</type></value>
          <value>86<type>int</type></value>
          <value>87<type>int</type></value>
          <value>88<type>int</type></value>
          <value>89<type>int</type></value>
          <value>90<type>int</type></value>
          <value>91<type>int</type></value>
          <value>92<type>int</type></value>
          <value>93<type>int</type></value>
          <value>94<type>int</type></value>
          <value>95<type>int</type></value>
          <value>96<type>int</type></value>
          <name>SavedChannelIDs</name>
        </property>
        <name>NeuralSignals</name>
        <section>
          <definition>Information on the digital filter settings</definition>
          <property>
            <definition>Used filter type</definition>
            <value>butterworth<unit></unit><type>string</type></value>
            <name>Type</name>
          </property>
          <property>
            <definition>States if the used filter is causal</definition>
            <value>True<unit></unit><type>boolean</type></value>
            <name>Causal</name>
          </property>
          <property>
            <definition>High pass frequency used</definition>
            <value>0.3<unit>Hz</unit><type>float</type></value>
            <name>HighPassFreq</name>
          </property>
          <property>
            <definition>Low pass frequency used</definition>
            <value>7500.0<unit>Hz</unit><type>float</type></value>
            <name>LowPassFreq</name>
          </property>
          <property>
            <definition>High pass order used</definition>
            <value>1<unit></unit><type>int</type></value>
            <name>HighPassOrder</name>
          </property>
          <property>
            <definition>Low pass order used</definition>
            <value>3<unit></unit><type>int</type></value>
            <name>LowPassOrder</name>
          </property>
          <property>
            <definition>Estimated shift between the filtered signal and the spike times. A positive number indicates the amount of time the filtered signal is lagging behind.</definition>
            <value>0.0<unit>ms</unit><type>float</type></value>
            <name>EstimatedShift</name>
          </property>
          <name>Filter_ns5</name>
          <type>setup/daq</type>
        </section>
        <type>setup/daq</type>
      </section>
      <section>
        <definition>Information on digital signals from and to the device</definition>
        <property>
          <definition>Possible digital input and output (DIO) types</definition>
          <value>ExpDigitalInput<type>string</type></value>
          <value>ExpDigitalOutput<type>string</type></value>
          <value>SerialDigitalInput<type>string</type></value>
          <value>SerialDigitalOutput<type>string</type></value>
          <value>ExtSync<type>string</type></value>
          <value>NSPSync<type>string</type></value>
          <name>Types</name>
        </property>
        <property>
          <definition>Used digital input and output (DIO) types</definition>
          <value>ExpDigitalInput<type>string</type></value>
          <name>UsedTypes</name>
        </property>
        <name>DigitalSignals</name>
        <section>
          <definition>Information on the experimental digital inputs</definition>
          <property>
            <definition>Connector port type</definition>
            <value>DB-37<type>string</type></value>
            <name>PortType</name>
          </property>
          <property>
            <definition>Total number of input channels</definition>
            <value>1<type>int</type></value>
            <name>ChannelCount</name>
          </property>
          <property>
            <definition>Number of used input channels usded</definition>
            <value>1<type>int</type></value>
            <name>UsedChannelCount</name>
          </property>
          <property>
            <definition>Width of digital data in bits</definition>
            <value>16<unit>bit</unit><type>int</type></value>
            <name>DataBits</name>
          </property>
          <property>
            <definition>Sampling rate of data</definition>
            <value>30000<unit>samples/sec</unit><type>int</type></value>
            <name>SamplingRate</name>
          </property>
          <property>
            <definition>Devices from which inputs are received</definition>
            <value>-<type>string</type></value>
            <name>InFrom</name>
          </property>
          <property>
            <definition>File in which data are saved</definition>
            <value>nev<type>string</type></value>
            <name>SavedIn</name>
          </property>
          <name>ExpDigitalInput</name>
          <type>setup/daq/hardware</type>
        </section>
        <type>setup/daq</type>
      </section>
      <section>
        <definition>Information on spike detection</definition>
        <property>
          <definition>Used method to define a data threshold for the spike detection</definition>
          <value>user defined threshold crossing<unit></unit><type>string</type></value>
          <name>ThresholdType</name>
        </property>
        <property>
          <definition>File in which input data are saved</definition>
          <value>nev<type>string</type></value>
          <name>SavedIn</name>
        </property>
        <name>SpikeDetection</name>
        <section>
          <definition>Information on the filter settings</definition>
          <property>
            <definition>Used filter type</definition>
            <value>butterworth<unit></unit><type>string</type></value>
            <name>Type</name>
          </property>
          <property>
            <definition>States if the used filter is causal</definition>
            <value>True<unit></unit><type>boolean</type></value>
            <name>Causal</name>
          </property>
          <property>
            <definition>High pass frequency used</definition>
            <value>250.0<unit>Hz</unit><type>float</type></value>
            <name>HighPassFreq</name>
          </property>
          <property>
            <definition>Low pass frequency used</definition>
            <value>7500.0<unit>Hz</unit><type>float</type></value>
            <name>LowPassFreq</name>
          </property>
          <property>
            <definition>High pass order used</definition>
            <value>4<unit></unit><type>int</type></value>
            <name>HighPassOrder</name>
          </property>
          <property>
            <definition>Low pass order used</definition>
            <value>3<unit></unit><type>int</type></value>
            <name>LowPassOrder</name>
          </property>
          <name>Filter</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on the recorded spike waveforms of the spike detection</definition>
          <property>
            <definition>Waveform window width</definition>
            <value>1.6<unit>ms</unit><type>float</type></value>
            <name>Width</name>
          </property>
          <property>
            <definition>Sampling rate of data</definition>
            <value>30000.0<unit>Hz</unit><type>float</type></value>
            <name>SamplingRate</name>
          </property>
          <property>
            <definition>Number of samples before waveform passes threshold</definition>
            <value>10<unit>samples</unit><type>int</type></value>
            <name>PreThresholdSamples</name>
          </property>
          <name>Waveforms</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on the recorded spike events of the spike detection</definition>
          <property>
            <definition>Sampling rate of data</definition>
            <value>30000<unit>samples/sec</unit><type>int</type></value>
            <name>SamplingRate</name>
          </property>
          <property>
            <definition>Range of possible unit IDs of online sorted spike events on each channel</definition>
            <value>1<type>int</type></value>
            <value>16<type>int</type></value>
            <name>PreSortedUnitIDRange</name>
          </property>
          <property>
            <definition>Unit ID of unclassified spike events on each channel</definition>
            <value>0<type>int</type></value>
            <name>UnclassifiedUnitID</name>
          </property>
          <name>Events</name>
          <type>setup/daq</type>
        </section>
        <section>
          <definition>Information on rejected recorded spike events of the spike detection</definition>
          <property>
            <definition>Amplitude limits of spike waveforms used to reject spike events</definition>
            <value>-1.0<unit>mV</unit><type>float</type></value>
            <name>AmplitudeLimits</name>
          </property>
          <property>
            <definition>Minimum number of channels with a synchronously detected spike events used to reject these spike events</definition>
            <value>-1<unit></unit><type>int</type></value>
            <name>SyncChannelLimit</name>
          </property>
          <property>
            <definition>Number of samples for which spike detection is turned off after a rejected synchronous spike event</definition>
            <value>-1.0<unit>samples</unit><type>float</type></value>
            <name>SyncChannelRefPeriod</name>
          </property>
          <property>
            <definition>Unit ID reserved for rejected spike events on each channel</definition>
            <value>255<unit></unit><type>int</type></value>
            <name>UnitID</name>
          </property>
          <name>Rejections</name>
          <type>setup/daq</type>
        </section>
        <type>setup/daq</type>
      </section>
      <type>setup/daq/hardware</type>
    </section>
    <section>
      <definition>Information on the Cerebus^TM neural signal amplifier (NSA)</definition>
      <property>
        <definition>Type of amplifier</definition>
        <value>Front-End Amplifier<type>string</type></value>
        <name>Type</name>
      </property>
      <property>
        <definition>Model of amplifier</definition>
        <value>-<type>string</type></value>
        <name>Model</name>
      </property>
      <property>
        <definition>Total number of analog input channels</definition>
        <value>128<type>int</type></value>
        <name>ChannelCount</name>
      </property>
      <property>
        <definition>Number of analog input channels used</definition>
        <value>96<type>int</type></value>
        <name>UsedChannelCount</name>
      </property>
      <property>
        <definition>File in which data would be saved (if it is saved)</definition>
        <value>ns6<type>string</type></value>
        <name>SavedIn</name>
      </property>
      <property>
        <definition>States if signal is saved without further processing</definition>
        <value>False<type>boolean</type></value>
        <name>IsSaved</name>
      </property>
      <name>NeuralSignalAmplifier</name>
      <section>
        <definition>Information on the analog-to-digital converter</definition>
        <property>
          <definition>Voltage range of analog input</definition>
          <value>-8.192<unit>mV</unit><type>float</type></value>
          <value>8.192<unit>mV</unit><type>float</type></value>
          <name>AIRange</name>
        </property>
        <property>
          <definition>Resolution of AD converter</definition>
          <value>0.25<unit>µV/bit</unit><type>float</type></value>
          <name>Resolution</name>
        </property>
        <property>
          <definition>Width of digital data in bits</definition>
          <value>16<unit>bit</unit><type>int</type></value>
          <name>DataBits</name>
        </property>
        <name>ADConverter</name>
        <type>setup/daq</type>
      </section>
      <section>
        <definition>Information on the analog filter settings of the amplifier</definition>
        <property>
          <definition>Filter type used</definition>
          <value>butterworth<type>string</type></value>
          <name>Type</name>
        </property>
        <property>
          <definition>States if the used filter is causal</definition>
          <value>True<type>boolean</type></value>
          <name>Causal</name>
        </property>
        <property>
          <definition>High pass frequency used</definition>
          <value>0.3<unit>Hz</unit><type>float</type></value>
          <name>HighPassFreq</name>
        </property>
        <property>
          <definition>Low pass frequency used</definition>
          <value>7.5<unit>kHz</unit><type>float</type></value>
          <name>LowPassFreq</name>
        </property>
        <property>
          <definition>High pass order used</definition>
          <value>1<type>int</type></value>
          <name>HighPassOrder</name>
        </property>
        <property>
          <definition>Low pass order used</definition>
          <value>3<type>int</type></value>
          <name>LowPassOrder</name>
        </property>
        <name>Filter</name>
        <type>setup/daq</type>
      </section>
      <section>
        <definition>Information on the amplifier</definition>
        <property>
          <definition>Gain used</definition>
          <value>5000<type>int</type></value>
          <name>Gain</name>
        </property>
        <name>Amplifier</name>
        <type>setup/daq</type>
      </section>
      <type>setup/daq/hardware</type>
    </section>
    <section>
      <definition>Information on the Cerebus^TM control computer</definition>
      <name>ControlComputer</name>
      <section>
        <definition>Information on the control software of the Cerebus^TM system</definition>
        <property>
          <definition>Name of software</definition>
          <value>CentralSuite<unit></unit><type>string</type></value>
          <name>Name</name>
        </property>
        <property>
          <definition>Manufacturer of software</definition>
          <value>Blackrock Microsystems<unit></unit><type>string</type></value>
          <name>Manufacturer</name>
        </property>
        <name>ControlSoftware</name>
        <type>setup/daq</type>
      </section>
      <type>setup/daq/software</type>
    </section>
    <type>setup/daq</type>
  </section>
  <section>
    <definition>Information on the Blackrock Utah Electrode Array</definition>
    <property>
      <definition>Owner of the device</definition>
      <value>RIKEN-BSI, Japan<unit></unit><type>string</type></value>
      <name>Owner</name>
    </property>
    <property>
      <definition>Serial number of the device</definition>
      <value>1025-0503<unit></unit><type>string</type></value>
      <name>SerialNo</name>
    </property>
    <property>
      <definition>Manufacturer of the device</definition>
      <value>Blackrock Microsystems<unit></unit><type>string</type></value>
      <name>Manufacturer</name>
    </property>
    <property>
      <definition>Material of wires connecting array and connector</definition>
      <value>Pt/Au<unit></unit><type>string</type></value>
      <name>WiresMaterial</name>
    </property>
    <property>
      <definition>Diameter of each wire</definition>
      <value>25.0<unit>um</unit><type>float</type></value>
      <name>WiresDiameter</name>
    </property>
    <property>
      <definition>Length of each wire</definition>
      <value>40.0<unit>mm</unit><type>float</type></value>
      <name>WiresLength</name>
    </property>
    <name>UtahArray</name>
    <section>
      <definition>Information on the used connector</definition>
      <property>
        <definition>Style of the connector</definition>
        <value>CerePort<unit></unit><type>string</type></value>
        <name>Style</name>
      </property>
      <property>
        <definition>Height of the connector</definition>
        <value>16.5<unit>mm</unit><type>float</type></value>
        <name>Height</name>
      </property>
      <property>
        <definition>Diameter of the base of the connector</definition>
        <value>19.0<unit>mm</unit><type>float</type></value>
        <name>DiameterBase</name>
      </property>
      <property>
        <definition>Diameter of the body of the connector</definition>
        <value>11.0<unit>mm</unit><type>float</type></value>
        <name>DiameterBody</name>
      </property>
      <property>
        <definition>Type of implantation</definition>
        <value>chronic<unit></unit><type>string</type></value>
        <name>ImplantType</name>
      </property>
      <property>
        <definition>Type of mounting to the skull</definition>
        <value>bone screws<unit></unit><type>string</type></value>
        <name>SkullMount</name>
      </property>
      <name>Connector</name>
      <type>setup/daq/hardware</type>
    </section>
    <section>
      <definition>Information on the used array</definition>
      <property>
        <definition>Number of array grids</definition>
        <value>1<unit></unit><type>int</type></value>
        <name>GridCount</name>
      </property>
      <property>
        <definition>Number of reference wires</definition>
        <value>2<unit></unit><type>int</type></value>
        <name>ReferenceCount</name>
      </property>
      <property>
        <definition>Number of ground wires</definition>
        <value>1<unit></unit><type>int</type></value>
        <name>GroundCount</name>
      </property>
      <property>
        <definition>Total number of electrodes</definition>
        <value>100<unit></unit><type>int</type></value>
        <name>ElectrodeCount</name>
      </property>
      <property>
        <definition>Number of connected/active electrodes</definition>
        <value>96<unit></unit><type>int</type></value>
        <name>ActiveElectrodeCount</name>
      </property>
      <property>
        <definition>Number of used/saved electrodes</definition>
        <value>96<type>int</type></value>
        <name>UsedElectrodeCount</name>
      </property>
      <name>Array</name>
      <section>
        <definition>Information on array grid</definition>
        <property>
          <definition>Grid ID</definition>
          <value>1<unit></unit><type>int</type></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Geometry of the electrode lengths</definition>
          <value>flat<unit></unit><type>string</type></value>
          <name>ElectrodeGeometry</name>
        </property>
        <property>
          <definition>Electrode site metal option</definition>
          <value>iridium oxide<unit></unit><type>string</type></value>
          <name>ElectrodeMetal</name>
        </property>
        <property>
          <definition>Inter-electrode-distance</definition>
          <value>400.0<unit>um</unit><type>float</type></value>
          <name>ElectrodePitch</name>
        </property>
        <property>
          <definition>Insulation material</definition>
          <value>Parylene-C<unit></unit><type>string</type></value>
          <name>Insulation</name>
        </property>
        <property>
          <definition>Number of electrode rows</definition>
          <value>10<unit></unit><type>int</type></value>
          <name>GridRows</name>
        </property>
        <property>
          <definition>Number of electrode columns</definition>
          <value>10<unit></unit><type>int</type></value>
          <name>GridColumns</name>
        </property>
        <property>
          <definition>Width of array grid</definition>
          <value>4.0<unit>mm</unit><type>float</type></value>
          <name>GridWidth</name>
        </property>
        <property>
          <definition>Length of array grid</definition>
          <value>4.0<unit>mm</unit><type>float</type></value>
          <name>GridLength</name>
        </property>
        <property>
          <definition>Total number of electrodes</definition>
          <value>100<unit></unit><type>int</type></value>
          <name>ElectrodeCount</name>
        </property>
        <property>
          <definition>Number of connected/active electrodes</definition>
          <value>96<unit></unit><type>int</type></value>
          <name>ActiveElectrodeCount</name>
        </property>
        <name>Grid_01</name>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>91<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_001</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-18.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>92<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>44.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_002</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-17.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>94<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_003</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-41.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>8766<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>73.135523614<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>433.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.22460406731<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>4<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>4<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_004</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-31.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>5<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>5<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>75<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_005</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-47.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>17228<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>165.786278152<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>400.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>22972<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>102.442190493<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>400.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.66535815799<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>6<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>6<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>96<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>46.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_006</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-36.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>9294<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>55.6401979772<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.89054981404<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>7<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>7<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>85<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_007</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-44.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>11738<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>111.83736582<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.73124053458<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>12756<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>73.1954374412<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.02161760461<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>8<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>8<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>97<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>47.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_008</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-30.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>9<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>9<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>86<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_009</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-39.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>10<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>10<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>98<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_010</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-57.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>7346<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>11<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>11<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>87<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_011</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-56.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>10570<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>122.267833491<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>166.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>3449<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>98.0559582488<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>12<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>12<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>88<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_012</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-35.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>13<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>13<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>77<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>41.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_013</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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          <name>OfflineSpikeSorting</name>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>17131<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_03</name>
            <type>setup/daq</type>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>14<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>14<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>99<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>53.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_014</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-36.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>12097<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>82.8397123254<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.29998843406<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>11336<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>56.063161609<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.83665077249<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>15<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>15<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>66<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>46.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_015</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-46.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>16719<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>81.7292900293<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>16<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>16<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>89<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_016</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-25.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>17<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>17<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>76<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_017</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-55.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>1187<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>96.2030328559<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>18<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>18<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>100<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>55.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_018</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-27.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>19<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>19<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>67<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_019</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-49.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>2456<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>20<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>20<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>79<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>47.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_020</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-32.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>8392<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>93.9775977121<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>21<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>21<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>58<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>55.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_021</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-24.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>22<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>22<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>10<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>57.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_022</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
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            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>19582<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>23<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>78<type>int</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Length</definition>
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          <name>Length</name>
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        <name>Electrode_023</name>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>70<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>53.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Length</definition>
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          <name>Length</name>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
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          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>68<type>int</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Pre-implantation impedance</definition>
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        <property>
          <definition>Length</definition>
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          <name>Length</name>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>26<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>26<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>60<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_026</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-41.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>16624<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>74.3312078922<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.52683644914<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>27<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>27<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>69<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>46.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_027</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-63.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>3772<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>125.821580064<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>5.17280149944<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>28<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>28<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>50<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>53.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_028</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-59.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>13692<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>128.124087058<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>29<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>29<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>59<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_029</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-58.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>30<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>30<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>40<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>51.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_030</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-31.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>31<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>31<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>49<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_031</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-46.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>3321<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>69.0611261668<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>433.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>32<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>32<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>30<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_032</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-38.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>6711<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>88.1758307257<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>333.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>5823<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>58.8165893869<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.82686626272<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>33<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>83<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>44.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_033</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-36.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>9999<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>73.6539653965<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.08896963059<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>34<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>84<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_034</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-43.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>14330<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>125.075715283<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>500.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>5.69432771782<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>7256<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>75.5558158765<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>400.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.00132515458<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>35<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>73<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_035</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-52.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>36<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>4<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>74<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_036</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-49.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>22883<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>131.861556614<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.86906706819<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>37<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>5<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>63<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>47.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_037</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-34.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>5606<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>52.3810203354<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>466.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.9129035111<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>38<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>6<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>64<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_038</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-48.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>15125<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>115.016859504<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>133.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.63033671666<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>39<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>7<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>53<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>46.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_039</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <value>3<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-38.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>7973<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>230.038379531<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>17228<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>119.100766195<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>12119<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>63.6652364056<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.99124805476<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_03</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>40<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>8<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>54<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>43.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_040</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-35.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>41<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>9<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>43<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_041</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-41.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>14606<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>95.2685882514<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>42<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>10<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>55<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_042</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-41.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>43<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>11<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>44<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_043</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-45.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>44<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
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          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
          <value>12<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>45<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>46.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
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          <name>Length</name>
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        <name>Electrode_044</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-47.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>45<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
          <value>13<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>33<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_045</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-52.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>8814<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>333.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.51218475169<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>46<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>14<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>46<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_046</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-44.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>13395<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>92.0803284808<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.06037277795<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>47<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>15<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>34<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_047</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-53.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>48<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>16<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>65<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_048</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-61.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>10488<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>124.278508772<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>5.83275038874<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>4826<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>108.727103191<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.04882317633<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>49<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>17<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>24<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_049</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-37.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>50<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>18<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>56<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>43.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_050</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-25.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>51<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>19<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>35<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_051</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-72.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>1029<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>124.300291545<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.0145016405<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>52<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>20<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>47<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_052</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-57.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>8177<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>200.941421059<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>166.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>6.41161110738<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>18784<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>132.507293441<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.5555387579<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>53<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>21<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>25<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>44.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_053</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-27.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>54<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>22<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>57<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>43.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_054</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-42.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>8252<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>76.9680077557<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.27942627955<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>55<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>23<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>26<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_055</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-56.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>3703<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>90.0337564137<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>1.8333185493<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>56<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>24<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>36<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>51.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_056</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-57.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>19450<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>117.73496144<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>10645<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>120.770502583<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>400.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.25307131817<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>57<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>25<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>27<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>90.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_057</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-56.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>58<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>26<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>37<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>51.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_058</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-66.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>59<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>27<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>28<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_059</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-56.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>60<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>28<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>38<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_060</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-49.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>7115<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>87.8313422347<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>61<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>29<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>29<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>51.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_061</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-61.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>27368<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>142.29154487<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>10107<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>113.26080934<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>62<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>30<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>48<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_062</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-37.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>15909<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>60.7136840782<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>63<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>31<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>19<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_063</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>466.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>6130<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_02</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>64<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
          <value>32<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>39<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>47.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_064</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>65<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>81<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>46.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_065</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-23.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>66<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>82<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_066</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-46.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>555<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>78.190990991<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>433.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>67<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>71<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>47.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_067</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-27.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>68<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>4<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>72<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_068</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-44.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>20955<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>189.803817705<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>433.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>9534<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>81.399622404<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>400.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>69<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>5<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>61<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>67.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_069</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-47.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>5901<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>433.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>70<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>62<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
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        <property>
          <definition>Length</definition>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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          <name>OfflineSpikeSorting</name>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>9243<type>int</type></value>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>51<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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          <type>setup/daq/preprocessing</type>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>72<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
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          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
          <value>8<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>52<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
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          <property>
            <definition>IDs of multi unit activity</definition>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
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          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>41<type>int</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Pre-implantation impedance</definition>
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        <property>
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          <name>Length</name>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
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          <property>
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          <property>
            <definition>IDs for rejected units</definition>
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          <property>
            <definition>Threshold used for spike detection</definition>
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            <name>SpikeThreshold</name>
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        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
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          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
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          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
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          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>42<type>int</type><filename>electrodes_info.txt</filename></value>
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        <property>
          <definition>Pre-implantation impedance</definition>
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        <property>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
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          <property>
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          <property>
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          <property>
            <definition>Threshold used for spike detection</definition>
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        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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        <property>
          <definition>Grid ID</definition>
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        <property>
          <definition>Bank ID</definition>
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        <property>
          <definition>Pin ID</definition>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
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        <property>
          <definition>Pre-implantation impedance</definition>
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        <property>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
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          <property>
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            <definition>IDs for rejected units</definition>
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          <property>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
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            <property>
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            <property>
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            <property>
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        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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        <property>
          <definition>Grid ID</definition>
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        <property>
          <definition>Bank ID</definition>
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        <property>
          <definition>Pin ID</definition>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
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        <property>
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        <property>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
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            <definition>IDs for rejected units</definition>
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          <property>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
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            <property>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
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            <property>
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            <property>
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            <property>
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        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
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        <property>
          <definition>Grid ID</definition>
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        <property>
          <definition>Bank ID</definition>
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        <property>
          <definition>Pin ID</definition>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
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        <property>
          <definition>Pre-implantation impedance</definition>
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        <property>
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          <definition>Information on the spike sorting performed offline, after the experiment</definition>
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            <definition>IDs for rejected units</definition>
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          <property>
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            <property>
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            <property>
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            <property>
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            <property>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.64440953369<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_03</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>78<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>14<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>22<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_078</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-44.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>20818<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>82.7034777596<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.59002634607<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>10969<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>85.3457926885<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.28655764689<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>79<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>15<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>11<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_079</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-30.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>80<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>16<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>12<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>45.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_080</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>3<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-30.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>9977<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>143.532324346<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>13374<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>106.175414984<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>333.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.69877490919<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>81<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>17<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>2<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>54.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_081</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-36.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>13787<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>62.4305505186<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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              <name>SNR</name>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>82<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
          <value>18<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>23<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>48.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
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        <name>Electrode_082</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
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          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
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          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-39.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>12973<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>83<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
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        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>19<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
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        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>51.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_083</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-31.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>11378<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>49.6606609246<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.16811774909<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>84<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>20<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>13<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_084</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-72.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>23854<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>187.358933512<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>6.17252903156<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>85<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>21<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>4<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_085</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <value>2<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-49.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>6594<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>110.745526236<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.80498377751<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
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          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>4473<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>90.2358596021<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.92105381368<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_02</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>86<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>22<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>14<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_086</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-37.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>87<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>23<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>15<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_087</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-81.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>88<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>24<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>5<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_088</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>-1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>1<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-40.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>89<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>25<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>16<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>50.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_089</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-46.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
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          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>2840<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
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              <name>SpikeAmplitude</name>
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            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>166.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
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            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
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            <name>Unit_01</name>
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          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
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      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>90<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
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        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
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        <property>
          <definition>Pin ID</definition>
          <value>26<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>6<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
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        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
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        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_090</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
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          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
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            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-40.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>9677<type>int</type></value>
              <name>SpikeCount</name>
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            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>93.3732561744<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.96510362328<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>91<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>27<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>17<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>49.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_091</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-49.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>5913<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>84.0082868256<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>200.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.37949157372<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>92<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>28<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>7<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>51.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_092</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-37.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>11699<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>55.5672279682<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>366.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>2.64161756847<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>93<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>29<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>8<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>52.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_093</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>-1<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-51.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>12041<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>121.688314924<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>266.666666667<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>5.17476851988<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>94<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>30<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>18<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>53.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_094</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-51.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>11189<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>93.0406649388<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>233.333333333<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>4.39554303468<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>95<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>31<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>20<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>53.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_095</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-29.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>32894<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>69.5836018727<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>300.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.34727308195<type>float</type></value>
              <name>SNR</name>
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            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <section>
        <definition>Information on electrode</definition>
        <property>
          <definition>Electrode ID</definition>
          <value>96<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ID</name>
        </property>
        <property>
          <definition>Grid ID</definition>
          <value>1<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>GridID</name>
        </property>
        <property>
          <definition>Bank ID</definition>
          <value>3<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>BankID</name>
        </property>
        <property>
          <definition>Pin ID</definition>
          <value>32<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>PinID</name>
        </property>
        <property>
          <definition>Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and  bottom to top)</definition>
          <value>9<type>int</type><filename>electrodes_info.txt</filename></value>
          <name>ConnectorAlignedID</name>
        </property>
        <property>
          <definition>Pre-implantation impedance</definition>
          <value>54.0<unit>kΩ</unit><type>float</type><filename>electrodes_info.txt</filename></value>
          <name>Impedance</name>
        </property>
        <property>
          <definition>Length</definition>
          <value>1.5<unit>mm</unit><type>float</type></value>
          <name>Length</name>
        </property>
        <name>Electrode_096</name>
        <section>
          <definition>Information on the spike sorting performed offline, after the experiment</definition>
          <property>
            <definition>IDs of single unit activity</definition>
            <value>1<type>int</type></value>
            <name>SUAIDs</name>
          </property>
          <property>
            <definition>IDs of multi unit activity</definition>
            <value>2<type>int</type></value>
            <name>MUAID</name>
          </property>
          <property>
            <definition>IDs for rejected units</definition>
            <value>0<type>int</type></value>
            <value>255<type>int</type></value>
            <name>NoiseIDs</name>
          </property>
          <property>
            <definition>Threshold used for spike detection</definition>
            <value>-40.0<unit>mV</unit><type>float</type><filename>l101210-001.nev</filename></value>
            <name>SpikeThreshold</name>
          </property>
          <name>OfflineSpikeSorting</name>
          <section>
            <definition>Information on the waveforms of the corresponding unit</definition>
            <property>
              <definition>Number of extracted waveforms (spikes) for unit</definition>
              <value>8413<type>int</type></value>
              <name>SpikeCount</name>
            </property>
            <property>
              <definition>Measured averaged amplitude of spike waveforms for unit</definition>
              <value>80.6990372043<unit>mV</unit><type>float</type></value>
              <name>SpikeAmplitude</name>
            </property>
            <property>
              <definition>Measured averaged duration of spike waveforms unit</definition>
              <value>400.0<unit>us</unit><type>float</type></value>
              <name>SpikeDuration</name>
            </property>
            <property>
              <definition>Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541.</definition>
              <value>3.39495275608<type>float</type></value>
              <name>SNR</name>
            </property>
            <name>Unit_01</name>
            <type>setup/daq</type>
          </section>
          <type>setup/daq/preprocessing</type>
        </section>
        <type>setup/daq/hardware</type>
      </section>
      <type>setup/daq/hardware</type>
    </section>
    <type>setup/daq/hardware</type>
  </section>
  <section>
    <definition>Information on the headstage</definition>
    <property>
      <definition>Model of device</definition>
      <value>Samtec<unit></unit><type>string</type></value>
      <name>Model</name>
    </property>
    <property>
      <definition>Type of device (digital or analog)</definition>
      <value>analog<unit></unit><type>string</type></value>
      <name>Type</name>
    </property>
    <property>
      <definition>Gain used</definition>
      <value>1<unit></unit><type>int</type></value>
      <name>Gain</name>
    </property>
    <property>
      <definition>Devices from which inputs are received</definition>
      <value>UtahArray<type>string</type></value>
      <name>InFrom</name>
    </property>
    <property>
      <definition>Target device of each output</definition>
      <value>NeuralSignalAmplifier<type>string</type></value>
      <name>OutTo</name>
    </property>
    <property>
      <definition>True if a stimulation switch version of the device was used</definition>
      <value>True<unit></unit><type>boolean</type></value>
      <name>StimSwitch</name>
    </property>
    <name>Headstage</name>
    <type>setup/daq/hardware</type>
  </section>
  <section>
    <definition>Information on the recording</definition>
    <property>
      <definition>Identifier of the recording day</definition>
      <value>l101210<type>string</type></value>
      <name>RecordingDay</name>
    </property>
    <property>
      <definition>Identifier of the recording</definition>
      <value>l101210-001<unit></unit><type>string</type></value>
      <name>Recording</name>
    </property>
    <property>
      <definition>Date of session</definition>
      <value>2010-12-10<type>date</type></value>
      <name>Date</name>
    </property>
    <property>
      <definition>Weekday of session</definition>
      <value>Friday<type>string</type></value>
      <name>Weekday</name>
    </property>
    <property>
      <definition>Time of day when recording was started</definition>
      <value>10:50:10<type>time</type></value>
      <name>Time</name>
    </property>
    <property>
      <definition>Duration of recording</definition>
      <value>709.248<unit>s</unit><type>int</type></value>
      <name>Duration</name>
    </property>
    <property>
      <definition>States if a spike sorting was performed for this recording </definition>
      <value>True<type>boolean</type></value>
      <name>IsSpikeSorted</name>
    </property>
    <property>
      <definition>Performed task type</definition>
      <value>TwoCues<unit></unit><type>string</type></value>
      <name>TaskType</name>
    </property>
    <property>
      <definition>Qualitative statement whether the recording contains noisy channels and/or time periods.</definition>
      <value>True<unit></unit><type>boolean</type></value>
      <name>Noisy</name>
    </property>
    <property>
      <definition>Comment about the recording</definition>
      <value>no comment<unit></unit><type>string</type></value>
      <name>Comment</name>
    </property>
    <name>Recording</name>
    <section>
      <definition>Information on task settings</definition>
      <property>
        <definition>Total number of trials</definition>
        <value>204<type>int</type></value>
        <name>TotalTrialCount</name>
      </property>
      <property>
        <definition>Number of correctly performed trials</definition>
        <value>135<type>int</type></value>
        <name>CorrectTrialCount</name>
      </property>
      <property>
        <definition>Number of trials where the monkey made a grip error.</definition>
        <value>14<type>int</type></value>
        <name>GripErrorTrialCount</name>
      </property>
      <property>
        <definition>States if the recording was performed under standard settings</definition>
        <value>True<unit></unit><type>boolean</type></value>
        <name>StandardSettings</name>
      </property>
      <name>TaskSettings</name>
      <section>
        <definition>Information on trial type parameters</definition>
        <property>
          <definition>Identifies the trial types presented during the recording</definition>
          <value>1<unit></unit><type>int</type></value>
          <name>Condition</name>
        </property>
        <property>
          <definition>Trial order of force conditions (random or block)</definition>
          <value>random<unit></unit><type>string</type></value>
          <name>OrderForce</name>
        </property>
        <property>
          <definition>Trial order of grip conditions (random or block)</definition>
          <value>random<unit></unit><type>string</type></value>
          <name>OrderGrip</name>
        </property>
        <property>
          <definition>Order of trial type combination was of block size</definition>
          <value>-1<unit></unit><type>int</type></value>
          <name>BlockSize</name>
        </property>
        <name>TrialTypeSettings</name>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>1<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4155<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_001</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4155<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4814<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16264<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>28306<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>37442<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>67524<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>73280<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>119620<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12109<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9136<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5756<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>2<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>119769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_002</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>119769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>120359<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>131808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>143883<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>152991<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>183064<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>189103<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>212437<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>212441<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>236597<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>192870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>221670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>195930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>219060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>193860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>222960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>198420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>220320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12039<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9108<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6039<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3767<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3060<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6827<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23130<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>21900<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>3<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>236749<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_003</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>236749<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>237692<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>249119<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>261193<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>270387<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>300486<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>303685<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>328889<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>328891<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>352564<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>307980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>336600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>309840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>334620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>308760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>336240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>318240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>331260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12370<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9194<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30099<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3199<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4295<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1860<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6155<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24780<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13020<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>4<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>352715<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_004</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>352715<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>353297<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>364770<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>376817<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>385897<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>415971<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>421651<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>444058<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>444061<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>467619<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>424650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>452970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>427560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>448590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>426390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>453660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>433080<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>451170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12055<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5680<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2999<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2910<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5909<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21030<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18090<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>5<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>467769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_005</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>467769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>468370<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>479859<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>491900<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>500980<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>531054<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>536194<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>561650<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>561652<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>585269<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>539280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>570810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>542130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>565590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>541500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>570990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>552510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>568050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12090<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5140<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3086<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2850<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5936<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23460<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15540<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>103<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>6<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>585372<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_006</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>585372<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>586026<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>597453<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>609495<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>671464<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>611412<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>7<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>671614<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_007</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>671614<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>672216<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>683649<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>695829<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>704302<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>729925<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12035<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12180<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>750613<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>8<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>750612<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_008</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>750612<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>751197<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>762650<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>774724<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>783797<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>813871<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>820964<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>843774<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>843779<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>867476<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>824610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>849930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>826320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>842760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>825690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>850590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>832110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>845790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12038<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>7093<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3646<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1710<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5356<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>16440<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13680<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>141<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>9<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>867617<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_009</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>867617<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>868266<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>937377<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>877892<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>145<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>10<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>937522<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_010</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>937522<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>938167<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>949620<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>961694<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>970767<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1000808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1003647<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1026436<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1026440<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1050108<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1006860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1034190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1010220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1028130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1008180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1033530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1014390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1028340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12098<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30041<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2839<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3213<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3360<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6573<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>17910<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13950<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>11<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1050259<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_011</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1050259<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1050868<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1062311<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1074385<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1083425<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1113505<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1119717<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1142069<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1142073<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1165784<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1122840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1150020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1124400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1144350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1124100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1147980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1130100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1134450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12052<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6212<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3123<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1560<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4683<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>19950<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>4350<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>12<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1165934<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_012</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1165934<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1167032<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1178459<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1190535<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1199632<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1229706<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1233799<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1257790<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1257792<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1281440<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1237800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1265610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1241610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1253190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1240500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1265730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1245450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1259490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12525<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9097<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4093<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4001<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3810<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>7811<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>11580<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14040<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>13<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1281590<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_013</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1281590<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1282166<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1293593<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1305668<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1314767<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1344841<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1348361<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1371871<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>1380918<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1395434<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1352610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1380270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1355520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1376520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1354080<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1379760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1359330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1374930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12003<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9099<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3520<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4249<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2910<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>7159<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21000<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15600<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>161<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>14<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1395595<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_014</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1395595<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1396185<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1468146<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>1408010<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>15<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1468296<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_015</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1468296<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1468929<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1533439<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>1473927<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>481<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>16<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1533920<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_016</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1533920<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1534495<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1545922<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1557996<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1567070<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1597144<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1602496<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1624845<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1624847<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1648506<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1605360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1630440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1608420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1619940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1606650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1632870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1612050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1624740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12002<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5352<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2864<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3060<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5924<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>11520<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>12690<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>217<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>17<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1648723<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_017</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1648723<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1649305<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1660742<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1672841<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1681914<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1711993<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1716141<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1739162<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1739164<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1762727<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1719840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1748610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1721970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1723290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1721160<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1746420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1727130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1740240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12019<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12099<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30079<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4148<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3699<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2130<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5829<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>1320<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13110<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>18<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1762876<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_018</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1762876<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1763480<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1774953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1787000<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1796080<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1826154<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1831327<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1845565<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1845567<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>1847115<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1861635<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1834950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1858020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1837260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1854900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1837200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1853970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1841430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1842000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12077<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5173<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3623<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2310<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5933<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>17640<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>570<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>2584<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>19<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1864219<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_019</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1864219<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1864900<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1876376<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>1888425<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>1897505<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>1927707<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>1934200<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>1961226<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>1961230<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>1984847<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>1938120<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>1965510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>1939530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>1963020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>1940430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>1964790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>1945830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>1958880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12157<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12049<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30202<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6493<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3920<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1410<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5330<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23490<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13050<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>126<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>20<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>1984973<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_020</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>1984973<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>1985573<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>1997019<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2009100<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2018174<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2048248<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2055822<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>2079437<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2079441<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2103123<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2059680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2088450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2060880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2085270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2061510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2089500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2066460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2085480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12046<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>7574<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3858<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1200<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5058<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24390<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>19020<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>21<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2103273<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_021</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2103273<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2104343<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2115768<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2127842<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2136940<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2167014<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2172367<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2200579<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12495<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5353<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>10228<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>22<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2210807<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_022</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2210807<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2211447<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2222895<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2235062<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2244136<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2274210<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2286550<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>2309618<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2309623<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2326584<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2290710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2316510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2294160<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2314350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2297790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2311650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2302830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2305560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12088<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12167<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>12340<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4160<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3450<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>7610<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>20190<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>2730<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>162<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>23<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2326746<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_023</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2326746<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2327344<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2338799<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2350846<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2359892<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2389975<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2395594<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>2423089<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2423092<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>2432131<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2446652<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2399220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2427720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2401230<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2424030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2400180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2427930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2408430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2425440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12053<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9046<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30083<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5619<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3626<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2010<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5636<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22800<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17010<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>24<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2446804<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_024</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2446804<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2448339<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2459792<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2471873<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2480913<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2510996<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2515665<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>2539101<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2539105<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2562665<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2518740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2546610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2520480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2542380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2520630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2547720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2527500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2543010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12988<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30083<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4669<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3075<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1740<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4815<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21900<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15510<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>25<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2562814<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_025</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2562814<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2563415<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2574851<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2586924<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2595964<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2626045<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2631637<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2656049<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2679737<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2635170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2663550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2637330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2660490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2637000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2663250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2643540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2656920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12037<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12073<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5592<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3533<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2160<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5693<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23160<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13380<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>220<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>26<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2679957<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_026</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2679957<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2680569<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2692017<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2704091<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2713164<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2743205<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2748384<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2775960<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2799523<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2752050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2783610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2755320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2781660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2754630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2784240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2764710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2778000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12060<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30041<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5179<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3666<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3270<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6936<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>26340<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13290<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>27<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2799674<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_027</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2799674<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2800715<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2812168<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2824317<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2833356<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2863438<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2867940<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>2891420<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>2891422<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>2916056<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2871180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>2901570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2873580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>2897220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2872740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>2902500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2879430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>2899860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12494<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12149<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9039<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4502<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3240<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2400<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5640<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23640<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>20430<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>28<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>2916206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_028</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>2916206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>2917258<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>2928712<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>2940794<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>2949887<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>2979961<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>2986841<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>3009452<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>3009456<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3033143<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>2990070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>3017730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>2991780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>3013950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>2991240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>3017670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>2997570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>3006810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12506<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9093<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6880<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3229<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1710<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4939<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22170<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>9240<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>148<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>29<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3033291<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_029</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3033291<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3034765<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3046220<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3058300<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>3067340<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>3097422<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>3101937<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>3126373<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>3126377<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3150304<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>3105930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>3134880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>3107280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>3131790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>3107070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>3136590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>3115650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>3133410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12929<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4515<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3993<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1350<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5343<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24510<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17760<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>30<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3150453<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_030</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3150453<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3151043<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3162498<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3174580<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3236644<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>3176956<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12045<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>31<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3236795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_031</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3236795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3237525<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3248951<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3261026<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>3270124<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>3300199<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>3305579<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>3328225<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>3328229<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>3337269<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3352203<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>3308640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>3337440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>3311310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>3333720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>3309660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>3338460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>3316650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>3335100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12156<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30075<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5380<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3061<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2670<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5731<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22410<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18450<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>227<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>32<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3352430<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_032</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3352430<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3353070<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3364511<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3376592<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>3385681<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>3415755<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>3420893<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3449614<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9089<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5138<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>8791<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>33<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3458405<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>163<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_033</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3458405<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3459004<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3470460<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3536281<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>3476805<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12055<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>123<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>34<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3536404<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_034</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3536404<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3537022<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3548449<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3560524<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>3568843<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>3594380<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12045<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>3615098<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>35<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3615097<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_035</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3615097<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3615739<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3679581<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>3620094<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>36<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3679733<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_036</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3679733<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3680661<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3692089<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3704164<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>3713237<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>3743440<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>3749394<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>3772886<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>3781934<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3796452<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>3753090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>3780870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>3755310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>3760050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>3754410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>3782280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>3762540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>3775830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12356<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30203<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5954<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3696<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2220<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5916<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>4740<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13290<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>122<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>37<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3796574<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_037</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3796574<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3797204<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3808656<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3820737<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>3886662<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>3827131<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>120<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>38<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>3886782<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_038</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>3886782<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>3887377<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>3898804<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>3910879<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>3919979<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>3950053<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>3955374<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>3978374<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4001939<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>3958890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>3986550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>3960420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>3982650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>3959850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>3986790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>3966750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>3981030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12022<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9100<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5321<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3516<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1530<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5046<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22230<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14280<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>39<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4002090<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_039</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4002090<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4003626<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4015054<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4027127<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4036202<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4066282<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4071373<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4095587<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>4104633<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4119117<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4075050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4104210<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4076730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4100400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4076670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4105440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4084950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4102200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12964<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12073<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9075<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5091<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3677<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1680<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5357<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23670<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17250<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>40<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4119266<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_040</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4119266<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4119844<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4131279<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4143353<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4152393<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4182473<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4187133<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>4204257<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4204261<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4220955<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4190460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4216260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4192830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4213440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4191960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4214040<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4197990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4210710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12013<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4660<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3327<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2370<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5697<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>20610<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>12720<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>1316<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>41<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4222271<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_041</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4222271<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4222847<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4234304<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4246353<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4255399<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4285480<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4290860<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4314137<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4337795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4294350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4321500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4297020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4319040<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4295400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4321770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4301820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4317060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12033<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12049<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9046<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5380<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3490<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2670<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6160<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22020<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15240<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>875<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>42<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4338670<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_042</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4338670<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4339304<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4350751<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4362803<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4371883<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4401956<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4406376<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4431295<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4454858<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4409700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4439640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4411710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4435980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4411650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4440840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4421580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4438380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12052<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4420<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3324<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2010<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5334<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24270<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16800<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>43<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4455007<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_043</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4455007<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4455643<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4467095<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4479142<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4488222<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4518296<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4524110<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4552787<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12088<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5814<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>14457<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>44<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4567244<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>175<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_044</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4567244<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4567844<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4579300<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4591347<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4600394<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4670755<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>4611190<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12056<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>113<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>45<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4670868<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_045</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4670868<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4671465<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4682914<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4694987<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4704060<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4734101<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4739881<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>4762108<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4762110<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4785820<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4742760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4770840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4745250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4768470<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4744260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4771980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4753920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4768170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12046<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12073<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30041<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5780<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2879<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2490<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5369<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23220<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14250<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>46<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4785970<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_046</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4785970<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4786572<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4798048<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4810095<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4819176<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4849254<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4853527<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>4872609<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4872611<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>4875356<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>4889875<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4857000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4882920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4859130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4879410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4857570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4882500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4864050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4872150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12078<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9081<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30078<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4273<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3473<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2130<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5603<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>20280<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>8100<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>657<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>47<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>4890532<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_047</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>4890532<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>4891599<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>4903053<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>4915100<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>4924147<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>4954254<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>4960033<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>4983822<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>4983824<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5007511<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>4963620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>4991100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>4964940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>4965510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>4964850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>4992030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>4973820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>4989600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12521<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30107<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5779<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3587<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1320<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4907<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>570<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15780<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>337<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>48<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5007848<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_048</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5007848<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5009107<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5020582<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5032630<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5041709<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5071783<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>5075756<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>5100073<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>5100078<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5123638<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>5079540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>5108490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>5081670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>5104620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>5080500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>5108400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>5087940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>5104350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12734<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9079<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3973<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3784<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2130<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5914<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22950<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16410<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>49<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5123788<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_049</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5123788<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5124975<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5136431<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5148511<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5157551<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5187632<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>5191734<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>5217873<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5241437<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>5195370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>5222550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>5197380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>5219280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>5197050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>5223960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>5207160<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>5221080<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12643<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4102<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3636<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2010<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5646<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21900<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13920<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>210<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>50<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5241647<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_050</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5241647<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5242273<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5253753<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5265834<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5274907<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5304981<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5371133<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>5310642<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12106<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-5304982<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>128<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>51<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5371261<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_051</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5371261<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5371914<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5433582<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>5374098<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>146<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>52<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5433728<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_052</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5433728<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5434374<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5445817<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5457893<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5466965<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5497056<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>5502976<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>5525835<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>5525840<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>5534882<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5549403<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>5506260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>5532420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>5508930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>5530980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>5507310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>5533440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>5513010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>5529120<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12089<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9072<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30091<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5920<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3284<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2670<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5954<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22050<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16110<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>53<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5549554<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_053</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5549554<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5550151<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5561618<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5573660<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5582706<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5612787<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>5618109<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>5641589<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>5641593<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5665629<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>5621010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>5650710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>5623770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>5637420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>5623440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>5651940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>5630280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>5648940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12064<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9046<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5322<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2901<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2760<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5661<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>13650<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18660<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>116<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>54<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5665745<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_054</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5665745<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5666342<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5736413<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>5676935<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>148<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>55<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5736561<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_055</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5736561<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5737150<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5748601<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5760684<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5769774<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5799815<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>5803614<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>5825392<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>5825394<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5848979<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>5806440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>5833650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>5808540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>5830830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>5807310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>5833740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>5812860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>5829270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12040<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12083<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9090<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30041<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3799<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2826<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2100<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4926<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22290<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16410<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>133<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>56<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5849112<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_056</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5849112<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5849710<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5861137<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5873212<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5882252<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>5912364<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>5918668<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>5941643<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>5965173<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>5921370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>5949990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>5923620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>5945310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>5923410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>5950170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>5930610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>5944290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12025<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30112<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6304<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2702<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2250<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4952<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21690<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13680<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>57<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>5965324<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_057</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>5965324<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>5965898<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>5977331<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>5989406<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>5998447<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6028529<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6031989<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>6055485<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6055490<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6079169<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6036420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6064350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6038610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6060000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6037710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6064170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6042870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6058770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12007<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9041<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3460<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4431<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2190<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6621<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21390<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15900<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>58<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6079319<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_058</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6079319<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6079919<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6091348<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6103533<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6112607<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6142690<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6146569<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>6170180<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6170182<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6193860<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6150660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6177690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6153480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6175680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6151740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6179460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6158610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6172170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12029<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12185<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30083<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3879<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4091<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2820<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6911<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22200<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13560<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>59<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6194010<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_059</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6194010<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6194646<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6261114<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>6201575<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>60<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6261265<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_060</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6261265<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6261909<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6273359<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6285400<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6294480<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6324553<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6329066<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>6351946<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6351951<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6376272<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6331770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6360720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6335010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6356910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6333420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6362520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6340320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6359640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12094<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4513<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2704<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3240<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5944<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21900<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>19320<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>217<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>61<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6376489<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_061</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6376489<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6377133<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6388586<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6400667<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6409707<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6439787<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6443580<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>6471788<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6471791<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6495320<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6447090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6475800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6448920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6473460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6448530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6475830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6457020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6471000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12097<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3793<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3510<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1830<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5340<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24540<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13980<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>148<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>62<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6495468<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_062</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6495468<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6496075<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6507508<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6519605<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6529027<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6559100<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6564660<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>6582933<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6582935<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6600821<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6567360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6594630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6569850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6591720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6569340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6592560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6574020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6573990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12040<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12097<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9422<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5560<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2700<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2490<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5190<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21870<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-30<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>958<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>63<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6601779<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_063</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6601779<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6602363<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6613790<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6625865<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6634939<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6665016<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6670156<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>6691627<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6691629<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>6700701<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6715192<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6672450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6699780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6674910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6696480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6673410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6698910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6679110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6694860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12011<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30077<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5140<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2294<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2460<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4754<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21570<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15750<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>64<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6715343<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>175<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_064</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6715343<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6716239<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6727665<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6739741<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6748842<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6819448<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>6759701<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12322<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9101<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>65<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6819597<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_065</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6819597<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6820181<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6883385<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>6823303<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>66<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6883535<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_066</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6883535<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>6884429<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>6895904<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>6907986<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>6917060<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>6947134<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>6952753<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>6975954<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>6999517<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>6955590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>6983310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>6957750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>6980820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>6956850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>6983970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>6966780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>6981780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12369<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5619<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2837<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2160<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4997<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23070<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15000<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>67<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>6999668<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_067</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>6999668<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7001000<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7012453<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7024534<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7033573<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7063655<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7069393<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7114983<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12785<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9039<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5738<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>68<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7115135<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_068</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7115135<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7115785<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7127241<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7139322<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7148363<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7178444<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7183343<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>7209206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>7209212<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7232923<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>7186260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>7214910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>7187760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>7208940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>7186980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>7214940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>7194300<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>7210890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12106<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9041<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4899<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2917<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1500<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4417<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21180<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16590<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>226<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>69<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7233149<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_069</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7233149<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7233728<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7245157<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7257231<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7266328<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7296402<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7301063<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>7322455<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>7322459<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7340743<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>7304280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>7331880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>7306440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>7320810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>7305810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>7331190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>7309650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>7325880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12008<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9097<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4661<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3217<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2160<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5377<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>14370<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16230<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>226<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>70<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7340969<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_070</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7340969<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7341628<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7353103<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7365151<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7374231<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7404305<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7411485<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7460056<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12134<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>7180<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>71<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7460206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_071</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7460206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7460866<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7523438<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>7463957<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>119<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>72<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7523557<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_072</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7523557<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7524202<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7535660<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7547701<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7557002<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7587042<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7590902<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7637195<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12103<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9301<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30040<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3860<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>73<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7637346<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_073</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7637346<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7637989<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7649441<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7661483<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7670589<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7700670<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7705319<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>7724161<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>7724163<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7741640<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>7708260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>7736190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>7710960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>7731660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>7709790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>7729680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>7715070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>7715700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12095<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9106<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4649<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2941<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2700<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5641<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>20700<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>630<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>871<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>74<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7742511<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_074</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7742511<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7743166<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>7754591<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>7766632<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>7775829<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>7805912<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>7810373<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>7833895<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7857427<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>7813560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>7843320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>7815120<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>7840410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>7814490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>7842570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>7821000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>7838790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9197<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30083<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4461<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3187<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1560<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4747<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>25290<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17790<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>75<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7857578<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_075</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7857578<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7858210<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7923513<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>7863882<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>192<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>76<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7923705<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_076</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7923705<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7924570<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>7994033<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>7934252<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>77<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>7994183<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_077</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>7994183<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>7994994<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8006430<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8018511<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8027550<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8057599<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>8063194<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>8086315<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>8086317<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8109880<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>8066070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>8093490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>8067930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>8090850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>8067600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>8093790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>8074410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>8088960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12247<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9039<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30049<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5595<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2876<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1860<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4736<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22920<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14550<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>78<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8110029<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_078</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8110029<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8110748<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8174728<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>8115216<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>79<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8174877<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_079</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8174877<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8175462<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8186913<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8198987<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8208062<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8238145<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>8241728<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>8260995<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>8260999<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8278534<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>8245290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>8272650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>8246790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>8269290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>8246910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>8270340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>8252820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>8268000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12036<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9075<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30083<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3583<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3562<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1500<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5062<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22500<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15180<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>234<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>80<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8278768<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_080</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8278768<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8279347<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8290774<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8302850<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8311948<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8342021<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>8344760<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>8371918<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>8371923<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8390412<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>8348850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>8374920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>8351130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>8373390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>8349900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>8374380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>8362650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>8369520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12006<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2739<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4090<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2280<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6370<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22260<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>6870<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>81<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8390564<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_081</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8390564<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8391201<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8402643<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8414685<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8423765<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8453805<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>8457812<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>8481085<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>8481087<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8504803<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>8461320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>8488950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>8463210<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>8487810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>8462460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>8491020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>8469750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>8487510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12079<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30040<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4007<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3508<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1890<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5398<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24600<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17760<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>82<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8504954<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_082</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8504954<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8505542<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8516993<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8529068<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8538267<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8568348<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>8570761<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>8597273<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8620804<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>8574630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>8603520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>8576580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>8600490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>8576460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>8604960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>8586930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>8603070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12039<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9199<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2413<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3869<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1950<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5819<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23910<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16140<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>83<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8620953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_083</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8620953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8621588<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8633015<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8645090<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8654188<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8684262<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>8688295<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>8711909<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>8711914<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8737083<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>8691540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>8722170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>8693910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>8718420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>8693670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>8723370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>8703450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>8720280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12062<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4033<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3245<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2370<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5615<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24510<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16830<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>102<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>84<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8737185<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_084</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8737185<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8737808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8806953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>8746466<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>85<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8807105<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_085</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8807105<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8807678<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8869280<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>8809804<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>153<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>86<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8869433<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_086</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8869433<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8870023<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>8935548<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>8876073<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>87<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>8935698<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_087</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>8935698<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>8936290<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>8947740<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>8959815<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>8968890<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>8998972<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9004712<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9027288<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9050853<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9007500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9034350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9009750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9032280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9008730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9034470<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9029760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9015360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9075<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5740<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2788<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2250<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5038<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22530<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-14400<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>153<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>88<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9051006<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_088</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9051006<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9051983<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9063457<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9075505<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9084585<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>9114659<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9117971<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>9146083<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9146088<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9169647<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9122370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9152550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9123330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9149100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9124050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9153960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9134190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9151260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12451<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3312<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4399<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>960<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5359<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>25770<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17070<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>89<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9169797<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_089</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9169797<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9170397<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9181825<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9193866<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9202969<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>9233043<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9235062<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>9260570<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9260572<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9284230<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9239220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9268500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9241110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9265380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9240990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9269340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9247770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9267180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12028<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9103<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2019<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4158<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1890<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6048<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24270<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>19410<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>229<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>90<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9284459<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>175<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_090</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9284459<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9285035<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9296462<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9308537<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9317578<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9389762<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>9330167<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12003<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9041<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>227<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>91<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9389989<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_091</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9389989<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9390619<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9402107<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9414148<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9423195<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>9453275<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9455595<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9480061<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>9489105<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9503624<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9459300<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9487380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9462210<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9484320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9461160<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9488820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9468210<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9486270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12118<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2320<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3705<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2910<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6615<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22110<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18060<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>92<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9503773<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_092</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9503773<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9504347<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9515814<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9527862<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9536942<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>9567016<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9570509<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>9596805<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9596807<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9620573<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9573870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9604710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9576450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9601290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9575790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9605640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9588030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9602550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3493<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3361<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2580<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5941<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24840<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14520<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>160<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>93<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9620733<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_093</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9620733<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9621327<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9632765<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9644839<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9653879<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>9683958<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9688918<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9712909<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>9721953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9737279<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9692100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9722100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9695190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9718650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9694230<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9723750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9700980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9720540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12032<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30079<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4960<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3182<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3090<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6272<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23460<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>19560<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>94<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9737430<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_094</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9737430<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9738044<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9749471<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9761547<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>9770645<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>9800719<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>9804718<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>9829742<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9853425<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>9808620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>9837360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>9811050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>9834540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>9810420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>9838560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>9818430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>9835620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3999<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3902<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2430<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6332<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23490<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17190<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>95<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9853575<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_095</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9853575<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9854177<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>9919569<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>9859817<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>161<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>96<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>9919730<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_096</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>9919730<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>9920354<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>9931808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>9943999<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10007453<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>9947881<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12078<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12191<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>97<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10007604<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_097</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10007604<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10008832<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10020288<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>10032336<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>10041729<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>10071810<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>10077550<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>10095632<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>10095635<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10113257<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>10080240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>10106100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>10082370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>10101660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>10080960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>10103250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>10086660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>10099350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12684<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9393<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5740<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2690<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2130<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4820<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>19290<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>12690<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>174<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>98<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10113431<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_098</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10113431<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10114064<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10125493<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>10137568<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>10146608<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>10176718<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>10182791<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>10205502<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10229065<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>10185690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>10212660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>10187910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>10208640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>10187310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>10212570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>10192770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>10209330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12062<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30110<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6073<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2899<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2220<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5119<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>20730<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16560<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>232<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>99<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10229297<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_099</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10229297<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10229872<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10241382<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>10253425<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>10262559<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>10292681<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>10297842<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10326523<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12085<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12043<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9134<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30122<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5161<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>7559<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>100<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10334082<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>163<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_100</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10334082<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10334663<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10346108<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10408810<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>10349302<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12026<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>101<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10408959<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>163<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_101</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10408959<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10409548<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10420980<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10493896<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>10433968<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12021<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>102<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10494046<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_102</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10494046<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10495594<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10507049<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>10519096<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>10528400<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>10558476<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>10563666<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>10588283<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>10588285<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10611967<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>10566930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>10593600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>10569900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>10591860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>10568940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>10595250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>10578510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>10592970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>13003<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9304<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30076<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5190<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3264<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2970<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6234<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21960<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14460<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>148<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>103<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10612115<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_103</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10612115<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10612686<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10682116<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>10622109<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>169<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>104<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10682285<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_104</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10682285<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10682881<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10694310<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>10706385<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>10715483<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>10745557<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>10749110<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>10773490<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>10773494<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>10782536<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10797081<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>10751910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>10780470<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>10754010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>10777590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>10754190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>10781550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>10763400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>10779150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12025<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3553<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2800<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2100<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4900<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23580<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15750<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>106<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>105<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10797187<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_105</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10797187<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10797813<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10863843<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>10804333<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>106<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10863993<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_106</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10863993<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10864930<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10876358<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>10888399<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>10897719<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>10927800<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>10933787<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>10956627<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>10956632<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>10965672<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>10980194<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>10936470<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>10963650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>10938570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>10947030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>10938870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>10965210<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>10945980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>10962660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12365<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9320<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5987<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2683<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2100<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4783<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>8460<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16680<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>107<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>10980344<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_107</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>10980344<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>10980945<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>10992399<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11004446<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>11013493<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>11043573<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>11048233<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>11072319<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>11072323<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11095999<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>11051100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>11079870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>11053290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>11076840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>11054220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>11081280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>11061030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>11078640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12055<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4660<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2867<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2190<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5057<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23550<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17610<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>108<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11096149<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_108</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11096149<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11096723<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>11108150<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11120226<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>11129325<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>11159399<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>11163312<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>11187044<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11210608<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>11166690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>11195250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>11168910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>11191740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>11168310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>11196420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>11177580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>11193360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12001<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9099<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3913<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3378<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2220<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5598<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22830<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15780<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>109<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11210759<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_109</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11210759<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11211594<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11278243<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>11218468<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>135<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>110<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11278378<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_110</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11278378<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11279035<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11344803<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>11285204<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>109<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>111<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11344912<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_111</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11344912<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11345567<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11415464<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>11355955<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>112<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11415615<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_112</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11415615<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11416201<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>11427642<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11439722<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>11448795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>11478836<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>11484103<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>11505792<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>11505796<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11529356<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>11486670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>11512980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>11488800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>11510640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>11488200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>11513730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>11492670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>11510670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12027<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30041<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5267<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2567<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2130<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4697<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21840<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18000<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>142<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>113<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11529498<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_113</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11529498<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11530078<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>11541528<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11553569<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>11562649<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>11592723<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>11595402<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>11618843<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>11618848<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11642504<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>11599200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>11624910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>11602260<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>11621880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>11600670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>11626800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>11607270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>11623920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12030<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2679<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3798<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3060<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6858<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>19620<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16650<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>235<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>114<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11642739<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_114</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11642739<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11643336<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>11654812<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11666893<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>11675966<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>11706040<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>11709533<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>11735326<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>11735330<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>11744370<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11759010<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>11713140<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>11741010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>11715060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>11737380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>11715450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>11741670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>11722350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>11739480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12073<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3493<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3607<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1920<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5527<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22320<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17130<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>115<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11759159<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_115</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11759159<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11759759<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>11771184<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11783331<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11847907<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>11788312<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12025<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12147<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>348<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>116<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11848255<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_116</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11848255<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11849466<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>11916849<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>11856953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>117<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>11916998<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_117</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>11916998<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>11917580<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>11929026<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>11941105<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>11950179<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>11980263<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>11983516<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12006788<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12030351<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>11987340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12012600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>11988780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12010920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>11988360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12010770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>11994750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12005100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12028<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12079<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30084<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3253<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3824<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1440<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5264<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22140<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>10350<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>124<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>118<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12030475<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_118</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12030475<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12031190<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12042615<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12054696<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12063737<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>12093817<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>12097189<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>12122218<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12122223<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12145783<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>12100650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12129420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>12102840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12125820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>12102780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12130440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>12113070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12127080<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12140<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9041<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3372<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3461<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2190<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5651<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22980<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14010<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>119<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12145933<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_119</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12145933<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12147293<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12158720<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12170795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12179868<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>12210101<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>12214554<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>12238052<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12238057<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12261777<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>12217110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12244410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>12219570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12240870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>12218490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12244620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>12225090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12240090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12787<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30233<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4453<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2556<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2460<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5016<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21300<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15000<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>156<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>120<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12261933<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_120</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12261933<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12263366<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12329253<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>12269476<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>78<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>121<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12329331<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>175<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_121</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12329331<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12329985<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12341409<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12353457<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12362536<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12434071<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>12374591<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12078<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9079<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>166<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>122<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12434237<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_122</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12434237<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12434893<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12446342<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12458377<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12467485<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>12497532<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>12503998<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>12529024<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12529028<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12552587<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>12506970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12533220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>12510240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12531660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>12510060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12533130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>12514170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12528900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12105<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12035<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9108<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30047<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6466<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2972<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3270<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6242<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21420<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14730<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>187<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>123<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12552774<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_123</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12552774<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12553375<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12564841<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12576922<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12585995<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>12616069<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>12621482<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>12645273<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12645277<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12668987<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>12625200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12654690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>12626820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12635850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>12626520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12655230<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>12633120<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12651990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12067<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5413<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3718<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1620<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5338<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>9030<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18870<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>124<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12669138<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_124</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12669138<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12670410<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12739218<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>12679801<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>153<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>125<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12739371<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_125</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12739371<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12740022<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12751474<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12763515<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12772823<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>12802897<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>12808310<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>12831246<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12831248<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12854928<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>12811410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12838980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>12813270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12835110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>12812910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12839280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>12819240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12836340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12103<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9308<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5413<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3100<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1860<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4960<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21840<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17100<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>126<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12855077<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_126</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12855077<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12855650<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12867079<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12879158<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>12888253<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>12918326<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>12920286<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>12944711<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>12944714<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>12968370<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>12923850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>12952980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>12925920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>12949740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>12925470<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>12953070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>12934380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>12949170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12002<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12079<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9095<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>1960<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3564<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2070<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5634<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23820<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14790<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>270<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>127<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>12968640<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_127</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>12968640<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>12969233<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>12980660<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>12992735<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13001835<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13031908<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13035701<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>13059234<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13059237<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13082798<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13039500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13068270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13043790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13065180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13040400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13068120<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13046400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13063980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12020<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9100<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3793<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3799<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>4290<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>8089<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21390<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17580<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>128<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13082948<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_128</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13082948<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13083606<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13095058<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>13107107<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13116179<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13146415<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13149809<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13172347<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>13181392<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13197237<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13153710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13182270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13155750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13179150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13153770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13183740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13162830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13177830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12110<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12049<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9072<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30236<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3394<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3901<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2040<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5941<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23400<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15000<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>155<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>129<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13197392<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_129</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13197392<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13197981<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13265884<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>13205174<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>554<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>130<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13266438<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_130</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13266438<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13267030<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13278459<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>13290534<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13299632<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13329706<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13334819<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13360691<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13384278<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13338330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13365330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13340670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13357470<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13338930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13366830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13349730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13364010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12021<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5113<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3511<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2340<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5851<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>16800<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14280<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>103<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>131<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13384381<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_131</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13384381<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13385037<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13454536<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>13394458<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>132<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13454685<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_132</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13454685<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13455261<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13466713<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>13478754<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13487834<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13518068<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13521501<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>13543734<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13543738<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13567391<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13524900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13552740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13526250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13548330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13526490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13553550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13532100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13551030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12028<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30234<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3433<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3399<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1350<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4749<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22080<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18930<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>133<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13567542<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_133</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13567542<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13568374<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13579823<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>13591896<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13601098<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13631179<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13633831<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13659340<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>13668384<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13682871<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13637700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13665990<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13639680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13662390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13639320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13667490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13648980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13664820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12281<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12073<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9202<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2652<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3869<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1980<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5849<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22710<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15840<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>148<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>134<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13683019<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_134</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13683019<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13683597<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13754813<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>13695331<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>135<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13754964<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_135</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13754964<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13755842<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13767301<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>13779383<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13788472<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13818550<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13821487<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>13843965<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13843967<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13867533<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13824960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13851810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13827420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13848660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13826400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13852920<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13832010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13849800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12337<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9089<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30078<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2937<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3473<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2460<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5933<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21240<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17790<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>158<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>136<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13867691<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_136</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13867691<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13868341<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13879815<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>13891897<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>13900971<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>13931044<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>13935977<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>13961443<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>13961446<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>13985123<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>13939740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>13966860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>13941780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>13964130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>13940910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>13967370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>13952490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>13962360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12124<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4933<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3763<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2040<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5803<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22350<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>9870<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>119<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>137<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>13985242<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_137</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>13985242<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>13985878<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>13997328<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14009402<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14076635<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>14016977<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12086<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>138<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14076785<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_138</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14076785<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14077430<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14141756<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>14082279<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>124<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>139<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14141880<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_139</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14141880<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14142760<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>14154214<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14166295<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>14175335<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>14205417<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>14207892<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>14230852<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>14230854<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14254466<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>14211840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>14239290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>14214540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>14236890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>14212560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>14239800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>14218800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>14237460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12334<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30082<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2475<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3948<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2700<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6648<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22350<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18660<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>140<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14254615<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_140</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14254615<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14255198<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>14266626<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14278702<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>14287799<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>14317873<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>14321367<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>14345343<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>14345346<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>14354385<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14369022<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>14325000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>14354760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>14328360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>14349570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>14325870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>14354550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>14332620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>14351400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12011<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9097<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3494<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3633<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3360<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6993<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21210<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18780<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>141<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14369172<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_141</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14369172<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14369808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14439002<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>14379520<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>142<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14439151<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_142</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14439151<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14439796<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>14451247<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14463289<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>14472369<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>14502443<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14565285<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>14504729<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12096<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-14502444<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>332<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>143<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14565617<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_143</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14565617<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14566649<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14628028<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>14568277<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>104<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>144<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14628132<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_144</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14628132<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14628784<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14692209<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>14632700<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>145<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14692359<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_145</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14692359<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14692945<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>14704395<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14716472<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>14725544<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>14755633<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>14760002<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>14781770<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>14781776<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14805432<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>14762580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>14786880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>14764950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>14782950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>14763420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>14783700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>14769060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>14778570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12036<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12077<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9072<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30089<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4369<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2578<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2370<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4948<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>18000<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>9510<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>217<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>146<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14805649<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_146</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14805649<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14806294<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>14817721<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14829795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>14838868<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>14869072<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>14874572<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>14898843<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>14898848<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>14922406<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>14877750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>14905440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>14879850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>14902440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>14879760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>14907270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>14887500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>14904030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12072<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30204<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5500<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3178<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2100<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5278<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22590<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16530<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>147<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>14922557<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_147</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>14922557<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>14923156<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>14934605<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>14946680<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>14955979<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>14986068<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>14989267<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15012453<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>15021500<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15036018<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>14992620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15021420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>14994900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15017550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>14994180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15021030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15000450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15015090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9299<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30089<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3199<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3353<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2280<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5633<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22650<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14640<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>148<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15036168<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_148</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15036168<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15036769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15048197<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15060271<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15069343<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15099451<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15101170<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15124862<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15124867<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15148599<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15104880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15132870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15107910<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15129630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15106440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15132750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15112620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15124620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12029<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9072<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30108<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>1719<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3710<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3030<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6740<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21720<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>12000<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>128<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>149<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15148727<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_149</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15148727<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15149326<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15160762<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15172836<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15181876<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15211956<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15216769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15240118<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15240120<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15263682<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15220380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15247800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15222840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15233370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15221850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15249450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15229170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15247200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12035<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4813<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3611<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2460<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6071<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>10530<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18030<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>150<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15263833<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_150</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15263833<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15264461<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15335415<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>15275814<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>375<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>151<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15335790<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_151</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15335790<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15336470<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15401144<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>15340355<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>232<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>152<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15401376<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_152</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15401376<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15402065<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15413513<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15425587<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15434660<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15464700<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15468167<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15488269<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15488275<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15506047<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15472050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15496560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15473880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15492540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15472590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15496500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15477720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15492930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12137<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30040<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3467<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3883<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1830<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5713<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>18660<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15210<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>153<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15506197<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_153</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15506197<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15506771<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15518198<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15530272<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15539373<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15569447<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15575906<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15583661<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15583666<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15598237<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15579090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15595830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15581460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15593340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15580320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15593940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15583020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15590850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12001<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9101<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6459<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3184<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2370<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5554<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>11880<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>7830<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>3916<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>154<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15602153<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_154</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15602153<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15602775<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15614203<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15626277<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15635350<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15665451<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15671437<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15681887<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15681890<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15696424<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15674430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15692640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15677100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15688950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15676230<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15690720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15681300<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15687420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12050<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30101<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5986<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2993<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2670<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5663<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>11850<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>6120<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>1856<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>155<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15698280<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_155</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15698280<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15698925<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15710353<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15722428<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15731500<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15761575<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15769748<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15796130<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15796132<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15819743<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15773580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15801630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15776460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15799410<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15775320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15803490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15789510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15797820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12073<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9072<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30075<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>8173<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3832<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2880<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6712<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22950<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>8310<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>153<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>156<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15819896<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_156</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15819896<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15820477<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15831926<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15844009<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15853082<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>15883161<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>15889529<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>15916161<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>15916166<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>15939693<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>15892770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>15923370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>15894600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>15919740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>15895530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>15924480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>15904860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>15922320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12030<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12083<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30079<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6368<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3241<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1830<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5071<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>25140<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17460<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>242<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>157<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>15939935<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_157</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>15939935<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>15940530<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>15951986<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>15964067<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>15973108<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16003188<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16008362<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>16032200<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>16032202<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16055858<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>16011570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>16038660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>16014420<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>16036140<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>16013250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>16039140<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>16021770<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>16035480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12051<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9041<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5174<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3208<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2850<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6058<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21720<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13710<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>158<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16056009<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_158</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16056009<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16057193<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16068647<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16080693<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16089740<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16119821<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16122980<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16151874<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12638<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12046<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3159<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>6675<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>159<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16158549<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_159</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16158549<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16159171<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16231609<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>16171992<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>191<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>160<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16231800<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_160</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16231800<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16232442<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16243892<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16255968<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16265046<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16295120<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16300799<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16330353<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12092<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9078<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5679<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>6187<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16336540<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_161</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16336540<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16337117<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16348546<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16360621<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16369720<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16399793<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16405293<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>16427907<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>16427911<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>16436951<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16451620<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>16407540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>16435830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>16409550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>16433580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>16410090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>16436340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>16415640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>16428780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12006<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9099<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30073<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5500<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2247<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2010<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4257<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24030<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13140<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>162<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16451770<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_162</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16451770<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16452373<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16463826<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16475873<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16544450<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>16484701<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12056<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>163<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16544599<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_163</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16544599<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16545182<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16556651<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16568692<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16577799<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16607996<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16612210<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>16635062<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>16635066<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16658712<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>16615620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>16642860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>16618830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>16638690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>16616880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>16644510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>16624860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>16641240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12052<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9107<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30197<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4214<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3410<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3210<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6620<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>19860<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16380<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>164<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16658862<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_164</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16658862<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16659495<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16670947<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16683022<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16692099<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16722405<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16727784<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>16755357<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>16755360<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16778885<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>16731540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>16759650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>16733550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>16757130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>16734150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>16761180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>16745280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>16758300<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12085<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9077<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30306<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5379<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3756<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2010<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5766<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23580<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13020<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>165<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16779035<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_165</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16779035<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16779611<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16791061<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16803137<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16812423<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16842503<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16845936<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>16870841<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>16870843<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>16894406<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>16850250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>16879110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>16853340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>16877190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>16851510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>16879650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>16860720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>16875870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12026<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9286<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3433<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4314<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3090<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>7404<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23850<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15150<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>166<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>16894558<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_166</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>16894558<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>16895158<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>16906648<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>16918689<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>16927735<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>16957843<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>16962902<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>16987527<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>16987532<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17011186<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>16969320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>16994730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>16971570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>16973550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>16969980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>16997010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>16976250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>16989570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12090<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9046<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30108<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5059<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>6418<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2250<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>8668<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>1980<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13320<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>167<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17011336<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_167</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17011336<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17011993<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17023417<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17035491<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17044565<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17074639<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17081119<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17129731<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6480<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>168<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17129881<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_168</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17129881<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17130529<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17141958<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17153999<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17163080<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17193180<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17199220<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>17222163<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>17222166<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>17231208<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17246010<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>17202150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>17231670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>17204220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>17229600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>17203830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>17232030<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>17216220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>17226960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12077<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9081<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30100<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6040<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2930<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2070<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5000<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>25380<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>10740<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>169<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17246161<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_169</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17246161<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17246802<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17258251<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17270326<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17279405<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17309640<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17315433<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>17338879<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>17338881<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17362580<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>17318310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>17348430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>17320740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>17345250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>17320800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>17349090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>17326380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>17340930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12090<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9079<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30235<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5793<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2877<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2430<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5307<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24510<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14550<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>170<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17362729<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>175<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SG<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_170</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17362729<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17363374<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17374825<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17386905<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17395976<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17469044<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>17409355<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12096<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9071<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>108<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>171<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17469152<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_171</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17469152<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17469807<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17481234<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17493308<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17502499<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17532579<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17538109<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>17562616<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>17571663<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17586182<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>17541000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>17569800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>17543730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>17565900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>17543040<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>17570790<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>17553180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>17567400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9191<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5530<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2891<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2730<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5621<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22170<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14220<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>172<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17586332<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_172</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17586332<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17586991<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17598420<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17610506<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17619613<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17649662<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17653219<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>17676491<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>17676495<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17700020<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>17657190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>17685480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>17659170<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>17681940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>17658270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>17685540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>17665140<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>17682240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12088<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12086<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9107<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30049<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3557<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3971<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1980<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5951<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22770<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17100<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>226<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>173<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17700246<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_173</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17700246<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17700895<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17712323<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17724397<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17733471<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17763545<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17768445<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>17791333<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>17791335<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>17800380<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17815619<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>17771640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>17799690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>17775060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>17796240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>17773110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>17801700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>17779890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>17797740<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12077<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4900<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3195<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3420<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6615<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21180<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17850<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>174<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17815769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_174</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17815769<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17816439<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>17827886<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>17839966<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>17849040<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>17879081<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>17885247<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>17909808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>17909813<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>17918852<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>17933521<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>17888880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>17918820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>17890620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>17914590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>17891520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>17919690<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>17898810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>17916150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12117<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30041<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6166<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3633<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1740<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5373<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23970<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17340<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>149<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>175<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>17933670<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_175</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>17933670<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>17934273<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18006102<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>17946534<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>109<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>176<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18006211<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_176</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18006211<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18006810<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18018286<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18030361<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18039823<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18070057<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18072916<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>18095488<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18095493<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18119177<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18075720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18103830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18077940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18100350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18078270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18105510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18087870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18102450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9462<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30234<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2859<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2804<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2220<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5024<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22410<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14580<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>778<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>177<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18119955<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_177</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18119955<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18120539<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18131992<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18144040<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18153086<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18183167<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18187141<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>18210715<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18210717<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18234246<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18191220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18219240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18194070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18215880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18192300<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18219660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18199110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18216180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12037<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9046<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3974<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4079<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2850<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6929<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21810<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17070<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>746<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>178<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18234992<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_178</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18234992<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18235584<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18247039<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18259087<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18268166<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18298241<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18301940<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>18325699<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18325704<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18349230<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18306240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18333540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18308610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18330270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18307200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18334890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18314010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18332070<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9079<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30075<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3699<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4300<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2370<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6670<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21660<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18060<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>224<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>179<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18349454<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_179</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18349454<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18350046<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18361474<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18373549<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18382647<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18412721<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18417954<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18441978<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18465988<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18422010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18451080<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18423150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18447450<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18422580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18452190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18431640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18446130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12020<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5233<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4056<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1140<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5196<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24300<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14490<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>134<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>180<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18466122<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_180</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18466122<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18466704<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18478188<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18490235<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18499281<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18529362<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18530722<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18557903<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>18566975<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18581470<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18534780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18564960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18536640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18544290<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18536040<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18566670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18547860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18563730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12066<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9046<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>1360<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4058<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1860<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5918<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>7650<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15870<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>243<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>181<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18581713<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_181</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18581713<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18582364<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18593818<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18605893<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18614966<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18645040<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18648199<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>18673003<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18673005<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18698836<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18652140<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18683880<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18653760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18680520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18653640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18684960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18661980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18682020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12105<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3159<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3941<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1620<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5561<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>26760<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>20040<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>175<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>182<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18699011<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_182</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18699011<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18699670<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18711097<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18723137<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18732218<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18762294<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18767314<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>18791746<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>18791751<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18815977<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>18775650<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>18800010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>18791040<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>18797490<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>18774150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>18802110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>18780750<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>18798720<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12086<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12040<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9081<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30076<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5020<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>8336<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>15390<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>23726<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>6450<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17970<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>161<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>183<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18816138<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_183</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18816138<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18816739<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>18828215<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>18840264<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>18849311<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>18879392<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>18885371<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>18933065<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12077<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12049<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5979<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>184<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>18933216<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_184</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>18933216<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>18933808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19001037<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>18941528<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>169<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>185<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19001206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_185</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19001206<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19001801<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19013258<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19025305<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19034352<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19064432<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19067625<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>19090545<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19090548<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19114106<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19071120<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19098600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19072860<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19095900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19072680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19098090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19076700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19087320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12052<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9047<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30080<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3193<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3495<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1740<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5235<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23040<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>10620<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>226<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>186<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19114332<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_186</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19114332<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19114978<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19126425<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19138499<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19147608<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19177689<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19184423<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19213294<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>19222340<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19236883<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19187970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19216980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19189800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19214130<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19191630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19218060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19201710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19216200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12093<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9109<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6734<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3547<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1830<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5377<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>24330<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14490<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>103<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>187<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19236986<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_187</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19236986<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19237581<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19249026<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19261107<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19270180<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19300255<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19304074<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19328224<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19351845<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19308150<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19335840<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19309710<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19332660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19309530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19337760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19316640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19333890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12040<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30075<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3819<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4076<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1560<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5636<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22950<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17250<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>101<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>188<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19351946<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_188</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19351946<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19352569<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19363997<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19376072<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19385169<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19415243<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19418916<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>19441980<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19441982<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19465631<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19422870<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19450110<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19425390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19428090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19423830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19451670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19430700<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19448670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12051<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12075<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9097<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3673<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3954<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2520<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6474<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>2700<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17970<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>189<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19465781<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_189</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19465781<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19466359<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19477812<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19489886<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19498960<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19529034<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19534447<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>19556852<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19556854<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19580561<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19537680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19565310<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19540020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19562580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19538580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19565250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19543950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19560900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12031<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9074<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5413<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3233<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2340<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5573<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22560<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>16950<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>153<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>190<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19580714<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_190</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19580714<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19581374<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19592851<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19604932<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19614005<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19644079<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19647332<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19670231<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>19679277<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19693795<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19651380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19678560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19653240<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19674390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19652190<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19678620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19657890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19672320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12137<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12081<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3253<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4048<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1860<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5908<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21150<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14430<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>191<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19693946<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_191</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19693946<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19694545<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19706039<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19718080<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19727477<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19757708<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19763742<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19790639<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19814326<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19767060<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19795380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19770600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19792380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19769100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19796850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19779390<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19794630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12093<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9397<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30231<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>6034<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3318<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3540<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6858<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21780<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>15240<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>148<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>192<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19814474<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>163<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_192</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19814474<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19815160<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19826586<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>19891588<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>19832080<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12112<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>152<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>193<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>19891740<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_193</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>19891740<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>19892530<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>19903958<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>19916032<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>19925105<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>19955179<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>19959932<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>19981943<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>19981948<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20005634<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>19962930<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>19989270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>19964640<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>19983810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>19964670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>19991670<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>19969980<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>19987680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12218<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>4753<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>2998<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1710<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>4708<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>19170<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17700<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>204<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>194<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20005838<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_194</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20005838<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20006464<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20017942<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20030022<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20039095<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20069169<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20074883<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>20097548<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20097553<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20121599<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20078280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20106600<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20080800<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20103090<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20079900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20107890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20092200<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20104950<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12104<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12080<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9073<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5714<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3397<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2520<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5917<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>22290<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>12750<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>136<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>195<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20121735<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_195</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20121735<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20122392<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20133817<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20145862<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20154941<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20185015<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20187788<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>20210484<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20210486<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>20219530<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20234421<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20191380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20219940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20194350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20211300<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20192820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20220630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20198280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20217180<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12082<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12045<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9079<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>2773<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3592<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2970<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6562<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>16950<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>18900<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>196<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20234571<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_196</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20234571<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20235210<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20246635<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20258745<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20267786<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20297867<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20303367<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>20326850<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20326854<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>20335897<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20351916<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20234580<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20383590<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20234760<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20352810<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20308440<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20338050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20315550<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20335050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12064<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12110<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9041<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5500<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-68787<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>180<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-68607<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>118050<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>19500<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>217<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>197<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20352133<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_197</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20352133<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20352747<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20364174<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20376250<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20385348<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20415422<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20421162<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20445300<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20468865<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20424660<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20453220<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20426430<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20450160<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20426370<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20454630<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20434350<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20448960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12041<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12076<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9098<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30074<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5740<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3498<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1770<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5268<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>23730<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>14610<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>126<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>198<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20468991<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>161<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>NONE<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_198</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20468991<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20470170<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20542290<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>20482607<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>-1<type>int</type></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>False<type>boolean</type></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>-1<unit>1./30000*s</unit><type>int</type></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>398<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>199<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20542688<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_199</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20542688<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20543410<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20554885<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20566933<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20576015<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20606087<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20609399<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20634463<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>20643510<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20658027<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20639850<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20641620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20640570<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20640900<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20614020<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20642100<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20626560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20635530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12197<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9082<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30072<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3312<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>30451<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>720<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>31171<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>330<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>8970<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>150<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>200<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20658177<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_200</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20658177<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20658808<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20670247<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20682294<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20691400<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20721448<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20724631<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>20746905<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20746910<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20770470<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20728050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20755680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20730330<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20740890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20728830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20756340<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20735280<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20748960<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12070<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12047<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9106<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30048<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3183<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3419<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2280<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5699<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>10560<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13680<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>243<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>201<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20770713<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_201</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20770713<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20771366<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20782792<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20794834<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20804029<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20834110<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20839723<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20862479<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20886463<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20843460<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20871780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20846010<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20863320<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20845380<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20872890<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20848620<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20870610<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12079<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12042<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9195<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>5613<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3737<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>2550<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6287<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>17310<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>21990<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>225<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>202<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20886688<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_202</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20886688<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20887260<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>20898738<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>20910786<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>20919866<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>20949968<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>20951848<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>20974125<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>20974129<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>20997770<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>20956050<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>20982210<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>20957400<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>20979360<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>20956560<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>20983680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>20962830<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>20980500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12050<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12048<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9080<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30102<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>1880<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4202<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>1350<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>5552<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21960<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>17670<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>151<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>203<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>20997921<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>PGHF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_203</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>20997921<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>20998501<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>21009953<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>21021993<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>21031074<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>21061278<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>21064710<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>21088702<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>21088706<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>21112231<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>21068730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>21096540<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>21071820<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>21093270<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>21069510<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>21096480<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>21077940<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>21091680<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12032<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12040<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9081<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30204<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3432<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>4020<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3090<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>7110<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>21450<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13740<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>244<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <section>
        <definition>Information on trial parameters</definition>
        <property>
          <definition>Consecutive trial ID (starting at 1).</definition>
          <value>204<type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialID</name>
        </property>
        <property>
          <definition>Time stamp based trial ID defined as time of TS belonging to the trial.</definition>
          <value>21112475<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
          <name>TrialTimestampID</name>
        </property>
        <property>
          <definition>Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)</definition>
          <value>255<type>int</type><filename>l101210-001.nev</filename></value>
          <name>PerformanceCode</name>
        </property>
        <property>
          <definition>Trial type of trial</definition>
          <value>SGLF<type>string</type><filename>l101210-001.nev</filename></value>
          <name>TrialType</name>
        </property>
        <name>Trial_204</name>
        <section>
          <definition>Information on digital trial events</definition>
          <property>
            <definition>Time when trial start event is internally activated.</definition>
            <value>21112475<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-ON</name>
          </property>
          <property>
            <definition>Time when trial start event is internally deactivated.</definition>
            <value>21113049<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>TS-OFF</name>
          </property>
          <property>
            <definition>Time when warning signal is activated.</definition>
            <value>21124489<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>WS-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is activated.</definition>
            <value>21136563<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-ON</name>
          </property>
          <property>
            <definition>Time when CUE (first cue) is deactivated.</definition>
            <value>21145603<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>CUE-OFF</name>
          </property>
          <property>
            <definition>Time when GO (second cue) is activated.</definition>
            <value>21175684<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>GO-ON</name>
          </property>
          <property>
            <definition>Time when the table switch is released.</definition>
            <value>21179381<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR</name>
          </property>
          <property>
            <definition>Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.</definition>
            <value>21202727<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>SR-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is activated</definition>
            <value>21202729<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>RW-ON</name>
          </property>
          <property>
            <definition>Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-ON-REP</name>
          </property>
          <property>
            <definition>Time when reward pump is deactivated</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>RW-OFF</name>
          </property>
          <property>
            <definition>End of trial (includes deactivation of reward pump unless RW-OFF exists)</definition>
            <value>21226518<unit>1./30000*s</unit><type>int</type><filename>l101210-001.nev</filename></value>
            <name>STOP</name>
          </property>
          <property>
            <definition>Time when error flash was shown as negative feedback in response to an error trial</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ERROR-FLASH-ON</name>
          </property>
          <name>DigitalEvents</name>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on analogue trial events</definition>
          <property>
            <definition>Channel ID index of force sensor used in grip force detection</definition>
            <value>1<type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>UsedForceSensor</name>
          </property>
          <property>
            <definition>States if analogue event detection of this trial was manually controlled</definition>
            <value>True<type>boolean</type><filename>fe_l101210-001_time_markers.mat</filename></value>
            <name>ManuallyControlled</name>
          </property>
          <name>AnalogEvents</name>
          <section>
            <definition>Information on analogue events detected with grip force signals</definition>
            <property>
              <definition>Time when target object is touched</definition>
              <value>21182970<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OT</name>
            </property>
            <property>
              <definition>Time when target object is released</definition>
              <value>21211530<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OR</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used FSR sensor signal</definition>
              <value>21186000<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used FSR sensor signal</definition>
              <value>21200250<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>FSRplat-OFF</name>
            </property>
            <name>GripForceSignals</name>
            <type>recording/task/trial/events</type>
          </section>
          <section>
            <definition>Information on analogue events detected with object displacement signal</definition>
            <property>
              <definition>Time when object first starts to move</definition>
              <value>21184500<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>DO</name>
            </property>
            <property>
              <definition>Time when object moved back to its baseline</definition>
              <value>21212730<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>OBB</name>
            </property>
            <property>
              <definition>Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)</definition>
              <value>21195780<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-ON</name>
            </property>
            <property>
              <definition>Offset time plateau phase of used HE sensor signal</definition>
              <value>21209520<unit>1./30000*s</unit><type>int</type><filename>fe_l101210-001_time_markers.mat</filename></value>
              <name>HEplat-OFF</name>
            </property>
            <name>DisplacementSignal</name>
            <type>recording/task/trial/events</type>
          </section>
          <type>recording/task/trial/events</type>
        </section>
        <section>
          <definition>Information on trial periods</definition>
          <property>
            <definition>Duration of start period (period between TS and WS-ON)</definition>
            <value>12014<unit>1./30000*s</unit><type>int</type></value>
            <name>STP</name>
          </property>
          <property>
            <definition>Duration of warning signal period (period between WS and CUE-ON)</definition>
            <value>12074<unit>1./30000*s</unit><type>int</type></value>
            <name>WSP</name>
          </property>
          <property>
            <definition>Duration of CUE period (period between CUE-ON and CUE-OFF)</definition>
            <value>9040<unit>1./30000*s</unit><type>int</type></value>
            <name>CUE</name>
          </property>
          <property>
            <definition>Duration of DELAY period (period between CUE-OFF and GO-ON)</definition>
            <value>30081<unit>1./30000*s</unit><type>int</type></value>
            <name>DELAY</name>
          </property>
          <property>
            <definition>Reaction time (period between GO and SR)</definition>
            <value>3697<unit>1./30000*s</unit><type>int</type></value>
            <name>RT</name>
          </property>
          <property>
            <definition>Reach-to-grasp time (period between SR and OT)</definition>
            <value>3589<unit>1./30000*s</unit><type>int</type></value>
            <name>RGT</name>
          </property>
          <property>
            <definition>Pull time (period between DO and HEplat-ON)</definition>
            <value>3030<unit>1./30000*s</unit><type>int</type></value>
            <name>PT</name>
          </property>
          <property>
            <definition>Movement time (period between SR and HEplat-ON)</definition>
            <value>6619<unit>1./30000*s</unit><type>int</type></value>
            <name>MT</name>
          </property>
          <property>
            <definition>Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)</definition>
            <value>14250<unit>1./30000*s</unit><type>int</type></value>
            <name>FSRplat</name>
          </property>
          <property>
            <definition>Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)</definition>
            <value>13740<unit>1./30000*s</unit><type>int</type></value>
            <name>HEplat</name>
          </property>
          <property>
            <definition>Inter-trial-interval (period until next trial)</definition>
            <value>-1<unit>1./30000*s</unit><type>int</type></value>
            <name>ITI</name>
          </property>
          <name>Periods</name>
          <type>recording/task/trial/periods</type>
        </section>
        <type>recording/task/trial</type>
      </section>
      <type>recording/task</type>
    </section>
    <type>recording</type>
  </section>
  <section>
    <definition>Information on preprocessing performed on the data, e.g., rejections of trial and electrodes, spike sorting.</definition>
    <property>
      <definition>List of identifiers of different frequency bands for which an analysis to determine trials and electrodes to be rejected were performed.</definition>
      <value>HFC<type>string</type></value>
      <value>LFC<type>string</type></value>
      <value>IFC<type>string</type></value>
      <name>LFPBands</name>
    </property>
    <name>PreProcessing</name>
    <section>
      <definition>Information on rejected trials and rejected electrodes based on LFPs filtered in the HFC band</definition>
      <property>
        <definition>High cut frequency of rejection filter</definition>
        <value>250.0<unit>Hz</unit><type>float</type><filename>l101210-001_rej_060Hz-250Hz-05o.hdf5</filename></value>
        <name>Highcut</name>
      </property>
      <property>
        <definition>Low cut frequency of rejection filter</definition>
        <value>60.0<unit>Hz</unit><type>float</type><filename>l101210-001_rej_060Hz-250Hz-05o.hdf5</filename></value>
        <name>Lowcut</name>
      </property>
      <property>
        <definition>Order of rejection filter</definition>
        <value>5<type>int</type><filename>l101210-001_rej_060Hz-250Hz-05o.hdf5</filename></value>
        <name>Order</name>
      </property>
      <property>
        <definition>ID list of rejected electrodes</definition>
        <value>-1<type>int</type><filename>l101210-001_rej_060Hz-250Hz-05o.hdf5</filename></value>
        <name>RejElectrodes</name>
      </property>
      <property>
        <definition>ID list of rejected trials</definition>
        <value>-1<type>int</type><filename>l101210-001_rej_060Hz-250Hz-05o.hdf5</filename></value>
        <name>RejTrials</name>
      </property>
      <name>HFC</name>
      <type>subject/preparation</type>
    </section>
    <section>
      <definition>Information on rejected trials and rejected electrodes based on LFPs filtered in the LFC band</definition>
      <property>
        <definition>High cut frequency of rejection filter</definition>
        <value>10.0<unit>Hz</unit><type>float</type><filename>l101210-001_rej_003Hz-010Hz-03o.hdf5</filename></value>
        <name>Highcut</name>
      </property>
      <property>
        <definition>Low cut frequency of rejection filter</definition>
        <value>3.0<unit>Hz</unit><type>float</type><filename>l101210-001_rej_003Hz-010Hz-03o.hdf5</filename></value>
        <name>Lowcut</name>
      </property>
      <property>
        <definition>Order of rejection filter</definition>
        <value>3<type>int</type><filename>l101210-001_rej_003Hz-010Hz-03o.hdf5</filename></value>
        <name>Order</name>
      </property>
      <property>
        <definition>ID list of rejected electrodes</definition>
        <value>-1<type>int</type><filename>l101210-001_rej_003Hz-010Hz-03o.hdf5</filename></value>
        <name>RejElectrodes</name>
      </property>
      <property>
        <definition>ID list of rejected trials</definition>
        <value>-1<type>int</type><filename>l101210-001_rej_003Hz-010Hz-03o.hdf5</filename></value>
        <name>RejTrials</name>
      </property>
      <name>LFC</name>
      <type>subject/preparation</type>
    </section>
    <section>
      <definition>Information on rejected trials and rejected electrodes based on LFPs filtered in the IFC band</definition>
      <property>
        <definition>High cut frequency of rejection filter</definition>
        <value>40.0<unit>Hz</unit><type>float</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <name>Highcut</name>
      </property>
      <property>
        <definition>Low cut frequency of rejection filter</definition>
        <value>12.0<unit>Hz</unit><type>float</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <name>Lowcut</name>
      </property>
      <property>
        <definition>Order of rejection filter</definition>
        <value>3<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <name>Order</name>
      </property>
      <property>
        <definition>ID list of rejected electrodes</definition>
        <value>2<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>4<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>29<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <name>RejElectrodes</name>
      </property>
      <property>
        <definition>ID list of rejected trials</definition>
        <value>139<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>117<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>102<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>8<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>45<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>66<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>80<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>136<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>140<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>146<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>173<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>178<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>200<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>106<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>177<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <value>195<type>int</type><filename>l101210-001_rej_012Hz-040Hz-03o.hdf5</filename></value>
        <name>RejTrials</name>
      </property>
      <name>IFC</name>
      <type>subject/preparation</type>
    </section>
    <section>
      <definition>Information on spike sorting</definition>
      <property>
        <definition>Software used to perform offline spike sorting</definition>
        <value>Plexon Offline Spike Sorter<unit></unit><type>string</type></value>
        <name>Software</name>
      </property>
      <property>
        <definition>Software version used to perform offline spike sorting</definition>
        <value>3.3<unit></unit><type>string</type></value>
        <name>SoftwareVersion</name>
      </property>
      <property>
        <definition>Name of the person who performed the sorting</definition>
        <value>Alexa Riehle<unit></unit><type>string</type></value>
        <name>ResponsiblePerson</name>
      </property>
      <property>
        <definition>IDs of sorting versions available for this dataset</definition>
        <value>-02<unit></unit><type>string</type></value>
        <name>Sortings</name>
      </property>
      <name>OfflineSpikeSorting</name>
      <section>
        <definition>Information on one particular spike sorting of the data</definition>
        <property>
          <definition>File containing results of offline spike sorting</definition>
          <value>l101210-001-02<unit></unit><type>string</type></value>
          <name>Filename</name>
        </property>
        <property>
          <definition>Clustering method(s) used for sorting</definition>
          <value>K-Means <unit></unit><type>string</type></value>
          <value>Valley-Seeking<unit></unit><type>string</type></value>
          <name>Method</name>
        </property>
        <property>
          <definition>Level of supervision of the method (manual/semi-automatic/automatic)</definition>
          <value>semi-automatic<unit></unit><type>string</type></value>
          <name>MethodType</name>
        </property>
        <property>
          <definition>Threshold used to remove outliers from the unit clusters</definition>
          <value>0.8<unit></unit><type>float</type></value>
          <value>2.0<unit></unit><type>float</type></value>
          <name>OutlierThreshold</name>
        </property>
        <property>
          <definition>Total number of offline sorted SUA units</definition>
          <value>93<unit></unit><type>int</type></value>
          <name>TotalNum_SUAs</name>
        </property>
        <property>
          <definition>Total number of offline sorted MUA units</definition>
          <value>49<unit></unit><type>int</type></value>
          <name>TotalNum_MUAs</name>
        </property>
        <property>
          <definition>Unit ID(s) reserved for noise in the offline spike sorting</definition>
          <value>0<unit></unit><type>int</type></value>
          <value>255<unit></unit><type>int</type></value>
          <name>NoiseUnitIDs</name>
        </property>
        <property>
          <definition>Minimum percentage of channels with a synchronously detected spike events used to reject these spike events</definition>
          <value>70<unit></unit><type>int</type></value>
          <name>SyncChannelLimit</name>
        </property>
        <name>Sorting-02</name>
        <type>subject/preparation</type>
      </section>
      <type>subject/preparation</type>
    </section>
    <type>preprocessing</type>
  </section>
  <version>0.1</version>
  <author>Lyuba Zehl</author>
</odML>