2017-07-14
Information on the experimental setup
Location of the setup
Location
string
Inst. de Neurosciences Cognitives de la Mediterranee (INCM), GLM, CNRS - Aix Marseille Univ., Marseille, France
Used data acquisition (DAQ) system
DAQSystem
string
Cerebus
Setup
Information on the experimental apparatus
Full name of person who created the setup
Creator
string
Thomas Brochier
Full name of person who maintains the setup
Maintainer
string
Thomas Brochier
Apparatus
Information on the input/output connector block
Type of apparatus
Type
string
input/output connector block
Name of manufacturer used to build the experimental apparatus
Manufacturer
string
NI, National Instruments Corporation, Austin, Texas, USA
Function of apparatus
Function
string
used to connect devices of the apparatus with the LabVIEW computer and the Neural Signal Processor
NIConnectorBlock
setup
Information on the analog/digital converter card
Type of apparatus
Type
string
NI 6023E
Name of manufacturer used to build the experimental apparatus
Manufacturer
string
NI, National Instruments Corporation, Austin, Texas, USA
Function of apparatus
Function
string
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
ADConverterCard
setup
Information on the start switch
Function of apparatus
Function
string
activates the internal initiation of the start trial event, its deactivation marks the onset of the reach-to-grasp movement
Type of apparatus
Type
string
table switch
Signal type of apparatus (digital or analog)
SignalType
string
analog
Names of events extracted from this signal
TrialEvents
string
SR
Sampling rate of data
SamplingRate
Hz
int
30000
Target device of apparatus
ConnectedTo
string
NI connector block
Control software of apparatus
MonitoredBy
string
LabVIEW
File in which apparatus signals are saved
SavedIn
string
nev
X position of apparatus relative to PosOrigin
PosX
cm
float
5.0
Y position of apparatus relative to PosOrigin
PosY
cm
float
0.0
Z position of apparatus relative to PosOrigin
PosZ
cm
float
0.0
Origin for x,y, and z position of apparatus
PosOrigin
string
midline, waist-level
StartSwitch
setup
Information on the target object
Function of apparatus
Function
string
object to grasp, pull and hold
Type of apparatus
Type
string
stainless steel parallelpiped
Length of apparatus
Length
mm
float
40.0
Width of apparatus
Width
mm
float
16.0
Height of apparatus
Height
mm
float
10.0
Device apparatus is attached to
AttachedTo
string
anterior end of a low- friction horizontal shuttle
Rotation of apparatus from vertical axis
Rotation
deg
float
45.0
X position of apparatus relative to PosOrigin
PosX
cm
float
5.0
Y position of apparatus relative to PosOrigin
PosY
cm
float
13.0
Z position of apparatus relative to PosOrigin
PosZ
cm
float
14.0
Origin for x,y, and z position of apparatus
PosOrigin
string
midline, waist-level
Minimum and maximum pull range of target object
PullRange
mm
float
[0.0,15.0]
Minimum and maximum weight range of target object
WeightRange
g
float
[0.0,800.0]
Mechanism to switch weight configuration
WeightSwitch
string
activation of magnet
Sensors providing additional analogue signals to monitor task and behavior
Sensors
string
[FSRSensor,HESensor,LoadForce]
TargetObject
Information on the FSR sensors
Function of apparatus
Function
string
Measures grip and pulling load forces by means of force sensitive resistances (FSR)
Channel IDs of FSR sensors to measure load forces of side grip
SGChannelIDs
int
[138,140]
Channel IDs of FSR sensors to measure load forces of precision grip
PGChannelIDs
int
[137,139]
Signal type of apparatus (digital or analog)
SignalType
string
analog
Names of events extracted from this signal
TrialEvents
string
[OT,OR]
Sampling rate of data
SamplingRate
Hz
int
1000
Target device of apparatus
ConnectedTo
string
NeuralSignalProcessor
Control software of apparatus
MonitoredBy
string
LabVIEW
Preprocessing software used on signals of apparatus
PreProcessedBy
string
MATLAB
Control software of apparatus
ControlledBy
string
LabVIEW
File in which apparatus signals are saved
SavedIn
string
ns2
FSRSensor
setup/daq
Information on the hall-effect sensor
Function of apparatus
Function
string
Hall effect (HE) sensor measures horizontal displacement
Number of hall-effect sensors
Count
int
1
Channel ID of HESensor to measure horizontal object displacement
ChannelID
int
143
Names of events extracted from this signal
TrialEvents
string
[DO,OBB]
Signal type of apparatus (digital or analog)
SignalType
string
analog
File in which apparatus signals are saved
SavedIn
string
ns2
HESensor
setup/daq
Information on the load force signal
Function of apparatus
Function
string
used to detect load force of the target object
Number of load force signals
Count
int
1
Channel ID of load force signal
ChannelID
int
141
Signal type of apparatus (digital or analog)
SignalType
string
analog
File in which apparatus signals are saved
SavedIn
string
ns2
LoadForce
setup/daq
setup
Information on the cue system
Function of apparatus
Function
string
instructing movement configurations of each trial
Type of apparatus
Type
string
visual, LED cube
Signal type of apparatus (digital or analog)
SignalType
string
digital
Names of events extracted from this signal
EventNames
string
[WS-ON,CUE-ON,CUE-OFF,GO-ON,GO-OFF,ERROR-FLASH-ON]
Width of apparatus
Width
mm
float
10.0
Height of apparatus
Height
mm
float
10.0
X position of apparatus relative to PosOrigin
PosX
cm
float
5.0
Y position of apparatus relative to PosOrigin
PosY
cm
float
13.0
Z position of apparatus relative to PosOrigin
PosZ
cm
float
-1.0
Origin for x,y, and z position of apparatus
PosOrigin
string
midline, waist-level
Number of LEDs
LEDCount
int
5
Arrangement of LEDs
LEDConfiguration
string
2-1-2
Color of the corner LEDs
CornerLEDColor
string
red
Color of the center LEDs
CenterLEDColor
string
yellow
Sampling rate of data
SamplingRate
Hz
int
30000
Target device of apparatus
ConnectedTo
string
NI connector block
Control software of apparatus
MonitoredBy
string
LabVIEW
Control software of apparatus
ControlledBy
string
LabVIEW
File in which apparatus signals are saved
SavedIn
string
nev
CueSystem
Information on cue codes
LEDs coding this trial instruction
LeftLEDs
string
side grip
LEDs coding this trial instruction
RightLEDs
string
precision grip
LEDs coding this trial instruction
BottomLEDs
string
low force
LEDs coding this trial instruction
TopLEDs
string
high force
LEDs coding this trial instruction
CenterLED
string
fixation point
LEDs coding this trial instruction
FourCornerLEDs
string
ERROR-FLASH-ON
LEDs coding this trial instruction
ThreeCornerLEDs
string
ERROR-FLASH-ON
CueCodes
setup/daq
setup
Information on the reward system
Function of apparatus
Function
string
rewards subject if trial was performed correctly
Type of apparatus
Type
string
reward pipe
Signal type of apparatus (digital or analog)
SignalType
string
digital
Names of events extracted from this signal
EventNames
string
RW-ON
Food used for reward
RewardFood
string
apple sauce
Food amount used for reward per trial
RewardAmount
ml/200ms
float
0.5
Sampling rate of data
SamplingRate
Hz
int
30000
Target device of apparatus
ConnectedTo
string
NeuralSignalProcessor
Control software of apparatus
MonitoredBy
string
LabVIEW
Control software of apparatus
ControlledBy
string
LabVIEW
File in which apparatus signals are saved
SavedIn
string
nev
RewardSystem
setup
setup
setup
Information on the experimental subject (animal or person) under investigation
Binomial species name (genus, species within genus)
Species
string
Macaca mulatta
Commonly used (trivial) species name
TrivialName
string
Rhesus monkey
Given name
GivenName
string
monkey_L
Short identifier for monkey (e.g., used in file names)
Identifier
string
l
Gender (male or female)
Gender
string
female
Date of birth
Birthday
date
2004-03-19
Trained hand (left and/or right)
ActiveHand
string
left
Comment on existing disabilities
Disabilities
text
Middle phalanx of right thumb is missing.
Comment on the general character/personality
Character
text
Eager to work, quick and efficient but very nervous. Does not like to be touched (for instance for RF testing).
Subject
Information on the training given to subject
Full name(s) of person(s) responsible for the training
Coach
string
Thomas Brochier
Start date of training
Start
date
2010-06-01
End date of training
End
date
2010-09-01
Comment on training
Comment
string
Training was easy and fast, chair and hand training started together.
Training
subject/preparation
Information on the array implant performed on subject
Date of the surgery
Date
date
2010-09-15
Full name(s) of the person(s) responsible for the surgery
Surgeon
string
[Ivan Balansard,Alexa Riehle]
Hemisphere (left and/or right) in which surgery was performed
Hemisphere
string
right
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.
ArrayRotation
deg
float
216.0
Comment on the surgery
Comment
string
no comment
ArrayImplant
subject/preparation
subject
Information on the experimental project
Name of project
Name
string
reach-to-grasp
Type of project
Type
string
electrophysiology
Name of the project
Subtype
string
motor behavior
Affiliations of the involved collaborators
Collaborators
string
[Inst. of Neuroscience and Medicine (INM-6) and Inst. for Advanced Simulation (IAS-6), Juelich Research Centre & JARA, Juelich, Germany,Inst. de Neurosciences de la Timone (INT), UMR 7289, CNRS - Aix Marseille Univ., Marseille, France]
Project
Information on tasks
Names of possible task designs
PossibleDesigns
string
[OneCue,TwoCues,Observation,Sleep,Mapping]
Name of the used task design
UsedDesign
string
TwoCues
TaskDesigns
project
Information on condition codes (trial type combination codes)
Grip first trials, all grip and force types
cnd_1
string
[SGLF,SGHF,PGLF,PGHF]
Force first trials, all force and grip types
cnd_2
string
[LFSG,HFSG,LFPG,HFPG]
Grip first trials, all grip types, but only low force
cnd_11
string
[SGLF,PGLF]
Grip first trials, all grip types, but only high force
cnd_12
string
[SGHF,PGHF]
Grip first trials, only side grip, but all force types
cnd_13
string
[SGHF,SGLF]
Grip first trials, only precision grip, but all force types
cnd_14
string
[PGHF,PGLF]
Force first trials, only low force, but all grip types
cnd_21
string
[LFSG,LFPG]
Force first trials, only high force, but all grip types
cnd_22
string
[HFSG,HFPG]
Force first trials, all force types, but only side grip
cnd_23
string
[HFSG,LFSG]
Force first trials, all force types, but only side grip
cnd_24
string
[HFPG,LFPG]
Grip first trials, only side grip, only low force
cnd_131
string
SGLF
Grip first trials, only side grip, only high force
cnd_132
string
SGHF
Grip first trials, only side grip, force needs to be guessed
cnd_133
string
SGSG
Grip first trials, only precision grip, only low force
cnd_141
string
PGLF
Grip first trials, only precision grip, only high force
cnd_142
string
PGHF
Grip first trials, only precision grip, force needs to be guessed
cnd_144
string
PGPG
Force first trials, only low force, only side grip
cnd_213
string
LFSG
Force first trials, only low force, only precision grip
cnd_214
string
LFPG
Force first trials, only high force, only side grip
cnd_223
string
HFSG
Force first trials, only high force, only precision grip
cnd_224
string
HFPG
ConditionCodes
codes
Information on the trial sequence codes used to calculate performance codes
Decimal representation for 16-bit binary code, reflecting either the deactivation of TS or the end of a trial
digev_65280
string
TS-OFF/STOP
Decimal representation for 16-bit binary code, reflecting the activation of TS
digev_65296
string
TS-ON
Decimal representation for 16-bit binary code, reflecting the end of a trial
digev_65312
string
STOP
Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE
digev_65344
string
WS-ON/CUE-OFF
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON)
digev_65349
string
PG-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON)
digev_65350
string
HF-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON)
digev_65353
string
LF-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON)
digev_65354
string
SG-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback
digev_65359
string
ERROR-FLASH-ON
Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE
digev_65360
string
WS-ON/CUE-OFF
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON)
digev_65365
string
PG-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON)
digev_65366
string
HF-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON)
digev_65369
string
LF-ON
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON)
digev_65370
string
SG-ON
Decimal representation for 16-bit binary code, reflecting either the deactivation of GO LEDs or the deactivation of the RW pump
digev_65376
string
GO/RW-OFF
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG
digev_65381
string
SR (+PG)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for HF
digev_65382
string
SR (+HF)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and HF
digev_65383
string
SR (+PGHF/HFPG)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for LF
digev_65385
string
SR (+LF)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG
digev_65386
string
SR (+SG)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and LF
digev_65387
string
SR (+SGLF/LFSG)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and LF
digev_65389
string
SR (+PGLF/LFPG)
Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and HF
digev_65390
string
SR (+SGHF/HFSG)
Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback
digev_65391
string
ERROR-FLASH-ON
Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with all LEDs turned off
digev_65440
string
RW-ON (noLEDs)
Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with central LED turned on
digev_65504
string
RW-ON (-CONF)
Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for PG turned on
digev_65509
string
RW-ON (+CONF-PG)
Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for HF turned on
digev_65510
string
RW-ON (+CONF-HF)
Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for LF turned on
digev_65513
string
RW-ON (+CONF-LF)
Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for SG turned on
digev_65514
string
RW-ON (+CONF-SG)
DigitalEventLabelCodes
codes
Trial events used to control the trial sequence used to calculate the performance codes
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
TS-ON
int
0
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
WS-ON
int
1
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
CUE-ON
int
2
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
CUE-OFF
int
3
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
GO-ON
int
4
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
SR
int
5
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
RW-ON
int
6
Bit representation of trial event used for controlling the trial sequence and calculating the performance code
STOP
int
7
TrialSequenceEvents
codes
Information on trial performance codes
Performance code of a correctly completed trial
perf_255
string
correct_trial
Performance code of a trial where the wrong grip type is used
perf_191
string
grip_error
Performance code of a trial where an error occurs before the go is activated (GO-ON)
perf_175
string
error<GO-ON
Performance code of a trial where an error occurs before the cue is deactivated (CUE-OFF, with SR-ON)
perf_167
string
error<CUE-OFF
Performance code of a trial where an error occurs before the cue is activated (CUE-ON)
perf_163
string
error<CUE-ON
Performance code of a trial where an error occurs before the warning signal (WS) is activated
perf_161
string
error<WS
Performance code of a trial where an error occurs before the switch release is activated (SR-ON)
perf_159
string
error<SR-ON
Performance code of an incomplete trial sequence
perf_0
string
incomplete_trial
PerformanceCodes
codes
Information on the programmed trial settings
Possible digital recorded trial events
DigitalTrialEvents
string
[TS-ON,TS-OFF,WS-ON,CUE-ON,CUE-OFF,GO-ON,SR,SR-REP,RW-ON,RW-ON-REP,RW-OFFSTOP,ERROR-FLASH-ON]
Possible analog recorded trial events
AnalogTrialEvents
string
[OT,OR,DO,OBB]
Duration of trained holding time (period between online estimate of HS and RW)
HTTrained
ms
float
500.0
Time limit for movement (period between SR and online estimate of HS)
MTLimit
ms
float
700.0
Time limit for reaction time (period between GO-ON and SR)
RTLimit
ms
float
700.0
TrialSettings
setup/control
Information on the settings of the target object
Distance window for holding the object in place
HoldPosRange
mm
int
[4,14]
Weight of object in low force modus
LowForceWeight
g
float
100.0
Weight of object in high force modus
HighForceWeight
g
float
200.0
TargetObjectSettings
setup/control
project
Information on the Cerebus^TM data acquisition system
Owner of the device
Owner
string
RIKEN-BSI, Japan
Manufacturer of the device
Manufacturer
string
Blackrock Microsystems
Cerebus
Information of the Cerebus^TM neural signal processor (NSP)
Type of the device
Type
string
Real-time
Model of the device
Model
string
-
NeuralSignalProcessor
Information on external analog signals from or to the device
Connector port type
UsedPortType
string
BNC
AnalogSignals
Information on the analog-to-digital converter
Voltage range of analog input
AIRange
V
float
[-5.0,5.0]
Maximum impedance of analog input
MaxAIImpedance
Ω
float
100.0
Resolution of AD converter
Resolution
mV/bit
float
0.15
Width of digital data in bits
DataBits
bit
int
16
Sampling rate of data
SamplingRate
samples/sec
int
1000
ADConverter
setup/daq
Information on analog input signals
Total number of input channels
ChannelCount
int
16
Number of input channels used
UsedChannelCount
int
6
Number of AC coupled input channels (IDs 1 - 9)
ACChannelCount
int
8
Number of used AC coupled input channels
UsedACChannelCount
int
0
Number of DC coupled input channels (IDs 9 -16)
DCChannelCount
int
8
Number of used DC coupled input channels
UsedDCChannelCount
int
8
Devices from which inputs are received
InFrom
string
TargetObject
File in which input data are saved
SavedIn
string
ns2
IDs of available channels from analog inputs
SavedChannelIDs
int
[137,138,139,140,141,143]
Input
setup/daq
Information on analog output signals
Total number of output channels
ChannelCount
int
4
Number of output channels used
UsedChannelCount
int
0
Target device of each output
OutTo
string
-
File in which output data are saved
SavedIn
string
-
Output
setup/daq
setup/daq
Information on behavioral signals of the device
File in which behavioral signals are saved
SavedIn
string
ns2
BehavioralSignals
setup/daq
Information on neural signals of the device
Digital port type
UsedPortType
string
Fiber-optic link
Total number of input channels
ChannelCount
int
128
Number of input channels used
UsedChannelCount
int
96
Devices from which inputs are received
InFrom
string
NeuralSignalAmplifier
File in which input data are saved
SavedIn
string
ns5
IDs of available channels with neuronal data
SavedChannelIDs
int
[1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96]
NeuralSignals
Information on the digital filter settings
Used filter type
Type
string
butterworth
States if the used filter is causal
Causal
boolean
True
High pass frequency used
HighPassFreq
Hz
float
0.3
Low pass frequency used
LowPassFreq
Hz
float
7500.0
High pass order used
HighPassOrder
int
1
Low pass order used
LowPassOrder
int
3
Estimated shift between the filtered signal and the spike times. A positive number indicates the amount of time the filtered signal is lagging behind.
EstimatedShift
ms
float
0.0
Filter_ns5
setup/daq
setup/daq
Information on digital signals from and to the device
Possible digital input and output (DIO) types
Types
string
[ExpDigitalInput,ExpDigitalOutput,SerialDigitalInput,SerialDigitalOutput,ExtSync,NSPSync]
Used digital input and output (DIO) types
UsedTypes
string
ExpDigitalInput
DigitalSignals
Information on the experimental digital inputs
Connector port type
PortType
string
DB-37
Total number of input channels
ChannelCount
int
1
Number of used input channels usded
UsedChannelCount
int
1
Width of digital data in bits
DataBits
bit
int
16
Sampling rate of data
SamplingRate
samples/sec
int
30000
Devices from which inputs are received
InFrom
string
-
File in which data are saved
SavedIn
string
nev
ExpDigitalInput
setup/daq/hardware
setup/daq
Information on spike detection
Used method to define a data threshold for the spike detection
ThresholdType
string
user defined threshold crossing
File in which input data are saved
SavedIn
string
nev
SpikeDetection
Information on the filter settings
Used filter type
Type
string
butterworth
States if the used filter is causal
Causal
boolean
True
High pass frequency used
HighPassFreq
Hz
float
250.0
Low pass frequency used
LowPassFreq
Hz
float
7500.0
High pass order used
HighPassOrder
int
4
Low pass order used
LowPassOrder
int
3
Filter
setup/daq
Information on the recorded spike waveforms of the spike detection
Waveform window width
Width
ms
float
1.6
Sampling rate of data
SamplingRate
Hz
float
30000.0
Number of samples before waveform passes threshold
PreThresholdSamples
samples
int
10
Waveforms
setup/daq
Information on the recorded spike events of the spike detection
Sampling rate of data
SamplingRate
samples/sec
int
30000
Range of possible unit IDs of online sorted spike events on each channel
PreSortedUnitIDRange
int
[1,16]
Unit ID of unclassified spike events on each channel
UnclassifiedUnitID
int
0
Events
setup/daq
Information on rejected recorded spike events of the spike detection
Amplitude limits of spike waveforms used to reject spike events
AmplitudeLimits
mV
float
-1.0
Minimum number of channels with a synchronously detected spike events used to reject these spike events
SyncChannelLimit
int
-1
Number of samples for which spike detection is turned off after a rejected synchronous spike event
SyncChannelRefPeriod
samples
float
-1.0
Unit ID reserved for rejected spike events on each channel
UnitID
int
255
Rejections
setup/daq
setup/daq
setup/daq/hardware
Information on the Cerebus^TM neural signal amplifier (NSA)
Type of amplifier
Type
string
Front-End Amplifier
Model of amplifier
Model
string
-
Total number of analog input channels
ChannelCount
int
128
Number of analog input channels used
UsedChannelCount
int
96
File in which data would be saved (if it is saved)
SavedIn
string
ns6
States if signal is saved without further processing
IsSaved
boolean
False
NeuralSignalAmplifier
Information on the analog-to-digital converter
Voltage range of analog input
AIRange
mV
float
[-8.192,8.192]
Resolution of AD converter
Resolution
µV/bit
float
0.25
Width of digital data in bits
DataBits
bit
int
16
ADConverter
setup/daq
Information on the analog filter settings of the amplifier
Filter type used
Type
string
butterworth
States if the used filter is causal
Causal
boolean
True
High pass frequency used
HighPassFreq
Hz
float
0.3
Low pass frequency used
LowPassFreq
kHz
float
7.5
High pass order used
HighPassOrder
int
1
Low pass order used
LowPassOrder
int
3
Filter
setup/daq
Information on the amplifier
Gain used
Gain
int
5000
Amplifier
setup/daq
setup/daq/hardware
Information on the Cerebus^TM control computer
ControlComputer
Information on the control software of the Cerebus^TM system
Name of software
Name
string
CentralSuite
Manufacturer of software
Manufacturer
string
Blackrock Microsystems
ControlSoftware
setup/daq
setup/daq/software
setup/daq
Information on the Blackrock Utah Electrode Array
Owner of the device
Owner
string
RIKEN-BSI, Japan
Serial number of the device
SerialNo
string
1025-0503
Manufacturer of the device
Manufacturer
string
Blackrock Microsystems
Material of wires connecting array and connector
WiresMaterial
string
Pt/Au
Diameter of each wire
WiresDiameter
um
float
25.0
Length of each wire
WiresLength
mm
float
40.0
UtahArray
Information on the used connector
Style of the connector
Style
string
CerePort
Height of the connector
Height
mm
float
16.5
Diameter of the base of the connector
DiameterBase
mm
float
19.0
Diameter of the body of the connector
DiameterBody
mm
float
11.0
Type of implantation
ImplantType
string
chronic
Type of mounting to the skull
SkullMount
string
bone screws
Connector
setup/daq/hardware
Information on the used array
Number of array grids
GridCount
int
1
Number of reference wires
ReferenceCount
int
2
Number of ground wires
GroundCount
int
1
Total number of electrodes
ElectrodeCount
int
100
Number of connected/active electrodes
ActiveElectrodeCount
int
96
Number of used/saved electrodes
UsedElectrodeCount
int
96
Array
Information on array grid
Grid ID
ID
int
1
Geometry of the electrode lengths
ElectrodeGeometry
string
flat
Electrode site metal option
ElectrodeMetal
string
iridium oxide
Inter-electrode-distance
ElectrodePitch
um
float
400.0
Insulation material
Insulation
string
Parylene-C
Number of electrode rows
GridRows
int
10
Number of electrode columns
GridColumns
int
10
Width of array grid
GridWidth
mm
float
4.0
Length of array grid
GridLength
mm
float
4.0
Total number of electrodes
ElectrodeCount
int
100
Number of connected/active electrodes
ActiveElectrodeCount
int
96
Grid_01
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
1
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
1
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
91
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_001
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-18.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
2
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
2
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
92
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
44.0
Length
Length
mm
float
1.5
Electrode_002
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-17.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
3
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
3
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
94
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_003
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8766
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
73.135523614
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
4.22460406731
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
4
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
4
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
1
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_004
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-31.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
5
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
5
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
75
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_005
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-47.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17228
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
165.786278152
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
5.38343083203
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
22972
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
102.442190493
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
3.66535815799
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
6
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
6
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
96
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_006
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-36.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9294
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
55.6401979772
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
2.89054981404
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
7
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
7
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
85
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_007
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-44.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11738
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
111.83736582
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
4.73124053458
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12756
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
73.1954374412
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
3.02161760461
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
8
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
8
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
97
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_008
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-30.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
9
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
9
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
86
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_009
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-39.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
10
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
10
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
98
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_010
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-57.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7346
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
91.8309283964
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
4.03918992241
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
11
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
11
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
87
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_011
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-56.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10570
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
122.267833491
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
166.666666667
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.
SNR
float
5.55646307961
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3449
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
98.0559582488
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.33659065345
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
12
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
12
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
88
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_012
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-35.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
13
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
13
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
77
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
41.0
Length
Length
mm
float
1.5
Electrode_013
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-45.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8274
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
134.28208847
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
5.03112444625
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9675
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
135.240723514
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
5.39951154758
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17131
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
82.8283229234
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.53206999221
Unit_03
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
14
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
14
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
99
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
53.0
Length
Length
mm
float
1.5
Electrode_014
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-36.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12097
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
82.8397123254
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
4.29998843406
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11336
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
56.063161609
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
2.83665077249
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
15
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
15
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
66
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_015
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-46.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16719
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
81.7292900293
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
2.7522721126
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
16
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
16
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
89
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_016
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-25.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
17
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
17
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
76
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_017
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-55.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1187
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
96.2030328559
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
4.07281130089
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
18
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
18
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
100
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
55.0
Length
Length
mm
float
1.5
Electrode_018
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-27.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
19
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
19
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
67
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_019
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-49.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2456
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
72.7019543974
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
2.63584165513
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
20
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
20
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
79
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_020
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-32.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8392
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
93.9775977121
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
4.14392157826
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
21
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
21
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
58
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
55.0
Length
Length
mm
float
1.5
Electrode_021
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-24.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
22
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
22
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
10
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
57.0
Length
Length
mm
float
1.5
Electrode_022
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-32.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19582
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
71.356143397
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
3.74504983353
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
23
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
23
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
78
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_023
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7015
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
203.839344262
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
7.47688136061
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8235
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
104.301760777
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
3.67151275375
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
24
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
24
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
70
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
53.0
Length
Length
mm
float
1.5
Electrode_024
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-34.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
23287
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
82.3195345042
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
3.9617322177
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
22092
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
63.6234383487
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
2.96736863599
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
25
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
25
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
68
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_025
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-47.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4625
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
162.760216216
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
6.80682136131
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8425
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
117.603323442
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
5.52815443259
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4168
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
75.3922744722
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
3.17835323606
Unit_03
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
26
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
26
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
60
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_026
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16624
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
74.3312078922
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
3.52683644914
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
27
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
27
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
69
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_027
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-63.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3772
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
125.821580064
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
5.17280149944
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
28
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
28
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
50
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
53.0
Length
Length
mm
float
1.5
Electrode_028
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-59.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13692
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
128.124087058
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
5.86277416682
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
29
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
29
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
59
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_029
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-58.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
30
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
30
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
40
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
51.0
Length
Length
mm
float
1.5
Electrode_030
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-31.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
31
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
31
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
49
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_031
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-46.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3321
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
69.0611261668
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
2.83888764136
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
32
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
1
Pin ID
PinID
int
electrodes_info.txt
32
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
30
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_032
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-38.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6711
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
88.1758307257
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
4.30817904925
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5823
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
58.8165893869
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
2.82686626272
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
33
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
1
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
83
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
44.0
Length
Length
mm
float
1.5
Electrode_033
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-36.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9999
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
73.6539653965
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
4.08896963059
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
34
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
2
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
84
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_034
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-43.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14330
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
125.075715283
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
500.0
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.
SNR
float
5.69432771782
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7256
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
75.5558158765
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
3.00132515458
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
35
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
3
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
73
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_035
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-52.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
36
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
4
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
74
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_036
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-49.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
22883
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
131.861556614
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
4.86906706819
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
37
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
5
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
63
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_037
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-34.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5606
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
52.3810203354
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
466.666666667
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.
SNR
float
2.9129035111
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
38
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
6
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
64
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_038
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-48.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15125
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
115.016859504
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
133.333333333
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.
SNR
float
4.63033671666
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
39
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
7
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
53
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_039
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-38.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7973
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
230.038379531
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
9.26260611895
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17228
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
119.100766195
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
5.56280725141
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12119
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
63.6652364056
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
2.99124805476
Unit_03
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
40
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
8
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
54
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
43.0
Length
Length
mm
float
1.5
Electrode_040
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-35.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
41
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
9
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
43
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_041
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14606
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
95.2685882514
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
4.12218539326
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
42
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
10
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
55
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_042
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
43
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
11
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
44
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_043
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-45.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
44
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
12
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
45
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_044
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-47.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2710
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
77.8118081181
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.16708022668
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
45
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
13
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
33
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_045
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-52.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8814
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
98.0965509417
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
3.51218475169
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
46
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
14
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
46
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_046
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-44.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13395
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
92.0803284808
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.06037277795
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
47
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
15
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
34
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_047
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-53.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
48
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
16
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
65
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_048
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-61.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10488
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
124.278508772
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
5.83275038874
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4826
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
108.727103191
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
4.04882317633
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
49
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
17
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
24
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_049
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-37.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
50
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
18
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
56
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
43.0
Length
Length
mm
float
1.5
Electrode_050
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-25.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
51
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
19
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
35
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_051
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-72.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1029
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
124.300291545
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
4.0145016405
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
52
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
20
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
47
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_052
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-57.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8177
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
200.941421059
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
166.666666667
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.
SNR
float
6.41161110738
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18784
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
132.507293441
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
4.5555387579
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
53
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
21
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
25
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
44.0
Length
Length
mm
float
1.5
Electrode_053
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-27.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
54
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
22
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
57
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
43.0
Length
Length
mm
float
1.5
Electrode_054
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-42.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8252
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
76.9680077557
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
3.27942627955
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
55
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
23
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
26
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_055
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-56.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3703
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
90.0337564137
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
1.8333185493
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
56
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
24
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
36
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
51.0
Length
Length
mm
float
1.5
Electrode_056
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-57.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19450
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
117.73496144
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
3.73497914782
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10645
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
120.770502583
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
3.25307131817
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
57
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
25
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
27
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
90.0
Length
Length
mm
float
1.5
Electrode_057
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-56.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
58
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
26
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
37
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
51.0
Length
Length
mm
float
1.5
Electrode_058
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-66.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
59
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
27
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
28
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_059
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-56.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
60
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
28
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
38
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_060
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-49.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7115
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
87.8313422347
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
2.93208007395
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
61
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
29
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
29
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
51.0
Length
Length
mm
float
1.5
Electrode_061
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-61.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
27368
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
142.29154487
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
6.06790027311
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10107
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
113.26080934
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
4.4776258221
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
62
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
30
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
48
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_062
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-37.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15909
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
60.7136840782
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.07398108782
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
63
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
31
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
19
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_063
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-42.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5373
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
75.9316955146
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
466.666666667
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.
SNR
float
3.39505185935
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6130
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
55.6088091354
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
2.25066656103
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
64
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
32
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
39
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_064
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-45.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13853
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
70.7360860463
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
2.72313614943
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
65
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
1
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
81
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_065
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-23.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
66
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
2
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
82
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_066
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-46.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
555
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
78.190990991
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
2.94031674863
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
67
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
3
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
71
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_067
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-27.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
68
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
4
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
72
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_068
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-44.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
20955
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
189.803817705
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
6.928430497
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9534
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
81.399622404
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
2.86859475597
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
69
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
5
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
61
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
67.0
Length
Length
mm
float
1.5
Electrode_069
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-47.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5901
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
78.7354685647
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
433.333333333
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.
SNR
float
3.80307744754
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
70
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
6
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
62
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_070
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11406
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
128.072944065
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
6.14789288669
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9243
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
74.4520177432
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.63357895075
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
71
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
7
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
51
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_071
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-41.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18015
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
139.919844574
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
6.13204346127
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17452
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
81.1954503782
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
3.85887377912
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
72
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
8
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
52
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_072
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-30.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
73
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
9
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
41
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_073
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-31.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
74
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
2
Pin ID
PinID
int
electrodes_info.txt
4
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
42
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
44.0
Length
Length
mm
float
1.5
Electrode_074
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-29.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
75
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
11
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
31
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
57.0
Length
Length
mm
float
1.5
Electrode_075
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-33.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13759
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
122.282142598
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
4.48737131751
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
76
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
12
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
32
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
Length
Length
mm
float
1.5
Electrode_076
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-44.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8932
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
132.026645768
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
5.65320446157
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6411
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
66.7484011855
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
2.72578953268
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
77
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
13
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
21
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
46.0
Length
Length
mm
float
1.5
Electrode_077
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-43.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3350
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
134.07761194
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
466.666666667
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.
SNR
float
4.97251784558
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12978
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
93.3302511943
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
3.80758806973
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15930
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
114.557438795
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
4.64440953369
Unit_03
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
78
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
14
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
22
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_078
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-44.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
20818
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
82.7034777596
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
3.59002634607
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10969
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
85.3457926885
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
3.28655764689
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
79
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
15
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
11
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_079
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-30.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
80
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
16
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
12
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
45.0
Length
Length
mm
float
1.5
Electrode_080
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-30.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9977
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
143.532324346
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
6.28476477376
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13374
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
106.175414984
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
333.333333333
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.
SNR
float
4.69877490919
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
81
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
17
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
2
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
54.0
Length
Length
mm
float
1.5
Electrode_081
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-36.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13787
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
62.4305505186
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
3.21581607896
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
82
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
18
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
23
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
48.0
Length
Length
mm
float
1.5
Electrode_082
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-39.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12973
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
68.9084251908
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
3.32441115019
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
83
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
19
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
3
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
51.0
Length
Length
mm
float
1.5
Electrode_083
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-31.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11378
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
49.6606609246
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
2.16811774909
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
84
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
20
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
13
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_084
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-72.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
23854
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
187.358933512
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
6.17252903156
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
85
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
21
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
4
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_085
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-49.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6594
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
110.745526236
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
4.80498377751
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4473
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
90.2358596021
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
3.92105381368
Unit_02
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
86
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
22
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
14
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_086
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-37.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
87
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
23
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
15
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_087
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-81.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
88
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
24
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
5
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_088
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
-1
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-40.0
OfflineSpikeSorting
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
89
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
25
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
16
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
50.0
Length
Length
mm
float
1.5
Electrode_089
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-46.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2840
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
150.973239437
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
166.666666667
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.
SNR
float
4.04761781055
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
90
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
26
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
6
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_090
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-40.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9677
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
93.3732561744
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
3.96510362328
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
91
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
27
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
17
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
49.0
Length
Length
mm
float
1.5
Electrode_091
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-49.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5913
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
84.0082868256
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
200.0
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.
SNR
float
2.37949157372
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
92
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
28
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
7
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
51.0
Length
Length
mm
float
1.5
Electrode_092
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-37.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11699
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
55.5672279682
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
366.666666667
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.
SNR
float
2.64161756847
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
93
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
29
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
8
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
52.0
Length
Length
mm
float
1.5
Electrode_093
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-51.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12041
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
121.688314924
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
266.666666667
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.
SNR
float
5.17476851988
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
94
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
30
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
18
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
53.0
Length
Length
mm
float
1.5
Electrode_094
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-51.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11189
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
93.0406649388
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
233.333333333
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.
SNR
float
4.39554303468
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
95
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
31
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
20
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
53.0
Length
Length
mm
float
1.5
Electrode_095
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-29.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
32894
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
69.5836018727
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
300.0
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.
SNR
float
3.34727308195
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode
Electrode ID
ID
int
electrodes_info.txt
96
Grid ID
GridID
int
electrodes_info.txt
1
Bank ID
BankID
int
electrodes_info.txt
3
Pin ID
PinID
int
electrodes_info.txt
32
Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top)
ConnectorAlignedID
int
electrodes_info.txt
9
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
54.0
Length
Length
mm
float
1.5
Electrode_096
Information on the spike sorting performed offline, after the experiment
IDs of single unit activity
SUAIDs
int
1
IDs of multi unit activity
MUAID
int
2
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
l101210-001.nev
-40.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8413
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
80.6990372043
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
400.0
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.
SNR
float
3.39495275608
Unit_01
setup/daq
setup/daq/preprocessing
setup/daq/hardware
setup/daq/hardware
setup/daq/hardware
Information on the headstage
Model of device
Model
string
Samtec
Type of device (digital or analog)
Type
string
analog
Gain used
Gain
int
1
Devices from which inputs are received
InFrom
string
UtahArray
Target device of each output
OutTo
string
NeuralSignalAmplifier
True if a stimulation switch version of the device was used
StimSwitch
boolean
True
Headstage
setup/daq/hardware
Information on the recording
Identifier of the recording day
RecordingDay
string
l101210
Identifier of the recording
Recording
string
l101210-001
Date of session
Date
date
2010-12-10
Weekday of session
Weekday
string
Friday
Time of day when recording was started
Time
time
10:50:10
Duration of recording
Duration
s
int
709.248
States if a spike sorting was performed for this recording
IsSpikeSorted
boolean
True
Performed task type
TaskType
string
TwoCues
Qualitative statement whether the recording contains noisy channels and/or time periods.
Noisy
boolean
True
Comment about the recording
Comment
string
no comment
Recording
Information on task settings
Total number of trials
TotalTrialCount
int
204
Number of correctly performed trials
CorrectTrialCount
int
135
Number of trials where the monkey made a grip error.
GripErrorTrialCount
int
14
States if the recording was performed under standard settings
StandardSettings
boolean
True
TaskSettings
Information on trial type parameters
Identifies the trial types presented during the recording
Condition
int
1
Trial order of force conditions (random or block)
OrderForce
string
random
Trial order of grip conditions (random or block)
OrderGrip
string
random
Order of trial type combination was of block size
BlockSize
int
-1
TrialTypeSettings
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
1
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4155
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_001
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4155
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4814
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16264
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
28306
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
37442
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
67524
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
73280
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
119620
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12109
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9136
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
5756
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
2
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
119769
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_002
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
119769
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
120359
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
131808
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
143883
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
152991
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
183064
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
189103
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
212437
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
212441
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
236597
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
192870
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
221670
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
195930
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
219060
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
193860
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
222960
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
198420
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
220320
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12039
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9108
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
6039
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3767
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3060
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6827
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23130
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
21900
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
3
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
236749
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_003
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
236749
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
237692
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
249119
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
261193
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
270387
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
300486
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
303685
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
328889
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
328891
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
352564
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
307980
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
336600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
309840
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
334620
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
308760
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
336240
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
318240
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
331260
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12370
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9194
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30099
Reaction time (period between GO and SR)
RT
1./30000*s
int
3199
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4295
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1860
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6155
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24780
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13020
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
4
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
352715
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_004
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
352715
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
353297
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
364770
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
376817
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
385897
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
415971
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
421651
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
444058
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
444061
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
467619
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
424650
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
452970
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
427560
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
448590
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
426390
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
453660
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
433080
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
451170
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12055
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5680
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2999
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2910
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5909
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21030
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18090
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
5
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
467769
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_005
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
467769
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
468370
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
479859
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
491900
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
500980
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
531054
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
536194
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
561650
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
561652
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
585269
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
539280
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
570810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
542130
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
565590
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
541500
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
570990
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
552510
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
568050
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12090
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5140
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3086
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2850
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5936
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23460
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15540
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
103
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
6
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
585372
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_006
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
585372
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
586026
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
597453
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
609495
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
671464
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
611412
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12081
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
7
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
671614
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
PG
Trial_007
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
671614
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
672216
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
683649
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
695829
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
704302
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
-1
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
729925
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12035
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12180
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
750613
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
8
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
750612
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_008
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
750612
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
751197
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
762650
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
774724
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
783797
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
813871
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
820964
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
843774
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
843779
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
867476
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
824610
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
849930
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
826320
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
842760
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
825690
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
850590
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
832110
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
845790
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12038
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
7093
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3646
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1710
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5356
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16440
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13680
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
141
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
9
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
867617
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_009
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
867617
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
868266
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
937377
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
877892
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
145
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
10
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
937522
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_010
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
937522
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
938167
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
949620
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
961694
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
970767
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1000808
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1003647
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1026436
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1026440
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1050108
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1006860
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1034190
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1010220
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1028130
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1008180
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1033530
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1014390
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1028340
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12098
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30041
Reaction time (period between GO and SR)
RT
1./30000*s
int
2839
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3213
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3360
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6573
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17910
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13950
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
11
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1050259
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_011
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1050259
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1050868
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1062311
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1074385
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1083425
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1113505
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1119717
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1142069
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1142073
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1165784
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1122840
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1150020
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1124400
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1144350
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1124100
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1147980
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1130100
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1134450
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12052
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
6212
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3123
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1560
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4683
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
19950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
4350
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
12
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1165934
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_012
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1165934
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1167032
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1178459
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1190535
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1199632
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1229706
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1233799
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1257790
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1257792
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1281440
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1237800
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1265610
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1241610
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1253190
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1240500
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1265730
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1245450
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1259490
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12525
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9097
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
4093
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4001
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3810
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
7811
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11580
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14040
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
13
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1281590
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_013
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1281590
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1282166
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1293593
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1305668
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1314767
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1344841
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1348361
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1371871
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
1380918
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1395434
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1352610
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1380270
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1355520
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1376520
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1354080
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1379760
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1359330
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1374930
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12003
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9099
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3520
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4249
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2910
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
7159
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21000
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15600
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
161
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
14
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1395595
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_014
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1395595
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1396185
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1468146
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
1408010
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
15
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1468296
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_015
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1468296
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1468929
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1533439
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
1473927
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
481
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
16
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1533920
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_016
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1533920
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1534495
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1545922
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1557996
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1567070
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1597144
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1602496
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1624845
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1624847
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1648506
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1605360
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1630440
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1608420
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1619940
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1606650
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1632870
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1612050
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1624740
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12002
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5352
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2864
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3060
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5924
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11520
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12690
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
217
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
17
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1648723
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_017
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1648723
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1649305
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1660742
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1672841
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1681914
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1711993
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1716141
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1739162
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1739164
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1762727
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1719840
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1748610
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1721970
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1723290
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1721160
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1746420
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1727130
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1740240
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12019
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12099
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30079
Reaction time (period between GO and SR)
RT
1./30000*s
int
4148
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3699
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2130
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5829
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
1320
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13110
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
18
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1762876
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_018
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1762876
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1763480
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1774953
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1787000
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1796080
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1826154
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1831327
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1845565
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1845567
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
1847115
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1861635
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1834950
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1858020
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1837260
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1854900
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1837200
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1853970
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1841430
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1842000
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12077
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5173
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3623
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2310
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5933
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17640
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
570
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
2584
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
19
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1864219
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_019
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1864219
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1864900
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1876376
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
1888425
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
1897505
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
1927707
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
1934200
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
1961226
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
1961230
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
1984847
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
1938120
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
1965510
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1939530
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1963020
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
1940430
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
1964790
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
1945830
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
1958880
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12157
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12049
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30202
Reaction time (period between GO and SR)
RT
1./30000*s
int
6493
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3920
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1410
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5330
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23490
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13050
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
126
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
20
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
1984973
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_020
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
1984973
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
1985573
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
1997019
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2009100
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2018174
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2048248
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2055822
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
2079437
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2079441
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2103123
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2059680
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2088450
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2060880
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2085270
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2061510
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2089500
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2066460
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2085480
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12046
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
7574
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3858
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1200
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5058
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24390
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
19020
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
21
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2103273
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_021
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2103273
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2104343
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2115768
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2127842
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2136940
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2167014
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2172367
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2200579
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12495
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5353
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
10228
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
22
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2210807
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_022
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2210807
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2211447
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2222895
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2235062
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2244136
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2274210
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2286550
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
2309618
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2309623
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2326584
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2290710
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2316510
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2294160
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2314350
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2297790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2311650
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2302830
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2305560
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12088
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12167
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
12340
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4160
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3450
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
7610
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
20190
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
2730
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
162
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
23
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2326746
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_023
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2326746
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2327344
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2338799
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2350846
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2359892
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2389975
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2395594
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
2423089
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2423092
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
2432131
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2446652
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2399220
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2427720
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2401230
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2424030
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2400180
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2427930
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2408430
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2425440
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12053
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9046
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30083
Reaction time (period between GO and SR)
RT
1./30000*s
int
5619
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3626
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2010
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5636
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22800
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17010
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
24
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2446804
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_024
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2446804
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2448339
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2459792
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2471873
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2480913
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2510996
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2515665
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
2539101
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2539105
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2562665
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2518740
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2546610
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2520480
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2542380
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2520630
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2547720
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2527500
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2543010
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12988
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30083
Reaction time (period between GO and SR)
RT
1./30000*s
int
4669
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3075
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1740
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4815
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21900
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15510
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
25
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2562814
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_025
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2562814
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2563415
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2574851
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2586924
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2595964
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2626045
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2631637
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2656049
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2679737
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2635170
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2663550
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2637330
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2660490
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2637000
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2663250
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2643540
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2656920
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12037
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12073
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5592
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3533
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2160
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5693
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23160
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13380
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
220
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
26
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2679957
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_026
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2679957
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2680569
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2692017
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2704091
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2713164
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2743205
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2748384
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2775960
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2799523
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2752050
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2783610
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2755320
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2781660
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2754630
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2784240
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2764710
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2778000
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12060
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30041
Reaction time (period between GO and SR)
RT
1./30000*s
int
5179
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3666
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3270
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6936
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
26340
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13290
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
27
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2799674
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_027
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2799674
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2800715
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2812168
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2824317
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2833356
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2863438
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2867940
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
2891420
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
2891422
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
2916056
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2871180
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
2901570
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2873580
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2897220
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2872740
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
2902500
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2879430
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
2899860
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12494
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12149
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9039
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
4502
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3240
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2400
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5640
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23640
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
20430
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
28
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
2916206
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_028
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
2916206
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
2917258
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
2928712
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
2940794
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
2949887
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
2979961
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
2986841
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
3009452
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
3009456
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3033143
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
2990070
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
3017730
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2991780
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3013950
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
2991240
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
3017670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
2997570
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3006810
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12506
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12082
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9093
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
6880
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3229
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1710
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4939
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22170
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9240
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
148
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
29
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3033291
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_029
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3033291
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3034765
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3046220
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3058300
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
3067340
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
3097422
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
3101937
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
3126373
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
3126377
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3150304
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
3105930
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
3134880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3107280
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3131790
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
3107070
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
3136590
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3115650
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3133410
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12929
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12080
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
4515
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3993
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1350
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5343
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24510
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17760
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
30
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3150453
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_030
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3150453
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3151043
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3162498
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3174580
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3236644
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
3176956
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12045
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12082
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
31
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3236795
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_031
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3236795
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3237525
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3248951
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3261026
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
3270124
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
3300199
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
3305579
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
3328225
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
3328229
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
3337269
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3352203
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
3308640
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
3337440
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3311310
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3333720
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
3309660
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
3338460
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3316650
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3335100
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12156
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30075
Reaction time (period between GO and SR)
RT
1./30000*s
int
5380
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3061
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2670
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5731
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22410
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18450
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
227
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
32
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3352430
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_032
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3352430
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3353070
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3364511
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3376592
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
3385681
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
3415755
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
3420893
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3449614
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12081
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9089
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5138
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
8791
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
33
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3458405
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
163
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_033
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3458405
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3459004
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3470460
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3536281
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
3476805
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12055
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
123
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
34
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3536404
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
PG
Trial_034
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3536404
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3537022
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3548449
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3560524
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
3568843
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
-1
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
3594380
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12045
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
3615098
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
35
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3615097
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_035
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3615097
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3615739
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3679581
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
3620094
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
36
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3679733
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_036
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3679733
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3680661
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3692089
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3704164
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
3713237
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
3743440
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
3749394
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
3772886
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
3781934
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3796452
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
3753090
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
3780870
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3755310
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3760050
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
3754410
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
3782280
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3762540
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3775830
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12356
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30203
Reaction time (period between GO and SR)
RT
1./30000*s
int
5954
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3696
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2220
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5916
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
4740
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13290
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
122
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
37
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3796574
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
PG
Trial_037
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3796574
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3797204
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3808656
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3820737
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
3886662
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
3827131
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12082
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
120
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
38
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
3886782
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_038
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
3886782
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
3887377
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
3898804
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
3910879
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
3919979
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
3950053
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
3955374
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
3978374
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4001939
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
3958890
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
3986550
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3960420
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3982650
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
3959850
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
3986790
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
3966750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
3981030
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12022
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9100
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5321
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3516
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1530
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5046
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22230
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14280
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
39
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4002090
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_039
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4002090
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4003626
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4015054
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4027127
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4036202
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4066282
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4071373
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4095587
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
4104633
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4119117
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4075050
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4104210
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4076730
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4100400
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4076670
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4105440
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4084950
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4102200
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12964
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12073
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9075
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
5091
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3677
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1680
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5357
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23670
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17250
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
40
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4119266
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_040
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4119266
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4119844
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4131279
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4143353
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4152393
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4182473
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4187133
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
4204257
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4204261
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4220955
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4190460
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4216260
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4192830
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4213440
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4191960
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4214040
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4197990
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4210710
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12013
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
4660
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3327
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2370
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5697
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
20610
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12720
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
1316
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
41
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4222271
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_041
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4222271
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4222847
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4234304
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4246353
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4255399
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4285480
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4290860
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4314137
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4337795
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4294350
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4321500
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4297020
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4319040
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4295400
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4321770
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4301820
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4317060
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12033
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12049
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9046
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5380
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3490
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2670
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6160
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22020
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15240
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
875
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
42
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4338670
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_042
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4338670
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4339304
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4350751
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4362803
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4371883
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4401956
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4406376
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4431295
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4454858
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4409700
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4439640
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4411710
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4435980
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4411650
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4440840
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4421580
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4438380
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12081
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12052
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
4420
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3324
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2010
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5334
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24270
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16800
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
43
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4455007
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_043
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4455007
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4455643
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4467095
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4479142
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4488222
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4518296
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4524110
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4552787
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12088
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5814
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
14457
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
44
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4567244
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
175
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_044
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4567244
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4567844
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4579300
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4591347
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4600394
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4670755
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
4611190
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12056
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
113
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
45
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4670868
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_045
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4670868
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4671465
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4682914
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4694987
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4704060
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4734101
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4739881
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
4762108
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4762110
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4785820
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4742760
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4770840
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4745250
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4768470
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4744260
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4771980
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4753920
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4768170
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12046
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12073
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30041
Reaction time (period between GO and SR)
RT
1./30000*s
int
5780
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2879
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2490
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5369
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23220
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14250
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
46
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4785970
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_046
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4785970
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4786572
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4798048
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4810095
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4819176
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4849254
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4853527
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
4872609
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4872611
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
4875356
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
4889875
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4857000
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4882920
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4859130
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4879410
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4857570
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4882500
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4864050
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4872150
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12078
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9081
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30078
Reaction time (period between GO and SR)
RT
1./30000*s
int
4273
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3473
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2130
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5603
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
20280
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
8100
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
657
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
47
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
4890532
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_047
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
4890532
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
4891599
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
4903053
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
4915100
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
4924147
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
4954254
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
4960033
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
4983822
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
4983824
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5007511
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
4963620
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
4991100
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4964940
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4965510
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
4964850
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
4992030
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
4973820
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
4989600
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12521
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30107
Reaction time (period between GO and SR)
RT
1./30000*s
int
5779
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3587
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1320
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4907
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
570
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15780
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
337
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
48
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5007848
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_048
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5007848
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5009107
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5020582
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5032630
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5041709
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5071783
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
5075756
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
5100073
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
5100078
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5123638
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
5079540
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
5108490
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5081670
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5104620
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
5080500
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
5108400
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5087940
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5104350
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12734
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9079
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3973
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3784
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2130
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5914
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16410
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
49
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5123788
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_049
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5123788
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5124975
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5136431
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5148511
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5157551
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5187632
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
5191734
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
5217873
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5241437
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
5195370
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
5222550
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5197380
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5219280
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
5197050
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
5223960
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5207160
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5221080
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12643
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12080
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
4102
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3636
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2010
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5646
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21900
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13920
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
210
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
50
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5241647
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_050
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5241647
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5242273
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5253753
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5265834
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5274907
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5304981
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5371133
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
5310642
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12106
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
-5304982
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
128
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
51
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5371261
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_051
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5371261
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5371914
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5433582
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
5374098
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
146
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
52
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5433728
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_052
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5433728
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5434374
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5445817
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5457893
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5466965
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5497056
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
5502976
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
5525835
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
5525840
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
5534882
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5549403
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
5506260
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
5532420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5508930
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5530980
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
5507310
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
5533440
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5513010
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5529120
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12089
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9072
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30091
Reaction time (period between GO and SR)
RT
1./30000*s
int
5920
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3284
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2670
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5954
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22050
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16110
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
53
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5549554
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_053
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5549554
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5550151
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5561618
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5573660
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5582706
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5612787
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
5618109
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
5641589
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
5641593
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5665629
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
5621010
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
5650710
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5623770
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5637420
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
5623440
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
5651940
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5630280
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5648940
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12064
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9046
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5322
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2901
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2760
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5661
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13650
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18660
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
116
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
54
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5665745
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_054
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5665745
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5666342
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5736413
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
5676935
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
148
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
55
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5736561
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_055
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5736561
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5737150
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5748601
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5760684
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5769774
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5799815
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
5803614
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
5825392
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
5825394
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5848979
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
5806440
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
5833650
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5808540
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5830830
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
5807310
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
5833740
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5812860
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5829270
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12040
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12083
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9090
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30041
Reaction time (period between GO and SR)
RT
1./30000*s
int
3799
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2826
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2100
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4926
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22290
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16410
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
133
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
56
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5849112
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_056
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5849112
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5849710
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5861137
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5873212
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5882252
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
5912364
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
5918668
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
5941643
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
5965173
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
5921370
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
5949990
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5923620
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5945310
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
5923410
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
5950170
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
5930610
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
5944290
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12025
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30112
Reaction time (period between GO and SR)
RT
1./30000*s
int
6304
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2702
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2250
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4952
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21690
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13680
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
57
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
5965324
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_057
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
5965324
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
5965898
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
5977331
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
5989406
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
5998447
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6028529
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6031989
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
6055485
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6055490
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6079169
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6036420
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6064350
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6038610
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6060000
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6037710
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6064170
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6042870
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6058770
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12007
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9041
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
3460
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4431
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2190
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6621
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21390
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15900
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
58
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6079319
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_058
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6079319
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6079919
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6091348
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6103533
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6112607
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6142690
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6146569
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
6170180
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6170182
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6193860
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6150660
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6177690
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6153480
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6175680
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6151740
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6179460
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6158610
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6172170
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12029
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12185
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30083
Reaction time (period between GO and SR)
RT
1./30000*s
int
3879
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4091
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2820
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6911
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22200
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13560
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
59
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6194010
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_059
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6194010
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6194646
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6261114
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
6201575
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
60
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6261265
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_060
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6261265
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6261909
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6273359
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6285400
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6294480
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6324553
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6329066
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
6351946
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6351951
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6376272
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6331770
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6360720
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6335010
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6356910
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6333420
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6362520
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6340320
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6359640
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12094
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
4513
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2704
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3240
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5944
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21900
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
19320
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
217
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
61
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6376489
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_061
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6376489
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6377133
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6388586
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6400667
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6409707
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6439787
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6443580
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
6471788
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6471791
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6495320
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6447090
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6475800
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6448920
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6473460
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6448530
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6475830
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6457020
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6471000
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12097
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
3793
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3510
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1830
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5340
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24540
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13980
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
148
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
62
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6495468
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_062
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6495468
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6496075
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6507508
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6519605
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6529027
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6559100
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6564660
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
6582933
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6582935
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6600821
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6567360
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6594630
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6569850
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6591720
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6569340
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6592560
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6574020
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6573990
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12040
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12097
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9422
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
5560
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2700
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2490
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5190
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21870
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-30
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
958
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
63
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6601779
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_063
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6601779
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6602363
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6613790
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6625865
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6634939
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6665016
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6670156
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
6691627
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6691629
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
6700701
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6715192
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6672450
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6699780
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6674910
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6696480
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6673410
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6698910
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6679110
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6694860
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12011
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30077
Reaction time (period between GO and SR)
RT
1./30000*s
int
5140
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2294
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2460
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4754
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21570
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15750
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
64
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6715343
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
175
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_064
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6715343
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6716239
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6727665
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6739741
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6748842
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6819448
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
6759701
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12322
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9101
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
65
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6819597
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_065
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6819597
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6820181
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6883385
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
6823303
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
66
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6883535
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_066
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6883535
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
6884429
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
6895904
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
6907986
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
6917060
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
6947134
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
6952753
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
6975954
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
6999517
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
6955590
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
6983310
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6957750
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6980820
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
6956850
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
6983970
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
6966780
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
6981780
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12369
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12082
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5619
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2837
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2160
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4997
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23070
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15000
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
67
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
6999668
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_067
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
6999668
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7001000
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7012453
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7024534
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7033573
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7063655
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7069393
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7114983
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12785
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9039
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
5738
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
68
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7115135
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_068
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7115135
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7115785
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7127241
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7139322
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7148363
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7178444
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7183343
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
7209206
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
7209212
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7232923
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
7186260
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
7214910
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7187760
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7208940
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
7186980
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
7214940
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7194300
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7210890
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12106
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9041
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
4899
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2917
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1500
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4417
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21180
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16590
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
226
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
69
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7233149
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_069
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7233149
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7233728
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7245157
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7257231
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7266328
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7296402
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7301063
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
7322455
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
7322459
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7340743
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
7304280
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
7331880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7306440
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7320810
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
7305810
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
7331190
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7309650
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7325880
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12008
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9097
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
4661
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3217
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2160
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5377
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14370
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16230
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
226
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
70
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7340969
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_070
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7340969
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7341628
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7353103
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7365151
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7374231
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7404305
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7411485
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7460056
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12134
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
7180
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
71
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7460206
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_071
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7460206
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7460866
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7523438
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
7463957
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
119
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
72
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7523557
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_072
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7523557
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7524202
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7535660
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7547701
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7557002
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7587042
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7590902
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7637195
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12103
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9301
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30040
Reaction time (period between GO and SR)
RT
1./30000*s
int
3860
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
73
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7637346
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_073
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7637346
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7637989
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7649441
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7661483
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7670589
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7700670
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7705319
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
7724161
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
7724163
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7741640
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
7708260
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
7736190
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7710960
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7731660
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
7709790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
7729680
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7715070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7715700
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12095
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9106
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
4649
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2941
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2700
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5641
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
20700
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
630
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
871
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
74
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7742511
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_074
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7742511
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7743166
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
7754591
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
7766632
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
7775829
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
7805912
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
7810373
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
7833895
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7857427
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
7813560
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
7843320
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7815120
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7840410
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
7814490
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
7842570
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
7821000
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
7838790
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12080
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9197
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30083
Reaction time (period between GO and SR)
RT
1./30000*s
int
4461
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3187
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1560
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4747
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
25290
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17790
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
75
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7857578
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_075
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7857578
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7858210
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7923513
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
7863882
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
192
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
76
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7923705
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_076
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7923705
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7924570
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
7994033
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
7934252
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
77
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
7994183
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_077
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
7994183
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
7994994
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8006430
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8018511
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8027550
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8057599
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
8063194
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
8086315
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
8086317
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8109880
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
8066070
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
8093490
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8067930
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8090850
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
8067600
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
8093790
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8074410
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8088960
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12247
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9039
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30049
Reaction time (period between GO and SR)
RT
1./30000*s
int
5595
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2876
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1860
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4736
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22920
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14550
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
78
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8110029
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_078
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8110029
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8110748
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8174728
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
8115216
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
79
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8174877
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_079
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8174877
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8175462
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8186913
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8198987
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8208062
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8238145
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
8241728
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
8260995
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
8260999
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8278534
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
8245290
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
8272650
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8246790
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8269290
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
8246910
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
8270340
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8252820
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8268000
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12036
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9075
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30083
Reaction time (period between GO and SR)
RT
1./30000*s
int
3583
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3562
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1500
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5062
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22500
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15180
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
234
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
80
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8278768
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_080
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8278768
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8279347
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8290774
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8302850
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8311948
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8342021
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
8344760
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
8371918
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
8371923
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8390412
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
8348850
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
8374920
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8351130
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8373390
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
8349900
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
8374380
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8362650
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8369520
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12006
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
2739
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4090
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2280
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6370
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22260
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
6870
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
81
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8390564
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_081
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8390564
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8391201
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8402643
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8414685
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8423765
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8453805
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
8457812
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
8481085
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
8481087
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8504803
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
8461320
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
8488950
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8463210
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8487810
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
8462460
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
8491020
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8469750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8487510
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12079
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30040
Reaction time (period between GO and SR)
RT
1./30000*s
int
4007
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3508
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1890
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5398
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24600
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17760
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
82
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8504954
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_082
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8504954
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8505542
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8516993
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8529068
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8538267
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8568348
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
8570761
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
8597273
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8620804
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
8574630
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
8603520
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8576580
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8600490
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
8576460
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
8604960
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8586930
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8603070
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12039
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9199
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
2413
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3869
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1950
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5819
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23910
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16140
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
83
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8620953
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_083
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8620953
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8621588
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8633015
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8645090
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8654188
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8684262
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
8688295
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
8711909
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
8711914
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8737083
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
8691540
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
8722170
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8693910
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8718420
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
8693670
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
8723370
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
8703450
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
8720280
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12062
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
4033
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3245
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2370
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5615
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24510
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16830
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
102
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
84
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8737185
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_084
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8737185
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8737808
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8806953
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
8746466
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
85
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8807105
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_085
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8807105
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8807678
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8869280
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
8809804
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
153
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
86
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8869433
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_086
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8869433
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8870023
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
8935548
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
8876073
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
87
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
8935698
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_087
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
8935698
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
8936290
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
8947740
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
8959815
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
8968890
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
8998972
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9004712
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9027288
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9050853
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9007500
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9034350
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9009750
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9032280
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9008730
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9034470
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9029760
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9015360
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12042
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9075
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
5740
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2788
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2250
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5038
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22530
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-14400
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
153
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
88
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9051006
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_088
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9051006
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9051983
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9063457
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9075505
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9084585
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
9114659
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9117971
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
9146083
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9146088
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9169647
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9122370
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9152550
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9123330
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9149100
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9124050
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9153960
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9134190
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9151260
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12451
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3312
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4399
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
960
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5359
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
25770
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17070
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
89
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9169797
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_089
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9169797
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9170397
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9181825
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9193866
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9202969
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
9233043
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9235062
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
9260570
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9260572
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9284230
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9239220
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9268500
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9241110
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9265380
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9240990
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9269340
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9247770
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9267180
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12028
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9103
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
2019
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4158
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1890
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6048
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24270
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
19410
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
229
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
90
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9284459
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
175
Trial type of trial
TrialType
string
l101210-001.nev
PG
Trial_090
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9284459
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9285035
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9296462
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9308537
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9317578
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9389762
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
9330167
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12003
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9041
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
227
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
91
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9389989
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_091
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9389989
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9390619
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9402107
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9414148
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9423195
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
9453275
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9455595
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9480061
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
9489105
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9503624
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9459300
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9487380
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9462210
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9484320
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9461160
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9488820
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9468210
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9486270
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12118
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
2320
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3705
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2910
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6615
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22110
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18060
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
92
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9503773
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_092
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9503773
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9504347
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9515814
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9527862
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9536942
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
9567016
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9570509
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
9596805
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9596807
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9620573
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9573870
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9604710
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9576450
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9601290
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9575790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9605640
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9588030
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9602550
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12041
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3493
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3361
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2580
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5941
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24840
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14520
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
160
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
93
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9620733
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_093
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9620733
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9621327
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9632765
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9644839
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9653879
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
9683958
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9688918
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9712909
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
9721953
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9737279
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9692100
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9722100
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9695190
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9718650
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9694230
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9723750
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9700980
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9720540
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12032
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30079
Reaction time (period between GO and SR)
RT
1./30000*s
int
4960
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3182
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3090
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6272
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23460
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
19560
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
94
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9737430
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_094
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9737430
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9738044
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9749471
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9761547
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
9770645
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
9800719
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
9804718
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
9829742
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9853425
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
9808620
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
9837360
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9811050
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9834540
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
9810420
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
9838560
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
9818430
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
9835620
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12041
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3999
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3902
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2430
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6332
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23490
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17190
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
95
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9853575
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_095
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9853575
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9854177
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
9919569
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
9859817
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
161
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
96
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
9919730
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
PG
Trial_096
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
9919730
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
9920354
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
9931808
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
9943999
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10007453
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
9947881
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12078
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12191
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
97
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10007604
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_097
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10007604
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10008832
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10020288
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
10032336
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
10041729
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
10071810
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
10077550
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
10095632
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
10095635
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10113257
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
10080240
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
10106100
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10082370
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10101660
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
10080960
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
10103250
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10086660
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10099350
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12684
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9393
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5740
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2690
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2130
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4820
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
19290
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12690
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
174
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
98
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10113431
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_098
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10113431
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10114064
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10125493
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
10137568
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
10146608
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
10176718
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
10182791
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
10205502
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10229065
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
10185690
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
10212660
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10187910
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10208640
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
10187310
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
10212570
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10192770
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10209330
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12062
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30110
Reaction time (period between GO and SR)
RT
1./30000*s
int
6073
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2899
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2220
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5119
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
20730
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16560
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
232
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
99
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10229297
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_099
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10229297
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10229872
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10241382
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
10253425
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
10262559
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
10292681
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
10297842
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10326523
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12085
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12043
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9134
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30122
Reaction time (period between GO and SR)
RT
1./30000*s
int
5161
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
7559
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
100
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10334082
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
163
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_100
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10334082
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10334663
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10346108
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10408810
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
10349302
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12026
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
101
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10408959
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
163
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_101
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10408959
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10409548
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10420980
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10493896
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
10433968
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12021
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
102
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10494046
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_102
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10494046
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10495594
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10507049
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
10519096
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
10528400
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
10558476
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
10563666
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
10588283
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
10588285
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10611967
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
10566930
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
10593600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10569900
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10591860
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
10568940
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
10595250
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10578510
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10592970
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
13003
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9304
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30076
Reaction time (period between GO and SR)
RT
1./30000*s
int
5190
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3264
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2970
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6234
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21960
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14460
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
148
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
103
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10612115
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_103
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10612115
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10612686
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10682116
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
10622109
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
169
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
104
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10682285
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_104
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10682285
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10682881
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10694310
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
10706385
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
10715483
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
10745557
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
10749110
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
10773490
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
10773494
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
10782536
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10797081
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
10751910
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
10780470
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10754010
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10777590
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
10754190
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
10781550
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10763400
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10779150
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12025
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3553
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2800
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2100
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4900
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23580
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15750
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
106
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
105
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10797187
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_105
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10797187
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10797813
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10863843
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
10804333
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
106
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10863993
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_106
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10863993
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10864930
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10876358
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
10888399
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
10897719
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
10927800
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
10933787
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
10956627
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
10956632
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
10965672
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
10980194
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
10936470
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
10963650
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10938570
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10947030
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
10938870
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
10965210
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
10945980
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
10962660
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12365
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9320
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5987
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2683
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2100
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4783
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8460
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16680
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
107
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
10980344
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_107
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
10980344
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
10980945
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
10992399
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11004446
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
11013493
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
11043573
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
11048233
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
11072319
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
11072323
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11095999
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
11051100
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
11079870
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11053290
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11076840
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
11054220
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
11081280
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11061030
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11078640
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12055
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
4660
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2867
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2190
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5057
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23550
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17610
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
108
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11096149
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_108
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11096149
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11096723
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
11108150
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11120226
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
11129325
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
11159399
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
11163312
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
11187044
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11210608
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
11166690
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
11195250
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11168910
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11191740
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
11168310
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
11196420
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11177580
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11193360
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12001
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9099
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3913
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3378
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2220
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5598
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22830
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15780
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
109
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11210759
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_109
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11210759
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11211594
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11278243
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
11218468
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
135
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
110
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11278378
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_110
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11278378
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11279035
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11344803
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
11285204
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
109
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
111
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11344912
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_111
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11344912
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11345567
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11415464
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
11355955
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
112
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11415615
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_112
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11415615
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11416201
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
11427642
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11439722
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
11448795
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
11478836
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
11484103
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
11505792
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
11505796
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11529356
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
11486670
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
11512980
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11488800
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11510640
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
11488200
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
11513730
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11492670
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11510670
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12027
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12080
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30041
Reaction time (period between GO and SR)
RT
1./30000*s
int
5267
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2567
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2130
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4697
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21840
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18000
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
142
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
113
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11529498
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_113
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11529498
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11530078
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
11541528
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11553569
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
11562649
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
11592723
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
11595402
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
11618843
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
11618848
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11642504
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
11599200
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
11624910
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11602260
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11621880
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
11600670
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
11626800
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11607270
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11623920
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12030
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
2679
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3798
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3060
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6858
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
19620
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16650
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
235
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
114
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11642739
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_114
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11642739
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11643336
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
11654812
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11666893
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
11675966
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
11706040
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
11709533
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
11735326
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
11735330
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
11744370
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11759010
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
11713140
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
11741010
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11715060
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11737380
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
11715450
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
11741670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11722350
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
11739480
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12073
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3493
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3607
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1920
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5527
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22320
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17130
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
115
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11759159
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_115
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11759159
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11759759
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
11771184
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11783331
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11847907
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
11788312
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12025
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12147
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
348
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
116
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11848255
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_116
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11848255
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11849466
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
11916849
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
11856953
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
117
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
11916998
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_117
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
11916998
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
11917580
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
11929026
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
11941105
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
11950179
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
11980263
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
11983516
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12006788
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12030351
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
11987340
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12012600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11988780
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12010920
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
11988360
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12010770
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
11994750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12005100
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12028
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12079
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30084
Reaction time (period between GO and SR)
RT
1./30000*s
int
3253
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3824
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1440
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5264
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22140
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10350
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
124
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
118
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12030475
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_118
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12030475
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12031190
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12042615
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12054696
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12063737
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
12093817
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
12097189
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
12122218
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12122223
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12145783
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
12100650
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12129420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12102840
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12125820
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
12102780
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12130440
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12113070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12127080
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12140
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9041
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
3372
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3461
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2190
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5651
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22980
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14010
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
119
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12145933
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_119
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12145933
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12147293
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12158720
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12170795
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12179868
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
12210101
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
12214554
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
12238052
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12238057
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12261777
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
12217110
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12244410
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12219570
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12240870
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
12218490
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12244620
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12225090
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12240090
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12787
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30233
Reaction time (period between GO and SR)
RT
1./30000*s
int
4453
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2556
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2460
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5016
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21300
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15000
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
156
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
120
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12261933
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_120
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12261933
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12263366
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12329253
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
12269476
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
78
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
121
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12329331
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
175
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_121
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12329331
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12329985
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12341409
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12353457
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12362536
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12434071
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
12374591
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12078
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9079
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
166
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
122
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12434237
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_122
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12434237
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12434893
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12446342
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12458377
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12467485
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
12497532
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
12503998
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
12529024
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12529028
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12552587
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
12506970
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12533220
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12510240
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12531660
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
12510060
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12533130
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12514170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12528900
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12105
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12035
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9108
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30047
Reaction time (period between GO and SR)
RT
1./30000*s
int
6466
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2972
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3270
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6242
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21420
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14730
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
187
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
123
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12552774
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_123
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12552774
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12553375
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12564841
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12576922
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12585995
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
12616069
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
12621482
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
12645273
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12645277
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12668987
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
12625200
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12654690
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12626820
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12635850
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
12626520
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12655230
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12633120
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12651990
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12067
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5413
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3718
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1620
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5338
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9030
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18870
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
124
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12669138
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_124
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12669138
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12670410
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12739218
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
12679801
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
153
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
125
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12739371
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_125
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12739371
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12740022
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12751474
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12763515
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12772823
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
12802897
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
12808310
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
12831246
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12831248
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12854928
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
12811410
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12838980
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12813270
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12835110
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
12812910
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12839280
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12819240
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12836340
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12103
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9308
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5413
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3100
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1860
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4960
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21840
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17100
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
126
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12855077
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_126
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12855077
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12855650
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12867079
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12879158
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
12888253
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
12918326
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
12920286
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
12944711
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
12944714
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
12968370
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
12923850
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
12952980
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12925920
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12949740
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
12925470
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
12953070
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
12934380
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
12949170
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12002
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12079
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9095
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
1960
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3564
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2070
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5634
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23820
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14790
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
270
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
127
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
12968640
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_127
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
12968640
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
12969233
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
12980660
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
12992735
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13001835
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13031908
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13035701
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
13059234
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13059237
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13082798
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13039500
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13068270
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13043790
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13065180
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13040400
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13068120
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13046400
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13063980
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12020
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9100
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
3793
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3799
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
4290
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
8089
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21390
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17580
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
128
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13082948
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_128
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13082948
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13083606
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13095058
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
13107107
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13116179
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13146415
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13149809
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13172347
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
13181392
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13197237
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13153710
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13182270
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13155750
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13179150
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13153770
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13183740
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13162830
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13177830
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12110
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12049
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9072
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30236
Reaction time (period between GO and SR)
RT
1./30000*s
int
3394
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3901
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2040
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5941
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23400
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15000
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
155
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
129
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13197392
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_129
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13197392
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13197981
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13265884
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
13205174
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
554
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
130
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13266438
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_130
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13266438
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13267030
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13278459
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
13290534
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13299632
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13329706
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13334819
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13360691
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13384278
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13338330
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13365330
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13340670
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13357470
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13338930
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13366830
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13349730
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13364010
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12021
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5113
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3511
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2340
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5851
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16800
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14280
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
103
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
131
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13384381
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_131
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13384381
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13385037
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13454536
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
13394458
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
132
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13454685
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_132
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13454685
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13455261
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13466713
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
13478754
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13487834
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13518068
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13521501
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
13543734
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13543738
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13567391
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13524900
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13552740
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13526250
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13548330
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13526490
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13553550
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13532100
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13551030
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12028
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30234
Reaction time (period between GO and SR)
RT
1./30000*s
int
3433
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3399
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1350
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4749
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22080
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18930
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
133
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13567542
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_133
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13567542
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13568374
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13579823
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
13591896
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13601098
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13631179
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13633831
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13659340
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
13668384
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13682871
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13637700
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13665990
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13639680
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13662390
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13639320
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13667490
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13648980
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13664820
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12281
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12073
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9202
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
2652
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3869
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1980
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5849
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22710
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15840
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
148
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
134
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13683019
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_134
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13683019
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13683597
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13754813
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
13695331
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
135
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13754964
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_135
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13754964
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13755842
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13767301
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
13779383
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13788472
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13818550
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13821487
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
13843965
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13843967
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13867533
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13824960
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13851810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13827420
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13848660
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13826400
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13852920
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13832010
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13849800
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12337
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12082
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9089
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30078
Reaction time (period between GO and SR)
RT
1./30000*s
int
2937
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3473
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2460
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5933
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21240
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17790
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
158
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
136
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13867691
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_136
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13867691
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13868341
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13879815
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
13891897
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
13900971
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
13931044
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
13935977
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
13961443
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
13961446
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
13985123
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
13939740
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
13966860
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13941780
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13964130
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
13940910
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
13967370
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
13952490
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
13962360
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12124
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12082
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
4933
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3763
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2040
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5803
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22350
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9870
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
119
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
137
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
13985242
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
PG
Trial_137
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
13985242
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
13985878
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
13997328
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14009402
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14076635
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
14016977
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12086
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
138
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14076785
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_138
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14076785
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14077430
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14141756
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
14082279
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
124
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
139
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14141880
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_139
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14141880
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14142760
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
14154214
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14166295
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
14175335
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
14205417
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
14207892
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
14230852
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
14230854
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14254466
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
14211840
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
14239290
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14214540
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14236890
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
14212560
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
14239800
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14218800
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14237460
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12334
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30082
Reaction time (period between GO and SR)
RT
1./30000*s
int
2475
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3948
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2700
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6648
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22350
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18660
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
140
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14254615
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_140
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14254615
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14255198
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
14266626
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14278702
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
14287799
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
14317873
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
14321367
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
14345343
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
14345346
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
14354385
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14369022
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
14325000
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
14354760
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14328360
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14349570
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
14325870
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
14354550
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14332620
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14351400
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12011
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9097
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3494
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3633
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3360
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6993
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21210
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18780
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
141
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14369172
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_141
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14369172
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14369808
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14439002
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
14379520
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
142
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14439151
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_142
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14439151
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14439796
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
14451247
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14463289
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
14472369
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
14502443
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14565285
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
14504729
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12096
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
-14502444
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
332
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
143
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14565617
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_143
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14565617
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14566649
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14628028
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
14568277
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
104
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
144
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14628132
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_144
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14628132
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14628784
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14692209
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
14632700
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
145
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14692359
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_145
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14692359
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14692945
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
14704395
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14716472
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
14725544
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
14755633
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
14760002
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
14781770
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
14781776
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14805432
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
14762580
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
14786880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14764950
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14782950
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
14763420
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
14783700
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14769060
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14778570
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12036
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12077
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9072
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30089
Reaction time (period between GO and SR)
RT
1./30000*s
int
4369
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2578
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2370
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4948
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
18000
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9510
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
217
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
146
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14805649
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_146
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14805649
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14806294
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
14817721
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14829795
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
14838868
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
14869072
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
14874572
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
14898843
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
14898848
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
14922406
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
14877750
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
14905440
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14879850
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14902440
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
14879760
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
14907270
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14887500
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
14904030
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12072
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30204
Reaction time (period between GO and SR)
RT
1./30000*s
int
5500
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3178
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2100
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5278
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22590
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16530
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
147
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
14922557
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_147
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
14922557
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
14923156
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
14934605
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
14946680
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
14955979
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
14986068
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
14989267
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15012453
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
15021500
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15036018
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
14992620
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15021420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
14994900
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15017550
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
14994180
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15021030
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15000450
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15015090
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12048
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9299
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30089
Reaction time (period between GO and SR)
RT
1./30000*s
int
3199
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3353
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2280
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5633
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22650
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14640
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
148
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15036168
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_148
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15036168
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15036769
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15048197
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15060271
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15069343
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15099451
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15101170
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15124862
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15124867
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15148599
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15104880
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15132870
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15107910
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15129630
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15106440
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15132750
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15112620
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15124620
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12029
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9072
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30108
Reaction time (period between GO and SR)
RT
1./30000*s
int
1719
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3710
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3030
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6740
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21720
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12000
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
128
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
149
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15148727
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_149
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15148727
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15149326
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15160762
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15172836
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15181876
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15211956
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15216769
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15240118
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15240120
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15263682
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15220380
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15247800
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15222840
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15233370
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15221850
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15249450
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15229170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15247200
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12035
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
4813
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3611
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2460
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6071
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10530
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18030
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
150
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15263833
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_150
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15263833
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15264461
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15335415
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
15275814
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
375
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
151
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15335790
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_151
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15335790
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15336470
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15401144
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
15340355
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
232
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
152
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15401376
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_152
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15401376
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15402065
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15413513
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15425587
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15434660
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15464700
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15468167
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15488269
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15488275
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15506047
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15472050
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15496560
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15473880
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15492540
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15472590
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15496500
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15477720
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15492930
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12137
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30040
Reaction time (period between GO and SR)
RT
1./30000*s
int
3467
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3883
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1830
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5713
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
18660
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15210
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
153
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15506197
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_153
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15506197
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15506771
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15518198
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15530272
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15539373
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15569447
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15575906
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15583661
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15583666
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15598237
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15579090
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15595830
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15581460
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15593340
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15580320
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15593940
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15583020
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15590850
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12001
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9101
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
6459
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3184
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2370
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5554
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11880
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
7830
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
3916
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
154
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15602153
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_154
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15602153
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15602775
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15614203
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15626277
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15635350
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15665451
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15671437
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15681887
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15681890
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15696424
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15674430
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15692640
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15677100
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15688950
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15676230
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15690720
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15681300
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15687420
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12050
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30101
Reaction time (period between GO and SR)
RT
1./30000*s
int
5986
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2993
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2670
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5663
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11850
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
6120
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
1856
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
155
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15698280
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_155
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15698280
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15698925
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15710353
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15722428
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15731500
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15761575
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15769748
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15796130
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15796132
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15819743
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15773580
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15801630
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15776460
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15799410
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15775320
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15803490
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15789510
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15797820
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12073
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9072
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30075
Reaction time (period between GO and SR)
RT
1./30000*s
int
8173
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3832
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2880
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6712
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
8310
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
153
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
156
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15819896
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_156
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15819896
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15820477
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15831926
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15844009
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15853082
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
15883161
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
15889529
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
15916161
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
15916166
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
15939693
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
15892770
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
15923370
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15894600
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15919740
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
15895530
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
15924480
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
15904860
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
15922320
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12030
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12083
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30079
Reaction time (period between GO and SR)
RT
1./30000*s
int
6368
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3241
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1830
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5071
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
25140
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17460
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
242
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
157
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
15939935
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_157
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
15939935
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
15940530
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
15951986
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
15964067
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
15973108
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16003188
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16008362
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
16032200
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
16032202
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16055858
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
16011570
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
16038660
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16014420
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16036140
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
16013250
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
16039140
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16021770
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16035480
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12051
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9041
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
5174
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3208
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2850
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6058
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21720
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13710
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
158
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16056009
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_158
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16056009
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16057193
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16068647
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16080693
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16089740
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16119821
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16122980
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16151874
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12638
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12046
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
3159
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
6675
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
159
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16158549
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_159
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16158549
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16159171
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16231609
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
16171992
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
191
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
160
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16231800
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_160
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16231800
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16232442
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16243892
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16255968
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16265046
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16295120
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16300799
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16330353
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12092
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9078
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5679
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
6187
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
161
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16336540
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_161
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16336540
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16337117
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16348546
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16360621
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16369720
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16399793
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16405293
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
16427907
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
16427911
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
16436951
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16451620
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
16407540
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
16435830
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16409550
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16433580
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
16410090
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
16436340
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16415640
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16428780
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12006
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9099
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30073
Reaction time (period between GO and SR)
RT
1./30000*s
int
5500
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2247
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2010
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4257
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24030
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13140
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
162
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16451770
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
167
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_162
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16451770
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16452373
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16463826
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16475873
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16544450
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
16484701
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12056
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
163
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16544599
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_163
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16544599
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16545182
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16556651
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16568692
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16577799
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16607996
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16612210
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
16635062
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
16635066
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16658712
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
16615620
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
16642860
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16618830
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16638690
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
16616880
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
16644510
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16624860
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16641240
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12052
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9107
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30197
Reaction time (period between GO and SR)
RT
1./30000*s
int
4214
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3410
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3210
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6620
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
19860
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16380
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
164
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16658862
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_164
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16658862
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16659495
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16670947
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16683022
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16692099
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16722405
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16727784
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
16755357
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
16755360
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16778885
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
16731540
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
16759650
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16733550
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16757130
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
16734150
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
16761180
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16745280
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16758300
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12085
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9077
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30306
Reaction time (period between GO and SR)
RT
1./30000*s
int
5379
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3756
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2010
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5766
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23580
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13020
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
165
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16779035
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_165
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16779035
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16779611
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16791061
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16803137
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16812423
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16842503
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16845936
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
16870841
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
16870843
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
16894406
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
16850250
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
16879110
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16853340
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16877190
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
16851510
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
16879650
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16860720
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16875870
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12026
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9286
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
3433
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4314
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3090
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
7404
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23850
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15150
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
166
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
16894558
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_166
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
16894558
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
16895158
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
16906648
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
16918689
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
16927735
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
16957843
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
16962902
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
16987527
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
16987532
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17011186
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
16969320
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
16994730
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16971570
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16973550
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
16969980
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
16997010
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
16976250
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
16989570
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12090
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9046
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30108
Reaction time (period between GO and SR)
RT
1./30000*s
int
5059
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
6418
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2250
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
8668
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
1980
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13320
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
167
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17011336
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_167
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17011336
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17011993
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17023417
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17035491
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17044565
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17074639
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17081119
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17129731
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12081
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
6480
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
168
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17129881
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_168
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17129881
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17130529
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17141958
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17153999
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17163080
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17193180
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17199220
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
17222163
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
17222166
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
17231208
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17246010
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
17202150
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
17231670
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17204220
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17229600
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
17203830
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
17232030
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17216220
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17226960
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12077
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9081
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30100
Reaction time (period between GO and SR)
RT
1./30000*s
int
6040
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2930
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2070
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5000
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
25380
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10740
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
169
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17246161
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_169
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17246161
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17246802
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17258251
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17270326
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17279405
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17309640
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17315433
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
17338879
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
17338881
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17362580
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
17318310
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
17348430
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17320740
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17345250
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
17320800
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
17349090
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17326380
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17340930
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12090
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9079
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30235
Reaction time (period between GO and SR)
RT
1./30000*s
int
5793
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2877
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2430
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5307
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24510
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14550
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
170
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17362729
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
175
Trial type of trial
TrialType
string
l101210-001.nev
SG
Trial_170
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17362729
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17363374
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17374825
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17386905
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17395976
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17469044
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
17409355
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12096
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12080
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9071
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
108
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
171
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17469152
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_171
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17469152
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17469807
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17481234
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17493308
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17502499
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17532579
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17538109
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
17562616
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
17571663
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17586182
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
17541000
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
17569800
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17543730
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17565900
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
17543040
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
17570790
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17553180
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17567400
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12082
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9191
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
5530
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2891
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2730
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5621
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22170
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14220
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
172
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17586332
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_172
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17586332
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17586991
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17598420
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17610506
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17619613
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17649662
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17653219
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
17676491
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
17676495
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17700020
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
17657190
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
17685480
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17659170
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17681940
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
17658270
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
17685540
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17665140
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17682240
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12088
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12086
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9107
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30049
Reaction time (period between GO and SR)
RT
1./30000*s
int
3557
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3971
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1980
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5951
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22770
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17100
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
226
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
173
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17700246
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_173
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17700246
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17700895
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17712323
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17724397
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17733471
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17763545
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17768445
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
17791333
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
17791335
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
17800380
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17815619
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
17771640
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
17799690
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17775060
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17796240
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
17773110
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
17801700
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17779890
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17797740
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12077
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
4900
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3195
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3420
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6615
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21180
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17850
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
174
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17815769
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_174
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17815769
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17816439
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
17827886
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
17839966
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
17849040
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
17879081
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
17885247
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
17909808
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
17909813
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
17918852
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
17933521
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
17888880
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
17918820
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17890620
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17914590
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
17891520
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
17919690
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
17898810
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
17916150
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12117
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12080
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30041
Reaction time (period between GO and SR)
RT
1./30000*s
int
6166
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3633
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1740
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5373
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23970
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17340
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
149
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
175
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
17933670
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_175
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
17933670
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
17934273
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18006102
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
17946534
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
109
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
176
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18006211
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_176
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18006211
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18006810
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18018286
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18030361
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18039823
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18070057
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18072916
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
18095488
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18095493
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18119177
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18075720
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18103830
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18077940
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18100350
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18078270
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18105510
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18087870
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18102450
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12075
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9462
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30234
Reaction time (period between GO and SR)
RT
1./30000*s
int
2859
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2804
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2220
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5024
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22410
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14580
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
778
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
177
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18119955
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_177
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18119955
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18120539
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18131992
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18144040
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18153086
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18183167
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18187141
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
18210715
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18210717
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18234246
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18191220
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18219240
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18194070
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18215880
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18192300
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18219660
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18199110
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18216180
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12037
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9046
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
3974
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4079
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2850
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6929
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21810
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17070
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
746
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
178
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18234992
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_178
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18234992
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18235584
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18247039
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18259087
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18268166
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18298241
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18301940
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
18325699
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18325704
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18349230
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18306240
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18333540
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18308610
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18330270
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18307200
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18334890
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18314010
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18332070
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12047
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9079
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30075
Reaction time (period between GO and SR)
RT
1./30000*s
int
3699
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4300
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2370
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6670
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21660
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18060
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
224
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
179
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18349454
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_179
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18349454
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18350046
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18361474
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18373549
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18382647
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18412721
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18417954
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18441978
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18465988
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18422010
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18451080
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18423150
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18447450
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18422580
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18452190
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18431640
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18446130
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12020
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5233
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4056
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1140
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5196
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24300
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14490
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
134
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
180
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18466122
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_180
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18466122
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18466704
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18478188
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18490235
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18499281
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18529362
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18530722
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18557903
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
18566975
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18581470
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18534780
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18564960
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18536640
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18544290
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18536040
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18566670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18547860
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18563730
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12066
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9046
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
1360
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4058
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1860
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5918
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
7650
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15870
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
243
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
181
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18581713
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_181
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18581713
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18582364
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18593818
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18605893
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18614966
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18645040
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18648199
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
18673003
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18673005
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18698836
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18652140
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18683880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18653760
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18680520
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18653640
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18684960
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18661980
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18682020
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12105
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3159
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3941
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1620
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5561
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
26760
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
20040
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
175
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
182
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18699011
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_182
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18699011
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18699670
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18711097
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18723137
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18732218
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18762294
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18767314
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
18791746
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
18791751
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18815977
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
18775650
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
18800010
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18791040
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18797490
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
18774150
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
18802110
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
18780750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
18798720
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12086
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12040
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9081
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30076
Reaction time (period between GO and SR)
RT
1./30000*s
int
5020
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8336
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
15390
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
23726
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6450
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17970
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
161
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
183
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18816138
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
191
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_183
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18816138
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18816739
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
18828215
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
18840264
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
18849311
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
18879392
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
18885371
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
18933065
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12077
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12049
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5979
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
184
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
18933216
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_184
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
18933216
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
18933808
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19001037
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
18941528
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
169
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
185
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19001206
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_185
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19001206
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19001801
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19013258
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19025305
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19034352
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19064432
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19067625
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
19090545
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19090548
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19114106
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19071120
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19098600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19072860
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19095900
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19072680
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19098090
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19076700
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19087320
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12052
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9047
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30080
Reaction time (period between GO and SR)
RT
1./30000*s
int
3193
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3495
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1740
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5235
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23040
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10620
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
226
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
186
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19114332
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_186
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19114332
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19114978
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19126425
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19138499
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19147608
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19177689
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19184423
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19213294
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
19222340
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19236883
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19187970
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19216980
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19189800
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19214130
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19191630
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19218060
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19201710
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19216200
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12093
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9109
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
6734
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3547
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1830
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5377
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24330
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14490
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
103
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
187
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19236986
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_187
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19236986
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19237581
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19249026
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19261107
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19270180
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19300255
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19304074
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19328224
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19351845
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19308150
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19335840
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19309710
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19332660
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19309530
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19337760
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19316640
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19333890
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12040
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30075
Reaction time (period between GO and SR)
RT
1./30000*s
int
3819
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4076
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1560
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5636
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17250
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
101
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
188
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19351946
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_188
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19351946
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19352569
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19363997
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19376072
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19385169
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19415243
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19418916
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
19441980
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19441982
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19465631
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19422870
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19450110
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19425390
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19428090
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19423830
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19451670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19430700
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19448670
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12051
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12075
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9097
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3673
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3954
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2520
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6474
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
2700
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17970
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
189
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19465781
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_189
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19465781
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19466359
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19477812
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19489886
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19498960
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19529034
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19534447
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
19556852
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19556854
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19580561
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19537680
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19565310
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19540020
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19562580
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19538580
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19565250
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19543950
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19560900
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12031
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9074
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5413
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3233
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2340
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5573
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22560
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16950
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
153
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
190
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19580714
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGHF
Trial_190
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19580714
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19581374
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19592851
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19604932
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19614005
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19644079
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19647332
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19670231
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
19679277
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19693795
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19651380
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19678560
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19653240
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19674390
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19652190
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19678620
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19657890
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19672320
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12137
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12081
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
3253
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4048
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1860
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5908
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21150
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14430
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
191
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19693946
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_191
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19693946
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19694545
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19706039
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19718080
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19727477
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19757708
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19763742
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19790639
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19814326
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19767060
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19795380
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19770600
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19792380
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19769100
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19796850
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19779390
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19794630
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12093
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9397
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30231
Reaction time (period between GO and SR)
RT
1./30000*s
int
6034
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3318
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3540
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6858
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21780
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15240
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
148
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
192
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19814474
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
163
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_192
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19814474
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19815160
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19826586
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
19891588
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
19832080
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12112
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
152
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
193
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
19891740
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_193
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
19891740
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
19892530
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
19903958
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
19916032
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
19925105
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
19955179
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
19959932
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
19981943
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
19981948
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20005634
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
19962930
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
19989270
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19964640
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19983810
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
19964670
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
19991670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
19969980
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
19987680
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12218
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
4753
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
2998
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1710
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
4708
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
19170
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17700
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
204
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
194
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20005838
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_194
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20005838
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20006464
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20017942
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20030022
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20039095
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20069169
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20074883
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
20097548
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20097553
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20121599
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20078280
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20106600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20080800
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20103090
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20079900
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20107890
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20092200
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20104950
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12104
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12080
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9073
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5714
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3397
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2520
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5917
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
22290
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12750
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
136
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
195
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20121735
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_195
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20121735
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20122392
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20133817
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20145862
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20154941
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20185015
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20187788
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
20210484
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20210486
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
20219530
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20234421
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20191380
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20219940
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20194350
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20211300
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20192820
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20220630
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20198280
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20217180
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12082
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12045
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9079
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
2773
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3592
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2970
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6562
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18900
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
196
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20234571
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_196
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20234571
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20235210
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20246635
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20258745
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20267786
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20297867
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20303367
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
20326850
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20326854
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
l101210-001.nev
20335897
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20351916
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20234580
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20383590
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20234760
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20352810
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20308440
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20338050
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20315550
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20335050
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12064
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12110
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9041
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5500
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-68787
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
180
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-68607
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
118050
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
19500
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
217
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
197
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20352133
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_197
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20352133
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20352747
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20364174
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20376250
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20385348
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20415422
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20421162
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20445300
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20468865
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20424660
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20453220
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20426430
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20450160
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20426370
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20454630
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20434350
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20448960
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12041
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12076
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9098
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30074
Reaction time (period between GO and SR)
RT
1./30000*s
int
5740
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3498
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1770
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5268
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23730
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14610
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
126
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
198
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20468991
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
161
Trial type of trial
TrialType
string
l101210-001.nev
NONE
Trial_198
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20468991
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20470170
Time when warning signal is activated.
WS-ON
1./30000*s
int
-1
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
-1
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
-1
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
-1
Time when the table switch is released.
SR
1./30000*s
int
-1
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
-1
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20542290
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
l101210-001.nev
20482607
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
-1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
False
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
-1
Time when target object is released
OR
1./30000*s
int
-1
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
-1
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
-1
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
-1
Time when object moved back to its baseline
OBB
1./30000*s
int
-1
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
-1
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
-1
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
-1
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
-1
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
-1
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
-1
Reaction time (period between GO and SR)
RT
1./30000*s
int
-1
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-1
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
-1
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-1
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
-1
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
-1
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
398
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
199
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20542688
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_199
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20542688
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20543410
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20554885
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20566933
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20576015
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20606087
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20609399
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20634463
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
l101210-001.nev
20643510
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20658027
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20639850
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20641620
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20640570
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20640900
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20614020
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20642100
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20626560
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20635530
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12197
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30072
Reaction time (period between GO and SR)
RT
1./30000*s
int
3312
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
30451
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
720
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
31171
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
330
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
8970
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
200
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20658177
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_200
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20658177
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20658808
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20670247
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20682294
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20691400
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20721448
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20724631
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
20746905
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20746910
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20770470
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20728050
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20755680
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20730330
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20740890
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20728830
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20756340
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20735280
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20748960
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12070
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12047
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9106
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30048
Reaction time (period between GO and SR)
RT
1./30000*s
int
3183
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3419
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2280
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5699
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10560
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13680
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
243
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
201
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20770713
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_201
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20770713
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20771366
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20782792
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20794834
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20804029
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20834110
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20839723
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
-1
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20862479
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20886463
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20843460
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20871780
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20846010
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20863320
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20845380
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20872890
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20848620
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20870610
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12079
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12042
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9195
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
5613
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3737
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2550
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6287
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17310
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
21990
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
225
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
202
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20886688
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGLF
Trial_202
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20886688
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20887260
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
20898738
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
20910786
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
20919866
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
20949968
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
20951848
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
20974125
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
20974129
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
20997770
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
20956050
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
20982210
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20957400
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20979360
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
20956560
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
20983680
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
20962830
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
20980500
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12050
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12048
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9080
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30102
Reaction time (period between GO and SR)
RT
1./30000*s
int
1880
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4202
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1350
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
5552
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21960
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17670
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
151
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
203
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
20997921
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
PGHF
Trial_203
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
20997921
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
20998501
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
21009953
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
21021993
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
21031074
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
21061278
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
21064710
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
21088702
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
21088706
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
21112231
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
21068730
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
21096540
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
21071820
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
21093270
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
21069510
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
21096480
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
21077940
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
21091680
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12032
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12040
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9081
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30204
Reaction time (period between GO and SR)
RT
1./30000*s
int
3432
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
4020
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3090
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
7110
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21450
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13740
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
244
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
l101210-001.nev
204
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
l101210-001.nev
21112475
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
l101210-001.nev
255
Trial type of trial
TrialType
string
l101210-001.nev
SGLF
Trial_204
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
l101210-001.nev
21112475
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
l101210-001.nev
21113049
Time when warning signal is activated.
WS-ON
1./30000*s
int
l101210-001.nev
21124489
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
l101210-001.nev
21136563
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
l101210-001.nev
21145603
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
l101210-001.nev
21175684
Time when the table switch is released.
SR
1./30000*s
int
l101210-001.nev
21179381
Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored.
SR-REP
1./30000*s
int
l101210-001.nev
21202727
Time when reward pump is activated
RW-ON
1./30000*s
int
l101210-001.nev
21202729
Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored.
RW-ON-REP
1./30000*s
int
-1
Time when reward pump is deactivated
RW-OFF
1./30000*s
int
-1
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
l101210-001.nev
21226518
Time when error flash was shown as negative feedback in response to an error trial
ERROR-FLASH-ON
1./30000*s
int
-1
DigitalEvents
recording/task/trial/events
Information on analogue trial events
Channel ID index of force sensor used in grip force detection
UsedForceSensor
int
fe_l101210-001_time_markers.mat
1
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_l101210-001_time_markers.mat
True
AnalogEvents
Information on analogue events detected with grip force signals
Time when target object is touched
OT
1./30000*s
int
fe_l101210-001_time_markers.mat
21182970
Time when target object is released
OR
1./30000*s
int
fe_l101210-001_time_markers.mat
21211530
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
21186000
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
21200250
GripForceSignals
recording/task/trial/events
Information on analogue events detected with object displacement signal
Time when object first starts to move
DO
1./30000*s
int
fe_l101210-001_time_markers.mat
21184500
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_l101210-001_time_markers.mat
21212730
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_l101210-001_time_markers.mat
21195780
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_l101210-001_time_markers.mat
21209520
DisplacementSignal
recording/task/trial/events
recording/task/trial/events
Information on trial periods
Duration of start period (period between TS and WS-ON)
STP
1./30000*s
int
12014
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12074
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9040
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30081
Reaction time (period between GO and SR)
RT
1./30000*s
int
3697
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
3589
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3030
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
6619
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14250
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13740
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
-1
Periods
recording/task/trial/periods
recording/task/trial
recording/task
recording
Information on preprocessing performed on the data, e.g., rejections of trial and electrodes, spike sorting.
List of identifiers of different frequency bands for which an analysis to determine trials and electrodes to be rejected were performed.
LFPBands
string
[HFC,LFC,IFC]
PreProcessing
Information on rejected trials and rejected electrodes based on LFPs filtered in the HFC band
High cut frequency of rejection filter
Highcut
Hz
float
l101210-001_rej_060Hz-250Hz-05o.hdf5
250.0
Low cut frequency of rejection filter
Lowcut
Hz
float
l101210-001_rej_060Hz-250Hz-05o.hdf5
60.0
Order of rejection filter
Order
int
l101210-001_rej_060Hz-250Hz-05o.hdf5
5
ID list of rejected electrodes
RejElectrodes
int
l101210-001_rej_060Hz-250Hz-05o.hdf5
-1
ID list of rejected trials
RejTrials
int
l101210-001_rej_060Hz-250Hz-05o.hdf5
-1
HFC
subject/preparation
Information on rejected trials and rejected electrodes based on LFPs filtered in the LFC band
High cut frequency of rejection filter
Highcut
Hz
float
l101210-001_rej_003Hz-010Hz-03o.hdf5
10.0
Low cut frequency of rejection filter
Lowcut
Hz
float
l101210-001_rej_003Hz-010Hz-03o.hdf5
3.0
Order of rejection filter
Order
int
l101210-001_rej_003Hz-010Hz-03o.hdf5
3
ID list of rejected electrodes
RejElectrodes
int
l101210-001_rej_003Hz-010Hz-03o.hdf5
-1
ID list of rejected trials
RejTrials
int
l101210-001_rej_003Hz-010Hz-03o.hdf5
-1
LFC
subject/preparation
Information on rejected trials and rejected electrodes based on LFPs filtered in the IFC band
High cut frequency of rejection filter
Highcut
Hz
float
l101210-001_rej_012Hz-040Hz-03o.hdf5
40.0
Low cut frequency of rejection filter
Lowcut
Hz
float
l101210-001_rej_012Hz-040Hz-03o.hdf5
12.0
Order of rejection filter
Order
int
l101210-001_rej_012Hz-040Hz-03o.hdf5
3
ID list of rejected electrodes
RejElectrodes
int
l101210-001_rej_012Hz-040Hz-03o.hdf5
[2,4,29]
ID list of rejected trials
RejTrials
int
l101210-001_rej_012Hz-040Hz-03o.hdf5
[139,117,102,8,45,66,80,136,140,146,173,178,200,106,177,195]
IFC
subject/preparation
Information on spike sorting
Software used to perform offline spike sorting
Software
string
Plexon Offline Spike Sorter
Software version used to perform offline spike sorting
SoftwareVersion
string
3.3
Name of the person who performed the sorting
ResponsiblePerson
string
Alexa Riehle
IDs of sorting versions available for this dataset
Sortings
string
-02
OfflineSpikeSorting
Information on one particular spike sorting of the data
File containing results of offline spike sorting
Filename
string
l101210-001-02
Clustering method(s) used for sorting
Method
string
[K-Means,Valley-Seeking]
Level of supervision of the method (manual/semi-automatic/automatic)
MethodType
string
semi-automatic
Threshold used to remove outliers from the unit clusters
OutlierThreshold
float
[0.8,2.0]
Total number of offline sorted SUA units
TotalNum_SUAs
int
93
Total number of offline sorted MUA units
TotalNum_MUAs
int
49
Unit ID(s) reserved for noise in the offline spike sorting
NoiseUnitIDs
int
[0,255]
Minimum percentage of channels with a synchronously detected spike events used to reject these spike events
SyncChannelLimit
int
70
Sorting-02
subject/preparation
subject/preparation
preprocessing
0.1
Lyuba Zehl