2017-07-14
Information on the experimental setup
Location of the setup
Location
string
Inst. de Neurosciences de la Timone (INT), UMR 7289, 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_N
Short identifier for monkey (e.g., used in file names)
Identifier
string
i
Gender (male or female)
Gender
string
male
Date of birth
Birthday
date
2008-05-17
Trained hand (left and/or right)
ActiveHand
string
left
Comment on existing disabilities
Disabilities
text
-
Comment on the general character/personality
Character
text
Calm, but overall not really motivated. Less attentive.
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
2013-09-01
End date of training
End
date
2014-05-01
Comment on training
Comment
string
Initial, but also second training was difficult. Learned task slowly. Correct object load identification was never reliable.
Training
subject/preparation
Information on the array implant performed on subject
Date of the surgery
Date
date
2014-05-22
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
239.0
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
1000.0
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
[ns2,ns6]
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
250.0
High pass order used
HighPassOrder
int
1
Low pass order used
LowPassOrder
int
4
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
2.1
Filter_ns2
setup/daq
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_ns6
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
5000.0
High pass order used
HighPassOrder
int
2
Low pass order used
LowPassOrder
int
2
Filter
setup/daq
Information on the recorded spike waveforms of the spike detection
Waveform window width
Width
ms
float
1.3
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
8596-001139
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
93
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
73.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-272.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14348
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
491.863744076
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
3.91557060153
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
952
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
763.106092437
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
5.93768897126
Unit_02
setup/daq
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
92.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-264.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9003
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
430.837054315
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
3.60749734971
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
646
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1066.36687307
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
700.0
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
7.74666217363
Unit_02
setup/daq
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
68.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-208.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14183
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
400.348092787
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
3.94991483607
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3681
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
252.267046998
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
866.666666667
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
2.28215476098
Unit_02
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
95
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
67.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-244.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12669
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
825.665956271
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
7.95996923867
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3430
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
344.171137026
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
3.22639497681
Unit_02
setup/daq
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
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-228.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1691
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
358.978710822
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
3.76482562268
Unit_01
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
57.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-228.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13496
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
428.548755187
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
3.3927047162
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
41507
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
663.300864914
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
5.91829156059
Unit_02
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
51.0
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
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-196.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
27570
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
597.459158506
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
5.32769253181
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8297
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
578.290104857
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
4.07390131351
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
61.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
4
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-204.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15066
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
758.976901633
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
7.99057405987
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6825
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
452.025054945
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
4.19033762465
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11368
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
515.291959887
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
5.35642299457
Unit_03
setup/daq
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
72.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-196.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8158
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
345.839544006
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
700.0
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
3.66980956648
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4466
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
256.746305419
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
2.60568760168
Unit_02
setup/daq
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
57.0
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
i140703-001.nev
-208.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5815
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
300.522957868
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
2.77264267241
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
46.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-160.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5884
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
255.168252889
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
3.26297248465
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2006
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
260.771684945
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
700.0
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
3.08099759595
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
142
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
636.471830986
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
6.90096220193
Unit_03
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
41.0
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
i140703-001.nev
-184.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18029
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
370.269732098
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
4.63977367779
Unit_01
setup/daq
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
69.0
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]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-292.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3469
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1210.72066878
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
11.000281733
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
454
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
655.136563877
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
5.45852414673
Unit_02
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
44.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-260.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18221
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
3259.86021623
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
15.7399354644
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10520
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
474.641159696
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
666.666666667
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
3.85545426443
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3198
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
271.048467792
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
800.0
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
1.62562682207
Unit_03
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
51.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-248.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
20291
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
704.53678971
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
8.56163272592
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
46.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-224.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16603
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
466.461904475
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
4.53139497667
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9332
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
393.08819117
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
3.17589715619
Unit_02
setup/daq
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
61.0
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
i140703-001.nev
-156.0
OfflineSpikeSorting
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
90
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
47.0
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
[1,2,3,4]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-236.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3602
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1554.60744031
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
11.5939190658
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4668
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
856.883890317
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
6.96389685072
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12982
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
800.466646125
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
7.63779659307
Unit_03
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2564
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
369.664196568
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
2.20078582536
Unit_04
setup/daq
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
47.0
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
i140703-001.nev
-132.0
OfflineSpikeSorting
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
44.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-308.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
28940
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
613.101900484
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
4.97122282763
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
42.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-268.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2416
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
448.544701987
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
4.40322963316
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
213
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
822.460093897
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
6.95899480973
Unit_02
setup/daq
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
80
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
43.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-388.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6232
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
2201.45234275
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
10.0125966153
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17860
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
800.790145577
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
6.48371162123
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6787
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
586.486665684
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
4.11055596922
Unit_03
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
41.0
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
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-296.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1524
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
584.498687664
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
4.97108472342
Unit_01
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
48.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-356.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9124
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
784.013919334
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
4.77044975572
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
20321
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
576.28413956
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
3.32243444941
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
48.0
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
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-228.0
OfflineSpikeSorting
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
45.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-364.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7070
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
570.348797737
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
4.30019511545
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9114
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
719.975312706
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
5.52970924027
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9605
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
612.358355023
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
4.66647673551
Unit_03
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
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-400.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13196
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1035.30698697
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
7.0701111695
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6066
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
605.091823277
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
4.84511388407
Unit_02
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
44.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-356.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
23905
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
615.515749843
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
4.75562068059
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16496
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
804.628273521
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
5.2206630555
Unit_02
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
46.0
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
i140703-001.nev
-336.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18099
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
565.076578817
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
4.24127296812
Unit_01
setup/daq
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
45.0
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
[1,2,3,4]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-184.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5631
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
626.925235305
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
6.45167124922
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13873
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
428.609313054
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
4.96091291077
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8084
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
244.612444334
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
2.64137892523
Unit_03
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7465
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
351.001473543
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
3.70780275132
Unit_04
setup/daq
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
52.0
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
i140703-001.nev
-312.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19454
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
553.582245297
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
3.92670156618
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
51.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-284.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11530
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
769.832523851
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
7.24821643545
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6342
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
429.798170924
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
4.42515022398
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2537
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
481.692550256
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
4.17925876783
Unit_03
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
52.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
4
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-168.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6360
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
549.782861635
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
5.27274207784
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4107
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
707.763087412
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
6.1334184344
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11597
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
333.879537812
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
3.48755394179
Unit_03
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
69.0
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
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-176.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2569
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
265.943557805
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
700.0
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
3.6160282649
Unit_01
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
60.0
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
i140703-001.nev
-168.0
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
76.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-232.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
41293
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
697.425205241
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
7.57772904001
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8411
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
404.49292593
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
4.17791661729
Unit_02
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
48.0
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
i140703-001.nev
-132.0
OfflineSpikeSorting
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
58.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-192.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
103
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
615.067961165
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
8.05337060486
Unit_01
setup/daq
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
315.368318756
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
4.77187325609
Unit_02
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
47.0
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
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-100.0
OfflineSpikeSorting
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
54.0
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
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-184.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7561
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
811.684433276
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
9.35131863254
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2707
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
400.80642778
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
4.75591129237
Unit_02
setup/daq
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
47.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-192.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6386
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
367.609927967
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
4.94809949619
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
57.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-212.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16046
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
442.729589929
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
4.77249625007
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16155
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
441.934199938
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
4.67610410193
Unit_02
setup/daq
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
56.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-224.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9741
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
432.057283646
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
4.99236248449
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5733
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
334.520669806
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
3.7378337679
Unit_02
setup/daq
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
57.0
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
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-184.0
OfflineSpikeSorting
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
53.0
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
i140703-001.nev
-176.0
OfflineSpikeSorting
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
53.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-220.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1361
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
313.381337252
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
2.90257497914
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
49.0
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
i140703-001.nev
-196.0
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
47.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-268.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
23747
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1047.25245294
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
8.95186559349
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
22163
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
835.566078599
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
7.2652551449
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3158
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
418.875237492
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
733.333333333
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
2.82744222709
Unit_03
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
67.0
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
i140703-001.nev
-308.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3457
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
635.805611802
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
6.65691269975
Unit_01
setup/daq
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
57.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-296.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18067
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1230.97453922
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
9.54389901078
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9659
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
491.560513511
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
3.94397311104
Unit_02
setup/daq
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
51.0
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
i140703-001.nev
-200.0
OfflineSpikeSorting
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
50.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-432.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5271
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
4371.9047619
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
14.2467819404
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11967
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1703.04938581
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
9.70108817323
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13312
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
860.357572115
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
4.87682476752
Unit_03
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
57.0
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
i140703-001.nev
-164.0
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
52.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-164.0
OfflineSpikeSorting
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
45.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-220.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14707
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
423.883524852
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
4.36312605238
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14577
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
544.577004871
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
5.74902586697
Unit_02
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
46.0
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
i140703-001.nev
-252.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
18630
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1089.09307568
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
8.28596824861
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12144
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
432.817687747
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
3.66033953659
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
62.0
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
i140703-001.nev
-232.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4711
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
390.394820633
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
3.63231637491
Unit_01
setup/daq
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
64.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-300.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4500
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
530.326888889
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
3.89342139066
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10471
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
456.819214975
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
4.25713776927
Unit_02
setup/daq
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
55.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-280.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
20819
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
611.409193525
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
5.68963505681
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1303
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
470.004604758
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
3.80038995471
Unit_02
setup/daq
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
57.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-280.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
26897
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
608.957950701
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
4.93181926103
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
21671
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
497.724793503
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
3.95147219973
Unit_02
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
49.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-280.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17936
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
426.898137823
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
3.48901504836
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9264
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
548.113989637
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
4.10538201589
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
57.0
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
[1,2,3,4]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-208.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15503
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
820.65026124
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
7.2340052582
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12344
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
587.588139987
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
4.90268529946
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11646
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
294.764811953
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
2.49475093758
Unit_03
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12885
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
483.360341482
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
4.20641965333
Unit_04
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
60.0
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
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-228.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10066
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
837.356149414
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
7.7226916097
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7262
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
560.063618838
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
4.41192566232
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
62.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-256.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10029
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
377.591684116
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
3.56121051473
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
6699
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
464.306165099
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
3.89102800494
Unit_02
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
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
81
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
58.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-256.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4597
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
541.125299108
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
5.06952576907
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2673
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
377.870183315
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
3.45518293783
Unit_02
setup/daq
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
49.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-208.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
21623
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
531.573278453
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
5.2948243893
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
11325
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
436.465342163
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
666.666666667
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
3.44721265728
Unit_02
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
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
71
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
58.0
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
i140703-001.nev
-184.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3575
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
312.95020979
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
3.85291998134
Unit_01
setup/daq
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
71.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-148.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3763
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
311.154929577
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
3.84029911144
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1836
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
194.688997821
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
800.0
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
2.37430575011
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
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
61
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
64.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-176.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12105
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
340.496323833
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
4.15915393872
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12918
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
270.378464159
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
3.29968755788
Unit_02
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
57.0
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
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-104.0
OfflineSpikeSorting
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
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
51
Pre-implantation impedance
Impedance
kΩ
float
electrodes_info.txt
59.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-352.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19617
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
930.921394709
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
6.95201320767
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5627
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
695.296072508
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
4.33582714471
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
55.0
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
i140703-001.nev
-208.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5967
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
341.94335512
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
3.39258039815
Unit_01
setup/daq
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
50.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-416.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19308
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
3375.99425109
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
11.9889863373
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15250
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
819.577639344
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
4.13902350643
Unit_02
setup/daq
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
60.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-148.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17874
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
413.058576704
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
4.57124527648
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14950
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
208.970568562
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
2.28904528727
Unit_02
setup/daq
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
61.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-504.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15452
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
1311.38842868
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
8.14033144301
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2799
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
768.346909611
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
4.06536652223
Unit_02
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
56.0
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
IDs of multi unit activity
MUAID
int
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-224.0
OfflineSpikeSorting
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
50.0
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]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-380.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
14530
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
676.886992429
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
4.68575206926
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4790
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
681.880793319
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
4.07934387445
Unit_02
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
65.0
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
i140703-001.nev
-260.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19489
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
785.703063266
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
7.50911635134
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2334
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
436.439588689
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
3.92264995067
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
[1,2,3]
IDs of multi unit activity
MUAID
int
4
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-284.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12137
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
852.853093845
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
6.17868364876
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
24553
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
537.559239197
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
3.78946535468
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13469
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
837.673398174
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
6.08165208858
Unit_03
setup/daq
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
59.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-252.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
7669
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
428.266136393
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
4.30583004644
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
5550
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
380.023783784
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
4.20967448096
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
62.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-228.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
15969
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
671.276473167
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
5.80501307302
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16161
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
397.600210383
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
3.29836784284
Unit_02
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
53.0
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
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-168.0
OfflineSpikeSorting
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
49.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-292.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
21546
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
580.365497076
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
4.81859835438
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
16345
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
664.808626491
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
5.19122257609
Unit_02
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
58.0
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
1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-160.0
OfflineSpikeSorting
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
i140703-001.nev
-308.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
12334
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
2119.88811416
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
12.8977023882
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
17464
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
583.193770041
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
4.19060999067
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
92.0
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
[1,2]
IDs of multi unit activity
MUAID
int
3
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-200.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10658
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
440.575154813
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
666.666666667
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
4.98833326156
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
729
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
381.908093278
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
4.55035843668
Unit_02
setup/daq
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
56.0
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
i140703-001.nev
-208.0
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
73.0
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
i140703-001.nev
-236.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
9706
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
428.203276324
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
4.54617620832
Unit_01
setup/daq
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
56.0
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
i140703-001.nev
-212.0
OfflineSpikeSorting
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
48.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-224.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3990
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
370.437844612
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
4.1811429658
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
56.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-192.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
13303
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
520.744193039
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
5.92184852345
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
19300
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
365.371968912
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
3.95769786644
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2462
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
808.848497157
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
8.20447237863
Unit_03
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
47.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-228.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4111
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
767.233033325
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
7.40405085255
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
1455
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
320.127147766
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
600.0
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
3.00078526924
Unit_02
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
56.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-200.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3369
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
378.589789255
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
633.333333333
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
3.87943107306
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
4677
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
277.022877913
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
2.82207111016
Unit_02
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
49.0
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
[1,2]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-200.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8553
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
607.754238279
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
533.333333333
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
7.00368908257
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
3899
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
291.44652475
Measured averaged duration of spike waveforms unit
SpikeDuration
us
float
566.666666667
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
2.62270381146
Unit_02
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
51.0
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
[1,2,3]
IDs of multi unit activity
MUAID
int
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-236.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
10519
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
859.677345755
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
9.11689931957
Unit_01
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8829
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
424.251444105
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
5.73941706334
Unit_02
setup/daq
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
2207
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
331.828726778
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
3.91980919193
Unit_03
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
55.0
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
-1
IDs for rejected units
NoiseIDs
int
[0,255]
Threshold used for spike detection
SpikeThreshold
mV
float
i140703-001.nev
-240.0
OfflineSpikeSorting
Information on the waveforms of the corresponding unit
Number of extracted waveforms (spikes) for unit
SpikeCount
int
8113
Measured averaged amplitude of spike waveforms for unit
SpikeAmplitude
mV
float
406.115986688
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
4.48632293026
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
PatientCable
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
i140703
Identifier of the recording
Recording
string
i140703-001
Date of session
Date
date
2014-07-03
Weekday of session
Weekday
string
Thursday
Time of day when recording was started
Time
time
10:40:59
Duration of recording
Duration
s
int
1003.212
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
-
Recording
Information on task settings
Total number of trials
TotalTrialCount
int
161
Number of correctly performed trials
CorrectTrialCount
int
142
Number of trials where the monkey made a grip error.
GripErrorTrialCount
int
10
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
i140703-001.nev
1
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
39424
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_001
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
39424
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
51491
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
63532
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
72614
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
102672
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
108766
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
i140703-001.nev
136071
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
i140703-001.nev
144917
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
144918
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
117330
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
152490
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
119310
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
127560
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_i140703-001_time_markers.mat
118110
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
149610
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
122070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
134190
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
12041
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6094
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8564
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
10544
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8250
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12120
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
2
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
213943
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_002
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
213943
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
226010
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
238080
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
247103
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
277161
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
277812
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
i140703-001.nev
303647
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
i140703-001.nev
315071
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
i140703-001.nev
315072
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
285720
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
319950
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
287790
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
298200
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_i140703-001_time_markers.mat
286350
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
315330
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
289500
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
301530
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
651
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
7908
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
9978
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10410
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12030
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
3
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
384096
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
159
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_003
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
384096
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
396222
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
408234
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
417257
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
447315
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
i140703-001.nev
507375
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
12126
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
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
68994
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
4
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
576369
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_004
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
576369
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
588436
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
600507
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
609529
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
639587
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
645743
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
i140703-001.nev
672986
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
672987
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
i140703-001.nev
681775
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
654810
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
687930
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
657150
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
666750
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_i140703-001_time_markers.mat
655320
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
687960
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
658590
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
672630
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9022
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6156
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9067
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
11407
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9600
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
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
5
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
750801
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_005
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
750801
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
762867
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
774937
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
783960
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
813989
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
816223
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
i140703-001.nev
843492
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
i140703-001.nev
854155
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
825600
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
865710
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
827700
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
839190
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_i140703-001_time_markers.mat
826110
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
866400
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
828960
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
845310
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
2234
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9377
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
11477
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11490
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16350
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
6
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
923179
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_006
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
923179
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
935247
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
947259
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
956311
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
986369
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
992880
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
i140703-001.nev
1021410
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
i140703-001.nev
1030021
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
1030022
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
1002390
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
1042680
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1004640
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1012200
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_i140703-001_time_markers.mat
1003260
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
1035630
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1007460
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1020360
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6511
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9510
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
11760
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
7560
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12900
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
71953
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
7
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
1101975
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_007
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
1101975
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
1114044
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
1126055
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
1135136
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
1165166
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
1171499
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
i140703-001.nev
1190423
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
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
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
6333
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
71455
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
8
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
1261878
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_008
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
1261878
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
1273943
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
1285954
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
1295037
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
1325095
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
1326210
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
i140703-001.nev
1352869
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
i140703-001.nev
1364059
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
1364060
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
1334880
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
1367310
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1336650
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1344120
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_i140703-001_time_markers.mat
1335420
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
1356930
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1338840
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1350060
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
12065
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9083
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
1115
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8670
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
10440
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
7470
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11220
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
9
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
1433084
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_009
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
1433084
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
1445151
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
1457163
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
1466245
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
1496303
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
1501349
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
i140703-001.nev
1528882
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
i140703-001.nev
1538197
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
1511070
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
1542270
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1513050
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1526610
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_i140703-001_time_markers.mat
1511970
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
1544430
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1514670
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1528680
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
12012
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
5046
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9721
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
11701
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13560
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
76296
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
10
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
1614493
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_010
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
1614493
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
1626555
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
1638566
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
1647649
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
1677707
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
1681579
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
i140703-001.nev
1708235
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
1708236
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
i140703-001.nev
1718136
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
1690200
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
1733640
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1693320
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1706010
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_i140703-001_time_markers.mat
1690710
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
1725690
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1693830
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1708620
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
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9083
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
3872
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8621
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3120
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
11741
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12690
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
68996
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
11
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
1787132
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_011
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
1787132
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
1799199
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
1811269
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
1820292
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
1850350
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
1856306
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
i140703-001.nev
1883838
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
i140703-001.nev
1892743
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
1865910
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
1904760
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1867980
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1879260
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_i140703-001_time_markers.mat
1866900
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
1900410
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
1869510
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
1885350
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
5956
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9604
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
11674
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11280
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
68995
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
12
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
1961738
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_012
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
1961738
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
1973805
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
1985817
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
1994899
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
2024927
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
2030966
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
i140703-001.nev
2058093
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
i140703-001.nev
2066940
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
2039850
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
2080320
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2042340
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2054250
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_i140703-001_time_markers.mat
2040660
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
2081670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2043630
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2059320
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
12012
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
30028
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
8884
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
11374
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11910
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15690
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69465
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
13
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
2136405
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_013
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
2136405
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
2148500
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
2160570
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
2169593
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
2199652
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
2206101
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
i140703-001.nev
2233637
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
i140703-001.nev
2242307
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
2214960
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
2254530
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2216940
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2227890
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_i140703-001_time_markers.mat
2215650
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
2238030
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2219910
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2230350
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
6449
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8859
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
10839
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10440
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
14
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
2311332
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_014
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
2311332
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
2323399
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
2335470
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
2344493
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
2374552
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
2381353
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
i140703-001.nev
2410353
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
2410354
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
i140703-001.nev
2418848
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
i140703-001.nev
2418849
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
2392110
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
2422230
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2394870
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2403900
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_i140703-001_time_markers.mat
2393010
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
2419950
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2396100
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2409750
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
6801
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10757
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
13517
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
13650
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
70668
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
15
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
2489517
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_015
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
2489517
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
2501610
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
2513680
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
2522704
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
2552761
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
2559089
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
i140703-001.nev
2584754
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
i140703-001.nev
2593454
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
2566680
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
2607870
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2568240
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2577990
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_i140703-001_time_markers.mat
2567430
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
2598990
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2570640
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2581410
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30057
Reaction time (period between GO and SR)
RT
1./30000*s
int
6328
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
7591
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
9151
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9750
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10770
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
82798
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
16
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
2676252
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_016
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
2676252
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
2688316
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
2700357
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
2709380
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
2739409
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
2745448
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
i140703-001.nev
2776148
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
i140703-001.nev
2784995
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
2756100
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
2797890
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2757210
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2765460
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_i140703-001_time_markers.mat
2757240
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
2790810
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2762130
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2775150
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
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
10652
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1110
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
11762
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8250
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
86191
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
17
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
2871186
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_017
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
2871186
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
2883254
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
2895324
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
2904348
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
2934377
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
2936958
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
i140703-001.nev
2967102
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
2967103
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
i140703-001.nev
2977648
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
2947920
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
2981280
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2949210
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2958960
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_i140703-001_time_markers.mat
2949000
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
2976780
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
2953170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
2964180
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
2581
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10962
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1290
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
12252
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9750
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11010
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
83556
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
18
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
3061204
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_018
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
3061204
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
3073271
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
3085312
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
3094335
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
3124364
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
3130994
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
i140703-001.nev
3159814
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
i140703-001.nev
3168426
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
3141480
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
3172320
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3142680
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3149070
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_i140703-001_time_markers.mat
3142290
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
3171780
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3145590
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3159120
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
6630
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10486
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
11686
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6390
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13530
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
85581
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
19
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
3254007
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_019
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
3254007
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
3266129
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
3278141
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
3287164
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
3317222
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
3322736
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
i140703-001.nev
3353229
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
i140703-001.nev
3362368
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
3335100
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
3370560
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3336960
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3345270
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_i140703-001_time_markers.mat
3335970
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
3368490
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3339210
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3353580
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
12122
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
5514
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12364
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
14224
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8310
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14370
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
72334
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
20
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
3434702
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_020
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
3434702
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
3446771
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
3458841
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
3467864
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
3497923
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
3506545
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
i140703-001.nev
3536245
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
i140703-001.nev
3543861
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
3517920
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
3554160
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3521130
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3527970
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_i140703-001_time_markers.mat
3519180
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
3551430
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3521940
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3536310
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8622
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11375
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
14585
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6840
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14370
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
84431
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
21
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
3628292
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_021
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
3628292
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
3640362
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
3652432
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
3661484
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
3691514
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
3696323
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
i140703-001.nev
3726407
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
i140703-001.nev
3735839
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
3705870
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
3746070
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3707850
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3717660
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_i140703-001_time_markers.mat
3707790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
3738150
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3712350
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3722880
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
4809
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9547
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
11527
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9810
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10530
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
82976
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
22
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
3818815
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_022
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
3818815
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
3830906
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
3842976
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
3851999
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
3882029
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
3887891
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
i140703-001.nev
3917393
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
i140703-001.nev
3921197
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
3898860
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
3937470
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3901320
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3916320
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_i140703-001_time_markers.mat
3899700
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
3924090
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
3904530
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
3912930
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
12091
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
5862
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10969
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
13429
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15000
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
8400
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
89414
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
23
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
4010611
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_023
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
4010611
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
4022680
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
4034721
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
4043803
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
4073861
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
4081833
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
i140703-001.nev
4110601
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
i140703-001.nev
4118509
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
4118510
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
4091340
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
4131330
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4095870
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4102470
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_i140703-001_time_markers.mat
4092330
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
4126650
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4096590
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4105890
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
12069
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
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7972
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9507
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
4530
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
14037
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6600
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9300
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
83175
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
24
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
4201685
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_024
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
4201685
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
4213751
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
4225792
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
4234874
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
4264933
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
4270326
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
i140703-001.nev
4300588
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
i140703-001.nev
4309756
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
4309757
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
4281600
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
4321920
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4284120
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4297950
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_i140703-001_time_markers.mat
4282260
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
4316820
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4286760
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4297650
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
12041
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
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
5393
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11274
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
13794
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13830
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10890
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
25
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
4378782
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_025
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
4378782
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
4390849
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
4402889
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
4411912
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
4441971
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
4449214
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
i140703-001.nev
4478329
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
4478330
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
i140703-001.nev
4486648
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
4460040
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
4496550
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4462050
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4470420
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_i140703-001_time_markers.mat
4460670
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
4494300
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4464390
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4475040
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
12040
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7243
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10826
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
12836
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8370
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10650
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68997
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
26
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
4555645
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_026
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
4555645
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
4567711
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
4579723
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
4588805
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
4618863
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
4626719
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
i140703-001.nev
4656833
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
4656834
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
i140703-001.nev
4664859
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
4638480
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
4674030
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4641240
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4653840
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_i140703-001_time_markers.mat
4639020
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
4662780
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4642620
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4655070
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
12012
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7856
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11761
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
14521
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12600
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12450
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
115463
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
27
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
4780322
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_027
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
4780322
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
4792415
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
4804426
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
4813449
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
4843508
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
4848494
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
i140703-001.nev
4877493
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
4877494
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
i140703-001.nev
4886867
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
4858740
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
4898880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4860870
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4871670
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_i140703-001_time_markers.mat
4860270
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
4892700
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
4863360
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
4876620
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
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
4986
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10246
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
12376
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10800
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13260
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
28
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
4955891
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_028
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
4955891
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
4967959
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
4980029
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
4989052
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
5019081
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
5027521
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
i140703-001.nev
5057138
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
i140703-001.nev
5064872
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
5038320
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
5076000
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
5041680
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
5048640
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_i140703-001_time_markers.mat
5039550
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
5065530
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
5043000
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
5052660
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
8440
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10799
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
14159
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6960
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9660
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68995
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
29
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
5133867
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_029
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
5133867
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
5145934
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
5158005
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
5167028
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
5197057
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
5204269
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
i140703-001.nev
5234851
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
i140703-001.nev
5234852
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
i140703-001.nev
5243170
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
5216280
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
5247630
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
5218350
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
5225130
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_i140703-001_time_markers.mat
5217000
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
5240430
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
5220750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
5232630
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
7212
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12011
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
14081
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6780
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11880
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
95599
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
30
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
5338769
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_030
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
5338769
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
5350834
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
5362904
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
5371928
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
5401986
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
5409258
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
i140703-001.nev
5439310
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
i140703-001.nev
5447630
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
5421060
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
5451690
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
5423400
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
5430210
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_i140703-001_time_markers.mat
5422050
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
5445150
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
5425200
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
5437680
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
12065
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7272
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11802
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
14142
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
6810
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12480
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
92231
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
31
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
5539861
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_031
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
5539861
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
5551925
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
5563995
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
5573018
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
5603076
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
5663135
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
i140703-001.nev
5663136
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
12064
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
60059
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
32
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
5732160
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_032
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
5732160
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
5744256
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
5756297
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
5765320
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
5795349
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
5855407
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
i140703-001.nev
5855408
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
12096
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
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
60058
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
33
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
5924432
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_033
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
5924432
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
5936499
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
5948540
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
5957593
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
5987651
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
5994631
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
i140703-001.nev
6026031
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
6026032
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
i140703-001.nev
6034437
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
6005700
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
6046110
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6007110
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6019860
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_i140703-001_time_markers.mat
6006990
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
6042510
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6012330
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6024420
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9053
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6980
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11069
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
12479
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12750
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12090
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69756
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
34
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
6104193
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
159
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_034
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
6104193
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
6116262
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
6128274
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
6137355
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
6167414
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
i140703-001.nev
6227443
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
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
30059
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
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
35
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
6296468
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_035
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
6296468
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
6308593
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
6320605
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
6329629
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
6359656
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
6366337
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
i140703-001.nev
6396249
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
6396250
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
i140703-001.nev
6404803
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
6377700
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
6417060
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6379800
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6390210
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_i140703-001_time_markers.mat
6378570
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
6411390
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6382350
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6394200
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
12125
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30027
Reaction time (period between GO and SR)
RT
1./30000*s
int
6681
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11363
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
13463
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10410
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11850
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
36
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
6473827
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_036
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
6473827
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
6485895
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
6497965
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
6506988
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
6537046
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
6540508
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
i140703-001.nev
6571412
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
i140703-001.nev
6581489
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
6552600
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
6594600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6555480
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6567720
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_i140703-001_time_markers.mat
6553890
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
6586590
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6557160
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6570750
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
3462
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12092
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
14972
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12240
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13590
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
98262
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
37
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
6679751
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_037
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
6679751
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
6691819
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
6703890
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
6712913
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
6742942
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
6748336
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
i140703-001.nev
6778041
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
i140703-001.nev
6787181
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
6759540
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
6806940
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6761280
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6771510
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_i140703-001_time_markers.mat
6760710
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
6795330
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6764040
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6776970
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
5394
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11204
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
12944
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10230
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12930
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
89944
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
38
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
6877125
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_038
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
6877125
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
6889189
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
6901260
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
6910283
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
6940341
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
6945267
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
i140703-001.nev
6976319
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
i140703-001.nev
6985692
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
6957480
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
7002330
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6959850
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6972780
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_i140703-001_time_markers.mat
6958920
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
6991290
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
6962070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
6976170
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
4926
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12213
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
14583
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12930
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14100
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
84959
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
39
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
7070651
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_039
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
7070651
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
7082722
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
7094733
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
7103815
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
7133873
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
7138218
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
i140703-001.nev
7169323
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
i140703-001.nev
7178991
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
7149930
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
7196070
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7151970
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7165320
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_i140703-001_time_markers.mat
7150590
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
7186050
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7155750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7168740
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
12071
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
4345
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11712
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
13752
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13350
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12990
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
78339
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
40
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
7257330
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_040
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
7257330
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
7269399
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
7281469
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
7290492
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
7320550
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
7328811
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
i140703-001.nev
7359223
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
i140703-001.nev
7367015
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
7339950
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
7382280
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7341240
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7351260
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_i140703-001_time_markers.mat
7340940
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
7376010
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7345290
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7355340
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8261
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11139
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1290
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
12429
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10020
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10050
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
41
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
7436040
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_041
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
7436040
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
7448107
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
7460177
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
7469200
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
7499258
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
7506934
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
i140703-001.nev
7537346
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
i140703-001.nev
7545430
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
i140703-001.nev
7545431
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
7517910
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
7556190
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7519980
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7530240
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_i140703-001_time_markers.mat
7519350
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
7548690
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7523880
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7533660
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7676
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10976
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
13046
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10260
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9780
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
42
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
7614455
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_042
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
7614455
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
7626522
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
7638592
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
7647616
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
7677674
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
7684006
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
i140703-001.nev
7714764
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
i140703-001.nev
7723435
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
7695210
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
7740420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7697730
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7713870
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_i140703-001_time_markers.mat
7696620
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
7729440
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7700820
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7715940
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6332
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11204
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
13724
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16140
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15120
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
85841
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
43
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
7809276
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_043
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
7809276
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
7821372
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
7833384
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
7842466
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
7872524
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
7876802
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
i140703-001.nev
7907388
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
7907389
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
i140703-001.nev
7917055
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
7888920
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
7920420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7891410
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7902000
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_i140703-001_time_markers.mat
7889790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
7921770
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
7893300
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
7906470
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
12012
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
4278
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12118
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
14608
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10590
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13170
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
78839
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
44
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
7995894
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_044
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
7995894
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
8007962
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
8020032
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
8029055
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
8059113
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
8066911
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
i140703-001.nev
8096732
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
i140703-001.nev
8104730
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
8078100
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
8107800
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8081550
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8086470
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_i140703-001_time_markers.mat
8079330
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
8101740
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8082480
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8094420
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7798
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11189
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
14639
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
4920
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11940
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
45
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
8173754
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_045
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
8173754
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
8185820
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
8197890
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
8206914
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
8236972
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
8243600
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
i140703-001.nev
8272451
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
i140703-001.nev
8281063
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
8252430
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
8295060
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8254890
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8269050
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_i140703-001_time_markers.mat
8254260
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
8285370
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8258760
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8271510
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6628
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8830
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
11290
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14160
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
68996
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
46
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
8350059
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_046
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
8350059
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
8362126
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
8374196
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
8383220
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
8413278
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
8419555
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
i140703-001.nev
8448494
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
i140703-001.nev
8457193
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
i140703-001.nev
8457194
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
8429880
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
8478330
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8431980
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8448000
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_i140703-001_time_markers.mat
8430540
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
8466540
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8434290
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8451330
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6277
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10325
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
12425
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16020
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17040
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
70838
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
47
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
8528032
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_047
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
8528032
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
8540102
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
8552114
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
8561196
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
8591224
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
8596707
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
i140703-001.nev
8626763
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
i140703-001.nev
8635872
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
8607720
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
8654130
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8610240
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8622840
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_i140703-001_time_markers.mat
8609250
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
8643120
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8612550
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8626530
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
12012
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
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
5483
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11013
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
13533
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12600
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
69054
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
48
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
8704926
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_048
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
8704926
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
8716994
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
8729064
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
8738087
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
8768116
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
8776027
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
i140703-001.nev
8807846
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
i140703-001.nev
8815811
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
8787960
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
8836170
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8790390
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8801610
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_i140703-001_time_markers.mat
8789070
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
8826630
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8794080
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8807520
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
7911
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11933
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
14363
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11220
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13440
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
74651
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
49
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
8890462
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_049
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
8890462
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
8902557
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
8914598
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
8923681
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
8953738
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
8958493
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
i140703-001.nev
8987870
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
i140703-001.nev
8997361
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
8968530
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
9009810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8970720
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8982660
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_i140703-001_time_markers.mat
8969670
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
9001080
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
8974170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
8986350
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9083
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30057
Reaction time (period between GO and SR)
RT
1./30000*s
int
4755
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10037
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
12227
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11940
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12180
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
80716
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
50
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
9078077
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_050
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
9078077
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
9090143
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
9102183
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
9111265
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
9141295
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
9147566
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
i140703-001.nev
9178033
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
i140703-001.nev
9186762
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
9158700
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
9210810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9160650
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9177090
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_i140703-001_time_markers.mat
9159420
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
9197970
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9164850
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9179370
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
12040
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
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
6271
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11134
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
13084
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
14520
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
84150
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
51
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
9270912
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_051
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
9270912
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
9282972
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
9295042
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
9304066
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
9334123
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
9341565
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
i140703-001.nev
9374788
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
9374789
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
i140703-001.nev
9382990
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
9354630
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
9402180
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9357270
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9370260
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_i140703-001_time_markers.mat
9355650
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
9389700
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9360900
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9373500
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30057
Reaction time (period between GO and SR)
RT
1./30000*s
int
7442
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13065
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2640
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
15705
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12990
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12600
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
98209
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
52
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
9481199
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_052
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
9481199
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
9493261
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
9505332
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
9514355
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
9544384
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
9551916
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
i140703-001.nev
9581856
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
i140703-001.nev
9589999
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
9563190
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
9604740
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9565440
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9578340
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_i140703-001_time_markers.mat
9564180
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
9603210
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9567660
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9585180
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
7532
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11274
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
13524
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12900
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
17520
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
75125
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
53
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
9665124
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_053
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
9665124
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
9677184
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
9689254
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
9698278
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
9728336
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
9736134
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
i140703-001.nev
9767243
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
9767244
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
i140703-001.nev
9775270
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
9747780
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
9789600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9750510
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9775320
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_i140703-001_time_markers.mat
9749130
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
9780300
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9753720
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9768510
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7798
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11646
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
14376
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
24810
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
84731
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
54
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
9860001
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_054
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
9860001
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
9872064
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
9884134
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
9893158
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
9923216
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
9930366
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
i140703-001.nev
9959193
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
i140703-001.nev
9967515
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
i140703-001.nev
9967516
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
9939330
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
9987180
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9942090
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9954150
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_i140703-001_time_markers.mat
9940650
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
9980880
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
9945420
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
9957840
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
12063
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7150
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8964
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
11724
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12060
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12420
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69021
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
55
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
10036537
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_055
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
10036537
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
10048663
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
10060675
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
10069698
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
10099756
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
10105328
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
i140703-001.nev
10134679
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
i140703-001.nev
10143759
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
10143760
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
10116120
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
10158780
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10118550
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10127700
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_i140703-001_time_markers.mat
10116960
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
10152270
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10120080
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10135080
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
12126
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
5572
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10792
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
13222
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9150
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
79218
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
56
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
10222978
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_056
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
10222978
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
10235047
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
10247059
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
10256141
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
10286199
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
10295404
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
i140703-001.nev
10326101
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
10326102
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
i140703-001.nev
10333425
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
10308000
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
10344120
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10309950
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10313580
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_i140703-001_time_markers.mat
10309140
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
10345410
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10311780
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10327530
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
9205
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12596
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
14546
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
3630
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
75537
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
57
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
10408962
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_057
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
10408962
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
10421080
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
10433120
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
10442144
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
10472173
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
10482608
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
i140703-001.nev
10514009
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
i140703-001.nev
10520806
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
10493550
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
10536270
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10497870
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10514910
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_i140703-001_time_markers.mat
10495710
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
10528230
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10500690
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10512390
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
12040
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
10435
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10942
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
4320
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
15262
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17040
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11700
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
58
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
10589830
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_058
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
10589830
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
10601897
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
10613967
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
10622990
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
10653049
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
10662255
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
i140703-001.nev
10693947
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
10693948
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
i140703-001.nev
10701329
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
10673010
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
10718940
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10675470
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10687140
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_i140703-001_time_markers.mat
10674030
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
10710330
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
10682010
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
10694070
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
9206
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10755
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
13215
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11670
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12060
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
73827
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
59
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
10775156
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_059
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
10775156
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
10787285
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
10799297
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
10808320
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
10838378
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
10846587
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
i140703-001.nev
10871544
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
12129
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8209
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
112031
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
60
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
10983575
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_060
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
10983575
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
10995642
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
11007711
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
11016735
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
11046793
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
11049023
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
i140703-001.nev
11081306
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
i140703-001.nev
11091969
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
11061990
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
11103360
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11065380
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11073660
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_i140703-001_time_markers.mat
11063520
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
11093520
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11067150
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11080590
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
12069
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
2230
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12967
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3390
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
16357
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8280
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13440
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
61
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
11160995
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_061
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
11160995
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
11173060
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
11185130
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
11194154
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
11224213
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
11230543
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
i140703-001.nev
11260423
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
i140703-001.nev
11269153
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
11241810
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
11280900
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11244000
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11254920
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_i140703-001_time_markers.mat
11242980
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
11282790
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11246250
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11258820
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
12065
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
6330
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11267
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
13457
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10920
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12570
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
73596
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
62
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
11342749
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_062
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
11342749
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
11354874
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
11366886
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
11375909
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
11405967
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
11413355
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
i140703-001.nev
11443995
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
i140703-001.nev
11452197
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
11425200
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
11464380
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11427090
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11435310
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_i140703-001_time_markers.mat
11426220
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
11459850
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11429820
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11443650
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
12125
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7388
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11845
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
13735
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8220
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13830
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
75235
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
63
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
11527432
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_063
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
11527432
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
11539501
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
11551570
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
11560593
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
11590652
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
11598800
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
i140703-001.nev
11626863
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
11626864
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
i140703-001.nev
11634772
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
i140703-001.nev
11634773
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
11607630
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
11646990
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11609580
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11622480
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_i140703-001_time_markers.mat
11608080
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
11641560
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11613300
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11623710
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12069
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8148
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
8830
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
10780
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12900
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10410
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
82214
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
64
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
11716987
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_064
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
11716987
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
11729048
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
11741118
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
11750141
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
11780200
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
11787465
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
i140703-001.nev
11818755
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
i140703-001.nev
11827015
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
11799840
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
11833170
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11801280
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11817090
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_i140703-001_time_markers.mat
11800770
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
11832630
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11804580
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11817810
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
12061
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7265
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12375
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
13815
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15810
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13230
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
65
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
11896041
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_065
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
11896041
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
11908108
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
11920178
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
11929201
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
11959259
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
11968871
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
i140703-001.nev
11999105
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
i140703-001.nev
12002268
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
11980020
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
12018000
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11982420
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11995110
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_i140703-001_time_markers.mat
11980710
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
12006330
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
11985690
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
11995110
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
9612
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11149
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
13549
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12690
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
9420
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
66
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
12071293
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_066
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
12071293
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
12083359
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
12095430
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
12104452
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
12134481
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
12142510
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
i140703-001.nev
12173184
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
i140703-001.nev
12181151
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
12153600
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
12200520
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12155880
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12167730
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_i140703-001_time_markers.mat
12154290
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
12190950
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12159630
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12172650
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9022
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
8029
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11090
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
13370
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
13020
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
87598
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
67
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
12268749
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_067
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
12268749
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
12280817
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
12292888
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
12301910
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
12331969
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
12340940
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
i140703-001.nev
12371989
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
12371990
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
i140703-001.nev
12379488
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
i140703-001.nev
12379489
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
12352860
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
12387180
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12355740
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12370020
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_i140703-001_time_markers.mat
12354240
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
12386640
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12357930
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12371550
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9022
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8971
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11920
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
14800
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14280
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13620
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
84258
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
68
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
12463747
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_068
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
12463747
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
12475815
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
12487884
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
12496907
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
12526967
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
12535344
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
i140703-001.nev
12565697
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
i140703-001.nev
12573488
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
i140703-001.nev
12573489
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
12546780
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
12578970
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12548340
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12556620
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_i140703-001_time_markers.mat
12548070
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
12570990
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12551640
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12564000
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12069
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30060
Reaction time (period between GO and SR)
RT
1./30000*s
int
8377
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11436
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
12996
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8280
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12360
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
123048
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
69
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
12696537
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_069
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
12696537
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
12708604
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
12720615
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
12729638
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
12759697
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
12765387
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
i140703-001.nev
12796084
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
12796085
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
i140703-001.nev
12805077
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
12776520
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
12818580
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12779040
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12792870
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_i140703-001_time_markers.mat
12777840
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
12804120
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12782040
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12793800
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
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
5690
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11133
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
13653
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13830
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11760
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68997
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
70
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
12874074
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_070
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
12874074
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
12886140
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
12898152
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
12907234
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
12937292
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
12945676
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
i140703-001.nev
12975613
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
i140703-001.nev
12983346
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
12956880
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
13004790
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12958860
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12971730
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_i140703-001_time_markers.mat
12957930
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
12991800
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
12961710
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
12977490
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
12012
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8384
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11204
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
13184
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12870
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
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
71
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
13052372
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_071
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
13052372
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
13064438
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
13076508
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
13085531
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
13115590
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
13124500
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
i140703-001.nev
13155698
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
i140703-001.nev
13163197
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
13135740
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
13178640
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13138770
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13154790
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_i140703-001_time_markers.mat
13136820
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
13173420
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13142040
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13152300
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8910
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11240
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
14270
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16020
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10260
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
136470
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
72
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
13299667
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
143
Trial type of trial
TrialType
string
i140703-001.nev
PG
Trial_072
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
13299667
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
13311758
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
13323829
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
13332881
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
i140703-001.nev
13362383
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
-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
71837
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
73
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
13434220
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_073
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
13434220
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
13446288
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
13458329
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
13467411
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
13497439
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
13502604
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
i140703-001.nev
13531805
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
i140703-001.nev
13541121
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
13511610
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
13551810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13513710
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13523070
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_i140703-001_time_markers.mat
13512690
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
13539000
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13518060
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13530000
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
12068
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
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
5165
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
9006
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
11106
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9360
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11940
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
99084
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
74
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
13640205
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_074
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
13640205
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
13652330
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
13664371
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
13673394
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
13703481
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
13709576
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
i140703-001.nev
13739400
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
i140703-001.nev
13748246
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
13719660
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
13761810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13721160
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13735350
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_i140703-001_time_markers.mat
13721040
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
13750620
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13725780
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13742670
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
12125
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
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30087
Reaction time (period between GO and SR)
RT
1./30000*s
int
6095
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10084
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
11584
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14190
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16890
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69055
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
75
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
13817301
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_075
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
13817301
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
13829368
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
13841438
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
13850461
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
13880520
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
13888606
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
i140703-001.nev
13918372
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
i140703-001.nev
13926281
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
13898700
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
13942020
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13901430
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13912680
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_i140703-001_time_markers.mat
13899360
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
13930650
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
13905300
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
13919370
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8086
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10094
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
12824
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11250
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14070
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
76
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
13995307
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_076
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
13995307
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
14007374
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
14019385
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
14028467
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
14058525
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
14067380
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
i140703-001.nev
14098779
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
i140703-001.nev
14106308
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
14079930
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
14114490
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14082630
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14097780
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_i140703-001_time_markers.mat
14080890
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
14105250
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14084670
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14098710
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
12011
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8855
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12550
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
15250
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15150
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
77
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
14175332
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_077
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
14175332
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
14187400
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
14199411
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
14208464
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
14238522
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
14251881
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
i140703-001.nev
14282263
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
i140703-001.nev
14287652
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
14287653
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
14263380
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
14296740
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14265660
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14275380
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_i140703-001_time_markers.mat
14264220
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
14288400
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14268390
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14281440
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9053
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
13359
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11499
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
13779
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9720
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
78
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
14356677
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
159
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_078
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
14356677
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
14368745
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
14380756
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
14389838
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
14419896
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
i140703-001.nev
14479927
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
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
30058
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
68994
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
79
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
14548921
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_079
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
14548921
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
14561047
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
14573058
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
14582081
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
14612110
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
14617506
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
i140703-001.nev
14648439
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
i140703-001.nev
14657579
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
14628810
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
14675700
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14631600
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14644560
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_i140703-001_time_markers.mat
14630310
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
14664270
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14634510
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14648730
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
12126
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
5396
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11304
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2790
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
14094
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12960
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
80
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
14726603
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_080
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
14726603
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
14738671
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
14750712
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
14759794
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
14789852
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
14799992
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
i140703-001.nev
14831336
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
i140703-001.nev
14838250
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
14812050
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
14846070
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14814600
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14825130
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_i140703-001_time_markers.mat
14813520
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
14842830
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14817240
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
14831280
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
12068
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
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
10140
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12058
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
14608
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
14040
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69054
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
81
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
14907304
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_081
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
14907304
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
14919400
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
14931441
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
14940465
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
14970523
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
14978031
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
i140703-001.nev
15009255
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
i140703-001.nev
15017457
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
14988930
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
15030900
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14990550
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15008370
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_i140703-001_time_markers.mat
14990580
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
15027210
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
14995740
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15006570
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7508
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10899
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
12519
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17820
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10830
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69023
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
82
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
15086480
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_082
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
15086480
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
15098607
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
15110619
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
15119700
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
15149759
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
15158025
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
i140703-001.nev
15190892
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
i140703-001.nev
15198684
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
15169410
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
15220680
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15171120
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15192630
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_i140703-001_time_markers.mat
15170910
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
15206490
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15177360
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15189960
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
12127
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
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
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8266
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11385
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
13095
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
21510
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12600
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
83
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
15267709
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_083
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
15267709
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
15279806
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
15291817
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
15300840
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
15330898
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
15337405
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
i140703-001.nev
15368428
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
i140703-001.nev
15377041
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
15348750
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
15384510
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15352110
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15362370
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_i140703-001_time_markers.mat
15350940
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
15385350
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15354360
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15367830
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
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6507
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11345
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
14705
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10260
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13470
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
126854
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
84
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
15503895
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_084
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
15503895
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
15516023
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
15528063
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
15537086
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
15567116
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
15573979
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
i140703-001.nev
15606843
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
i140703-001.nev
15615338
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
15586440
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
15632880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15590370
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15602970
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_i140703-001_time_markers.mat
15587850
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
15621420
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15593250
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15603780
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
12128
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
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
6863
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12461
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3930
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
16391
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12600
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10530
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68995
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
85
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
15684333
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_085
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
15684333
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
15696400
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
15708471
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
15717494
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
15747553
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
15754762
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
i140703-001.nev
15785991
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
i140703-001.nev
15794309
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
15794310
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
15767070
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
15810990
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15769110
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15787800
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_i140703-001_time_markers.mat
15768090
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
15804330
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15771780
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15789960
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7209
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12308
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
14348
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
18690
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18180
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
86
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
15863336
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_086
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
15863336
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
15875402
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
15887472
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
15896495
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
15926554
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
15934639
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
i140703-001.nev
15967834
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
i140703-001.nev
15975713
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
15948270
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
15986880
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15950160
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15966120
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_i140703-001_time_markers.mat
15949290
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
15982620
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
15954000
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
15967350
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8085
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13631
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
15521
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15960
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13350
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
73103
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
87
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
16048816
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_087
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
16048816
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
16060936
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
16072948
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
16081971
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
16112000
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
16120378
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
i140703-001.nev
16151054
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
16151055
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
i140703-001.nev
16158786
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
16158787
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
16132020
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
16174530
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16134900
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16147710
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_i140703-001_time_markers.mat
16132890
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
16166280
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16137000
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16150170
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
12120
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
8378
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11642
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
14522
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12810
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13170
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
88
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
16227812
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_088
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
16227812
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
16239878
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
16251890
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
16260943
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
16291001
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
16301204
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
i140703-001.nev
16334714
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
i140703-001.nev
16341567
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
16315260
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
16346640
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16318020
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16326000
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_i140703-001_time_markers.mat
16316370
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
16349160
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16320660
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16333530
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
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9053
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
10203
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14056
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
16816
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
7980
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12870
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
101072
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
89
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
16442639
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_089
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
16442639
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
16454768
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
16466779
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
16475803
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
16505861
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
16513545
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
i140703-001.nev
16544447
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
i140703-001.nev
16552531
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
16526190
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
16568100
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16527990
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16544850
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_i140703-001_time_markers.mat
16526850
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
16563060
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16530420
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16546320
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
12129
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7684
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12645
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1800
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
14445
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16860
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
68996
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
90
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
16621527
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_090
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
16621527
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
16633594
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
16645605
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
16654687
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
16684745
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
16693065
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
i140703-001.nev
16726582
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
i140703-001.nev
16734345
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
16706310
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
16752510
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16709250
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16723650
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_i140703-001_time_markers.mat
16707840
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
16751040
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16713480
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16727790
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
12011
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8320
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13245
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2940
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
16185
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14400
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14310
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
137048
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
91
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
16871393
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_091
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
16871393
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
16883522
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
16895533
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
16904586
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
16934644
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
16942846
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
i140703-001.nev
16975983
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
16975984
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
i140703-001.nev
16983775
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
16956450
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
16990770
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16959510
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16970040
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_i140703-001_time_markers.mat
16958040
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
16982460
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
16961850
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
16974780
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
12129
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9053
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8202
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13604
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
16664
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
12930
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
110973
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
92
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
17094748
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_092
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
17094748
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
17106820
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
17118889
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
17127913
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
17157941
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
17172296
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
i140703-001.nev
17205491
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
i140703-001.nev
17210412
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
17184720
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
17231760
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17187750
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17203560
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_i140703-001_time_markers.mat
17186580
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
17222670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17191800
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17206350
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
12069
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
14355
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12424
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
15454
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15810
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
109606
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
93
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
17320018
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_093
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
17320018
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
17332080
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
17344120
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
17353145
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
17383172
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
17391846
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
i140703-001.nev
17424951
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
i140703-001.nev
17424952
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
i140703-001.nev
17432567
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
17405250
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
17449050
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17407980
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17423760
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_i140703-001_time_markers.mat
17406780
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
17443680
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17411010
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17434830
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
12040
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9025
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30027
Reaction time (period between GO and SR)
RT
1./30000*s
int
8674
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13404
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
16134
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15780
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
23820
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
90446
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
94
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
17523013
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_094
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
17523013
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
17535104
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
17547173
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
17556197
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
17586255
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
17594929
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
i140703-001.nev
17626686
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
17626687
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
i140703-001.nev
17634272
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
17634273
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
17607540
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
17647560
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17610090
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17626440
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_i140703-001_time_markers.mat
17608890
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
17637750
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17612580
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17629020
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
12091
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12069
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8674
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12611
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
15161
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16350
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16440
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
71511
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
95
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
17705784
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
159
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_095
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
17705784
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
17717855
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
17729925
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
17738948
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
17768978
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
i140703-001.nev
17829007
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
12071
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30030
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
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
96
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
17898032
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_096
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
17898032
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
17910098
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
17922169
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
17931220
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
17961279
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
17968427
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
i140703-001.nev
18000743
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
i140703-001.nev
18009061
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
17982060
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
18013350
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17984730
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17985450
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_i140703-001_time_markers.mat
17983140
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
18015150
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
17986530
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
17999910
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9051
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7148
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13633
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
16303
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
720
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
68997
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
97
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
18078058
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_097
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
18078058
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
18090124
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
18102195
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
18111218
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
18141247
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
18150624
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
i140703-001.nev
18182790
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
i140703-001.nev
18190055
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
18163470
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
18195030
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18165210
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18177510
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_i140703-001_time_markers.mat
18164790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
18195180
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18169080
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18184230
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
9377
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12846
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
14586
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12300
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
71776
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
98
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
18261831
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_098
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
18261831
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
18273901
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
18285942
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
18294965
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
18325023
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
18333406
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
i140703-001.nev
18364136
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
i140703-001.nev
18371868
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
i140703-001.nev
18371869
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
18344790
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
18379890
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18347070
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18361500
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_i140703-001_time_markers.mat
18345900
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
18374850
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18350400
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18365070
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8383
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11384
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
13664
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14430
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14670
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
99
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
18440894
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_099
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
18440894
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
18452961
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
18465031
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
18474054
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
18504112
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
18508574
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
i140703-001.nev
18543137
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
i140703-001.nev
18552774
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
18522780
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
18556890
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18525120
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18533010
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_i140703-001_time_markers.mat
18523860
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
18547500
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18529290
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18541140
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
4462
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14206
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
16546
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
7890
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11850
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
100
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
18621799
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_100
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
18621799
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
18633866
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
18645937
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
18654989
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
18685047
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
18693311
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
i140703-001.nev
18724805
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
i140703-001.nev
18732596
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
i140703-001.nev
18732597
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
18705900
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
18745410
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18708090
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18731430
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_i140703-001_time_markers.mat
18707010
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
18738720
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18710910
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18727440
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8264
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12589
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
14779
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
23340
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
69023
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
101
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
18801620
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_101
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
18801620
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
18813717
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
18825758
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
18834840
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
18864898
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
18875269
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
i140703-001.nev
18908317
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
i140703-001.nev
18915112
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
18886950
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
18935460
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18889530
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18903750
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_i140703-001_time_markers.mat
18888420
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
18926400
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
18895710
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
18906210
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
12041
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
10371
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11681
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
14261
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14220
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10500
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
91881
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
102
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
19006993
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_102
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
19006993
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
19019056
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
19031126
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
19040149
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
19070208
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
19081464
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
i140703-001.nev
19116762
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
i140703-001.nev
19123146
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
19123147
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
19096320
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
19140330
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19098270
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19106760
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_i140703-001_time_markers.mat
19097130
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
19126560
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19104300
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19114710
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
12063
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
11256
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14856
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
16806
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8490
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10410
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
77698
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
103
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
19200845
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_103
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
19200845
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
19212911
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
19224981
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
19234004
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
19264062
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
19271038
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
i140703-001.nev
19302120
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
i140703-001.nev
19310527
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
19283130
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
19329810
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19285260
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19298520
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_i140703-001_time_markers.mat
19284180
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
19307970
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19288170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19301070
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6976
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12092
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
14222
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13260
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12900
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68997
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
104
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
19379524
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_104
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
19379524
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
19391589
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
19403630
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
19412654
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
19442712
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
19450166
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
i140703-001.nev
19482733
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
i140703-001.nev
19490934
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
19463250
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
19505280
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19466490
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19480800
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_i140703-001_time_markers.mat
19464990
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
19505880
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19468740
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19484010
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
12065
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
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7454
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13084
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
16324
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14310
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15270
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
105
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
19559960
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_105
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
19559960
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
19572026
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
19584096
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
19593120
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
19623148
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
19631060
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
i140703-001.nev
19663081
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
i140703-001.nev
19671107
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
19643190
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
19693050
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19644660
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19656270
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_i140703-001_time_markers.mat
19644450
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
19678050
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19649070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19662720
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
7912
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12130
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1470
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
13600
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11610
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13650
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
106
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
19740133
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_106
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
19740133
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
19752258
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
19764270
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
19773322
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
19803351
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
19814257
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
i140703-001.nev
19848644
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
i140703-001.nev
19855206
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
19828110
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
19872750
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19830450
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19845690
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_i140703-001_time_markers.mat
19829340
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
19866360
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
19834710
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
19846080
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
12125
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
10906
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13853
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
16193
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15240
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11370
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
107
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
19924230
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_107
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
19924230
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
19936327
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
19948398
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
19957450
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
19987479
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
19996745
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
i140703-001.nev
20025924
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
12097
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
9266
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
72122
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
108
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
20098046
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_108
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
20098046
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
20110114
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
20122155
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
20131178
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
20161236
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
20170264
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
i140703-001.nev
20202223
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
20202224
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
i140703-001.nev
20209663
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
20182680
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
20228910
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20185650
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20197710
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_i140703-001_time_markers.mat
20183820
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
20220090
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20188410
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20203500
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
12068
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
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
9028
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12416
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
15386
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12060
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15090
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
103832
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
109
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
20313495
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_109
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
20313495
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
20325560
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
20337630
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
20346653
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
20376712
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
20385911
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
i140703-001.nev
20416556
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
i140703-001.nev
20423938
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
20398290
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
20437740
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20400030
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20409990
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_i140703-001_time_markers.mat
20399160
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
20437740
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20402400
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20421300
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
12065
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
9199
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12379
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
14119
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9960
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
70490
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
110
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
20494428
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_110
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
20494428
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
20506495
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
20518565
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
20527588
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
20557646
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
20568194
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
i140703-001.nev
20601478
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
12067
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
10548
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
69023
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
111
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
20670501
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_111
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
20670501
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
20682566
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
20694636
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
20703659
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
20733718
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
20741520
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
i140703-001.nev
20776786
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
20776787
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
i140703-001.nev
20784812
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
20754390
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
20807970
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20757690
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20772510
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_i140703-001_time_markers.mat
20758080
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
20791470
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20763060
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20774730
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
12065
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7802
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12870
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3300
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
16170
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14820
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11670
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
112
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
20853836
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_112
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
20853836
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
20865962
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
20877974
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
20886997
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
20917026
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
20929074
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
i140703-001.nev
20961499
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
i140703-001.nev
20967533
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
20942040
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
20988420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20943480
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20969550
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_i140703-001_time_markers.mat
20943060
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
20979510
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
20947800
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
20961210
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
12126
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
12048
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12966
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
14406
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
26070
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13410
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68996
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
113
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
21036529
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_113
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
21036529
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
21048596
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
21060607
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
21069689
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
21099747
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
21106436
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
i140703-001.nev
21137951
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
i140703-001.nev
21146505
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
21119130
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
21159420
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21121380
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21137370
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_i140703-001_time_markers.mat
21120450
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
21151650
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21123600
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21139770
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
12011
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
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6689
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12694
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
14944
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15990
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16170
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
114
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
21215530
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_114
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
21215530
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
21227627
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
21239668
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
21248691
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
21278719
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
21287275
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
i140703-001.nev
21317860
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
i140703-001.nev
21317861
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
i140703-001.nev
21325536
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
21297720
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
21342750
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21300510
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21313800
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_i140703-001_time_markers.mat
21299070
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
21330300
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21304350
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21316290
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
8556
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
10445
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2790
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
13235
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13290
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11940
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
115
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
21394560
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_115
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
21394560
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
21406657
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
21418727
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
21427750
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
21457809
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
21464144
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
i140703-001.nev
21496135
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
12097
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
6335
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
68990
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
116
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
21565125
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_116
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
21565125
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
21577250
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
21589291
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
21598373
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
21628431
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
21635228
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
i140703-001.nev
21666283
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
21666284
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
i140703-001.nev
21674778
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
21647130
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
21688350
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21649470
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21663090
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_i140703-001_time_markers.mat
21648000
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
21680310
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21652500
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21666030
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
12125
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
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6797
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11902
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
14242
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13620
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13530
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68996
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
117
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
21743774
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_117
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
21743774
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
21755900
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
21767911
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
21776934
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
21806993
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
21815025
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
i140703-001.nev
21845373
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
i140703-001.nev
21853281
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
21853282
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
21826440
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
21874620
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21828750
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21846120
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_i140703-001_time_markers.mat
21827970
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
21858270
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
21831210
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
21851010
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
12126
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8032
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11415
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
13725
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17370
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
19800
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
70962
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
118
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
21924244
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_118
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
21924244
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
21936307
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
21948377
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
21957400
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
21987429
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
21994701
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
i140703-001.nev
22025926
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
i140703-001.nev
22034187
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
22006380
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
22055580
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22008990
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22022220
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_i140703-001_time_markers.mat
22007400
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
22042530
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22011990
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22024710
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
12063
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
7272
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11679
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2610
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
14289
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13230
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
68995
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
119
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
22103182
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_119
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
22103182
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
22115250
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
22127320
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
22136372
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
22166401
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
22175312
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
i140703-001.nev
22206890
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
i140703-001.nev
22214389
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
22188030
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
22228590
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22189950
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22202220
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_i140703-001_time_markers.mat
22189320
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
22220340
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22192710
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22209240
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
8911
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12718
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
14638
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12270
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
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
120
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
22283414
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_120
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
22283414
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
22295482
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
22307553
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
22316575
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
22346633
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
22354488
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
i140703-001.nev
22387883
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
22387884
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
i140703-001.nev
22395910
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
22395911
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
22367100
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
22416840
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22369470
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22382550
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_i140703-001_time_markers.mat
22368870
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
22405080
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22374390
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22386240
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9022
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7855
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12612
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
14982
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13080
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11850
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
73539
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
121
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
22469450
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_121
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
22469450
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
22481514
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
22493584
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
22502608
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
22532665
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
22540579
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
i140703-001.nev
22572686
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
i140703-001.nev
22580653
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
22580654
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
22553670
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
22600320
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22556190
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22575210
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_i140703-001_time_markers.mat
22555230
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
22592940
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22558770
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22577280
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30057
Reaction time (period between GO and SR)
RT
1./30000*s
int
7914
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13091
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
15611
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
19020
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18510
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69377
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
122
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
22650031
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_122
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
22650031
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
22662156
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
22674168
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
22683191
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
22713249
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
22720225
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
i140703-001.nev
22754676
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
i140703-001.nev
22763053
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
22735170
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
22778460
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22737600
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22754400
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_i140703-001_time_markers.mat
22736610
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
22779450
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22741170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22755960
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
12125
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6976
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14945
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
17375
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
14790
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
123
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
22832079
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_123
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
22832079
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
22844145
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
22856215
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
22865239
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
22895297
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
22906960
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
i140703-001.nev
22938599
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
i140703-001.nev
22944808
End of trial (includes deactivation of reward pump unless RW-OFF exists)
STOP
1./30000*s
int
i140703-001.nev
22944809
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
22919730
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
22950750
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22921500
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22932240
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_i140703-001_time_markers.mat
22920930
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
22953390
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
22924500
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
22936350
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
11663
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12770
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
14540
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10740
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11850
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
124
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
23013833
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_124
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
23013833
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
23025959
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
23038000
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
23047082
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
23077140
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
23083914
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
i140703-001.nev
23116076
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
i140703-001.nev
23124571
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
23096580
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
23139930
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23099340
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23109420
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_i140703-001_time_markers.mat
23097720
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
23131350
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23101920
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23118660
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
12126
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
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6774
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12666
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
15426
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10080
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
16740
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
129083
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
125
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
23253654
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_125
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
23253654
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
23265721
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
23277791
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
23286814
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
23316872
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
23326483
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
i140703-001.nev
23359706
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
i140703-001.nev
23366853
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
23340300
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
23375430
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23342850
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23357580
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_i140703-001_time_markers.mat
23341620
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
23373660
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23346060
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23358540
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
9611
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13817
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
16367
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14730
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12480
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69056
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
126
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
23435909
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
159
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_126
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
23435909
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
23448003
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
23460073
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
23469097
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
23499126
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
i140703-001.nev
23559185
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
12094
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
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
69023
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
127
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
23628208
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_127
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
23628208
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
23640276
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
23652346
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
23661398
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
23691428
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
23701280
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
i140703-001.nev
23731273
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
i140703-001.nev
23738360
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
23712570
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
23743560
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23714550
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23724270
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_i140703-001_time_markers.mat
23713230
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
23746200
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23717070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23731050
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
9852
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11290
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
13270
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9720
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
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
128
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
23807385
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_128
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
23807385
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
23819453
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
23831494
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
23840547
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
23870605
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
23880131
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
i140703-001.nev
23911563
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
i140703-001.nev
23918768
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
23892540
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
23935950
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23895930
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23907840
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_i140703-001_time_markers.mat
23893770
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
23934870
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
23897310
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
23913030
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
12068
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
9053
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
9526
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12409
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3390
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
15799
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11910
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15720
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
72104
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
129
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
23990872
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_129
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
23990872
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
24002936
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
24014977
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
24024000
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
24054059
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
24065487
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
i140703-001.nev
24097771
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
i140703-001.nev
24104098
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
24078060
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
24111930
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24081480
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24082230
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_i140703-001_time_markers.mat
24079080
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
24116760
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24083760
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24105330
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
12041
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
11428
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12573
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
15993
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
750
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
21570
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
72482
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
130
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
24176580
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_130
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
24176580
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
24188647
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
24200658
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
24209740
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
24239799
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
24247242
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
i140703-001.nev
24279116
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
24279117
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
i140703-001.nev
24287317
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
24260070
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
24291780
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24261900
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24274200
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_i140703-001_time_markers.mat
24261300
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
24290520
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24265170
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24277650
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
12011
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
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7443
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12828
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
14658
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12300
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12480
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69027
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
131
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
24356344
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_131
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
24356344
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
24368468
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
24380480
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
24389563
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
24419621
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
24427883
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
i140703-001.nev
24460118
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
i140703-001.nev
24467901
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
24439560
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
24486720
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24441690
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24470070
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_i140703-001_time_markers.mat
24440970
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
24476610
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24446550
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24461280
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
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9083
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8262
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11677
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
13807
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
28380
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
132
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
24536925
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_132
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
24536925
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
24548993
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
24561064
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
24570086
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
24600145
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
24606889
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
i140703-001.nev
24638175
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
i140703-001.nev
24646726
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
24619590
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
24661710
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24623040
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24632430
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_i140703-001_time_markers.mat
24620430
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
24661170
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24623970
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24638580
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9022
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
6744
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12701
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
16151
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9390
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
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
133
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
24715751
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_133
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
24715751
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
24727818
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
24739888
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
24748911
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
24778970
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
24787700
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
i140703-001.nev
24821480
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
i140703-001.nev
24829038
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
24800580
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
24845370
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24802590
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24817140
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_i140703-001_time_markers.mat
24801750
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
24835650
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24808140
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
24821400
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8730
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12880
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
14890
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
14550
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13260
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69228
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
134
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
24898266
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_134
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
24898266
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
24910335
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
24922405
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
24931428
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
24961487
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
24969459
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
i140703-001.nev
25001360
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
i140703-001.nev
25009299
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
24981300
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
25017000
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24982860
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25000140
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_i140703-001_time_markers.mat
24982800
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
25016670
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
24988440
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25000140
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
12069
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7972
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11841
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
13401
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
17280
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11700
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
135
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
25078323
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_135
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
25078323
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
25090391
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
25102432
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
25111484
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
25141543
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
25151218
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
i140703-001.nev
25186133
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
i140703-001.nev
25193280
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
25164750
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
25208760
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25167540
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25195740
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_i140703-001_time_markers.mat
25166160
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
25202340
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25172850
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25184790
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
12068
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
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
9675
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13532
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2790
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
16322
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
28200
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11940
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
72484
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
136
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
25265764
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_136
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
25265764
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
25277830
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
25289900
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
25298923
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
25328982
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
25336547
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
i140703-001.nev
25367948
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
i140703-001.nev
25376090
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
25349430
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
25395000
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25351800
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25367940
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_i140703-001_time_markers.mat
25350570
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
25387800
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25353750
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25368330
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7565
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12883
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
15253
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16140
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
78929
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
137
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
25455019
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_137
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
25455019
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
25467143
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
25479155
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
25488178
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
25518236
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
25526380
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
i140703-001.nev
25560220
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
i140703-001.nev
25568070
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
25540410
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
25588440
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25542270
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25558080
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_i140703-001_time_markers.mat
25541520
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
25579140
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25548180
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25559670
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
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8144
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14030
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
15890
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15810
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11490
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
138
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
25637095
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_138
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
25637095
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
25649162
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
25661232
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
25670256
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
25700284
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
25713966
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
i140703-001.nev
25747540
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
i140703-001.nev
25752754
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
25728120
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
25768140
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25730250
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25739430
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_i140703-001_time_markers.mat
25729170
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
25762920
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25733370
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25747470
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
13682
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14154
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
16284
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
9180
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14100
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
73362
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
139
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
25826116
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_139
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
25826116
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
25838183
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
25850253
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
25859276
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
25889334
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
25891450
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
i140703-001.nev
25927069
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
i140703-001.nev
25937791
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
25908240
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
25946070
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25910190
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25936140
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_i140703-001_time_markers.mat
25908540
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
25939050
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
25913160
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
25927290
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
2116
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
16790
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
18740
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
25950
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
14130
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
140
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
26006817
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_140
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
26006817
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
26018883
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
26030953
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
26039976
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
26070034
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
26076956
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
i140703-001.nev
26108472
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
26108473
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
i140703-001.nev
26116880
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
26089140
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
26138730
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26091120
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26106270
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_i140703-001_time_markers.mat
26090370
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
26125110
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26094540
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26108100
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
6922
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12184
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
14164
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15150
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
69055
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
141
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
26185935
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_141
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
26185935
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
26198001
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
26210071
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
26219095
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
26249153
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
26260234
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
i140703-001.nev
26291752
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
i140703-001.nev
26298195
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
26272200
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
26320020
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26274810
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26288310
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_i140703-001_time_markers.mat
26273640
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
26303850
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26278410
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26291580
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
11081
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11966
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
2610
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
14576
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13500
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13170
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
85195
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
142
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
26383390
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
129
Trial type of trial
TrialType
string
i140703-001.nev
NONE
Trial_142
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
26383390
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
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
i140703-001.nev
26390245
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
-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
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
143
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
26459271
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_143
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
26459271
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
26471337
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
26483407
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
26492431
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
26522489
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
26533801
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
i140703-001.nev
26563160
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
12066
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
11312
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
79854
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
144
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
26643014
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_144
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
26643014
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
26655114
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
26667184
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
26676207
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
26706266
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
26713358
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
i140703-001.nev
26746286
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
26746287
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
i140703-001.nev
26754663
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
26726250
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
26776200
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26728830
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26742330
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_i140703-001_time_markers.mat
26727330
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
26761620
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26732790
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26743350
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
12100
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
7092
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12892
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
15472
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13500
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10560
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
71726
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
145
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
26826389
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_145
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
26826389
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
26838451
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
26850462
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
26859544
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
26889603
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
26898748
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
i140703-001.nev
26931087
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
26931088
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
i140703-001.nev
26938469
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
26912160
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
26953200
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26914920
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26922360
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_i140703-001_time_markers.mat
26912880
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
26947290
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
26917290
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
26932440
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
12011
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
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
9145
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13412
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
16172
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
7440
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
75122
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
146
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
27013591
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_146
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
27013591
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
27025655
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
27037725
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
27046748
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
27076778
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
27083519
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
i140703-001.nev
27115948
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
i140703-001.nev
27124443
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
27095520
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
27139110
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27098820
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27112140
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_i140703-001_time_markers.mat
27097890
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
27130380
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27102000
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27115890
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30030
Reaction time (period between GO and SR)
RT
1./30000*s
int
6741
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12001
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3300
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
15301
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
13320
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13890
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
147
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
27193468
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_147
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
27193468
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
27205535
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
27217606
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
27226658
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
27256687
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
27263956
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
i140703-001.nev
27295623
Time when reward pump is activated
RW-ON
1./30000*s
int
i140703-001.nev
27295624
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
i140703-001.nev
27303942
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
27276900
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
27311310
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27278850
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27290790
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_i140703-001_time_markers.mat
27278220
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
27301500
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27281520
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27293640
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
7269
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
12944
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
14894
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
11940
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
12120
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
68996
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
148
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
27372938
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_148
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
27372938
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
27385008
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
27397076
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
27406099
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
27436157
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
27446302
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
i140703-001.nev
27482740
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
i140703-001.nev
27489653
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
27460890
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
27508980
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27462570
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27493440
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_i140703-001_time_markers.mat
27462240
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
27498510
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27469320
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27481320
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
12068
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
10145
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
14588
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
16268
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
30870
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
80835
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
149
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
27570488
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGHF
Trial_149
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
27570488
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
27582551
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
27594621
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
27603645
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
27633673
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
27641064
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
i140703-001.nev
27671995
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
i140703-001.nev
27680225
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
i140703-001.nev
27680226
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
27652080
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
27693600
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27655590
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27665910
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_i140703-001_time_markers.mat
27652950
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
27685530
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27658290
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27671400
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
12063
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30028
Reaction time (period between GO and SR)
RT
1./30000*s
int
7391
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
11016
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3510
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
14526
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
10320
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
69024
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
150
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
27749250
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_150
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
27749250
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
27761318
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
27773388
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
27782411
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
27812470
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
27820911
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
i140703-001.nev
27855419
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
i140703-001.nev
27863153
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
27836460
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
27878220
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27839790
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27856680
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_i140703-001_time_markers.mat
27836790
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
27876660
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
27841260
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
27854700
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
8441
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
15549
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
3330
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
18879
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16890
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
13440
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69382
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
151
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
27932535
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_151
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
27932535
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
27944655
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
27956696
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
27965778
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
27995836
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
28004513
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
i140703-001.nev
28035243
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
12120
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
9082
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
8677
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
68993
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
152
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
28104236
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_152
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
28104236
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
28116303
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
28128373
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
28137396
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
28167454
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
28177009
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
i140703-001.nev
28212544
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
i140703-001.nev
28212545
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
i140703-001.nev
28219749
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
28190190
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
28251390
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
28192350
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
28222380
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_i140703-001_time_markers.mat
28192830
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
28227120
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
28199220
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
28212600
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
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
9555
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13181
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
15341
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
30030
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
147304
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
153
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
28367053
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_153
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
28367053
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
28379121
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
28391191
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
28400244
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
28430273
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
28438505
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
i140703-001.nev
28475156
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
i140703-001.nev
28482948
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
28451730
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
28500540
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
28453620
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
28472400
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_i140703-001_time_markers.mat
28455720
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
28494300
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
28462530
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
28478490
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
12068
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9053
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30029
Reaction time (period between GO and SR)
RT
1./30000*s
int
8232
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
13225
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
15115
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
18780
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15960
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
104709
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
154
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
28587657
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
159
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_154
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
28587657
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
28599723
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
28611735
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
28620817
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
28650875
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
i140703-001.nev
28710905
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
12066
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
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
30058
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
68995
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
155
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
28779900
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
167
Trial type of trial
TrialType
string
i140703-001.nev
PG
Trial_155
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
28779900
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
28792025
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
28804037
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
i140703-001.nev
28812011
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
i140703-001.nev
28812013
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
12125
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12012
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
171646
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
156
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
28983659
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
191
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_156
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
28983659
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
28995782
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
29007823
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
29016847
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
29046904
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
29052830
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
i140703-001.nev
29083323
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
12123
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
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30057
Reaction time (period between GO and SR)
RT
1./30000*s
int
5926
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
69022
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
157
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
29152345
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGHF
Trial_157
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
29152345
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
29164441
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
29176482
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
29185506
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
29215565
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
29229453
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
i140703-001.nev
29263377
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
i140703-001.nev
29268532
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
12096
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
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
13888
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
69026
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
158
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
29337558
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_158
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
29337558
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
29349624
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
29361635
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
29370659
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
29400747
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
29410713
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
i140703-001.nev
29441265
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
i140703-001.nev
29448295
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
29242500
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
29277390
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29245020
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29257320
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_i140703-001_time_markers.mat
29244030
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
29270730
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29250330
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29261040
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
12011
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9024
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30088
Reaction time (period between GO and SR)
RT
1./30000*s
int
9966
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-168213
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
-165693
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
12300
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
10710
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69846
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
159
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
29518141
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
PGLF
Trial_159
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
29518141
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
29530207
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
29542278
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
29551301
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
29581359
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
29591790
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
i140703-001.nev
29625628
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
i140703-001.nev
29632423
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
29422500
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
29460450
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29425380
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29442210
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_i140703-001_time_markers.mat
29423760
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
29460450
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29427000
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29445960
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
12071
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
10431
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-169290
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
-166410
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
16830
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
18960
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
69025
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
160
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
29701448
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_160
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
29701448
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
29713515
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
29725527
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
29734579
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
29764638
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
29775859
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
i140703-001.nev
29807734
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
i140703-001.nev
29814119
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
29604870
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
29635680
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29612100
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29621070
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_i140703-001_time_markers.mat
29606250
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
29638950
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29612070
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29623560
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
12012
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9052
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30059
Reaction time (period between GO and SR)
RT
1./30000*s
int
11221
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-170989
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
7230
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-163759
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
8970
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
11490
Inter-trial-interval (period until next trial)
ITI
1./30000*s
int
75444
Periods
recording/task/trial/periods
recording/task/trial
Information on trial parameters
Consecutive trial ID (starting at 1).
TrialID
int
i140703-001.nev
161
Time stamp based trial ID defined as time of TS belonging to the trial.
TrialTimestampID
1./30000*s
int
i140703-001.nev
29889563
Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes)
PerformanceCode
int
i140703-001.nev
255
Trial type of trial
TrialType
string
i140703-001.nev
SGLF
Trial_161
Information on digital trial events
Time when trial start event is internally activated.
TS-ON
1./30000*s
int
i140703-001.nev
29889563
Time when trial start event is internally deactivated.
TS-OFF
1./30000*s
int
-1
Time when warning signal is activated.
WS-ON
1./30000*s
int
i140703-001.nev
29901628
Time when CUE (first cue) is activated.
CUE-ON
1./30000*s
int
i140703-001.nev
29913698
Time when CUE (first cue) is deactivated.
CUE-OFF
1./30000*s
int
i140703-001.nev
29922721
Time when GO (second cue) is activated.
GO-ON
1./30000*s
int
i140703-001.nev
29952779
Time when the table switch is released.
SR
1./30000*s
int
i140703-001.nev
29960105
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
i140703-001.nev
29992800
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
i140703-001.nev
30001060
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_i140703-001_time_markers.mat
2
States if analogue event detection of this trial was manually controlled
ManuallyControlled
boolean
fe_i140703-001_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_i140703-001_time_markers.mat
29789100
Time when target object is released
OR
1./30000*s
int
fe_i140703-001_time_markers.mat
29830680
Onset time plateau phase of used FSR sensor signal
FSRplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29790750
Offset time plateau phase of used FSR sensor signal
FSRplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29806080
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_i140703-001_time_markers.mat
29790030
Time when object moved back to its baseline
OBB
1./30000*s
int
fe_i140703-001_time_markers.mat
29829450
Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS)
HEplat-ON
1./30000*s
int
fe_i140703-001_time_markers.mat
29793930
Offset time plateau phase of used HE sensor signal
HEplat-OFF
1./30000*s
int
fe_i140703-001_time_markers.mat
29809050
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
12065
Duration of warning signal period (period between WS and CUE-ON)
WSP
1./30000*s
int
12070
Duration of CUE period (period between CUE-ON and CUE-OFF)
CUE
1./30000*s
int
9023
Duration of DELAY period (period between CUE-OFF and GO-ON)
DELAY
1./30000*s
int
30058
Reaction time (period between GO and SR)
RT
1./30000*s
int
7326
Reach-to-grasp time (period between SR and OT)
RGT
1./30000*s
int
-171005
Pull time (period between DO and HEplat-ON)
PT
1./30000*s
int
1650
Movement time (period between SR and HEplat-ON)
MT
1./30000*s
int
-169355
Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF)
FSRplat
1./30000*s
int
15330
Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF)
HEplat
1./30000*s
int
15120
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
i140703-001_rej_060Hz-250Hz-04o.hdf5
250.0
Low cut frequency of rejection filter
Lowcut
Hz
float
i140703-001_rej_060Hz-250Hz-04o.hdf5
60.0
Order of rejection filter
Order
int
i140703-001_rej_060Hz-250Hz-04o.hdf5
4
ID list of rejected electrodes
RejElectrodes
int
i140703-001_rej_060Hz-250Hz-04o.hdf5
73
ID list of rejected trials
RejTrials
int
i140703-001_rej_060Hz-250Hz-04o.hdf5
[101,126,82,23,46,47,10,21,29,74,75,89,157,158,19,124]
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
i140703-001_rej_003Hz-010Hz-02o.hdf5
10.0
Low cut frequency of rejection filter
Lowcut
Hz
float
i140703-001_rej_003Hz-010Hz-02o.hdf5
3.0
Order of rejection filter
Order
int
i140703-001_rej_003Hz-010Hz-02o.hdf5
2
ID list of rejected electrodes
RejElectrodes
int
i140703-001_rej_003Hz-010Hz-02o.hdf5
[15,23,38,45,46,53,67]
ID list of rejected trials
RejTrials
int
i140703-001_rej_003Hz-010Hz-02o.hdf5
[83,139,152]
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
i140703-001_rej_012Hz-040Hz-03o.hdf5
40.0
Low cut frequency of rejection filter
Lowcut
Hz
float
i140703-001_rej_012Hz-040Hz-03o.hdf5
12.0
Order of rejection filter
Order
int
i140703-001_rej_012Hz-040Hz-03o.hdf5
3
ID list of rejected electrodes
RejElectrodes
int
i140703-001_rej_012Hz-040Hz-03o.hdf5
[23,45]
ID list of rejected trials
RejTrials
int
i140703-001_rej_012Hz-040Hz-03o.hdf5
[146,1,126,139,23,46,47,4,10,74,75,89,157,158,93,19,127,84,87,124]
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
-03
OfflineSpikeSorting
Information on one particular spike sorting of the data
File containing results of offline spike sorting
Filename
string
I140703-001-03
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
[1.8,2.0]
Total number of offline sorted SUA units
TotalNum_SUAs
int
156
Total number of offline sorted MUA units
TotalNum_MUAs
int
19
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-03
subject/preparation
subject/preparation
preprocessing
0.1
Lyuba Zehl