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2017-07-14
Information on the experimental setup Location of the setup Location string Inst. de Neurosciences Cognitives de la Mediterranee (INCM), GLM, CNRS - Aix Marseille Univ., Marseille, France Used data acquisition (DAQ) system DAQSystem string Cerebus Setup
Information on the experimental apparatus Full name of person who created the setup Creator string Thomas Brochier Full name of person who maintains the setup Maintainer string Thomas Brochier Apparatus
Information on the input/output connector block Type of apparatus Type string input/output connector block Name of manufacturer used to build the experimental apparatus Manufacturer string NI, National Instruments Corporation, Austin, Texas, USA Function of apparatus Function string used to connect devices of the apparatus with the LabVIEW computer and the Neural Signal Processor NIConnectorBlock setup
Information on the analog/digital converter card Type of apparatus Type string NI 6023E Name of manufacturer used to build the experimental apparatus Manufacturer string NI, National Instruments Corporation, Austin, Texas, USA Function of apparatus Function string used as analog/digital converter for the LabVIEW computer, converts analog signal received from the table switch and send to control the reward pump to digital events ADConverterCard setup
Information on the start switch Function of apparatus Function string activates the internal initiation of the start trial event, its deactivation marks the onset of the reach-to-grasp movement Type of apparatus Type string table switch Signal type of apparatus (digital or analog) SignalType string analog Names of events extracted from this signal TrialEvents string SR Sampling rate of data SamplingRate Hz int 30000 Target device of apparatus ConnectedTo string NI connector block Control software of apparatus MonitoredBy string LabVIEW File in which apparatus signals are saved SavedIn string nev X position of apparatus relative to PosOrigin PosX cm float 5.0 Y position of apparatus relative to PosOrigin PosY cm float 0.0 Z position of apparatus relative to PosOrigin PosZ cm float 0.0 Origin for x,y, and z position of apparatus PosOrigin string midline, waist-level StartSwitch setup
Information on the target object Function of apparatus Function string object to grasp, pull and hold Type of apparatus Type string stainless steel parallelpiped Length of apparatus Length mm float 40.0 Width of apparatus Width mm float 16.0 Height of apparatus Height mm float 10.0 Device apparatus is attached to AttachedTo string anterior end of a low- friction horizontal shuttle Rotation of apparatus from vertical axis Rotation deg float 45.0 X position of apparatus relative to PosOrigin PosX cm float 5.0 Y position of apparatus relative to PosOrigin PosY cm float 13.0 Z position of apparatus relative to PosOrigin PosZ cm float 14.0 Origin for x,y, and z position of apparatus PosOrigin string midline, waist-level Minimum and maximum pull range of target object PullRange mm float [0.0,15.0] Minimum and maximum weight range of target object WeightRange g float [0.0,800.0] Mechanism to switch weight configuration WeightSwitch string activation of magnet Sensors providing additional analogue signals to monitor task and behavior Sensors string [FSRSensor,HESensor,LoadForce] TargetObject
Information on the FSR sensors Function of apparatus Function string Measures grip and pulling load forces by means of force sensitive resistances (FSR) Channel IDs of FSR sensors to measure load forces of side grip SGChannelIDs int [138,140] Channel IDs of FSR sensors to measure load forces of precision grip PGChannelIDs int [137,139] Signal type of apparatus (digital or analog) SignalType string analog Names of events extracted from this signal TrialEvents string [OT,OR] Sampling rate of data SamplingRate Hz int 1000 Target device of apparatus ConnectedTo string NeuralSignalProcessor Control software of apparatus MonitoredBy string LabVIEW Preprocessing software used on signals of apparatus PreProcessedBy string MATLAB Control software of apparatus ControlledBy string LabVIEW File in which apparatus signals are saved SavedIn string ns2 FSRSensor setup/daq
Information on the hall-effect sensor Function of apparatus Function string Hall effect (HE) sensor measures horizontal displacement Number of hall-effect sensors Count int 1 Channel ID of HESensor to measure horizontal object displacement ChannelID int 143 Names of events extracted from this signal TrialEvents string [DO,OBB] Signal type of apparatus (digital or analog) SignalType string analog File in which apparatus signals are saved SavedIn string ns2 HESensor setup/daq
Information on the load force signal Function of apparatus Function string used to detect load force of the target object Number of load force signals Count int 1 Channel ID of load force signal ChannelID int 141 Signal type of apparatus (digital or analog) SignalType string analog File in which apparatus signals are saved SavedIn string ns2 LoadForce setup/daq
setup
Information on the cue system Function of apparatus Function string instructing movement configurations of each trial Type of apparatus Type string visual, LED cube Signal type of apparatus (digital or analog) SignalType string digital Names of events extracted from this signal EventNames string [WS-ON,CUE-ON,CUE-OFF,GO-ON,GO-OFF,ERROR-FLASH-ON] Width of apparatus Width mm float 10.0 Height of apparatus Height mm float 10.0 X position of apparatus relative to PosOrigin PosX cm float 5.0 Y position of apparatus relative to PosOrigin PosY cm float 13.0 Z position of apparatus relative to PosOrigin PosZ cm float -1.0 Origin for x,y, and z position of apparatus PosOrigin string midline, waist-level Number of LEDs LEDCount int 5 Arrangement of LEDs LEDConfiguration string 2-1-2 Color of the corner LEDs CornerLEDColor string red Color of the center LEDs CenterLEDColor string yellow Sampling rate of data SamplingRate Hz int 30000 Target device of apparatus ConnectedTo string NI connector block Control software of apparatus MonitoredBy string LabVIEW Control software of apparatus ControlledBy string LabVIEW File in which apparatus signals are saved SavedIn string nev CueSystem
Information on cue codes LEDs coding this trial instruction LeftLEDs string side grip LEDs coding this trial instruction RightLEDs string precision grip LEDs coding this trial instruction BottomLEDs string low force LEDs coding this trial instruction TopLEDs string high force LEDs coding this trial instruction CenterLED string fixation point LEDs coding this trial instruction FourCornerLEDs string ERROR-FLASH-ON LEDs coding this trial instruction ThreeCornerLEDs string ERROR-FLASH-ON CueCodes setup/daq
setup
Information on the reward system Function of apparatus Function string rewards subject if trial was performed correctly Type of apparatus Type string reward pipe Signal type of apparatus (digital or analog) SignalType string digital Names of events extracted from this signal EventNames string RW-ON Food used for reward RewardFood string apple sauce Food amount used for reward per trial RewardAmount ml/200ms float 0.5 Sampling rate of data SamplingRate Hz int 30000 Target device of apparatus ConnectedTo string NeuralSignalProcessor Control software of apparatus MonitoredBy string LabVIEW Control software of apparatus ControlledBy string LabVIEW File in which apparatus signals are saved SavedIn string nev RewardSystem setup
setup
setup
Information on the experimental subject (animal or person) under investigation Binomial species name (genus, species within genus) Species string Macaca mulatta Commonly used (trivial) species name TrivialName string Rhesus monkey Given name GivenName string monkey_L Short identifier for monkey (e.g., used in file names) Identifier string l Gender (male or female) Gender string female Date of birth Birthday date 2004-03-19 Trained hand (left and/or right) ActiveHand string left Comment on existing disabilities Disabilities text Middle phalanx of right thumb is missing. Comment on the general character/personality Character text Eager to work, quick and efficient but very nervous. Does not like to be touched (for instance for RF testing). Subject
Information on the training given to subject Full name(s) of person(s) responsible for the training Coach string Thomas Brochier Start date of training Start date 2010-06-01 End date of training End date 2010-09-01 Comment on training Comment string Training was easy and fast, chair and hand training started together. Training subject/preparation
Information on the array implant performed on subject Date of the surgery Date date 2010-09-15 Full name(s) of the person(s) responsible for the surgery Surgeon string [Ivan Balansard,Alexa Riehle] Hemisphere (left and/or right) in which surgery was performed Hemisphere string right Rotation of the array in the CCW direction, where 0 degrees is defined by projecting the array onto a sagittal view of the brain with the wire bundle extruding to the anterior direction. ArrayRotation deg float 216.0 Comment on the surgery Comment string no comment ArrayImplant subject/preparation
subject
Information on the experimental project Name of project Name string reach-to-grasp Type of project Type string electrophysiology Name of the project Subtype string motor behavior Affiliations of the involved collaborators Collaborators string [Inst. of Neuroscience and Medicine (INM-6) and Inst. for Advanced Simulation (IAS-6), Juelich Research Centre & JARA, Juelich, Germany,Inst. de Neurosciences de la Timone (INT), UMR 7289, CNRS - Aix Marseille Univ., Marseille, France] Project
Information on tasks Names of possible task designs PossibleDesigns string [OneCue,TwoCues,Observation,Sleep,Mapping] Name of the used task design UsedDesign string TwoCues TaskDesigns project
Information on condition codes (trial type combination codes) Grip first trials, all grip and force types cnd_1 string [SGLF,SGHF,PGLF,PGHF] Force first trials, all force and grip types cnd_2 string [LFSG,HFSG,LFPG,HFPG] Grip first trials, all grip types, but only low force cnd_11 string [SGLF,PGLF] Grip first trials, all grip types, but only high force cnd_12 string [SGHF,PGHF] Grip first trials, only side grip, but all force types cnd_13 string [SGHF,SGLF] Grip first trials, only precision grip, but all force types cnd_14 string [PGHF,PGLF] Force first trials, only low force, but all grip types cnd_21 string [LFSG,LFPG] Force first trials, only high force, but all grip types cnd_22 string [HFSG,HFPG] Force first trials, all force types, but only side grip cnd_23 string [HFSG,LFSG] Force first trials, all force types, but only side grip cnd_24 string [HFPG,LFPG] Grip first trials, only side grip, only low force cnd_131 string SGLF Grip first trials, only side grip, only high force cnd_132 string SGHF Grip first trials, only side grip, force needs to be guessed cnd_133 string SGSG Grip first trials, only precision grip, only low force cnd_141 string PGLF Grip first trials, only precision grip, only high force cnd_142 string PGHF Grip first trials, only precision grip, force needs to be guessed cnd_144 string PGPG Force first trials, only low force, only side grip cnd_213 string LFSG Force first trials, only low force, only precision grip cnd_214 string LFPG Force first trials, only high force, only side grip cnd_223 string HFSG Force first trials, only high force, only precision grip cnd_224 string HFPG ConditionCodes codes
Information on the trial sequence codes used to calculate performance codes Decimal representation for 16-bit binary code, reflecting either the deactivation of TS or the end of a trial digev_65280 string TS-OFF/STOP Decimal representation for 16-bit binary code, reflecting the activation of TS digev_65296 string TS-ON Decimal representation for 16-bit binary code, reflecting the end of a trial digev_65312 string STOP Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE digev_65344 string WS-ON/CUE-OFF Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON) digev_65349 string PG-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON) digev_65350 string HF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON) digev_65353 string LF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON) digev_65354 string SG-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback digev_65359 string ERROR-FLASH-ON Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE digev_65360 string WS-ON/CUE-OFF Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON) digev_65365 string PG-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON) digev_65366 string HF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON) digev_65369 string LF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON) digev_65370 string SG-ON Decimal representation for 16-bit binary code, reflecting either the deactivation of GO LEDs or the deactivation of the RW pump digev_65376 string GO/RW-OFF Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG digev_65381 string SR (+PG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for HF digev_65382 string SR (+HF) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and HF digev_65383 string SR (+PGHF/HFPG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for LF digev_65385 string SR (+LF) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG digev_65386 string SR (+SG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and LF digev_65387 string SR (+SGLF/LFSG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and LF digev_65389 string SR (+PGLF/LFPG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and HF digev_65390 string SR (+SGHF/HFSG) Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback digev_65391 string ERROR-FLASH-ON Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with all LEDs turned off digev_65440 string RW-ON (noLEDs) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with central LED turned on digev_65504 string RW-ON (-CONF) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for PG turned on digev_65509 string RW-ON (+CONF-PG) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for HF turned on digev_65510 string RW-ON (+CONF-HF) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for LF turned on digev_65513 string RW-ON (+CONF-LF) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for SG turned on digev_65514 string RW-ON (+CONF-SG) DigitalEventLabelCodes codes
Trial events used to control the trial sequence used to calculate the performance codes Bit representation of trial event used for controlling the trial sequence and calculating the performance code TS-ON int 0 Bit representation of trial event used for controlling the trial sequence and calculating the performance code WS-ON int 1 Bit representation of trial event used for controlling the trial sequence and calculating the performance code CUE-ON int 2 Bit representation of trial event used for controlling the trial sequence and calculating the performance code CUE-OFF int 3 Bit representation of trial event used for controlling the trial sequence and calculating the performance code GO-ON int 4 Bit representation of trial event used for controlling the trial sequence and calculating the performance code SR int 5 Bit representation of trial event used for controlling the trial sequence and calculating the performance code RW-ON int 6 Bit representation of trial event used for controlling the trial sequence and calculating the performance code STOP int 7 TrialSequenceEvents codes
Information on trial performance codes Performance code of a correctly completed trial perf_255 string correct_trial Performance code of a trial where the wrong grip type is used perf_191 string grip_error Performance code of a trial where an error occurs before the go is activated (GO-ON) perf_175 string error<GO-ON Performance code of a trial where an error occurs before the cue is deactivated (CUE-OFF, with SR-ON) perf_167 string error<CUE-OFF Performance code of a trial where an error occurs before the cue is activated (CUE-ON) perf_163 string error<CUE-ON Performance code of a trial where an error occurs before the warning signal (WS) is activated perf_161 string error<WS Performance code of a trial where an error occurs before the switch release is activated (SR-ON) perf_159 string error<SR-ON Performance code of an incomplete trial sequence perf_0 string incomplete_trial PerformanceCodes codes
Information on the programmed trial settings Possible digital recorded trial events DigitalTrialEvents string [TS-ON,TS-OFF,WS-ON,CUE-ON,CUE-OFF,GO-ON,SR,SR-REP,RW-ON,RW-ON-REP,RW-OFFSTOP,ERROR-FLASH-ON] Possible analog recorded trial events AnalogTrialEvents string [OT,OR,DO,OBB] Duration of trained holding time (period between online estimate of HS and RW) HTTrained ms float 500.0 Time limit for movement (period between SR and online estimate of HS) MTLimit ms float 700.0 Time limit for reaction time (period between GO-ON and SR) RTLimit ms float 700.0 TrialSettings setup/control
Information on the settings of the target object Distance window for holding the object in place HoldPosRange mm int [4,14] Weight of object in low force modus LowForceWeight g float 100.0 Weight of object in high force modus HighForceWeight g float 200.0 TargetObjectSettings setup/control
project
Information on the Cerebus^TM data acquisition system Owner of the device Owner string RIKEN-BSI, Japan Manufacturer of the device Manufacturer string Blackrock Microsystems Cerebus
Information of the Cerebus^TM neural signal processor (NSP) Type of the device Type string Real-time Model of the device Model string - NeuralSignalProcessor
Information on external analog signals from or to the device Connector port type UsedPortType string BNC AnalogSignals
Information on the analog-to-digital converter Voltage range of analog input AIRange V float [-5.0,5.0] Maximum impedance of analog input MaxAIImpedance Ω float 100.0 Resolution of AD converter Resolution mV/bit float 0.15 Width of digital data in bits DataBits bit int 16 Sampling rate of data SamplingRate samples/sec int 1000 ADConverter setup/daq
Information on analog input signals Total number of input channels ChannelCount int 16 Number of input channels used UsedChannelCount int 6 Number of AC coupled input channels (IDs 1 - 9) ACChannelCount int 8 Number of used AC coupled input channels UsedACChannelCount int 0 Number of DC coupled input channels (IDs 9 -16) DCChannelCount int 8 Number of used DC coupled input channels UsedDCChannelCount int 8 Devices from which inputs are received InFrom string TargetObject File in which input data are saved SavedIn string ns2 IDs of available channels from analog inputs SavedChannelIDs int [137,138,139,140,141,143] Input setup/daq
Information on analog output signals Total number of output channels ChannelCount int 4 Number of output channels used UsedChannelCount int 0 Target device of each output OutTo string - File in which output data are saved SavedIn string - Output setup/daq
setup/daq
Information on behavioral signals of the device File in which behavioral signals are saved SavedIn string ns2 BehavioralSignals setup/daq
Information on neural signals of the device Digital port type UsedPortType string Fiber-optic link Total number of input channels ChannelCount int 128 Number of input channels used UsedChannelCount int 96 Devices from which inputs are received InFrom string NeuralSignalAmplifier File in which input data are saved SavedIn string ns5 IDs of available channels with neuronal data SavedChannelIDs int [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96] NeuralSignals
Information on the digital filter settings Used filter type Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 0.3 Low pass frequency used LowPassFreq Hz float 7500.0 High pass order used HighPassOrder int 1 Low pass order used LowPassOrder int 3 Estimated shift between the filtered signal and the spike times. A positive number indicates the amount of time the filtered signal is lagging behind. EstimatedShift ms float 0.0 Filter_ns5 setup/daq
setup/daq
Information on digital signals from and to the device Possible digital input and output (DIO) types Types string [ExpDigitalInput,ExpDigitalOutput,SerialDigitalInput,SerialDigitalOutput,ExtSync,NSPSync] Used digital input and output (DIO) types UsedTypes string ExpDigitalInput DigitalSignals
Information on the experimental digital inputs Connector port type PortType string DB-37 Total number of input channels ChannelCount int 1 Number of used input channels usded UsedChannelCount int 1 Width of digital data in bits DataBits bit int 16 Sampling rate of data SamplingRate samples/sec int 30000 Devices from which inputs are received InFrom string - File in which data are saved SavedIn string nev ExpDigitalInput setup/daq/hardware
setup/daq
Information on spike detection Used method to define a data threshold for the spike detection ThresholdType string user defined threshold crossing File in which input data are saved SavedIn string nev SpikeDetection
Information on the filter settings Used filter type Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 250.0 Low pass frequency used LowPassFreq Hz float 7500.0 High pass order used HighPassOrder int 4 Low pass order used LowPassOrder int 3 Filter setup/daq
Information on the recorded spike waveforms of the spike detection Waveform window width Width ms float 1.6 Sampling rate of data SamplingRate Hz float 30000.0 Number of samples before waveform passes threshold PreThresholdSamples samples int 10 Waveforms setup/daq
Information on the recorded spike events of the spike detection Sampling rate of data SamplingRate samples/sec int 30000 Range of possible unit IDs of online sorted spike events on each channel PreSortedUnitIDRange int [1,16] Unit ID of unclassified spike events on each channel UnclassifiedUnitID int 0 Events setup/daq
Information on rejected recorded spike events of the spike detection Amplitude limits of spike waveforms used to reject spike events AmplitudeLimits mV float -1.0 Minimum number of channels with a synchronously detected spike events used to reject these spike events SyncChannelLimit int -1 Number of samples for which spike detection is turned off after a rejected synchronous spike event SyncChannelRefPeriod samples float -1.0 Unit ID reserved for rejected spike events on each channel UnitID int 255 Rejections setup/daq
setup/daq
setup/daq/hardware
Information on the Cerebus^TM neural signal amplifier (NSA) Type of amplifier Type string Front-End Amplifier Model of amplifier Model string - Total number of analog input channels ChannelCount int 128 Number of analog input channels used UsedChannelCount int 96 File in which data would be saved (if it is saved) SavedIn string ns6 States if signal is saved without further processing IsSaved boolean False NeuralSignalAmplifier
Information on the analog-to-digital converter Voltage range of analog input AIRange mV float [-8.192,8.192] Resolution of AD converter Resolution µV/bit float 0.25 Width of digital data in bits DataBits bit int 16 ADConverter setup/daq
Information on the analog filter settings of the amplifier Filter type used Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 0.3 Low pass frequency used LowPassFreq kHz float 7.5 High pass order used HighPassOrder int 1 Low pass order used LowPassOrder int 3 Filter setup/daq
Information on the amplifier Gain used Gain int 5000 Amplifier setup/daq
setup/daq/hardware
Information on the Cerebus^TM control computer ControlComputer
Information on the control software of the Cerebus^TM system Name of software Name string CentralSuite Manufacturer of software Manufacturer string Blackrock Microsystems ControlSoftware setup/daq
setup/daq/software
setup/daq
Information on the Blackrock Utah Electrode Array Owner of the device Owner string RIKEN-BSI, Japan Serial number of the device SerialNo string 1025-0503 Manufacturer of the device Manufacturer string Blackrock Microsystems Material of wires connecting array and connector WiresMaterial string Pt/Au Diameter of each wire WiresDiameter um float 25.0 Length of each wire WiresLength mm float 40.0 UtahArray
Information on the used connector Style of the connector Style string CerePort Height of the connector Height mm float 16.5 Diameter of the base of the connector DiameterBase mm float 19.0 Diameter of the body of the connector DiameterBody mm float 11.0 Type of implantation ImplantType string chronic Type of mounting to the skull SkullMount string bone screws Connector setup/daq/hardware
Information on the used array Number of array grids GridCount int 1 Number of reference wires ReferenceCount int 2 Number of ground wires GroundCount int 1 Total number of electrodes ElectrodeCount int 100 Number of connected/active electrodes ActiveElectrodeCount int 96 Number of used/saved electrodes UsedElectrodeCount int 96 Array
Information on array grid Grid ID ID int 1 Geometry of the electrode lengths ElectrodeGeometry string flat Electrode site metal option ElectrodeMetal string iridium oxide Inter-electrode-distance ElectrodePitch um float 400.0 Insulation material Insulation string Parylene-C Number of electrode rows GridRows int 10 Number of electrode columns GridColumns int 10 Width of array grid GridWidth mm float 4.0 Length of array grid GridLength mm float 4.0 Total number of electrodes ElectrodeCount int 100 Number of connected/active electrodes ActiveElectrodeCount int 96 Grid_01 setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 1 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 1 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 91 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_001
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -18.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 2 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 2 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 92 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_002
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -17.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 3 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 3 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 94 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_003
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8766 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 73.135523614 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.22460406731 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 4 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 1 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_004
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -31.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 5 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 5 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 75 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_005
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -47.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17228 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 165.786278152 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.38343083203 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 22972 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 102.442190493 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.66535815799 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 6 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 6 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 96 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_006
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -36.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9294 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 55.6401979772 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.89054981404 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 7 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 7 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 85 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_007
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -44.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11738 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 111.83736582 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.73124053458 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12756 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 73.1954374412 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.02161760461 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 8 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 8 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 97 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_008
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -30.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 9 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 9 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 86 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_009
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -39.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 10 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 10 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 98 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_010
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -57.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7346 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 91.8309283964 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.03918992241 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 11 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 11 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 87 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_011
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -56.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10570 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 122.267833491 Measured averaged duration of spike waveforms unit SpikeDuration us float 166.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.55646307961 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3449 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 98.0559582488 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.33659065345 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 12 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 12 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 88 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_012
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -35.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 13 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 13 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 77 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 41.0 Length Length mm float 1.5 Electrode_013
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -45.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8274 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 134.28208847 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.03112444625 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9675 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 135.240723514 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.39951154758 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17131 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 82.8283229234 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.53206999221 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 14 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 99 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_014
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -36.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12097 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 82.8397123254 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.29998843406 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11336 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 56.063161609 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.83665077249 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 15 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 15 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 66 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_015
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -46.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16719 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 81.7292900293 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.7522721126 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 16 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 16 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 89 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_016
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -25.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 17 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 17 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 76 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_017
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -55.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1187 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 96.2030328559 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.07281130089 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 18 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 18 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 100 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 55.0 Length Length mm float 1.5 Electrode_018
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -27.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 19 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 19 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 67 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_019
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -49.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2456 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 72.7019543974 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.63584165513 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 20 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 20 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 79 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_020
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -32.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8392 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 93.9775977121 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.14392157826 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 21 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 21 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 58 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 55.0 Length Length mm float 1.5 Electrode_021
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -24.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 22 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 22 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 10 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_022
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -32.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19582 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 71.356143397 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.74504983353 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 23 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 23 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 78 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_023
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7015 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 203.839344262 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.47688136061 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8235 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 104.301760777 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.67151275375 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 24 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 24 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 70 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_024
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -34.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 23287 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 82.3195345042 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.9617322177 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 22092 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 63.6234383487 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.96736863599 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 25 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 25 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 68 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_025
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -47.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4625 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 162.760216216 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.80682136131 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8425 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 117.603323442 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.52815443259 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4168 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 75.3922744722 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.17835323606 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 26 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 26 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 60 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_026
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16624 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 74.3312078922 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.52683644914 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 27 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 27 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 69 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_027
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -63.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3772 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 125.821580064 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.17280149944 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 28 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 28 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 50 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_028
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -59.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13692 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 128.124087058 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.86277416682 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 29 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 29 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 59 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_029
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -58.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 30 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 30 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 40 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_030
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -31.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 31 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 31 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 49 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_031
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -46.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3321 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 69.0611261668 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.83888764136 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 32 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 32 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 30 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_032
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -38.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6711 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 88.1758307257 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.30817904925 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5823 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 58.8165893869 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.82686626272 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 33 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 1 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 83 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_033
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -36.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9999 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 73.6539653965 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.08896963059 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 34 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 2 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 84 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_034
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -43.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14330 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 125.075715283 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.69432771782 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7256 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 75.5558158765 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.00132515458 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 35 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 3 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 73 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_035
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -52.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 36 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 74 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_036
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -49.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 22883 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 131.861556614 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.86906706819 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 37 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 5 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 63 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_037
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -34.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5606 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 52.3810203354 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.9129035111 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 38 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 6 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 64 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_038
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -48.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15125 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 115.016859504 Measured averaged duration of spike waveforms unit SpikeDuration us float 133.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.63033671666 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 39 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 7 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 53 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_039
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -38.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7973 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 230.038379531 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 9.26260611895 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17228 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 119.100766195 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.56280725141 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12119 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 63.6652364056 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.99124805476 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 40 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 8 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 54 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 43.0 Length Length mm float 1.5 Electrode_040
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -35.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 41 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 9 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 43 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_041
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14606 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 95.2685882514 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.12218539326 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 42 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 10 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 55 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_042
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 43 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 11 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 44 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_043
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -45.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 44 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 12 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 45 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_044
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -47.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2710 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 77.8118081181 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.16708022668 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 45 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 13 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 33 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_045
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -52.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8814 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 98.0965509417 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.51218475169 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 46 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 46 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_046
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -44.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13395 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 92.0803284808 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.06037277795 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 47 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 15 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 34 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_047
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -53.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 48 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 16 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 65 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_048
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -61.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10488 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 124.278508772 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.83275038874 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4826 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 108.727103191 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.04882317633 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 49 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 17 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 24 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_049
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -37.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 50 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 18 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 56 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 43.0 Length Length mm float 1.5 Electrode_050
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -25.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 51 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 19 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 35 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_051
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -72.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1029 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 124.300291545 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.0145016405 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 52 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 20 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 47 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_052
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -57.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8177 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 200.941421059 Measured averaged duration of spike waveforms unit SpikeDuration us float 166.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.41161110738 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18784 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 132.507293441 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.5555387579 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 53 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 21 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 25 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_053
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -27.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 54 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 22 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 57 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 43.0 Length Length mm float 1.5 Electrode_054
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -42.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8252 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 76.9680077557 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.27942627955 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 55 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 23 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 26 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_055
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -56.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3703 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 90.0337564137 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 1.8333185493 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 56 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 24 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 36 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_056
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -57.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19450 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 117.73496144 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.73497914782 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10645 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 120.770502583 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.25307131817 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 57 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 25 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 27 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 90.0 Length Length mm float 1.5 Electrode_057
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -56.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 58 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 26 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 37 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_058
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -66.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 59 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 27 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 28 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_059
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -56.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 60 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 28 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 38 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_060
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -49.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7115 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 87.8313422347 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.93208007395 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 61 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 29 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 29 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_061
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -61.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 27368 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 142.29154487 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.06790027311 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10107 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 113.26080934 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.4776258221 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 62 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 30 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 48 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_062
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -37.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15909 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 60.7136840782 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.07398108782 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 63 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 31 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 19 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_063
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -42.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5373 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 75.9316955146 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.39505185935 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6130 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 55.6088091354 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.25066656103 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 64 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 32 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 39 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_064
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -45.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13853 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 70.7360860463 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.72313614943 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 65 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 1 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 81 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_065
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -23.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 66 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 2 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 82 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_066
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -46.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 555 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 78.190990991 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.94031674863 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 67 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 3 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 71 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_067
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -27.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 68 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 72 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_068
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -44.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 20955 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 189.803817705 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.928430497 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9534 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 81.399622404 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.86859475597 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 69 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 5 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 61 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 67.0 Length Length mm float 1.5 Electrode_069
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -47.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5901 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 78.7354685647 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.80307744754 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 70 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 6 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 62 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_070
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11406 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 128.072944065 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.14789288669 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9243 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 74.4520177432 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.63357895075 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 71 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 7 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 51 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_071
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -41.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18015 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 139.919844574 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.13204346127 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17452 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 81.1954503782 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.85887377912 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 72 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 8 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 52 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_072
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -30.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 73 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 9 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 41 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_073
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -31.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 74 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 42 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_074
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -29.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 75 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 11 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 31 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_075
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -33.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13759 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 122.282142598 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.48737131751 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 76 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 12 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 32 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_076
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -44.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8932 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 132.026645768 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.65320446157 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6411 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 66.7484011855 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.72578953268 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 77 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 13 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 21 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_077
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -43.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3350 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 134.07761194 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.97251784558 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12978 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 93.3302511943 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.80758806973 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15930 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 114.557438795 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.64440953369 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 78 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 22 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_078
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -44.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 20818 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 82.7034777596 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.59002634607 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10969 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 85.3457926885 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.28655764689 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 79 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 15 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 11 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_079
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -30.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 80 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 16 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 12 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_080
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -30.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9977 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 143.532324346 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.28476477376 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13374 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 106.175414984 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.69877490919 Unit_02 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 81 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 17 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 2 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 54.0 Length Length mm float 1.5 Electrode_081
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -36.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13787 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 62.4305505186 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.21581607896 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 82 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 18 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 23 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_082
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -39.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12973 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 68.9084251908 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.32441115019 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 83 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 19 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 3 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_083
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -31.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11378 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 49.6606609246 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.16811774909 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 84 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 20 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 13 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_084
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -72.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 23854 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 187.358933512 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.17252903156 Unit_01 setup/daq
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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 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -49.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6594 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 110.745526236 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.80498377751 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4473 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 90.2358596021 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.92105381368 Unit_02 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 86 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 22 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 14 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_086
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -37.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 87 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 23 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 15 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_087
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -81.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 88 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 24 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 5 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_088
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -40.0 OfflineSpikeSorting setup/daq/preprocessing
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Information on electrode Electrode ID ID int electrodes_info.txt 89 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 25 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 16 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_089
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -46.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2840 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 150.973239437 Measured averaged duration of spike waveforms unit SpikeDuration us float 166.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.04761781055 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 90 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 26 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 6 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_090
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -40.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9677 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 93.3732561744 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.96510362328 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 91 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 27 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 17 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_091
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -49.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5913 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 84.0082868256 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.37949157372 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 92 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 28 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 7 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_092
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -37.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11699 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 55.5672279682 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.64161756847 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 93 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 29 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 8 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_093
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -51.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12041 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 121.688314924 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.17476851988 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 94 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 30 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 18 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_094
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -51.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11189 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 93.0406649388 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.39554303468 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 95 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 31 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 20 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_095
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -29.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 32894 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 69.5836018727 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.34727308195 Unit_01 setup/daq
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Information on electrode Electrode ID ID int electrodes_info.txt 96 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 32 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 9 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 54.0 Length Length mm float 1.5 Electrode_096
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int 2 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float l101210-001.nev -40.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8413 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 80.6990372043 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.39495275608 Unit_01 setup/daq
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Information on the headstage Model of device Model string Samtec Type of device (digital or analog) Type string analog Gain used Gain int 1 Devices from which inputs are received InFrom string UtahArray Target device of each output OutTo string NeuralSignalAmplifier True if a stimulation switch version of the device was used StimSwitch boolean True Headstage setup/daq/hardware
Information on the recording Identifier of the recording day RecordingDay string l101210 Identifier of the recording Recording string l101210-001 Date of session Date date 2010-12-10 Weekday of session Weekday string Friday Time of day when recording was started Time time 10:50:10 Duration of recording Duration s int 709.248 States if a spike sorting was performed for this recording IsSpikeSorted boolean True Performed task type TaskType string TwoCues Qualitative statement whether the recording contains noisy channels and/or time periods. Noisy boolean True Comment about the recording Comment string no comment Recording
Information on task settings Total number of trials TotalTrialCount int 204 Number of correctly performed trials CorrectTrialCount int 135 Number of trials where the monkey made a grip error. GripErrorTrialCount int 14 States if the recording was performed under standard settings StandardSettings boolean True TaskSettings
Information on trial type parameters Identifies the trial types presented during the recording Condition int 1 Trial order of force conditions (random or block) OrderForce string random Trial order of grip conditions (random or block) OrderGrip string random Order of trial type combination was of block size BlockSize int TrialTypeSettings recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 1 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4155 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev PGHF Trial_001
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4155 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4814 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16264 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 28306 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 37442 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 67524 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 73280 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 119620 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12109 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9136 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 5756 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 2 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 119769 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_002
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 119769 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 120359 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 131808 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 143883 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 152991 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 183064 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 189103 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 212437 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 212441 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 236597 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 192870 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 221670 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 195930 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 219060 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 193860 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 222960 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 198420 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 220320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12039 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9108 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 6039 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3767 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3060 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6827 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23130 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 21900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 3 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 236749 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_003
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 236749 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 237692 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 249119 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 261193 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 270387 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 300486 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 303685 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 328889 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 328891 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 352564 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 307980 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 336600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 309840 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 334620 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 308760 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 336240 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 318240 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 331260 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12370 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9194 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30099 Reaction time (period between GO and SR) RT 1./30000*s int 3199 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4295 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6155 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24780 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13020 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 4 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 352715 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_004
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 352715 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 353297 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 364770 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 376817 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 385897 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 415971 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 421651 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 444058 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 444061 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 467619 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 424650 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 452970 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 427560 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 448590 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 426390 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 453660 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 433080 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 451170 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12055 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5680 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2999 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2910 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5909 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21030 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18090 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 5 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 467769 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_005
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 467769 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 468370 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 479859 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 491900 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 500980 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 531054 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 536194 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 561650 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 561652 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 585269 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 539280 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 570810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 542130 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 565590 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 541500 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 570990 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 552510 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 568050 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12090 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5140 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3086 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2850 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5936 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23460 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15540 Inter-trial-interval (period until next trial) ITI 1./30000*s int 103 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 6 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 585372 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev SG Trial_006
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 585372 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 586026 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 597453 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 609495 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 671464 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 611412 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12081 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 7 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 671614 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev PG Trial_007
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 671614 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 672216 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 683649 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 695829 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int l101210-001.nev 704302 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 729925 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12035 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12180 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 750613 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 8 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 750612 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_008
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 750612 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 751197 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 762650 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 774724 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 783797 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 813871 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 820964 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 843774 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 843779 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 867476 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 824610 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 849930 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 826320 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 842760 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 825690 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 850590 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 832110 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 845790 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12038 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 7093 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3646 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1710 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5356 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16440 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13680 Inter-trial-interval (period until next trial) ITI 1./30000*s int 141 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 9 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 867617 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_009
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 867617 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 868266 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 937377 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 877892 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 145 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 10 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 937522 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_010
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 937522 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 938167 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 949620 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 961694 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 970767 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1000808 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1003647 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1026436 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1026440 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1050108 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1006860 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1034190 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1010220 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1028130 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1008180 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1033530 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1014390 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1028340 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12098 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30041 Reaction time (period between GO and SR) RT 1./30000*s int 2839 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3213 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3360 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6573 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17910 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13950 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 11 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1050259 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_011
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1050259 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1050868 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1062311 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1074385 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1083425 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1113505 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1119717 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1142069 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1142073 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1165784 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1122840 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1150020 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1124400 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1144350 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1124100 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1147980 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1130100 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1134450 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12052 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 6212 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3123 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1560 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4683 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 19950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 4350 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 12 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1165934 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_012
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1165934 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1167032 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1178459 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1190535 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1199632 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1229706 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1233799 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1257790 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1257792 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1281440 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1237800 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1265610 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1241610 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1253190 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1240500 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1265730 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1245450 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1259490 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12525 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9097 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 4093 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4001 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3810 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 7811 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11580 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14040 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 13 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1281590 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_013
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1281590 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1282166 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1293593 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1305668 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1314767 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1344841 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1348361 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1371871 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 1380918 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1395434 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1352610 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1380270 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1355520 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1376520 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1354080 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1379760 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1359330 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1374930 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12003 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9099 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3520 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4249 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2910 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 7159 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21000 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15600 Inter-trial-interval (period until next trial) ITI 1./30000*s int 161 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 14 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1395595 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_014
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1395595 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1396185 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1468146 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 1408010 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 15 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1468296 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_015
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1468296 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1468929 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1533439 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 1473927 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 481 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 16 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1533920 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_016
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1533920 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1534495 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1545922 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1557996 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1567070 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1597144 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1602496 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1624845 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1624847 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1648506 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1605360 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1630440 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1608420 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1619940 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1606650 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1632870 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1612050 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1624740 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12002 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5352 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2864 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3060 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5924 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11520 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12690 Inter-trial-interval (period until next trial) ITI 1./30000*s int 217 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 17 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1648723 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_017
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1648723 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1649305 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1660742 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1672841 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1681914 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1711993 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1716141 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1739162 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1739164 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1762727 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1719840 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1748610 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1721970 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1723290 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1721160 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1746420 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1727130 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1740240 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12019 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12099 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30079 Reaction time (period between GO and SR) RT 1./30000*s int 4148 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3699 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5829 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 1320 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13110 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 18 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1762876 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_018
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1762876 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1763480 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1774953 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1787000 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1796080 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1826154 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1831327 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1845565 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1845567 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 1847115 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1861635 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1834950 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1858020 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1837260 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1854900 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1837200 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1853970 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1841430 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1842000 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12077 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5173 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3623 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2310 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5933 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17640 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 570 Inter-trial-interval (period until next trial) ITI 1./30000*s int 2584 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 19 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1864219 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_019
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1864219 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1864900 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1876376 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 1888425 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 1897505 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 1927707 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 1934200 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 1961226 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 1961230 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 1984847 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 1938120 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 1965510 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1939530 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1963020 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 1940430 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 1964790 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 1945830 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 1958880 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12157 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12049 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30202 Reaction time (period between GO and SR) RT 1./30000*s int 6493 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3920 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1410 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5330 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23490 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13050 Inter-trial-interval (period until next trial) ITI 1./30000*s int 126 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 20 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 1984973 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_020
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 1984973 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 1985573 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 1997019 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2009100 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2018174 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2048248 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2055822 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 2079437 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2079441 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2103123 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2059680 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2088450 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2060880 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2085270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2061510 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2089500 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2066460 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2085480 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12046 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 7574 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3858 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1200 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5058 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24390 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 19020 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 21 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2103273 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGHF Trial_021
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2103273 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2104343 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2115768 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2127842 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2136940 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2167014 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2172367 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2200579 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12495 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5353 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 10228 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 22 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2210807 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_022
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2210807 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2211447 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2222895 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2235062 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2244136 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2274210 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2286550 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 2309618 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2309623 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2326584 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2290710 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2316510 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2294160 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2314350 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2297790 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2311650 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2302830 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2305560 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12088 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12167 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 12340 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4160 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3450 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 7610 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 20190 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 2730 Inter-trial-interval (period until next trial) ITI 1./30000*s int 162 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 23 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2326746 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_023
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2326746 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2327344 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2338799 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2350846 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2359892 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2389975 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2395594 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 2423089 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2423092 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 2432131 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2446652 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2399220 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2427720 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2401230 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2424030 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2400180 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2427930 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2408430 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2425440 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12053 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9046 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30083 Reaction time (period between GO and SR) RT 1./30000*s int 5619 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3626 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5636 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22800 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17010 Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 24 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2446804 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_024
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2446804 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2448339 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2459792 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2471873 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2480913 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2510996 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2515665 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 2539101 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2539105 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2562665 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2518740 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2546610 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2520480 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2542380 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2520630 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2547720 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2527500 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2543010 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12988 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30083 Reaction time (period between GO and SR) RT 1./30000*s int 4669 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3075 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1740 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4815 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21900 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15510 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 25 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2562814 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_025
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2562814 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2563415 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2574851 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2586924 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2595964 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2626045 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2631637 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2656049 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2679737 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2635170 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2663550 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2637330 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2660490 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2637000 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2663250 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2643540 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2656920 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12037 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12073 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5592 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3533 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2160 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5693 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23160 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13380 Inter-trial-interval (period until next trial) ITI 1./30000*s int 220 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 26 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2679957 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_026
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2679957 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2680569 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2692017 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2704091 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2713164 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2743205 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2748384 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2775960 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2799523 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2752050 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2783610 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2755320 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2781660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2754630 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2784240 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2764710 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2778000 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12060 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30041 Reaction time (period between GO and SR) RT 1./30000*s int 5179 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3666 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3270 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6936 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 26340 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13290 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 27 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2799674 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_027
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2799674 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2800715 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2812168 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2824317 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2833356 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2863438 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2867940 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 2891420 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 2891422 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 2916056 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2871180 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 2901570 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2873580 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2897220 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2872740 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 2902500 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2879430 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 2899860 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12494 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12149 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9039 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 4502 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3240 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2400 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5640 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23640 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 20430 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 28 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 2916206 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_028
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 2916206 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 2917258 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 2928712 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 2940794 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 2949887 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 2979961 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 2986841 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 3009452 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 3009456 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3033143 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 2990070 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 3017730 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2991780 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3013950 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 2991240 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 3017670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 2997570 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3006810 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12506 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12082 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9093 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 6880 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3229 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1710 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4939 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22170 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9240 Inter-trial-interval (period until next trial) ITI 1./30000*s int 148 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 29 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3033291 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_029
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3033291 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3034765 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3046220 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3058300 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 3067340 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 3097422 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 3101937 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 3126373 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 3126377 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3150304 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 3105930 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 3134880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3107280 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3131790 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 3107070 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 3136590 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3115650 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3133410 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12929 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12080 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 4515 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3993 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1350 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5343 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24510 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17760 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 30 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3150453 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev SG Trial_030
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3150453 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3151043 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3162498 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3174580 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3236644 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 3176956 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12045 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12082 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 31 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3236795 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_031
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3236795 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3237525 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3248951 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3261026 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 3270124 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 3300199 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 3305579 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 3328225 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 3328229 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 3337269 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3352203 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 3308640 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 3337440 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3311310 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3333720 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 3309660 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 3338460 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3316650 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3335100 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12156 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30075 Reaction time (period between GO and SR) RT 1./30000*s int 5380 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3061 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2670 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5731 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22410 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18450 Inter-trial-interval (period until next trial) ITI 1./30000*s int 227 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 32 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3352430 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGHF Trial_032
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3352430 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3353070 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3364511 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3376592 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 3385681 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 3415755 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 3420893 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3449614 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12081 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9089 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5138 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 8791 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 33 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3458405 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 163 Trial type of trial TrialType string l101210-001.nev NONE Trial_033
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3458405 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3459004 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3470460 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3536281 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 3476805 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12055 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 123 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 34 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3536404 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev PG Trial_034
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3536404 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3537022 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3548449 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3560524 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int l101210-001.nev 3568843 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 3594380 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12045 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 3615098 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 35 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3615097 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_035
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3615097 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3615739 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3679581 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 3620094 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 36 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3679733 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_036
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3679733 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3680661 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3692089 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3704164 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 3713237 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 3743440 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 3749394 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 3772886 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 3781934 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3796452 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 3753090 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 3780870 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3755310 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3760050 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 3754410 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 3782280 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3762540 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3775830 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12356 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30203 Reaction time (period between GO and SR) RT 1./30000*s int 5954 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3696 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2220 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5916 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 4740 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13290 Inter-trial-interval (period until next trial) ITI 1./30000*s int 122 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 37 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3796574 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev PG Trial_037
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3796574 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3797204 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3808656 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3820737 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 3886662 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 3827131 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12082 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 120 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 38 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 3886782 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_038
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 3886782 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 3887377 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 3898804 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 3910879 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 3919979 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 3950053 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 3955374 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 3978374 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4001939 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 3958890 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 3986550 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3960420 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3982650 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 3959850 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 3986790 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 3966750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 3981030 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12022 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9100 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5321 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3516 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1530 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5046 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22230 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14280 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 39 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4002090 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_039
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4002090 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4003626 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4015054 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4027127 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4036202 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4066282 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4071373 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4095587 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 4104633 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4119117 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4075050 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4104210 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4076730 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4100400 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4076670 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4105440 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4084950 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4102200 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12964 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12073 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9075 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 5091 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3677 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1680 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5357 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23670 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17250 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 40 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4119266 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_040
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4119266 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4119844 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4131279 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4143353 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4152393 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4182473 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4187133 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 4204257 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4204261 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4220955 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4190460 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4216260 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4192830 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4213440 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4191960 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4214040 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4197990 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4210710 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12013 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 4660 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3327 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5697 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 20610 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12720 Inter-trial-interval (period until next trial) ITI 1./30000*s int 1316 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 41 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4222271 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_041
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4222271 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4222847 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4234304 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4246353 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4255399 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4285480 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4290860 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4314137 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4337795 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4294350 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4321500 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4297020 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4319040 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4295400 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4321770 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4301820 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4317060 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12033 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12049 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9046 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5380 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3490 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2670 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6160 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22020 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15240 Inter-trial-interval (period until next trial) ITI 1./30000*s int 875 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 42 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4338670 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_042
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4338670 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4339304 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4350751 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4362803 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4371883 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4401956 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4406376 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4431295 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4454858 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4409700 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4439640 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4411710 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4435980 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4411650 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4440840 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4421580 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4438380 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12081 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12052 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 4420 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3324 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5334 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24270 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16800 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 43 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4455007 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGHF Trial_043
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4455007 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4455643 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4467095 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4479142 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4488222 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4518296 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4524110 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4552787 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12088 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5814 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 14457 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 44 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4567244 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 175 Trial type of trial TrialType string l101210-001.nev SG Trial_044
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4567244 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4567844 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4579300 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4591347 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4600394 Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4670755 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 4611190 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12056 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 113 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 45 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4670868 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_045
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4670868 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4671465 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4682914 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4694987 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4704060 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4734101 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4739881 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 4762108 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4762110 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4785820 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4742760 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4770840 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4745250 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4768470 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4744260 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4771980 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4753920 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4768170 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12046 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12073 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30041 Reaction time (period between GO and SR) RT 1./30000*s int 5780 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2879 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2490 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5369 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23220 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14250 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 46 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4785970 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_046
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4785970 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4786572 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4798048 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4810095 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4819176 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4849254 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4853527 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 4872609 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4872611 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 4875356 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 4889875 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4857000 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4882920 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4859130 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4879410 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4857570 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4882500 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4864050 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4872150 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12078 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30078 Reaction time (period between GO and SR) RT 1./30000*s int 4273 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3473 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5603 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 20280 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 8100 Inter-trial-interval (period until next trial) ITI 1./30000*s int 657 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 47 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 4890532 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_047
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 4890532 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 4891599 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 4903053 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 4915100 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 4924147 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 4954254 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 4960033 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 4983822 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 4983824 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5007511 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 4963620 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 4991100 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4964940 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4965510 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 4964850 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 4992030 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 4973820 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 4989600 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12521 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30107 Reaction time (period between GO and SR) RT 1./30000*s int 5779 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3587 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1320 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4907 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 570 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15780 Inter-trial-interval (period until next trial) ITI 1./30000*s int 337 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 48 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5007848 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_048
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5007848 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5009107 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5020582 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5032630 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5041709 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5071783 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 5075756 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 5100073 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 5100078 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5123638 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 5079540 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 5108490 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5081670 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5104620 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 5080500 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 5108400 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5087940 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5104350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12734 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9079 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3973 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3784 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5914 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16410 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 49 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5123788 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_049
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5123788 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5124975 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5136431 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5148511 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5157551 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5187632 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 5191734 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 5217873 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5241437 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 5195370 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 5222550 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5197380 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5219280 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 5197050 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 5223960 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5207160 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5221080 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12643 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12080 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 4102 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3636 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5646 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21900 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13920 Inter-trial-interval (period until next trial) ITI 1./30000*s int 210 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 50 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5241647 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGHF Trial_050
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5241647 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5242273 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5253753 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5265834 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5274907 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5304981 Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5371133 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 5310642 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12106 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int -5304982 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 128 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 51 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5371261 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_051
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5371261 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5371914 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5433582 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 5374098 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 146 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 52 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5433728 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_052
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5433728 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5434374 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5445817 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5457893 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5466965 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5497056 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 5502976 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 5525835 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 5525840 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 5534882 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5549403 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 5506260 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 5532420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5508930 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5530980 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 5507310 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 5533440 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5513010 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5529120 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12089 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9072 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30091 Reaction time (period between GO and SR) RT 1./30000*s int 5920 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3284 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2670 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5954 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22050 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16110 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 53 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5549554 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_053
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5549554 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5550151 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5561618 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5573660 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5582706 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5612787 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 5618109 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 5641589 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 5641593 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5665629 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 5621010 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 5650710 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5623770 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5637420 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 5623440 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 5651940 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5630280 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5648940 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9046 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5322 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2901 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5661 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13650 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18660 Inter-trial-interval (period until next trial) ITI 1./30000*s int 116 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 54 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5665745 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_054
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5665745 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5666342 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5736413 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 5676935 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 148 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 55 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5736561 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_055
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5736561 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5737150 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5748601 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5760684 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5769774 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5799815 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 5803614 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 5825392 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 5825394 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5848979 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 5806440 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 5833650 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5808540 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5830830 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 5807310 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 5833740 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5812860 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5829270 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12040 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12083 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9090 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30041 Reaction time (period between GO and SR) RT 1./30000*s int 3799 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2826 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4926 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22290 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16410 Inter-trial-interval (period until next trial) ITI 1./30000*s int 133 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 56 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5849112 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_056
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5849112 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5849710 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5861137 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5873212 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5882252 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 5912364 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 5918668 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 5941643 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 5965173 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 5921370 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 5949990 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5923620 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5945310 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 5923410 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 5950170 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 5930610 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 5944290 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12025 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30112 Reaction time (period between GO and SR) RT 1./30000*s int 6304 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2702 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2250 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4952 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21690 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13680 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 57 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 5965324 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_057
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 5965324 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 5965898 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 5977331 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 5989406 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 5998447 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6028529 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6031989 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 6055485 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6055490 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6079169 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6036420 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6064350 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6038610 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6060000 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6037710 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6064170 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6042870 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6058770 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12007 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9041 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 3460 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4431 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2190 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6621 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21390 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 58 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6079319 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_058
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6079319 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6079919 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6091348 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6103533 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6112607 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6142690 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6146569 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 6170180 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6170182 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6193860 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6150660 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6177690 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6153480 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6175680 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6151740 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6179460 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6158610 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6172170 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12029 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12185 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30083 Reaction time (period between GO and SR) RT 1./30000*s int 3879 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4091 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2820 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6911 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22200 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13560 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 59 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6194010 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_059
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6194010 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6194646 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6261114 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 6201575 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 60 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6261265 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_060
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6261265 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6261909 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6273359 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6285400 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6294480 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6324553 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6329066 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 6351946 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6351951 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6376272 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6331770 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6360720 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6335010 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6356910 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6333420 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6362520 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6340320 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6359640 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12094 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 4513 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2704 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3240 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5944 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21900 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 19320 Inter-trial-interval (period until next trial) ITI 1./30000*s int 217 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 61 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6376489 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_061
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6376489 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6377133 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6388586 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6400667 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6409707 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6439787 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6443580 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 6471788 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6471791 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6495320 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6447090 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6475800 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6448920 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6473460 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6448530 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6475830 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6457020 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6471000 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12097 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 3793 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3510 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1830 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5340 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24540 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13980 Inter-trial-interval (period until next trial) ITI 1./30000*s int 148 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 62 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6495468 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_062
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6495468 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6496075 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6507508 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6519605 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6529027 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6559100 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6564660 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 6582933 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6582935 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6600821 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6567360 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6594630 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6569850 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6591720 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6569340 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6592560 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6574020 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6573990 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12040 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12097 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9422 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 5560 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2700 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2490 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5190 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21870 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int -30 Inter-trial-interval (period until next trial) ITI 1./30000*s int 958 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 63 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6601779 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_063
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6601779 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6602363 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6613790 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6625865 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6634939 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6665016 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6670156 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 6691627 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6691629 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 6700701 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6715192 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6672450 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6699780 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6674910 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6696480 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6673410 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6698910 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6679110 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6694860 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12011 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30077 Reaction time (period between GO and SR) RT 1./30000*s int 5140 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2294 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4754 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21570 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15750 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 64 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6715343 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 175 Trial type of trial TrialType string l101210-001.nev SG Trial_064
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6715343 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6716239 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6727665 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6739741 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6748842 Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6819448 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 6759701 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12322 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9101 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 65 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6819597 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_065
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6819597 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6820181 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6883385 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 6823303 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 66 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6883535 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_066
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6883535 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 6884429 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 6895904 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 6907986 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 6917060 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 6947134 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 6952753 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 6975954 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 6999517 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 6955590 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 6983310 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6957750 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6980820 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 6956850 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 6983970 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 6966780 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 6981780 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12369 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12082 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5619 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2837 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2160 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4997 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23070 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 67 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 6999668 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGLF Trial_067
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 6999668 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7001000 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7012453 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7024534 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7033573 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7063655 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7069393 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7114983 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12785 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9039 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 5738 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 68 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7115135 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_068
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7115135 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7115785 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7127241 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7139322 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7148363 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7178444 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7183343 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 7209206 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 7209212 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7232923 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 7186260 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 7214910 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7187760 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7208940 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 7186980 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 7214940 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7194300 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7210890 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12106 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9041 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 4899 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2917 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1500 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4417 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21180 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16590 Inter-trial-interval (period until next trial) ITI 1./30000*s int 226 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 69 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7233149 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_069
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7233149 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7233728 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7245157 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7257231 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7266328 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7296402 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7301063 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 7322455 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 7322459 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7340743 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 7304280 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 7331880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7306440 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7320810 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 7305810 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 7331190 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7309650 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7325880 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12008 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9097 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 4661 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3217 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2160 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5377 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14370 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16230 Inter-trial-interval (period until next trial) ITI 1./30000*s int 226 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 70 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7340969 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGLF Trial_070
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7340969 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7341628 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7353103 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7365151 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7374231 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7404305 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7411485 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7460056 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12134 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 7180 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 71 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7460206 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_071
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7460206 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7460866 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7523438 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 7463957 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 119 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 72 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7523557 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev PGLF Trial_072
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7523557 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7524202 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7535660 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7547701 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7557002 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7587042 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7590902 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7637195 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12103 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9301 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30040 Reaction time (period between GO and SR) RT 1./30000*s int 3860 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 73 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7637346 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_073
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7637346 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7637989 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7649441 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7661483 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7670589 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7700670 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7705319 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 7724161 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 7724163 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7741640 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 7708260 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 7736190 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7710960 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7731660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 7709790 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 7729680 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7715070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7715700 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12095 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9106 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 4649 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2941 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2700 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5641 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 20700 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 630 Inter-trial-interval (period until next trial) ITI 1./30000*s int 871 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 74 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7742511 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_074
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7742511 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7743166 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 7754591 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 7766632 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 7775829 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 7805912 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 7810373 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 7833895 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7857427 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 7813560 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 7843320 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7815120 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7840410 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 7814490 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 7842570 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 7821000 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 7838790 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12080 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9197 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30083 Reaction time (period between GO and SR) RT 1./30000*s int 4461 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3187 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1560 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4747 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 25290 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17790 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 75 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7857578 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_075
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7857578 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7858210 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7923513 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 7863882 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 192 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 76 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7923705 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_076
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7923705 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7924570 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 7994033 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 7934252 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 77 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 7994183 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_077
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 7994183 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 7994994 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8006430 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8018511 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8027550 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8057599 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 8063194 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 8086315 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 8086317 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8109880 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 8066070 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 8093490 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8067930 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8090850 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 8067600 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 8093790 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8074410 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8088960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12247 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9039 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30049 Reaction time (period between GO and SR) RT 1./30000*s int 5595 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2876 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4736 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22920 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14550 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 78 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8110029 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_078
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8110029 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8110748 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8174728 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 8115216 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 79 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8174877 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_079
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8174877 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8175462 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8186913 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8198987 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8208062 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8238145 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 8241728 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 8260995 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 8260999 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8278534 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 8245290 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 8272650 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8246790 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8269290 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 8246910 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 8270340 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8252820 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8268000 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12036 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9075 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30083 Reaction time (period between GO and SR) RT 1./30000*s int 3583 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3562 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1500 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5062 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22500 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15180 Inter-trial-interval (period until next trial) ITI 1./30000*s int 234 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 80 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8278768 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_080
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8278768 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8279347 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8290774 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8302850 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8311948 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8342021 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 8344760 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 8371918 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 8371923 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8390412 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 8348850 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 8374920 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8351130 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8373390 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 8349900 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 8374380 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8362650 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8369520 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12006 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 2739 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4090 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2280 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6370 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22260 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 6870 Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 81 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8390564 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_081
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8390564 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8391201 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8402643 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8414685 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8423765 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8453805 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 8457812 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 8481085 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 8481087 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8504803 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 8461320 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 8488950 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8463210 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8487810 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 8462460 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 8491020 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8469750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8487510 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12079 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30040 Reaction time (period between GO and SR) RT 1./30000*s int 4007 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3508 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1890 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5398 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24600 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17760 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 82 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8504954 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_082
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8504954 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8505542 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8516993 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8529068 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8538267 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8568348 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 8570761 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 8597273 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8620804 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 8574630 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 8603520 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8576580 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8600490 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 8576460 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 8604960 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8586930 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8603070 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12039 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9199 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 2413 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3869 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5819 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23910 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16140 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 83 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8620953 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_083
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8620953 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8621588 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8633015 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8645090 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8654188 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8684262 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 8688295 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 8711909 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 8711914 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8737083 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 8691540 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 8722170 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8693910 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8718420 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 8693670 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 8723370 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 8703450 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 8720280 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12062 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 4033 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3245 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5615 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24510 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16830 Inter-trial-interval (period until next trial) ITI 1./30000*s int 102 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 84 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8737185 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_084
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8737185 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8737808 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8806953 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 8746466 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 85 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8807105 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_085
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8807105 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8807678 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8869280 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 8809804 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 153 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 86 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8869433 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_086
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8869433 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8870023 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 8935548 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 8876073 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 87 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 8935698 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_087
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 8935698 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 8936290 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 8947740 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 8959815 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 8968890 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 8998972 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9004712 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9027288 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9050853 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9007500 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9034350 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9009750 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9032280 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9008730 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9034470 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9029760 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9015360 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12042 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9075 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 5740 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2788 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2250 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5038 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22530 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int -14400 Inter-trial-interval (period until next trial) ITI 1./30000*s int 153 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 88 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9051006 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_088
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9051006 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9051983 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9063457 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9075505 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9084585 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 9114659 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9117971 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 9146083 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9146088 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9169647 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9122370 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9152550 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9123330 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9149100 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9124050 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9153960 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9134190 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9151260 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12451 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3312 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4399 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 960 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5359 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 25770 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17070 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 89 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9169797 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_089
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9169797 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9170397 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9181825 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9193866 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9202969 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 9233043 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9235062 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 9260570 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9260572 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9284230 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9239220 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9268500 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9241110 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9265380 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9240990 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9269340 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9247770 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9267180 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12028 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9103 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 2019 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4158 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1890 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6048 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24270 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 19410 Inter-trial-interval (period until next trial) ITI 1./30000*s int 229 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 90 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9284459 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 175 Trial type of trial TrialType string l101210-001.nev PG Trial_090
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9284459 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9285035 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9296462 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9308537 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9317578 Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9389762 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 9330167 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12003 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9041 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 227 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 91 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9389989 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_091
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9389989 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9390619 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9402107 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9414148 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9423195 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 9453275 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9455595 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9480061 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 9489105 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9503624 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9459300 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9487380 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9462210 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9484320 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9461160 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9488820 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9468210 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9486270 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12118 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 2320 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3705 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2910 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6615 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22110 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18060 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 92 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9503773 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_092
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9503773 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9504347 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9515814 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9527862 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9536942 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 9567016 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9570509 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 9596805 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9596807 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9620573 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9573870 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9604710 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9576450 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9601290 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9575790 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9605640 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9588030 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9602550 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12041 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3493 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3361 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2580 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5941 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24840 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14520 Inter-trial-interval (period until next trial) ITI 1./30000*s int 160 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 93 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9620733 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_093
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9620733 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9621327 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9632765 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9644839 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9653879 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 9683958 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9688918 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9712909 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 9721953 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9737279 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9692100 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9722100 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9695190 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9718650 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9694230 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9723750 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9700980 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9720540 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12032 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30079 Reaction time (period between GO and SR) RT 1./30000*s int 4960 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3182 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3090 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6272 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23460 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 19560 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 94 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9737430 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_094
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9737430 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9738044 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9749471 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9761547 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 9770645 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 9800719 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 9804718 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 9829742 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9853425 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 9808620 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 9837360 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9811050 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9834540 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 9810420 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 9838560 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 9818430 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 9835620 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12041 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3999 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3902 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2430 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6332 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23490 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17190 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 95 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9853575 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_095
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9853575 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9854177 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 9919569 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 9859817 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 161 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 96 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 9919730 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev PG Trial_096
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 9919730 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 9920354 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 9931808 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 9943999 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10007453 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 9947881 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12078 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12191 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 97 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10007604 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_097
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10007604 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10008832 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10020288 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 10032336 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 10041729 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 10071810 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 10077550 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 10095632 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 10095635 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10113257 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 10080240 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 10106100 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10082370 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10101660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 10080960 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 10103250 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10086660 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10099350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12684 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9393 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5740 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2690 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4820 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 19290 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12690 Inter-trial-interval (period until next trial) ITI 1./30000*s int 174 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 98 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10113431 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_098
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10113431 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10114064 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10125493 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 10137568 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 10146608 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 10176718 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 10182791 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 10205502 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10229065 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 10185690 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 10212660 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10187910 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10208640 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 10187310 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 10212570 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10192770 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10209330 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12062 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30110 Reaction time (period between GO and SR) RT 1./30000*s int 6073 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2899 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2220 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5119 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 20730 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16560 Inter-trial-interval (period until next trial) ITI 1./30000*s int 232 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 99 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10229297 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGHF Trial_099
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10229297 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10229872 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10241382 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 10253425 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 10262559 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 10292681 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 10297842 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10326523 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12085 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12043 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9134 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30122 Reaction time (period between GO and SR) RT 1./30000*s int 5161 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 7559 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 100 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10334082 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 163 Trial type of trial TrialType string l101210-001.nev NONE Trial_100
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10334082 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10334663 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10346108 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10408810 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 10349302 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12026 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 101 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10408959 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 163 Trial type of trial TrialType string l101210-001.nev NONE Trial_101
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10408959 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10409548 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10420980 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10493896 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 10433968 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12021 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 102 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10494046 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_102
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10494046 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10495594 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10507049 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 10519096 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 10528400 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 10558476 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 10563666 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 10588283 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 10588285 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10611967 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 10566930 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 10593600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10569900 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10591860 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 10568940 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 10595250 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10578510 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10592970 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 13003 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9304 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30076 Reaction time (period between GO and SR) RT 1./30000*s int 5190 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3264 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2970 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6234 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21960 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14460 Inter-trial-interval (period until next trial) ITI 1./30000*s int 148 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 103 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10612115 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_103
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10612115 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10612686 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10682116 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 10622109 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 169 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 104 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10682285 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_104
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10682285 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10682881 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10694310 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 10706385 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 10715483 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 10745557 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 10749110 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 10773490 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 10773494 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 10782536 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10797081 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 10751910 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 10780470 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10754010 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10777590 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 10754190 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 10781550 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10763400 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10779150 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12025 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3553 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2800 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4900 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23580 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15750 Inter-trial-interval (period until next trial) ITI 1./30000*s int 106 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 105 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10797187 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_105
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10797187 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10797813 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10863843 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 10804333 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 106 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10863993 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_106
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10863993 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10864930 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10876358 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 10888399 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 10897719 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 10927800 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 10933787 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 10956627 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 10956632 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 10965672 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 10980194 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 10936470 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 10963650 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10938570 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10947030 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 10938870 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 10965210 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 10945980 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 10962660 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12365 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9320 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5987 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2683 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4783 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8460 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16680 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 107 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 10980344 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_107
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 10980344 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 10980945 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 10992399 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11004446 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 11013493 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 11043573 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 11048233 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 11072319 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 11072323 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11095999 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 11051100 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 11079870 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11053290 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11076840 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 11054220 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 11081280 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11061030 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11078640 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12055 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 4660 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2867 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2190 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5057 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23550 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17610 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 108 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11096149 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_108
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11096149 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11096723 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 11108150 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11120226 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 11129325 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 11159399 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 11163312 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 11187044 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11210608 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 11166690 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 11195250 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11168910 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11191740 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 11168310 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 11196420 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11177580 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11193360 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12001 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9099 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3913 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3378 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2220 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5598 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22830 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15780 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 109 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11210759 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_109
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11210759 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11211594 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11278243 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 11218468 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 135 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 110 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11278378 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_110
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11278378 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11279035 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11344803 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 11285204 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 109 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 111 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11344912 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_111
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11344912 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11345567 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11415464 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 11355955 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 112 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11415615 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_112
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11415615 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11416201 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 11427642 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11439722 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 11448795 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 11478836 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 11484103 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 11505792 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 11505796 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11529356 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 11486670 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 11512980 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11488800 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11510640 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 11488200 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 11513730 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11492670 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11510670 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12027 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12080 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30041 Reaction time (period between GO and SR) RT 1./30000*s int 5267 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2567 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4697 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21840 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 142 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 113 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11529498 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_113
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11529498 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11530078 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 11541528 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11553569 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 11562649 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 11592723 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 11595402 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 11618843 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 11618848 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11642504 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 11599200 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 11624910 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11602260 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11621880 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 11600670 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 11626800 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11607270 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11623920 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12030 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 2679 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3798 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3060 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6858 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 19620 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16650 Inter-trial-interval (period until next trial) ITI 1./30000*s int 235 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 114 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11642739 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_114
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11642739 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11643336 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 11654812 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11666893 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 11675966 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 11706040 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 11709533 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 11735326 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 11735330 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 11744370 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11759010 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 11713140 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 11741010 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11715060 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11737380 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 11715450 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 11741670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11722350 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 11739480 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12073 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3493 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3607 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1920 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5527 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22320 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17130 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 115 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11759159 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev SG Trial_115
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11759159 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11759759 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 11771184 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11783331 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11847907 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 11788312 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12025 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12147 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 348 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 116 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11848255 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_116
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11848255 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11849466 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 11916849 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 11856953 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 117 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 11916998 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_117
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 11916998 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 11917580 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 11929026 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 11941105 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 11950179 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 11980263 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 11983516 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12006788 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12030351 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 11987340 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12012600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11988780 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12010920 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 11988360 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12010770 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 11994750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12005100 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12028 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12079 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30084 Reaction time (period between GO and SR) RT 1./30000*s int 3253 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3824 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1440 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5264 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22140 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10350 Inter-trial-interval (period until next trial) ITI 1./30000*s int 124 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 118 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12030475 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_118
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12030475 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12031190 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12042615 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12054696 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12063737 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 12093817 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 12097189 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 12122218 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12122223 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12145783 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 12100650 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12129420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12102840 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12125820 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 12102780 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12130440 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12113070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12127080 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12140 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9041 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 3372 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3461 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2190 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5651 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22980 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14010 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 119 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12145933 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_119
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12145933 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12147293 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12158720 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12170795 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12179868 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 12210101 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 12214554 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 12238052 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12238057 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12261777 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 12217110 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12244410 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12219570 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12240870 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 12218490 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12244620 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12225090 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12240090 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12787 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30233 Reaction time (period between GO and SR) RT 1./30000*s int 4453 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2556 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5016 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21300 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 156 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 120 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12261933 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_120
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12261933 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12263366 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12329253 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 12269476 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 78 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 121 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12329331 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 175 Trial type of trial TrialType string l101210-001.nev SG Trial_121
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12329331 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12329985 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12341409 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12353457 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12362536 Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12434071 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 12374591 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12078 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9079 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 166 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 122 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12434237 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_122
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12434237 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12434893 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12446342 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12458377 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12467485 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 12497532 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 12503998 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 12529024 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12529028 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12552587 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 12506970 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12533220 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12510240 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12531660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 12510060 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12533130 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12514170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12528900 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12105 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12035 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9108 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30047 Reaction time (period between GO and SR) RT 1./30000*s int 6466 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2972 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3270 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6242 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21420 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14730 Inter-trial-interval (period until next trial) ITI 1./30000*s int 187 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 123 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12552774 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_123
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12552774 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12553375 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12564841 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12576922 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12585995 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 12616069 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 12621482 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 12645273 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12645277 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12668987 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 12625200 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12654690 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12626820 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12635850 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 12626520 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12655230 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12633120 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12651990 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5413 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3718 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1620 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5338 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9030 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18870 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 124 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12669138 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_124
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12669138 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12670410 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12739218 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 12679801 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 153 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 125 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12739371 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_125
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12739371 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12740022 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12751474 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12763515 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12772823 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 12802897 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 12808310 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 12831246 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12831248 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12854928 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 12811410 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12838980 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12813270 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12835110 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 12812910 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12839280 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12819240 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12836340 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12103 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9308 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5413 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3100 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4960 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21840 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17100 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 126 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12855077 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_126
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12855077 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12855650 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12867079 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12879158 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 12888253 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 12918326 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 12920286 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 12944711 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 12944714 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 12968370 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 12923850 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 12952980 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12925920 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12949740 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 12925470 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 12953070 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 12934380 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 12949170 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12002 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12079 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9095 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 1960 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3564 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2070 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5634 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23820 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14790 Inter-trial-interval (period until next trial) ITI 1./30000*s int 270 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 127 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 12968640 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_127
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 12968640 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 12969233 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 12980660 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 12992735 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13001835 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13031908 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13035701 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 13059234 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13059237 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13082798 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13039500 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13068270 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13043790 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13065180 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13040400 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13068120 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13046400 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13063980 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12020 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9100 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 3793 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3799 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 4290 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 8089 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21390 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17580 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 128 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13082948 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_128
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13082948 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13083606 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13095058 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 13107107 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13116179 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13146415 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13149809 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13172347 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 13181392 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13197237 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13153710 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13182270 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13155750 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13179150 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13153770 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13183740 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13162830 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13177830 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12110 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12049 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9072 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30236 Reaction time (period between GO and SR) RT 1./30000*s int 3394 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3901 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2040 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5941 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23400 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 155 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 129 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13197392 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_129
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13197392 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13197981 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13265884 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 13205174 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 554 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 130 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13266438 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_130
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13266438 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13267030 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13278459 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 13290534 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13299632 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13329706 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13334819 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13360691 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13384278 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13338330 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13365330 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13340670 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13357470 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13338930 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13366830 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13349730 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13364010 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12021 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5113 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3511 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5851 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16800 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14280 Inter-trial-interval (period until next trial) ITI 1./30000*s int 103 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 131 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13384381 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_131
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13384381 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13385037 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13454536 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 13394458 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 132 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13454685 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_132
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13454685 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13455261 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13466713 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 13478754 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13487834 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13518068 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13521501 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 13543734 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13543738 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13567391 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13524900 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13552740 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13526250 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13548330 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13526490 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13553550 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13532100 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13551030 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12028 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30234 Reaction time (period between GO and SR) RT 1./30000*s int 3433 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3399 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1350 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4749 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22080 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18930 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 133 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13567542 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_133
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13567542 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13568374 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13579823 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 13591896 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13601098 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13631179 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13633831 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13659340 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 13668384 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13682871 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13637700 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13665990 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13639680 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13662390 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13639320 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13667490 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13648980 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13664820 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12281 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12073 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9202 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 2652 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3869 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5849 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22710 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15840 Inter-trial-interval (period until next trial) ITI 1./30000*s int 148 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 134 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13683019 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_134
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13683019 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13683597 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13754813 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 13695331 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 135 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13754964 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_135
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13754964 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13755842 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13767301 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 13779383 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13788472 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13818550 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13821487 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 13843965 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13843967 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13867533 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13824960 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13851810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13827420 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13848660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13826400 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13852920 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13832010 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13849800 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12337 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12082 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9089 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30078 Reaction time (period between GO and SR) RT 1./30000*s int 2937 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3473 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5933 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21240 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17790 Inter-trial-interval (period until next trial) ITI 1./30000*s int 158 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 136 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13867691 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_136
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13867691 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13868341 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13879815 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 13891897 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 13900971 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 13931044 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 13935977 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 13961443 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 13961446 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 13985123 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 13939740 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 13966860 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13941780 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13964130 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 13940910 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 13967370 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 13952490 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 13962360 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12124 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12082 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 4933 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3763 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2040 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5803 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22350 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9870 Inter-trial-interval (period until next trial) ITI 1./30000*s int 119 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 137 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 13985242 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev PG Trial_137
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 13985242 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 13985878 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 13997328 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14009402 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14076635 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 14016977 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12086 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 138 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14076785 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_138
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14076785 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14077430 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14141756 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 14082279 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 124 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 139 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14141880 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_139
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14141880 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14142760 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 14154214 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14166295 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 14175335 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 14205417 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 14207892 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 14230852 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 14230854 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14254466 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 14211840 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 14239290 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14214540 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14236890 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 14212560 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 14239800 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14218800 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14237460 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12334 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30082 Reaction time (period between GO and SR) RT 1./30000*s int 2475 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3948 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2700 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6648 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22350 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18660 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 140 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14254615 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_140
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14254615 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14255198 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 14266626 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14278702 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 14287799 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 14317873 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 14321367 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 14345343 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 14345346 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 14354385 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14369022 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 14325000 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 14354760 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14328360 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14349570 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 14325870 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 14354550 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14332620 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14351400 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12011 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9097 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3494 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3633 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3360 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6993 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21210 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18780 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 141 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14369172 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_141
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14369172 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14369808 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14439002 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 14379520 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 142 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14439151 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev PGHF Trial_142
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14439151 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14439796 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 14451247 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14463289 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 14472369 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 14502443 Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14565285 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 14504729 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12096 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int -14502444 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 332 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 143 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14565617 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_143
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14565617 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14566649 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14628028 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 14568277 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 104 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 144 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14628132 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_144
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14628132 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14628784 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14692209 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 14632700 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 145 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14692359 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_145
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14692359 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14692945 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 14704395 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14716472 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 14725544 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 14755633 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 14760002 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 14781770 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 14781776 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14805432 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 14762580 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 14786880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14764950 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14782950 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 14763420 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 14783700 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14769060 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14778570 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12036 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12077 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9072 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30089 Reaction time (period between GO and SR) RT 1./30000*s int 4369 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2578 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4948 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 18000 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9510 Inter-trial-interval (period until next trial) ITI 1./30000*s int 217 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 146 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14805649 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_146
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14805649 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14806294 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 14817721 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14829795 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 14838868 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 14869072 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 14874572 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 14898843 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 14898848 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 14922406 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 14877750 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 14905440 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14879850 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14902440 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 14879760 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 14907270 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14887500 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 14904030 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12072 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30204 Reaction time (period between GO and SR) RT 1./30000*s int 5500 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3178 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5278 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22590 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 147 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 14922557 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_147
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 14922557 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 14923156 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 14934605 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 14946680 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 14955979 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 14986068 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 14989267 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15012453 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 15021500 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15036018 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 14992620 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15021420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 14994900 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15017550 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 14994180 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15021030 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15000450 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15015090 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12048 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9299 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30089 Reaction time (period between GO and SR) RT 1./30000*s int 3199 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3353 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2280 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5633 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22650 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14640 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 148 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15036168 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_148
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15036168 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15036769 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15048197 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15060271 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15069343 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15099451 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15101170 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15124862 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15124867 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15148599 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15104880 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15132870 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15107910 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15129630 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15106440 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15132750 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15112620 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15124620 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12029 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9072 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30108 Reaction time (period between GO and SR) RT 1./30000*s int 1719 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3710 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3030 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6740 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21720 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 128 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 149 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15148727 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_149
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15148727 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15149326 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15160762 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15172836 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15181876 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15211956 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15216769 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15240118 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15240120 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15263682 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15220380 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15247800 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15222840 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15233370 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15221850 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15249450 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15229170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15247200 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12035 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 4813 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3611 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6071 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10530 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18030 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 150 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15263833 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_150
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15263833 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15264461 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15335415 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 15275814 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 375 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 151 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15335790 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_151
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15335790 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15336470 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15401144 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 15340355 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 232 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 152 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15401376 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_152
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15401376 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15402065 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15413513 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15425587 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15434660 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15464700 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15468167 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15488269 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15488275 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15506047 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15472050 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15496560 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15473880 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15492540 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15472590 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15496500 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15477720 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15492930 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12137 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30040 Reaction time (period between GO and SR) RT 1./30000*s int 3467 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3883 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1830 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5713 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 18660 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15210 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 153 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15506197 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_153
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15506197 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15506771 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15518198 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15530272 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15539373 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15569447 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15575906 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15583661 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15583666 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15598237 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15579090 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15595830 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15581460 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15593340 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15580320 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15593940 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15583020 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15590850 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12001 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9101 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 6459 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3184 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5554 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11880 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 7830 Inter-trial-interval (period until next trial) ITI 1./30000*s int 3916 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 154 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15602153 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_154
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15602153 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15602775 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15614203 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15626277 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15635350 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15665451 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15671437 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15681887 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15681890 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15696424 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15674430 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15692640 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15677100 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15688950 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15676230 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15690720 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15681300 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15687420 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12050 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30101 Reaction time (period between GO and SR) RT 1./30000*s int 5986 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2993 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2670 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5663 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11850 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 6120 Inter-trial-interval (period until next trial) ITI 1./30000*s int 1856 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 155 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15698280 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_155
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15698280 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15698925 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15710353 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15722428 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15731500 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15761575 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15769748 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15796130 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15796132 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15819743 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15773580 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15801630 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15776460 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15799410 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15775320 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15803490 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15789510 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15797820 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12073 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9072 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30075 Reaction time (period between GO and SR) RT 1./30000*s int 8173 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3832 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2880 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6712 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 8310 Inter-trial-interval (period until next trial) ITI 1./30000*s int 153 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 156 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15819896 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_156
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15819896 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15820477 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15831926 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15844009 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15853082 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 15883161 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 15889529 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 15916161 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 15916166 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 15939693 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 15892770 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 15923370 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15894600 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15919740 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 15895530 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 15924480 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 15904860 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 15922320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12030 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12083 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30079 Reaction time (period between GO and SR) RT 1./30000*s int 6368 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3241 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1830 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5071 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 25140 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17460 Inter-trial-interval (period until next trial) ITI 1./30000*s int 242 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 157 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 15939935 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_157
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 15939935 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 15940530 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 15951986 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 15964067 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 15973108 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16003188 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16008362 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 16032200 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 16032202 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16055858 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 16011570 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 16038660 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16014420 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16036140 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 16013250 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 16039140 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16021770 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16035480 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12051 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9041 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 5174 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3208 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2850 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6058 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21720 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13710 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 158 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16056009 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGHF Trial_158
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16056009 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16057193 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16068647 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16080693 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16089740 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16119821 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16122980 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16151874 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12638 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12046 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 3159 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 6675 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 159 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16158549 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_159
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16158549 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16159171 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16231609 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 16171992 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 191 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 160 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16231800 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev SGLF Trial_160
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16231800 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16232442 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16243892 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16255968 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16265046 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16295120 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16300799 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16330353 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12092 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9078 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5679 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 6187 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 161 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16336540 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_161
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16336540 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16337117 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16348546 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16360621 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16369720 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16399793 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16405293 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 16427907 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 16427911 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 16436951 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16451620 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 16407540 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 16435830 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16409550 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16433580 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 16410090 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 16436340 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16415640 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16428780 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12006 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9099 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30073 Reaction time (period between GO and SR) RT 1./30000*s int 5500 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2247 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4257 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24030 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13140 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 162 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16451770 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 167 Trial type of trial TrialType string l101210-001.nev SG Trial_162
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16451770 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16452373 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16463826 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16475873 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16544450 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 16484701 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12056 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 163 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16544599 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_163
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16544599 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16545182 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16556651 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16568692 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16577799 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16607996 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16612210 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 16635062 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 16635066 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16658712 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 16615620 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 16642860 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16618830 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16638690 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 16616880 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 16644510 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16624860 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16641240 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12052 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9107 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30197 Reaction time (period between GO and SR) RT 1./30000*s int 4214 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3410 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3210 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6620 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 19860 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16380 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 164 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16658862 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_164
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16658862 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16659495 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16670947 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16683022 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16692099 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16722405 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16727784 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 16755357 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 16755360 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16778885 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 16731540 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 16759650 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16733550 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16757130 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 16734150 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 16761180 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16745280 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16758300 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12085 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9077 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30306 Reaction time (period between GO and SR) RT 1./30000*s int 5379 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3756 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5766 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23580 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13020 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 165 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16779035 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_165
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16779035 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16779611 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16791061 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16803137 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16812423 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16842503 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16845936 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 16870841 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 16870843 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 16894406 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 16850250 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 16879110 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16853340 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16877190 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 16851510 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 16879650 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16860720 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16875870 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12026 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9286 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 3433 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4314 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3090 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 7404 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23850 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15150 Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 166 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 16894558 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_166
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 16894558 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 16895158 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 16906648 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 16918689 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 16927735 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 16957843 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 16962902 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 16987527 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 16987532 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17011186 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 16969320 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 16994730 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16971570 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16973550 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 16969980 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 16997010 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 16976250 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 16989570 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12090 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9046 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30108 Reaction time (period between GO and SR) RT 1./30000*s int 5059 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 6418 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2250 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 8668 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 1980 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13320 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 167 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17011336 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev PGLF Trial_167
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17011336 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17011993 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17023417 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17035491 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17044565 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17074639 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17081119 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17129731 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12081 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 6480 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 168 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17129881 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_168
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17129881 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17130529 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17141958 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17153999 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17163080 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17193180 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17199220 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 17222163 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 17222166 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 17231208 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17246010 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 17202150 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 17231670 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17204220 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17229600 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 17203830 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 17232030 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17216220 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17226960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12077 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30100 Reaction time (period between GO and SR) RT 1./30000*s int 6040 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2930 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2070 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5000 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 25380 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10740 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 169 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17246161 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_169
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17246161 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17246802 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17258251 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17270326 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17279405 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17309640 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17315433 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 17338879 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 17338881 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17362580 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 17318310 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 17348430 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17320740 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17345250 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 17320800 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 17349090 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17326380 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17340930 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12090 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9079 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30235 Reaction time (period between GO and SR) RT 1./30000*s int 5793 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2877 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2430 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5307 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24510 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14550 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 170 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17362729 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 175 Trial type of trial TrialType string l101210-001.nev SG Trial_170
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17362729 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17363374 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17374825 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17386905 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17395976 Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17469044 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 17409355 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12096 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12080 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9071 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 108 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 171 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17469152 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_171
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17469152 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17469807 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17481234 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17493308 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17502499 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17532579 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17538109 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 17562616 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 17571663 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17586182 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 17541000 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 17569800 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17543730 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17565900 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 17543040 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 17570790 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17553180 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17567400 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12082 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9191 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 5530 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2891 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2730 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5621 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22170 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14220 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 172 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17586332 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_172
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17586332 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17586991 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17598420 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17610506 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17619613 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17649662 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17653219 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 17676491 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 17676495 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17700020 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 17657190 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 17685480 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17659170 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17681940 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 17658270 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 17685540 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17665140 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17682240 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12088 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12086 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9107 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30049 Reaction time (period between GO and SR) RT 1./30000*s int 3557 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3971 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5951 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22770 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17100 Inter-trial-interval (period until next trial) ITI 1./30000*s int 226 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 173 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17700246 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_173
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17700246 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17700895 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17712323 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17724397 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17733471 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17763545 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17768445 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 17791333 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 17791335 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 17800380 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17815619 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 17771640 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 17799690 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17775060 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17796240 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 17773110 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 17801700 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17779890 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17797740 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12077 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 4900 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3195 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3420 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6615 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21180 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17850 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 174 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17815769 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_174
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17815769 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17816439 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 17827886 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 17839966 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 17849040 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 17879081 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 17885247 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 17909808 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 17909813 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 17918852 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 17933521 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 17888880 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 17918820 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17890620 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17914590 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 17891520 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 17919690 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 17898810 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 17916150 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12117 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12080 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30041 Reaction time (period between GO and SR) RT 1./30000*s int 6166 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3633 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1740 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5373 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23970 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17340 Inter-trial-interval (period until next trial) ITI 1./30000*s int 149 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 175 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 17933670 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_175
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 17933670 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 17934273 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18006102 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 17946534 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 109 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 176 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18006211 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_176
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18006211 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18006810 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18018286 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18030361 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18039823 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18070057 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18072916 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 18095488 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18095493 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18119177 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18075720 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18103830 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18077940 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18100350 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18078270 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18105510 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18087870 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18102450 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12075 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9462 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30234 Reaction time (period between GO and SR) RT 1./30000*s int 2859 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2804 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2220 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5024 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22410 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14580 Inter-trial-interval (period until next trial) ITI 1./30000*s int 778 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 177 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18119955 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_177
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18119955 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18120539 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18131992 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18144040 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18153086 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18183167 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18187141 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 18210715 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18210717 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18234246 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18191220 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18219240 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18194070 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18215880 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18192300 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18219660 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18199110 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18216180 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12037 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9046 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 3974 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4079 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2850 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6929 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17070 Inter-trial-interval (period until next trial) ITI 1./30000*s int 746 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 178 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18234992 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_178
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18234992 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18235584 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18247039 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18259087 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18268166 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18298241 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18301940 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 18325699 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18325704 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18349230 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18306240 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18333540 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18308610 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18330270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18307200 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18334890 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18314010 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18332070 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12047 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9079 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30075 Reaction time (period between GO and SR) RT 1./30000*s int 3699 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4300 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6670 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21660 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18060 Inter-trial-interval (period until next trial) ITI 1./30000*s int 224 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 179 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18349454 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_179
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18349454 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18350046 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18361474 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18373549 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18382647 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18412721 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18417954 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18441978 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18465988 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18422010 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18451080 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18423150 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18447450 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18422580 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18452190 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18431640 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18446130 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12020 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5233 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4056 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1140 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5196 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24300 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14490 Inter-trial-interval (period until next trial) ITI 1./30000*s int 134 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 180 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18466122 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_180
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18466122 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18466704 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18478188 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18490235 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18499281 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18529362 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18530722 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18557903 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 18566975 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18581470 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18534780 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18564960 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18536640 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18544290 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18536040 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18566670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18547860 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18563730 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9046 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 1360 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4058 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5918 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 7650 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15870 Inter-trial-interval (period until next trial) ITI 1./30000*s int 243 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 181 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18581713 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_181
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18581713 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18582364 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18593818 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18605893 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18614966 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18645040 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18648199 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 18673003 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18673005 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18698836 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18652140 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18683880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18653760 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18680520 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18653640 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18684960 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18661980 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18682020 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12105 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3159 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3941 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1620 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5561 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 26760 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 20040 Inter-trial-interval (period until next trial) ITI 1./30000*s int 175 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 182 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18699011 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_182
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18699011 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18699670 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18711097 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18723137 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18732218 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18762294 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18767314 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 18791746 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 18791751 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18815977 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 18775650 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 18800010 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18791040 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18797490 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 18774150 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 18802110 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 18780750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 18798720 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12086 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30076 Reaction time (period between GO and SR) RT 1./30000*s int 5020 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8336 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 15390 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 23726 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6450 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17970 Inter-trial-interval (period until next trial) ITI 1./30000*s int 161 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 183 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18816138 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 191 Trial type of trial TrialType string l101210-001.nev PGLF Trial_183
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18816138 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18816739 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 18828215 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 18840264 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 18849311 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 18879392 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 18885371 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 18933065 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12077 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12049 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5979 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 184 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 18933216 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_184
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 18933216 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 18933808 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19001037 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 18941528 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 169 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 185 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19001206 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_185
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19001206 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19001801 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19013258 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19025305 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19034352 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19064432 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19067625 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 19090545 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19090548 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19114106 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19071120 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19098600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19072860 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19095900 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19072680 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19098090 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19076700 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19087320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12052 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9047 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30080 Reaction time (period between GO and SR) RT 1./30000*s int 3193 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3495 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1740 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5235 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23040 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10620 Inter-trial-interval (period until next trial) ITI 1./30000*s int 226 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 186 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19114332 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_186
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19114332 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19114978 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19126425 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19138499 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19147608 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19177689 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19184423 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19213294 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 19222340 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19236883 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19187970 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19216980 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19189800 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19214130 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19191630 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19218060 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19201710 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19216200 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12093 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9109 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 6734 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3547 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1830 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5377 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24330 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14490 Inter-trial-interval (period until next trial) ITI 1./30000*s int 103 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 187 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19236986 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_187
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19236986 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19237581 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19249026 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19261107 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19270180 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19300255 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19304074 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19328224 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19351845 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19308150 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19335840 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19309710 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19332660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19309530 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19337760 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19316640 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19333890 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12040 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30075 Reaction time (period between GO and SR) RT 1./30000*s int 3819 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4076 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1560 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5636 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17250 Inter-trial-interval (period until next trial) ITI 1./30000*s int 101 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 188 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19351946 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_188
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19351946 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19352569 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19363997 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19376072 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19385169 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19415243 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19418916 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 19441980 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19441982 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19465631 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19422870 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19450110 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19425390 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19428090 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19423830 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19451670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19430700 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19448670 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12051 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12075 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9097 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3673 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3954 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6474 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 2700 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17970 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 189 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19465781 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_189
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19465781 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19466359 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19477812 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19489886 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19498960 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19529034 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19534447 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 19556852 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19556854 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19580561 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19537680 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19565310 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19540020 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19562580 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19538580 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19565250 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19543950 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19560900 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12031 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9074 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5413 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3233 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5573 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22560 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16950 Inter-trial-interval (period until next trial) ITI 1./30000*s int 153 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 190 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19580714 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGHF Trial_190
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19580714 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19581374 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19592851 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19604932 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19614005 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19644079 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19647332 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19670231 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 19679277 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19693795 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19651380 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19678560 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19653240 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19674390 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19652190 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19678620 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19657890 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19672320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12137 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12081 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 3253 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4048 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5908 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21150 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14430 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 191 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19693946 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_191
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19693946 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19694545 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19706039 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19718080 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19727477 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19757708 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19763742 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19790639 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19814326 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19767060 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19795380 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19770600 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19792380 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19769100 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19796850 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19779390 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19794630 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12093 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9397 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30231 Reaction time (period between GO and SR) RT 1./30000*s int 6034 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3318 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3540 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6858 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21780 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15240 Inter-trial-interval (period until next trial) ITI 1./30000*s int 148 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 192 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19814474 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 163 Trial type of trial TrialType string l101210-001.nev NONE Trial_192
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19814474 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19815160 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19826586 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 19891588 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 19832080 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12112 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 152 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 193 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 19891740 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_193
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 19891740 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 19892530 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 19903958 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 19916032 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 19925105 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 19955179 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 19959932 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 19981943 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 19981948 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20005634 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 19962930 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 19989270 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19964640 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19983810 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 19964670 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 19991670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 19969980 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 19987680 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12218 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 4753 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 2998 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1710 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 4708 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 19170 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17700 Inter-trial-interval (period until next trial) ITI 1./30000*s int 204 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 194 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20005838 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_194
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20005838 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20006464 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20017942 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20030022 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20039095 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20069169 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20074883 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 20097548 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20097553 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20121599 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20078280 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20106600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20080800 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20103090 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20079900 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20107890 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20092200 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20104950 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12104 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12080 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9073 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5714 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3397 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5917 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 22290 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12750 Inter-trial-interval (period until next trial) ITI 1./30000*s int 136 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 195 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20121735 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_195
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20121735 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20122392 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20133817 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20145862 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20154941 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20185015 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20187788 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 20210484 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20210486 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 20219530 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20234421 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20191380 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20219940 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20194350 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20211300 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20192820 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20220630 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20198280 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20217180 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12082 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12045 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9079 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 2773 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3592 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2970 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6562 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 196 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20234571 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_196
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20234571 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20235210 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20246635 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20258745 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20267786 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20297867 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20303367 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 20326850 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20326854 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int l101210-001.nev 20335897 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20351916 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20234580 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20383590 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20234760 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20352810 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20308440 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20338050 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20315550 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20335050 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12110 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9041 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5500 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int -68787 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 180 Movement time (period between SR and HEplat-ON) MT 1./30000*s int -68607 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 118050 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 19500 Inter-trial-interval (period until next trial) ITI 1./30000*s int 217 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 197 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20352133 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_197
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20352133 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20352747 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20364174 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20376250 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20385348 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20415422 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20421162 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20445300 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20468865 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20424660 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20453220 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20426430 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20450160 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20426370 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20454630 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20434350 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20448960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12041 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12076 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9098 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30074 Reaction time (period between GO and SR) RT 1./30000*s int 5740 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3498 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1770 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5268 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23730 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14610 Inter-trial-interval (period until next trial) ITI 1./30000*s int 126 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 198 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20468991 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 161 Trial type of trial TrialType string l101210-001.nev NONE Trial_198
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20468991 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20470170 Time when warning signal is activated. WS-ON 1./30000*s int Time when CUE (first cue) is activated. CUE-ON 1./30000*s int Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int Time when GO (second cue) is activated. GO-ON 1./30000*s int Time when the table switch is released. SR 1./30000*s int Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20542290 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int l101210-001.nev 20482607 DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int 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 Time when target object is released OR 1./30000*s int Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int Time when object moved back to its baseline OBB 1./30000*s int Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int Reaction time (period between GO and SR) RT 1./30000*s int Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int Pull time (period between DO and HEplat-ON) PT 1./30000*s int Movement time (period between SR and HEplat-ON) MT 1./30000*s int Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int Inter-trial-interval (period until next trial) ITI 1./30000*s int 398 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 199 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20542688 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_199
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20542688 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20543410 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20554885 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20566933 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20576015 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20606087 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20609399 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20634463 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int l101210-001.nev 20643510 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20658027 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20639850 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20641620 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20640570 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20640900 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20614020 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20642100 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20626560 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20635530 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12197 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30072 Reaction time (period between GO and SR) RT 1./30000*s int 3312 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 30451 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 720 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 31171 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 330 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 8970 Inter-trial-interval (period until next trial) ITI 1./30000*s int 150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 200 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20658177 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_200
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20658177 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20658808 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20670247 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20682294 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20691400 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20721448 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20724631 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 20746905 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20746910 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20770470 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20728050 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20755680 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20730330 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20740890 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20728830 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20756340 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20735280 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20748960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12070 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12047 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9106 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30048 Reaction time (period between GO and SR) RT 1./30000*s int 3183 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3419 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2280 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5699 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10560 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13680 Inter-trial-interval (period until next trial) ITI 1./30000*s int 243 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 201 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20770713 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_201
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20770713 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20771366 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20782792 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20794834 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20804029 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20834110 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20839723 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20862479 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20886463 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20843460 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20871780 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20846010 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20863320 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20845380 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20872890 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20848620 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20870610 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12079 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12042 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9195 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 5613 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3737 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2550 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6287 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17310 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 21990 Inter-trial-interval (period until next trial) ITI 1./30000*s int 225 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 202 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20886688 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGLF Trial_202
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20886688 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20887260 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 20898738 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 20910786 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 20919866 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 20949968 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 20951848 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 20974125 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 20974129 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 20997770 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 20956050 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 20982210 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20957400 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20979360 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 20956560 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 20983680 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 20962830 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 20980500 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12050 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12048 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9080 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30102 Reaction time (period between GO and SR) RT 1./30000*s int 1880 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4202 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1350 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 5552 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21960 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17670 Inter-trial-interval (period until next trial) ITI 1./30000*s int 151 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 203 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 20997921 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev PGHF Trial_203
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 20997921 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 20998501 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 21009953 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 21021993 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 21031074 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 21061278 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 21064710 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 21088702 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 21088706 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 21112231 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 21068730 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 21096540 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 21071820 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 21093270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 21069510 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 21096480 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 21077940 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 21091680 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12032 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30204 Reaction time (period between GO and SR) RT 1./30000*s int 3432 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 4020 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3090 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 7110 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21450 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13740 Inter-trial-interval (period until next trial) ITI 1./30000*s int 244 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int l101210-001.nev 204 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int l101210-001.nev 21112475 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int l101210-001.nev 255 Trial type of trial TrialType string l101210-001.nev SGLF Trial_204
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int l101210-001.nev 21112475 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int l101210-001.nev 21113049 Time when warning signal is activated. WS-ON 1./30000*s int l101210-001.nev 21124489 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int l101210-001.nev 21136563 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int l101210-001.nev 21145603 Time when GO (second cue) is activated. GO-ON 1./30000*s int l101210-001.nev 21175684 Time when the table switch is released. SR 1./30000*s int l101210-001.nev 21179381 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int l101210-001.nev 21202727 Time when reward pump is activated RW-ON 1./30000*s int l101210-001.nev 21202729 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int l101210-001.nev 21226518 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_l101210-001_time_markers.mat 1 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_l101210-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_l101210-001_time_markers.mat 21182970 Time when target object is released OR 1./30000*s int fe_l101210-001_time_markers.mat 21211530 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 21186000 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 21200250 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_l101210-001_time_markers.mat 21184500 Time when object moved back to its baseline OBB 1./30000*s int fe_l101210-001_time_markers.mat 21212730 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_l101210-001_time_markers.mat 21195780 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_l101210-001_time_markers.mat 21209520 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12014 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12074 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9040 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30081 Reaction time (period between GO and SR) RT 1./30000*s int 3697 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 3589 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3030 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 6619 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14250 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13740 Inter-trial-interval (period until next trial) ITI 1./30000*s int Periods recording/task/trial/periods
recording/task/trial
recording/task
recording
Information on preprocessing performed on the data, e.g., rejections of trial and electrodes, spike sorting. List of identifiers of different frequency bands for which an analysis to determine trials and electrodes to be rejected were performed. LFPBands string [HFC,LFC,IFC] PreProcessing
Information on rejected trials and rejected electrodes based on LFPs filtered in the HFC band High cut frequency of rejection filter Highcut Hz float l101210-001_rej_060Hz-250Hz-05o.hdf5 250.0 Low cut frequency of rejection filter Lowcut Hz float l101210-001_rej_060Hz-250Hz-05o.hdf5 60.0 Order of rejection filter Order int l101210-001_rej_060Hz-250Hz-05o.hdf5 5 ID list of rejected electrodes RejElectrodes int l101210-001_rej_060Hz-250Hz-05o.hdf5 ID list of rejected trials RejTrials int l101210-001_rej_060Hz-250Hz-05o.hdf5 HFC subject/preparation
Information on rejected trials and rejected electrodes based on LFPs filtered in the LFC band High cut frequency of rejection filter Highcut Hz float l101210-001_rej_003Hz-010Hz-03o.hdf5 10.0 Low cut frequency of rejection filter Lowcut Hz float l101210-001_rej_003Hz-010Hz-03o.hdf5 3.0 Order of rejection filter Order int l101210-001_rej_003Hz-010Hz-03o.hdf5 3 ID list of rejected electrodes RejElectrodes int l101210-001_rej_003Hz-010Hz-03o.hdf5 ID list of rejected trials RejTrials int l101210-001_rej_003Hz-010Hz-03o.hdf5 LFC subject/preparation
Information on rejected trials and rejected electrodes based on LFPs filtered in the IFC band High cut frequency of rejection filter Highcut Hz float l101210-001_rej_012Hz-040Hz-03o.hdf5 40.0 Low cut frequency of rejection filter Lowcut Hz float l101210-001_rej_012Hz-040Hz-03o.hdf5 12.0 Order of rejection filter Order int l101210-001_rej_012Hz-040Hz-03o.hdf5 3 ID list of rejected electrodes RejElectrodes int l101210-001_rej_012Hz-040Hz-03o.hdf5 [2,4,29] ID list of rejected trials RejTrials int l101210-001_rej_012Hz-040Hz-03o.hdf5 [139,117,102,8,45,66,80,136,140,146,173,178,200,106,177,195] IFC subject/preparation
Information on spike sorting Software used to perform offline spike sorting Software string Plexon Offline Spike Sorter Software version used to perform offline spike sorting SoftwareVersion string 3.3 Name of the person who performed the sorting ResponsiblePerson string Alexa Riehle IDs of sorting versions available for this dataset Sortings string -02 OfflineSpikeSorting
Information on one particular spike sorting of the data File containing results of offline spike sorting Filename string l101210-001-02 Clustering method(s) used for sorting Method string [K-Means,Valley-Seeking] Level of supervision of the method (manual/semi-automatic/automatic) MethodType string semi-automatic Threshold used to remove outliers from the unit clusters OutlierThreshold float [0.8,2.0] Total number of offline sorted SUA units TotalNum_SUAs int 93 Total number of offline sorted MUA units TotalNum_MUAs int 49 Unit ID(s) reserved for noise in the offline spike sorting NoiseUnitIDs int [0,255] Minimum percentage of channels with a synchronously detected spike events used to reject these spike events SyncChannelLimit int 70 Sorting-02 subject/preparation
subject/preparation
preprocessing
0.1 Lyuba Zehl