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2017-07-14
Information on the experimental setup Location of the setup Location string Inst. de Neurosciences de la Timone (INT), UMR 7289, CNRS - Aix Marseille Univ., Marseille, France Used data acquisition (DAQ) system DAQSystem string Cerebus Setup
Information on the experimental apparatus Full name of person who created the setup Creator string Thomas Brochier Full name of person who maintains the setup Maintainer string Thomas Brochier Apparatus
Information on the input/output connector block Type of apparatus Type string input/output connector block Name of manufacturer used to build the experimental apparatus Manufacturer string NI, National Instruments Corporation, Austin, Texas, USA Function of apparatus Function string used to connect devices of the apparatus with the LabVIEW computer and the Neural Signal Processor NIConnectorBlock setup
Information on the analog/digital converter card Type of apparatus Type string NI 6023E Name of manufacturer used to build the experimental apparatus Manufacturer string NI, National Instruments Corporation, Austin, Texas, USA Function of apparatus Function string used as analog/digital converter for the LabVIEW computer, converts analog signal received from the table switch and send to control the reward pump to digital events ADConverterCard setup
Information on the start switch Function of apparatus Function string activates the internal initiation of the start trial event, its deactivation marks the onset of the reach-to-grasp movement Type of apparatus Type string table switch Signal type of apparatus (digital or analog) SignalType string analog Names of events extracted from this signal TrialEvents string SR Sampling rate of data SamplingRate Hz int 30000 Target device of apparatus ConnectedTo string NI connector block Control software of apparatus MonitoredBy string LabVIEW File in which apparatus signals are saved SavedIn string nev X position of apparatus relative to PosOrigin PosX cm float 5.0 Y position of apparatus relative to PosOrigin PosY cm float 0.0 Z position of apparatus relative to PosOrigin PosZ cm float 0.0 Origin for x,y, and z position of apparatus PosOrigin string midline, waist-level StartSwitch setup
Information on the target object Function of apparatus Function string object to grasp, pull and hold Type of apparatus Type string stainless steel parallelpiped Length of apparatus Length mm float 40.0 Width of apparatus Width mm float 16.0 Height of apparatus Height mm float 10.0 Device apparatus is attached to AttachedTo string anterior end of a low- friction horizontal shuttle Rotation of apparatus from vertical axis Rotation deg float 45.0 X position of apparatus relative to PosOrigin PosX cm float 5.0 Y position of apparatus relative to PosOrigin PosY cm float 13.0 Z position of apparatus relative to PosOrigin PosZ cm float 14.0 Origin for x,y, and z position of apparatus PosOrigin string midline, waist-level Minimum and maximum pull range of target object PullRange mm float [0.0,15.0] Minimum and maximum weight range of target object WeightRange g float [0.0,800.0] Mechanism to switch weight configuration WeightSwitch string activation of magnet Sensors providing additional analogue signals to monitor task and behavior Sensors string [FSRSensor,HESensor,LoadForce] TargetObject
Information on the FSR sensors Function of apparatus Function string Measures grip and pulling load forces by means of force sensitive resistances (FSR) Channel IDs of FSR sensors to measure load forces of side grip SGChannelIDs int [138,140] Channel IDs of FSR sensors to measure load forces of precision grip PGChannelIDs int [137,139] Signal type of apparatus (digital or analog) SignalType string analog Names of events extracted from this signal TrialEvents string [OT,OR] Sampling rate of data SamplingRate Hz int 1000 Target device of apparatus ConnectedTo string NeuralSignalProcessor Control software of apparatus MonitoredBy string LabVIEW Preprocessing software used on signals of apparatus PreProcessedBy string MATLAB Control software of apparatus ControlledBy string LabVIEW File in which apparatus signals are saved SavedIn string ns2 FSRSensor setup/daq
Information on the hall-effect sensor Function of apparatus Function string Hall effect (HE) sensor measures horizontal displacement Number of hall-effect sensors Count int 1 Channel ID of HESensor to measure horizontal object displacement ChannelID int 143 Names of events extracted from this signal TrialEvents string [DO,OBB] Signal type of apparatus (digital or analog) SignalType string analog File in which apparatus signals are saved SavedIn string ns2 HESensor setup/daq
Information on the load force signal Function of apparatus Function string used to detect load force of the target object Number of load force signals Count int 1 Channel ID of load force signal ChannelID int 141 Signal type of apparatus (digital or analog) SignalType string analog File in which apparatus signals are saved SavedIn string ns2 LoadForce setup/daq
setup
Information on the cue system Function of apparatus Function string instructing movement configurations of each trial Type of apparatus Type string visual, LED cube Signal type of apparatus (digital or analog) SignalType string digital Names of events extracted from this signal EventNames string [WS-ON,CUE-ON,CUE-OFF,GO-ON,GO-OFF,ERROR-FLASH-ON] Width of apparatus Width mm float 10.0 Height of apparatus Height mm float 10.0 X position of apparatus relative to PosOrigin PosX cm float 5.0 Y position of apparatus relative to PosOrigin PosY cm float 13.0 Z position of apparatus relative to PosOrigin PosZ cm float -1.0 Origin for x,y, and z position of apparatus PosOrigin string midline, waist-level Number of LEDs LEDCount int 5 Arrangement of LEDs LEDConfiguration string 2-1-2 Color of the corner LEDs CornerLEDColor string red Color of the center LEDs CenterLEDColor string yellow Sampling rate of data SamplingRate Hz int 30000 Target device of apparatus ConnectedTo string NI connector block Control software of apparatus MonitoredBy string LabVIEW Control software of apparatus ControlledBy string LabVIEW File in which apparatus signals are saved SavedIn string nev CueSystem
Information on cue codes LEDs coding this trial instruction LeftLEDs string side grip LEDs coding this trial instruction RightLEDs string precision grip LEDs coding this trial instruction BottomLEDs string low force LEDs coding this trial instruction TopLEDs string high force LEDs coding this trial instruction CenterLED string fixation point LEDs coding this trial instruction FourCornerLEDs string ERROR-FLASH-ON LEDs coding this trial instruction ThreeCornerLEDs string ERROR-FLASH-ON CueCodes setup/daq
setup
Information on the reward system Function of apparatus Function string rewards subject if trial was performed correctly Type of apparatus Type string reward pipe Signal type of apparatus (digital or analog) SignalType string digital Names of events extracted from this signal EventNames string RW-ON Food used for reward RewardFood string apple sauce Food amount used for reward per trial RewardAmount ml/200ms float 0.5 Sampling rate of data SamplingRate Hz int 30000 Target device of apparatus ConnectedTo string NeuralSignalProcessor Control software of apparatus MonitoredBy string LabVIEW Control software of apparatus ControlledBy string LabVIEW File in which apparatus signals are saved SavedIn string nev RewardSystem setup
setup
setup
Information on the experimental subject (animal or person) under investigation Binomial species name (genus, species within genus) Species string Macaca mulatta Commonly used (trivial) species name TrivialName string Rhesus monkey Given name GivenName string monkey_N Short identifier for monkey (e.g., used in file names) Identifier string i Gender (male or female) Gender string male Date of birth Birthday date 2008-05-17 Trained hand (left and/or right) ActiveHand string left Comment on existing disabilities Disabilities text - Comment on the general character/personality Character text Calm, but overall not really motivated. Less attentive. Subject
Information on the training given to subject Full name(s) of person(s) responsible for the training Coach string Thomas Brochier Start date of training Start date 2013-09-01 End date of training End date 2014-05-01 Comment on training Comment string Initial, but also second training was difficult. Learned task slowly. Correct object load identification was never reliable. Training subject/preparation
Information on the array implant performed on subject Date of the surgery Date date 2014-05-22 Full name(s) of the person(s) responsible for the surgery Surgeon string [Ivan Balansard,Alexa Riehle] Hemisphere (left and/or right) in which surgery was performed Hemisphere string right Rotation of the array in the CCW direction, where 0 degrees is defined by projecting the array onto a sagittal view of the brain with the wire bundle extruding to the anterior direction. ArrayRotation deg float 239.0 Comment on the surgery Comment string no comment ArrayImplant subject/preparation
subject
Information on the experimental project Name of project Name string reach-to-grasp Type of project Type string electrophysiology Name of the project Subtype string motor behavior Affiliations of the involved collaborators Collaborators string [Inst. of Neuroscience and Medicine (INM-6) and Inst. for Advanced Simulation (IAS-6), Juelich Research Centre & JARA, Juelich, Germany,Inst. de Neurosciences de la Timone (INT), UMR 7289, CNRS - Aix Marseille Univ., Marseille, France] Project
Information on tasks Names of possible task designs PossibleDesigns string [OneCue,TwoCues,Observation,Sleep,Mapping] Name of the used task design UsedDesign string TwoCues TaskDesigns project
Information on condition codes (trial type combination codes) Grip first trials, all grip and force types cnd_1 string [SGLF,SGHF,PGLF,PGHF] Force first trials, all force and grip types cnd_2 string [LFSG,HFSG,LFPG,HFPG] Grip first trials, all grip types, but only low force cnd_11 string [SGLF,PGLF] Grip first trials, all grip types, but only high force cnd_12 string [SGHF,PGHF] Grip first trials, only side grip, but all force types cnd_13 string [SGHF,SGLF] Grip first trials, only precision grip, but all force types cnd_14 string [PGHF,PGLF] Force first trials, only low force, but all grip types cnd_21 string [LFSG,LFPG] Force first trials, only high force, but all grip types cnd_22 string [HFSG,HFPG] Force first trials, all force types, but only side grip cnd_23 string [HFSG,LFSG] Force first trials, all force types, but only side grip cnd_24 string [HFPG,LFPG] Grip first trials, only side grip, only low force cnd_131 string SGLF Grip first trials, only side grip, only high force cnd_132 string SGHF Grip first trials, only side grip, force needs to be guessed cnd_133 string SGSG Grip first trials, only precision grip, only low force cnd_141 string PGLF Grip first trials, only precision grip, only high force cnd_142 string PGHF Grip first trials, only precision grip, force needs to be guessed cnd_144 string PGPG Force first trials, only low force, only side grip cnd_213 string LFSG Force first trials, only low force, only precision grip cnd_214 string LFPG Force first trials, only high force, only side grip cnd_223 string HFSG Force first trials, only high force, only precision grip cnd_224 string HFPG ConditionCodes codes
Information on the trial sequence codes used to calculate performance codes Decimal representation for 16-bit binary code, reflecting either the deactivation of TS or the end of a trial digev_65280 string TS-OFF/STOP Decimal representation for 16-bit binary code, reflecting the activation of TS digev_65296 string TS-ON Decimal representation for 16-bit binary code, reflecting the end of a trial digev_65312 string STOP Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE digev_65344 string WS-ON/CUE-OFF Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON) digev_65349 string PG-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON) digev_65350 string HF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON) digev_65353 string LF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON) digev_65354 string SG-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback digev_65359 string ERROR-FLASH-ON Decimal representation for 16-bit binary code, reflecting either the activation of WS or the deactivation of the first CUE digev_65360 string WS-ON/CUE-OFF Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding PG (can be CUE-ON or GO-ON) digev_65365 string PG-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding HF (can be CUE-ON or GO-ON) digev_65366 string HF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding LF (can be CUE-ON or GO-ON) digev_65369 string LF-ON Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding SG (can be CUE-ON or GO-ON) digev_65370 string SG-ON Decimal representation for 16-bit binary code, reflecting either the deactivation of GO LEDs or the deactivation of the RW pump digev_65376 string GO/RW-OFF Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG digev_65381 string SR (+PG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for HF digev_65382 string SR (+HF) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and HF digev_65383 string SR (+PGHF/HFPG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for LF digev_65385 string SR (+LF) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG digev_65386 string SR (+SG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and LF digev_65387 string SR (+SGLF/LFSG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for PG and LF digev_65389 string SR (+PGLF/LFPG) Decimal representation for 16-bit binary code, reflecting the activation of SR and the LEDs coding for SG and HF digev_65390 string SR (+SGHF/HFSG) Decimal representation for 16-bit binary code, reflecting the activation of the LEDs coding the error feedback digev_65391 string ERROR-FLASH-ON Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with all LEDs turned off digev_65440 string RW-ON (noLEDs) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with central LED turned on digev_65504 string RW-ON (-CONF) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for PG turned on digev_65509 string RW-ON (+CONF-PG) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for HF turned on digev_65510 string RW-ON (+CONF-HF) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for LF turned on digev_65513 string RW-ON (+CONF-LF) Decimal representation for 16-bit binary code, reflecting the activation of the RW pump with LEDs coding for SG turned on digev_65514 string RW-ON (+CONF-SG) DigitalEventLabelCodes codes
Trial events used to control the trial sequence used to calculate the performance codes Bit representation of trial event used for controlling the trial sequence and calculating the performance code TS-ON int 0 Bit representation of trial event used for controlling the trial sequence and calculating the performance code WS-ON int 1 Bit representation of trial event used for controlling the trial sequence and calculating the performance code CUE-ON int 2 Bit representation of trial event used for controlling the trial sequence and calculating the performance code CUE-OFF int 3 Bit representation of trial event used for controlling the trial sequence and calculating the performance code GO-ON int 4 Bit representation of trial event used for controlling the trial sequence and calculating the performance code SR int 5 Bit representation of trial event used for controlling the trial sequence and calculating the performance code RW-ON int 6 Bit representation of trial event used for controlling the trial sequence and calculating the performance code STOP int 7 TrialSequenceEvents codes
Information on trial performance codes Performance code of a correctly completed trial perf_255 string correct_trial Performance code of a trial where the wrong grip type is used perf_191 string grip_error Performance code of a trial where an error occurs before the go is activated (GO-ON) perf_175 string error<GO-ON Performance code of a trial where an error occurs before the cue is deactivated (CUE-OFF, with SR-ON) perf_167 string error<CUE-OFF Performance code of a trial where an error occurs before the cue is activated (CUE-ON) perf_163 string error<CUE-ON Performance code of a trial where an error occurs before the warning signal (WS) is activated perf_161 string error<WS Performance code of a trial where an error occurs before the switch release is activated (SR-ON) perf_159 string error<SR-ON Performance code of an incomplete trial sequence perf_0 string incomplete_trial PerformanceCodes codes
Information on the programmed trial settings Possible digital recorded trial events DigitalTrialEvents string [TS-ON,TS-OFF,WS-ON,CUE-ON,CUE-OFF,GO-ON,SR,SR-REP,RW-ON,RW-ON-REP,RW-OFFSTOP,ERROR-FLASH-ON] Possible analog recorded trial events AnalogTrialEvents string [OT,OR,DO,OBB] Duration of trained holding time (period between online estimate of HS and RW) HTTrained ms float 500.0 Time limit for movement (period between SR and online estimate of HS) MTLimit ms float 700.0 Time limit for reaction time (period between GO-ON and SR) RTLimit ms float 1000.0 TrialSettings setup/control
Information on the settings of the target object Distance window for holding the object in place HoldPosRange mm int [4,14] Weight of object in low force modus LowForceWeight g float 100.0 Weight of object in high force modus HighForceWeight g float 200.0 TargetObjectSettings setup/control
project
Information on the Cerebus^TM data acquisition system Owner of the device Owner string RIKEN-BSI, Japan Manufacturer of the device Manufacturer string Blackrock Microsystems Cerebus
Information of the Cerebus^TM neural signal processor (NSP) Type of the device Type string Real-time Model of the device Model string - NeuralSignalProcessor
Information on external analog signals from or to the device Connector port type UsedPortType string BNC AnalogSignals
Information on the analog-to-digital converter Voltage range of analog input AIRange V float [-5.0,5.0] Maximum impedance of analog input MaxAIImpedance Ω float 100.0 Resolution of AD converter Resolution mV/bit float 0.15 Width of digital data in bits DataBits bit int 16 Sampling rate of data SamplingRate samples/sec int 1000 ADConverter setup/daq
Information on analog input signals Total number of input channels ChannelCount int 16 Number of input channels used UsedChannelCount int 6 Number of AC coupled input channels (IDs 1 - 9) ACChannelCount int 8 Number of used AC coupled input channels UsedACChannelCount int 0 Number of DC coupled input channels (IDs 9 -16) DCChannelCount int 8 Number of used DC coupled input channels UsedDCChannelCount int 8 Devices from which inputs are received InFrom string TargetObject File in which input data are saved SavedIn string ns2 IDs of available channels from analog inputs SavedChannelIDs int [137,138,139,140,141,143] Input setup/daq
Information on analog output signals Total number of output channels ChannelCount int 4 Number of output channels used UsedChannelCount int 0 Target device of each output OutTo string - File in which output data are saved SavedIn string - Output setup/daq
setup/daq
Information on behavioral signals of the device File in which behavioral signals are saved SavedIn string ns2 BehavioralSignals setup/daq
Information on neural signals of the device Digital port type UsedPortType string Fiber-optic link Total number of input channels ChannelCount int 128 Number of input channels used UsedChannelCount int 96 Devices from which inputs are received InFrom string NeuralSignalAmplifier File in which input data are saved SavedIn string [ns2,ns6] IDs of available channels with neuronal data SavedChannelIDs int [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96] NeuralSignals
Information on the digital filter settings Used filter type Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 0.3 Low pass frequency used LowPassFreq Hz float 250.0 High pass order used HighPassOrder int 1 Low pass order used LowPassOrder int 4 Estimated shift between the filtered signal and the spike times. A positive number indicates the amount of time the filtered signal is lagging behind. EstimatedShift ms float 2.1 Filter_ns2 setup/daq
Information on the digital filter settings Used filter type Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 0.3 Low pass frequency used LowPassFreq Hz float 7500.0 High pass order used HighPassOrder int 1 Low pass order used LowPassOrder int 3 Estimated shift between the filtered signal and the spike times. A positive number indicates the amount of time the filtered signal is lagging behind. EstimatedShift ms float 0.0 Filter_ns6 setup/daq
setup/daq
Information on digital signals from and to the device Possible digital input and output (DIO) types Types string [ExpDigitalInput,ExpDigitalOutput,SerialDigitalInput,SerialDigitalOutput,ExtSync,NSPSync] Used digital input and output (DIO) types UsedTypes string ExpDigitalInput DigitalSignals
Information on the experimental digital inputs Connector port type PortType string DB-37 Total number of input channels ChannelCount int 1 Number of used input channels usded UsedChannelCount int 1 Width of digital data in bits DataBits bit int 16 Sampling rate of data SamplingRate samples/sec int 30000 Devices from which inputs are received InFrom string - File in which data are saved SavedIn string nev ExpDigitalInput setup/daq/hardware
setup/daq
Information on spike detection Used method to define a data threshold for the spike detection ThresholdType string user defined threshold crossing File in which input data are saved SavedIn string nev SpikeDetection
Information on the filter settings Used filter type Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 250.0 Low pass frequency used LowPassFreq Hz float 5000.0 High pass order used HighPassOrder int 2 Low pass order used LowPassOrder int 2 Filter setup/daq
Information on the recorded spike waveforms of the spike detection Waveform window width Width ms float 1.3 Sampling rate of data SamplingRate Hz float 30000.0 Number of samples before waveform passes threshold PreThresholdSamples samples int 10 Waveforms setup/daq
Information on the recorded spike events of the spike detection Sampling rate of data SamplingRate samples/sec int 30000 Range of possible unit IDs of online sorted spike events on each channel PreSortedUnitIDRange int [1,16] Unit ID of unclassified spike events on each channel UnclassifiedUnitID int 0 Events setup/daq
Information on rejected recorded spike events of the spike detection Amplitude limits of spike waveforms used to reject spike events AmplitudeLimits mV float -1.0 Minimum number of channels with a synchronously detected spike events used to reject these spike events SyncChannelLimit int -1 Number of samples for which spike detection is turned off after a rejected synchronous spike event SyncChannelRefPeriod samples float -1.0 Unit ID reserved for rejected spike events on each channel UnitID int 255 Rejections setup/daq
setup/daq
setup/daq/hardware
Information on the Cerebus^TM neural signal amplifier (NSA) Type of amplifier Type string Front-End Amplifier Model of amplifier Model string - Total number of analog input channels ChannelCount int 128 Number of analog input channels used UsedChannelCount int 96 File in which data would be saved (if it is saved) SavedIn string ns6 States if signal is saved without further processing IsSaved boolean False NeuralSignalAmplifier
Information on the analog-to-digital converter Voltage range of analog input AIRange mV float [-8.192,8.192] Resolution of AD converter Resolution µV/bit float 0.25 Width of digital data in bits DataBits bit int 16 ADConverter setup/daq
Information on the analog filter settings of the amplifier Filter type used Type string butterworth States if the used filter is causal Causal boolean True High pass frequency used HighPassFreq Hz float 0.3 Low pass frequency used LowPassFreq kHz float 7.5 High pass order used HighPassOrder int 1 Low pass order used LowPassOrder int 3 Filter setup/daq
Information on the amplifier Gain used Gain int 5000 Amplifier setup/daq
setup/daq/hardware
Information on the Cerebus^TM control computer ControlComputer
Information on the control software of the Cerebus^TM system Name of software Name string CentralSuite Manufacturer of software Manufacturer string Blackrock Microsystems ControlSoftware setup/daq
setup/daq/software
setup/daq
Information on the Blackrock Utah Electrode Array Owner of the device Owner string RIKEN-BSI, Japan Serial number of the device SerialNo string 8596-001139 Manufacturer of the device Manufacturer string Blackrock Microsystems Material of wires connecting array and connector WiresMaterial string Pt/Au Diameter of each wire WiresDiameter um float 25.0 Length of each wire WiresLength mm float 40.0 UtahArray
Information on the used connector Style of the connector Style string CerePort Height of the connector Height mm float 16.5 Diameter of the base of the connector DiameterBase mm float 19.0 Diameter of the body of the connector DiameterBody mm float 11.0 Type of implantation ImplantType string chronic Type of mounting to the skull SkullMount string bone screws Connector setup/daq/hardware
Information on the used array Number of array grids GridCount int 1 Number of reference wires ReferenceCount int 2 Number of ground wires GroundCount int 1 Total number of electrodes ElectrodeCount int 100 Number of connected/active electrodes ActiveElectrodeCount int 96 Number of used/saved electrodes UsedElectrodeCount int 96 Array
Information on array grid Grid ID ID int 1 Geometry of the electrode lengths ElectrodeGeometry string flat Electrode site metal option ElectrodeMetal string iridium oxide Inter-electrode-distance ElectrodePitch um float 400.0 Insulation material Insulation string Parylene-C Number of electrode rows GridRows int 10 Number of electrode columns GridColumns int 10 Width of array grid GridWidth mm float 4.0 Length of array grid GridLength mm float 4.0 Total number of electrodes ElectrodeCount int 100 Number of connected/active electrodes ActiveElectrodeCount int 96 Grid_01 setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 1 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 1 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 93 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 73.0 Length Length mm float 1.5 Electrode_001
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -272.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14348 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 491.863744076 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.91557060153 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 952 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 763.106092437 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.93768897126 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 2 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 2 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 92 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 92.0 Length Length mm float 1.5 Electrode_002
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -264.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9003 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 430.837054315 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.60749734971 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 646 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1066.36687307 Measured averaged duration of spike waveforms unit SpikeDuration us float 700.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.74666217363 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 3 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 3 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 94 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 68.0 Length Length mm float 1.5 Electrode_003
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -208.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14183 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 400.348092787 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.94991483607 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3681 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 252.267046998 Measured averaged duration of spike waveforms unit SpikeDuration us float 866.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.28215476098 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 4 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 95 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 67.0 Length Length mm float 1.5 Electrode_004
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -244.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12669 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 825.665956271 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.95996923867 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3430 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 344.171137026 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.22639497681 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 5 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 5 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 75 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_005
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -228.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1691 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 358.978710822 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.76482562268 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 6 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 6 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 96 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_006
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -228.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13496 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 428.548755187 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.3927047162 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 41507 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 663.300864914 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.91829156059 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 7 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 7 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 85 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_007
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -196.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 27570 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 597.459158506 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.32769253181 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8297 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 578.290104857 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.07390131351 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 8 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 8 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 97 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 61.0 Length Length mm float 1.5 Electrode_008
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int 4 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -204.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15066 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 758.976901633 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.99057405987 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6825 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 452.025054945 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.19033762465 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11368 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 515.291959887 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.35642299457 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 9 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 9 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 86 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 72.0 Length Length mm float 1.5 Electrode_009
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -196.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8158 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 345.839544006 Measured averaged duration of spike waveforms unit SpikeDuration us float 700.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.66980956648 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4466 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 256.746305419 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.60568760168 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 10 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 10 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 98 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_010
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -208.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5815 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 300.522957868 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.77264267241 Unit_01 setup/daq
setup/daq/preprocessing
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Information on electrode Electrode ID ID int electrodes_info.txt 11 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 11 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 87 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_011
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -160.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5884 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 255.168252889 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.26297248465 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2006 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 260.771684945 Measured averaged duration of spike waveforms unit SpikeDuration us float 700.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.08099759595 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 142 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 636.471830986 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.90096220193 Unit_03 setup/daq
setup/daq/preprocessing
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Information on electrode Electrode ID ID int electrodes_info.txt 12 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 12 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 88 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 41.0 Length Length mm float 1.5 Electrode_012
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -184.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18029 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 370.269732098 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.63977367779 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 13 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 13 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 77 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 69.0 Length Length mm float 1.5 Electrode_013
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -292.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3469 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1210.72066878 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 11.000281733 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 454 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 655.136563877 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.45852414673 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 14 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 99 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_014
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -260.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18221 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 3259.86021623 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 15.7399354644 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10520 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 474.641159696 Measured averaged duration of spike waveforms unit SpikeDuration us float 666.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.85545426443 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3198 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 271.048467792 Measured averaged duration of spike waveforms unit SpikeDuration us float 800.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 1.62562682207 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 15 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 15 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 66 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_015
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -248.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 20291 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 704.53678971 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 8.56163272592 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 16 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 16 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 89 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_016
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -224.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16603 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 466.461904475 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.53139497667 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9332 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 393.08819117 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.17589715619 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 17 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 17 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 76 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 61.0 Length Length mm float 1.5 Electrode_017
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -156.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 18 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 18 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 90 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_018
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3,4] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -236.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3602 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1554.60744031 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 11.5939190658 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4668 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 856.883890317 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.96389685072 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12982 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 800.466646125 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.63779659307 Unit_03 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2564 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 369.664196568 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.20078582536 Unit_04 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 19 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 19 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 67 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_019
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -132.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 20 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 20 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 79 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_020
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -308.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 28940 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 613.101900484 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.97122282763 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 21 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 21 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 58 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 42.0 Length Length mm float 1.5 Electrode_021
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -268.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2416 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 448.544701987 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.40322963316 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 213 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 822.460093897 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.95899480973 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 22 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 22 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 80 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 43.0 Length Length mm float 1.5 Electrode_022
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -388.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6232 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 2201.45234275 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 10.0125966153 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17860 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 800.790145577 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.48371162123 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6787 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 586.486665684 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.11055596922 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 23 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 23 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 78 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 41.0 Length Length mm float 1.5 Electrode_023
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -296.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1524 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 584.498687664 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.97108472342 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 24 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 24 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 70 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_024
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -356.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9124 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 784.013919334 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.77044975572 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 20321 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 576.28413956 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.32243444941 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 25 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 25 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 68 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_025
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -228.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 26 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 26 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 60 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_026
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -364.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7070 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 570.348797737 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.30019511545 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9114 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 719.975312706 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.52970924027 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9605 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 612.358355023 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.66647673551 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 27 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 27 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 69 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_027
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -400.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13196 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1035.30698697 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.0701111695 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6066 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 605.091823277 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.84511388407 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 28 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 28 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 50 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 44.0 Length Length mm float 1.5 Electrode_028
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -356.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 23905 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 615.515749843 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.75562068059 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16496 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 804.628273521 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.2206630555 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 29 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 29 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 59 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_029
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -336.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18099 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 565.076578817 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.24127296812 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 30 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 30 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 40 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_030
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3,4] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -184.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5631 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 626.925235305 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.45167124922 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13873 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 428.609313054 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.96091291077 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8084 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 244.612444334 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.64137892523 Unit_03 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7465 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 351.001473543 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.70780275132 Unit_04 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 31 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 31 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 49 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_031
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -312.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19454 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 553.582245297 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.92670156618 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 32 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 1 Pin ID PinID int electrodes_info.txt 32 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 30 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_032
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -284.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11530 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 769.832523851 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.24821643545 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6342 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 429.798170924 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.42515022398 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2537 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 481.692550256 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.17925876783 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 33 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 1 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 83 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_033
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int 4 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -168.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6360 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 549.782861635 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.27274207784 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4107 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 707.763087412 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.1334184344 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11597 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 333.879537812 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.48755394179 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 34 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 2 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 84 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 69.0 Length Length mm float 1.5 Electrode_034
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -176.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2569 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 265.943557805 Measured averaged duration of spike waveforms unit SpikeDuration us float 700.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.6160282649 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 35 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 3 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 73 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 60.0 Length Length mm float 1.5 Electrode_035
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -168.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 36 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 74 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 76.0 Length Length mm float 1.5 Electrode_036
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -232.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 41293 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 697.425205241 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.57772904001 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8411 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 404.49292593 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.17791661729 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 37 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 5 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 63 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_037
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -132.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 38 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 6 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 64 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 58.0 Length Length mm float 1.5 Electrode_038
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -192.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 103 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 615.067961165 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 8.05337060486 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1029 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 315.368318756 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.77187325609 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 39 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 7 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 53 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_039
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -100.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 40 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 8 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 54 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 54.0 Length Length mm float 1.5 Electrode_040
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -184.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7561 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 811.684433276 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 9.35131863254 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2707 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 400.80642778 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.75591129237 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 41 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 9 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 43 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_041
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -192.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6386 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 367.609927967 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.94809949619 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 42 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 10 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 55 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_042
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -212.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16046 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 442.729589929 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.77249625007 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16155 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 441.934199938 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.67610410193 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 43 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 11 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 44 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 56.0 Length Length mm float 1.5 Electrode_043
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -224.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9741 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 432.057283646 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.99236248449 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5733 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 334.520669806 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.7378337679 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 44 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 12 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 45 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_044
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -184.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 45 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 13 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 33 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_045
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -176.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 46 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 46 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_046
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -220.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1361 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 313.381337252 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.90257497914 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 47 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 15 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 34 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_047
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -196.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 48 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 16 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 65 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 47.0 Length Length mm float 1.5 Electrode_048
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -268.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 23747 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1047.25245294 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 8.95186559349 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 22163 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 835.566078599 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.2652551449 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3158 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 418.875237492 Measured averaged duration of spike waveforms unit SpikeDuration us float 733.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.82744222709 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 49 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 17 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 24 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 67.0 Length Length mm float 1.5 Electrode_049
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -308.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3457 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 635.805611802 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.65691269975 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 50 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 18 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 56 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_050
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -296.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18067 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1230.97453922 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 9.54389901078 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9659 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 491.560513511 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.94397311104 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 51 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 19 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 35 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 51.0 Length Length mm float 1.5 Electrode_051
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -200.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 52 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 20 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 47 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_052
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -432.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5271 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 4371.9047619 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 14.2467819404 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11967 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1703.04938581 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 9.70108817323 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13312 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 860.357572115 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.87682476752 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 53 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 21 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 25 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_053
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -164.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 54 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 22 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 57 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 52.0 Length Length mm float 1.5 Electrode_054
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -164.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 55 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 23 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 26 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 45.0 Length Length mm float 1.5 Electrode_055
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -220.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14707 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 423.883524852 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.36312605238 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14577 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 544.577004871 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.74902586697 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 56 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 24 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 36 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 46.0 Length Length mm float 1.5 Electrode_056
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -252.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 18630 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1089.09307568 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 8.28596824861 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12144 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 432.817687747 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.66033953659 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 57 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 25 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 27 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 62.0 Length Length mm float 1.5 Electrode_057
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -232.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4711 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 390.394820633 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.63231637491 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 58 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 26 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 37 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 64.0 Length Length mm float 1.5 Electrode_058
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -300.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4500 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 530.326888889 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.89342139066 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10471 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 456.819214975 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.25713776927 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 59 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 27 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 28 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 55.0 Length Length mm float 1.5 Electrode_059
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -280.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 20819 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 611.409193525 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.68963505681 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1303 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 470.004604758 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.80038995471 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 60 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 28 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 38 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_060
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -280.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 26897 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 608.957950701 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.93181926103 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 21671 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 497.724793503 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.95147219973 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 61 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 29 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 29 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_061
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -280.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17936 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 426.898137823 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.48901504836 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9264 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 548.113989637 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.10538201589 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 62 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 30 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 48 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_062
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3,4] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -208.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15503 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 820.65026124 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.2340052582 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12344 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 587.588139987 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.90268529946 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11646 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 294.764811953 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.49475093758 Unit_03 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12885 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 483.360341482 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.20641965333 Unit_04 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 63 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 31 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 19 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 60.0 Length Length mm float 1.5 Electrode_063
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -228.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10066 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 837.356149414 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.7226916097 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7262 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 560.063618838 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.41192566232 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 64 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 32 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 39 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 62.0 Length Length mm float 1.5 Electrode_064
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -256.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10029 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 377.591684116 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.56121051473 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 6699 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 464.306165099 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.89102800494 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 65 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 81 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 58.0 Length Length mm float 1.5 Electrode_065
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -256.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4597 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 541.125299108 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.06952576907 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2673 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 377.870183315 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.45518293783 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 66 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 2 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 82 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_066
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -208.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 21623 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 531.573278453 Measured averaged duration of spike waveforms unit SpikeDuration us float 166.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.2948243893 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 11325 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 436.465342163 Measured averaged duration of spike waveforms unit SpikeDuration us float 666.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.44721265728 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 67 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 1 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 71 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 58.0 Length Length mm float 1.5 Electrode_067
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -184.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3575 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 312.95020979 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.85291998134 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 68 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 72 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 71.0 Length Length mm float 1.5 Electrode_068
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -148.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3763 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 311.154929577 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.84029911144 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1836 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 194.688997821 Measured averaged duration of spike waveforms unit SpikeDuration us float 800.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.37430575011 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 69 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 3 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 61 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 64.0 Length Length mm float 1.5 Electrode_069
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -176.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12105 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 340.496323833 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.15915393872 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12918 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 270.378464159 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.29968755788 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 70 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 6 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 62 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 57.0 Length Length mm float 1.5 Electrode_070
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -104.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 71 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 5 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 51 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 59.0 Length Length mm float 1.5 Electrode_071
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -352.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19617 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 930.921394709 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.95201320767 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5627 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 695.296072508 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.33582714471 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 72 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 8 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 52 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 55.0 Length Length mm float 1.5 Electrode_072
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -208.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5967 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 341.94335512 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.39258039815 Unit_01 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 73 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 9 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 41 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_073
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -416.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19308 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 3375.99425109 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 11.9889863373 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15250 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 819.577639344 Measured averaged duration of spike waveforms unit SpikeDuration us float 200.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.13902350643 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 74 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 2 Pin ID PinID int electrodes_info.txt 4 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 42 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 60.0 Length Length mm float 1.5 Electrode_074
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -148.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17874 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 413.058576704 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.57124527648 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14950 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 208.970568562 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.28904528727 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 75 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 11 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 31 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 61.0 Length Length mm float 1.5 Electrode_075
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -504.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15452 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 1311.38842868 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 8.14033144301 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2799 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 768.346909611 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.06536652223 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 76 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 12 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 32 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 56.0 Length Length mm float 1.5 Electrode_076
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -224.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 77 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 13 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 21 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 50.0 Length Length mm float 1.5 Electrode_077
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -380.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 14530 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 676.886992429 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.68575206926 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4790 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 681.880793319 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.07934387445 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 78 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 14 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 22 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 65.0 Length Length mm float 1.5 Electrode_078
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -260.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19489 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 785.703063266 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.50911635134 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2334 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 436.439588689 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.92264995067 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 79 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 15 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 11 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_079
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int 4 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -284.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12137 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 852.853093845 Measured averaged duration of spike waveforms unit SpikeDuration us float 233.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.17868364876 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 24553 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 537.559239197 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.78946535468 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13469 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 837.673398174 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 6.08165208858 Unit_03 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 80 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 16 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 12 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 59.0 Length Length mm float 1.5 Electrode_080
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -252.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 7669 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 428.266136393 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.30583004644 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 5550 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 380.023783784 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.20967448096 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 81 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 17 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 2 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 62.0 Length Length mm float 1.5 Electrode_081
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -228.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 15969 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 671.276473167 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.80501307302 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16161 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 397.600210383 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.29836784284 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 82 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 18 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 23 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 53.0 Length Length mm float 1.5 Electrode_082
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -168.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 83 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 19 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 3 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_083
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -292.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 21546 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 580.365497076 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.81859835438 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 16345 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 664.808626491 Measured averaged duration of spike waveforms unit SpikeDuration us float 366.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.19122257609 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 84 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 20 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 13 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 58.0 Length Length mm float 1.5 Electrode_084
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -160.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 85 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 21 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 4 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 49.0 Length Length mm float 1.5 Electrode_085
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -308.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 12334 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 2119.88811416 Measured averaged duration of spike waveforms unit SpikeDuration us float 400.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 12.8977023882 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 17464 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 583.193770041 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.19060999067 Unit_02 setup/daq
setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 86 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 22 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 14 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 92.0 Length Length mm float 1.5 Electrode_086
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int 3 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -200.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10658 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 440.575154813 Measured averaged duration of spike waveforms unit SpikeDuration us float 666.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.98833326156 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 729 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 381.908093278 Measured averaged duration of spike waveforms unit SpikeDuration us float 333.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.55035843668 Unit_02 setup/daq
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setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 87 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 23 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 15 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 56.0 Length Length mm float 1.5 Electrode_087
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -208.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 88 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 24 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 5 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 73.0 Length Length mm float 1.5 Electrode_088
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -236.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 9706 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 428.203276324 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.54617620832 Unit_01 setup/daq
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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 56.0 Length Length mm float 1.5 Electrode_089
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int IDs of multi unit activity MUAID int 1 IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -212.0 OfflineSpikeSorting setup/daq/preprocessing
setup/daq/hardware
Information on electrode Electrode ID ID int electrodes_info.txt 90 Grid ID GridID int electrodes_info.txt 1 Bank ID BankID int electrodes_info.txt 3 Pin ID PinID int electrodes_info.txt 26 Connector aligned ID (array head view, wiring to connector on right side, count order from left to right and bottom to top) ConnectorAlignedID int electrodes_info.txt 6 Pre-implantation impedance Impedance kΩ float electrodes_info.txt 48.0 Length Length mm float 1.5 Electrode_090
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -224.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3990 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 370.437844612 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.1811429658 Unit_01 setup/daq
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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 56.0 Length Length mm float 1.5 Electrode_091
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -192.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 13303 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 520.744193039 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.92184852345 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 19300 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 365.371968912 Measured averaged duration of spike waveforms unit SpikeDuration us float 466.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.95769786644 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2462 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 808.848497157 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 8.20447237863 Unit_03 setup/daq
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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 47.0 Length Length mm float 1.5 Electrode_092
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -228.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4111 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 767.233033325 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.40405085255 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 1455 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 320.127147766 Measured averaged duration of spike waveforms unit SpikeDuration us float 600.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.00078526924 Unit_02 setup/daq
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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 56.0 Length Length mm float 1.5 Electrode_093
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -200.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3369 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 378.589789255 Measured averaged duration of spike waveforms unit SpikeDuration us float 633.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.87943107306 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 4677 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 277.022877913 Measured averaged duration of spike waveforms unit SpikeDuration us float 500.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.82207111016 Unit_02 setup/daq
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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 49.0 Length Length mm float 1.5 Electrode_094
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -200.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8553 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 607.754238279 Measured averaged duration of spike waveforms unit SpikeDuration us float 533.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 7.00368908257 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 3899 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 291.44652475 Measured averaged duration of spike waveforms unit SpikeDuration us float 566.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 2.62270381146 Unit_02 setup/daq
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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 51.0 Length Length mm float 1.5 Electrode_095
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int [1,2,3] IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -236.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 10519 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 859.677345755 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 9.11689931957 Unit_01 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8829 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 424.251444105 Measured averaged duration of spike waveforms unit SpikeDuration us float 433.333333333 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 5.73941706334 Unit_02 setup/daq
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 2207 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 331.828726778 Measured averaged duration of spike waveforms unit SpikeDuration us float 300.0 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 3.91980919193 Unit_03 setup/daq
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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 55.0 Length Length mm float 1.5 Electrode_096
Information on the spike sorting performed offline, after the experiment IDs of single unit activity SUAIDs int 1 IDs of multi unit activity MUAID int IDs for rejected units NoiseIDs int [0,255] Threshold used for spike detection SpikeThreshold mV float i140703-001.nev -240.0 OfflineSpikeSorting
Information on the waveforms of the corresponding unit Number of extracted waveforms (spikes) for unit SpikeCount int 8113 Measured averaged amplitude of spike waveforms for unit SpikeAmplitude mV float 406.115986688 Measured averaged duration of spike waveforms unit SpikeDuration us float 266.666666667 Signal-to-noise ratio of unit waveforms, measured SNR value in analogy to Hatsopoulos N, Joshi J, O'Leary JG (2004) Decoding continuous and discrete motor behaviors using motor and premotor cortical ensembles. J Neurophysiol 92:1165-1174 and Suner S, Fellows MR, Vargas-Irwin C, Nakata GK, Donoghue JP (2005) Reliability of signals from a chronically ilplanted, silicon-based electrode array in non-human primate primary motor cortex. IEEE Trans Neural Syst Rehabil Eng 13:524-541. SNR float 4.48632293026 Unit_01 setup/daq
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Information on the headstage Model of device Model string PatientCable Type of device (digital or analog) Type string analog Gain used Gain int 1 Devices from which inputs are received InFrom string UtahArray Target device of each output OutTo string NeuralSignalAmplifier True if a stimulation switch version of the device was used StimSwitch boolean True Headstage setup/daq/hardware
Information on the recording Identifier of the recording day RecordingDay string i140703 Identifier of the recording Recording string i140703-001 Date of session Date date 2014-07-03 Weekday of session Weekday string Thursday Time of day when recording was started Time time 10:40:59 Duration of recording Duration s int 1003.212 States if a spike sorting was performed for this recording IsSpikeSorted boolean True Performed task type TaskType string TwoCues Qualitative statement whether the recording contains noisy channels and/or time periods. Noisy boolean True Comment about the recording Comment string - Recording
Information on task settings Total number of trials TotalTrialCount int 161 Number of correctly performed trials CorrectTrialCount int 142 Number of trials where the monkey made a grip error. GripErrorTrialCount int 10 States if the recording was performed under standard settings StandardSettings boolean True TaskSettings
Information on trial type parameters Identifies the trial types presented during the recording Condition int 1 Trial order of force conditions (random or block) OrderForce string random Trial order of grip conditions (random or block) OrderGrip string random Order of trial type combination was of block size BlockSize int TrialTypeSettings recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 1 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 39424 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_001
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 39424 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 51491 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 63532 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 72614 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 102672 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 108766 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 136071 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 144917 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 144918 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 117330 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 152490 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 119310 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 127560 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 118110 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 149610 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 122070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 134190 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6094 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8564 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 10544 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8250 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12120 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 2 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 213943 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_002
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 213943 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 226010 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 238080 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 247103 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 277161 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 277812 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 303647 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 315071 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 315072 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 285720 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 319950 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 287790 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 298200 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 286350 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 315330 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 289500 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 301530 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 651 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 7908 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2070 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 9978 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10410 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12030 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 3 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 384096 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 159 Trial type of trial TrialType string i140703-001.nev PGHF Trial_003
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 384096 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 396222 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 408234 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 417257 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 447315 Time when the table switch is released. SR 1./30000*s int Repetition 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 i140703-001.nev 507375 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12126 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 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 68994 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 4 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 576369 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_004
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 576369 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 588436 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 600507 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 609529 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 639587 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 645743 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 672986 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 672987 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 681775 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 654810 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 687930 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 657150 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 666750 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 655320 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 687960 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 658590 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 672630 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9022 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6156 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9067 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11407 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9600 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14040 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 5 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 750801 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_005
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 750801 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 762867 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 774937 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 783960 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 813989 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 816223 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 843492 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 854155 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 825600 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 865710 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 827700 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 839190 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 826110 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 866400 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 828960 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 845310 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 2234 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9377 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11477 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11490 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16350 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 6 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 923179 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_006
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 923179 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 935247 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 947259 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 956311 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 986369 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 992880 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 1021410 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 1030021 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 1030022 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 1002390 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 1042680 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1004640 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1012200 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 1003260 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 1035630 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1007460 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1020360 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6511 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9510 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2250 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11760 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 7560 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 71953 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 7 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 1101975 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev PGLF Trial_007
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 1101975 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 1114044 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 1126055 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 1135136 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 1165166 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 1171499 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 1190423 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 6333 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 71455 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 8 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 1261878 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_008
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 1261878 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 1273943 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 1285954 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 1295037 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 1325095 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 1326210 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 1352869 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 1364059 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 1364060 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 1334880 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 1367310 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1336650 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1344120 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 1335420 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 1356930 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1338840 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1350060 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9083 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 1115 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8670 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1770 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 10440 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 7470 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11220 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 9 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 1433084 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_009
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 1433084 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 1445151 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 1457163 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 1466245 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 1496303 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 1501349 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 1528882 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 1538197 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 1511070 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 1542270 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1513050 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1526610 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 1511970 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 1544430 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1514670 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1528680 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 5046 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9721 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11701 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13560 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14010 Inter-trial-interval (period until next trial) ITI 1./30000*s int 76296 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 10 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 1614493 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_010
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 1614493 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 1626555 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 1638566 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 1647649 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 1677707 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 1681579 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 1708235 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 1708236 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 1718136 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 1690200 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 1733640 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1693320 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1706010 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 1690710 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 1725690 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1693830 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1708620 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12062 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9083 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 3872 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8621 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3120 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11741 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12690 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14790 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68996 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 11 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 1787132 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_011
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 1787132 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 1799199 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 1811269 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 1820292 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 1850350 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 1856306 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 1883838 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 1892743 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 1865910 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 1904760 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1867980 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1879260 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 1866900 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 1900410 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 1869510 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 1885350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 5956 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9604 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2070 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11674 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11280 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15840 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68995 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 12 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 1961738 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_012
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 1961738 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 1973805 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 1985817 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 1994899 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 2024927 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 2030966 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 2058093 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 2066940 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 2039850 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 2080320 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2042340 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2054250 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 2040660 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 2081670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2043630 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2059320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 6039 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8884 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2490 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11374 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11910 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15690 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69465 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 13 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 2136405 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_013
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 2136405 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 2148500 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 2160570 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 2169593 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 2199652 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 2206101 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 2233637 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 2242307 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 2214960 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 2254530 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2216940 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2227890 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 2215650 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 2238030 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2219910 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2230350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12095 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 6449 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8859 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 10839 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10440 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 14 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 2311332 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_014
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 2311332 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 2323399 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 2335470 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 2344493 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 2374552 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 2381353 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 2410353 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 2410354 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 2418848 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 2418849 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 2392110 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 2422230 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2394870 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2403900 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 2393010 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 2419950 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2396100 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2409750 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 6801 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10757 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13517 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9030 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13650 Inter-trial-interval (period until next trial) ITI 1./30000*s int 70668 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 15 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 2489517 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_015
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 2489517 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 2501610 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 2513680 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 2522704 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 2552761 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 2559089 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 2584754 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 2593454 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 2566680 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 2607870 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2568240 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2577990 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 2567430 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 2598990 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2570640 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2581410 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12093 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30057 Reaction time (period between GO and SR) RT 1./30000*s int 6328 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 7591 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1560 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 9151 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9750 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10770 Inter-trial-interval (period until next trial) ITI 1./30000*s int 82798 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 16 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 2676252 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_016
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 2676252 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 2688316 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 2700357 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 2709380 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 2739409 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 2745448 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 2776148 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 2784995 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 2756100 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 2797890 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2757210 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2765460 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 2757240 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 2790810 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2762130 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2775150 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 6039 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10652 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1110 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11762 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8250 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13020 Inter-trial-interval (period until next trial) ITI 1./30000*s int 86191 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 17 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 2871186 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_017
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 2871186 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 2883254 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 2895324 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 2904348 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 2934377 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 2936958 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 2967102 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 2967103 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 2977648 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 2947920 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 2981280 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2949210 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2958960 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 2949000 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 2976780 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 2953170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 2964180 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 2581 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10962 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1290 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12252 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9750 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11010 Inter-trial-interval (period until next trial) ITI 1./30000*s int 83556 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 18 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 3061204 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_018
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 3061204 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 3073271 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 3085312 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 3094335 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 3124364 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 3130994 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 3159814 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 3168426 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 3141480 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 3172320 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3142680 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3149070 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 3142290 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 3171780 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3145590 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3159120 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 6630 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10486 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1200 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11686 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6390 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 85581 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 19 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 3254007 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_019
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 3254007 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 3266129 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 3278141 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 3287164 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 3317222 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 3322736 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 3353229 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 3362368 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 3335100 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 3370560 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3336960 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3345270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 3335970 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 3368490 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3339210 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3353580 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12122 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 5514 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12364 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14224 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8310 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14370 Inter-trial-interval (period until next trial) ITI 1./30000*s int 72334 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 20 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 3434702 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_020
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 3434702 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 3446771 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 3458841 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 3467864 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 3497923 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 3506545 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 3536245 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 3543861 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 3517920 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 3554160 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3521130 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3527970 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 3519180 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 3551430 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3521940 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3536310 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8622 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11375 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3210 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14585 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6840 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14370 Inter-trial-interval (period until next trial) ITI 1./30000*s int 84431 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 21 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 3628292 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_021
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 3628292 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 3640362 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 3652432 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 3661484 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 3691514 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 3696323 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 3726407 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 3735839 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 3705870 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 3746070 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3707850 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3717660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 3707790 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 3738150 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3712350 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3722880 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12070 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 4809 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9547 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11527 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 82976 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 22 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 3818815 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_022
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 3818815 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 3830906 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 3842976 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 3851999 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 3882029 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 3887891 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 3917393 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 3921197 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 3898860 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 3937470 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3901320 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3916320 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 3899700 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 3924090 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 3904530 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 3912930 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12091 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 5862 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10969 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13429 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15000 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 8400 Inter-trial-interval (period until next trial) ITI 1./30000*s int 89414 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 23 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 4010611 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_023
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 4010611 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 4022680 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 4034721 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 4043803 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 4073861 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 4081833 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 4110601 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 4118509 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 4118510 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 4091340 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 4131330 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4095870 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4102470 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 4092330 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 4126650 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4096590 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4105890 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7972 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9507 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 4530 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14037 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6600 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9300 Inter-trial-interval (period until next trial) ITI 1./30000*s int 83175 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 24 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 4201685 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_024
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 4201685 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 4213751 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 4225792 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 4234874 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 4264933 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 4270326 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 4300588 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 4309756 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 4309757 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 4281600 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 4321920 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4284120 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4297950 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 4282260 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 4316820 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4286760 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4297650 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 5393 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11274 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13794 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13830 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10890 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 25 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 4378782 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_025
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 4378782 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 4390849 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 4402889 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 4411912 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 4441971 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 4449214 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 4478329 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 4478330 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 4486648 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 4460040 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 4496550 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4462050 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4470420 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 4460670 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 4494300 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4464390 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4475040 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7243 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10826 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12836 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8370 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10650 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68997 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 26 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 4555645 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_026
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 4555645 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 4567711 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 4579723 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 4588805 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 4618863 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 4626719 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 4656833 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 4656834 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 4664859 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 4638480 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 4674030 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4641240 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4653840 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 4639020 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 4662780 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4642620 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4655070 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7856 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11761 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14521 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12600 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12450 Inter-trial-interval (period until next trial) ITI 1./30000*s int 115463 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 27 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 4780322 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_027
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 4780322 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 4792415 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 4804426 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 4813449 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 4843508 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 4848494 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 4877493 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 4877494 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 4886867 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 4858740 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 4898880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4860870 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4871670 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 4860270 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 4892700 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 4863360 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 4876620 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12093 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 4986 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10246 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12376 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10800 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13260 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 28 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 4955891 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_028
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 4955891 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 4967959 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 4980029 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 4989052 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 5019081 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 5027521 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 5057138 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 5064872 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 5038320 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 5076000 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 5041680 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 5048640 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 5039550 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 5065530 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 5043000 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 5052660 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 8440 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10799 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3360 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14159 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6960 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9660 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68995 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 29 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 5133867 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_029
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 5133867 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 5145934 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 5158005 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 5167028 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 5197057 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 5204269 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 5234851 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 5234852 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 5243170 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 5216280 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 5247630 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 5218350 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 5225130 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 5217000 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 5240430 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 5220750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 5232630 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 7212 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12011 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2070 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14081 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6780 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11880 Inter-trial-interval (period until next trial) ITI 1./30000*s int 95599 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 30 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 5338769 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_030
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 5338769 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 5350834 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 5362904 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 5371928 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 5401986 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 5409258 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 5439310 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 5447630 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 5421060 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 5451690 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 5423400 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 5430210 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 5422050 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 5445150 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 5425200 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 5437680 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7272 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11802 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14142 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 6810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12480 Inter-trial-interval (period until next trial) ITI 1./30000*s int 92231 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 31 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 5539861 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev PGHF Trial_031
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 5539861 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 5551925 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 5563995 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 5573018 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 5603076 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 5663135 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 5663136 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 60059 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 32 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 5732160 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev SGHF Trial_032
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 5732160 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 5744256 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 5756297 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 5765320 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 5795349 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 5855407 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 5855408 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 60058 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 33 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 5924432 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_033
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 5924432 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 5936499 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 5948540 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 5957593 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 5987651 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 5994631 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 6026031 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 6026032 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 6034437 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 6005700 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 6046110 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6007110 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6019860 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 6006990 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 6042510 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6012330 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6024420 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9053 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6980 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11069 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1410 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12479 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12750 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12090 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69756 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 34 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 6104193 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 159 Trial type of trial TrialType string i140703-001.nev SGHF Trial_034
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 6104193 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 6116262 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 6128274 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 6137355 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 6167414 Time when the table switch is released. SR 1./30000*s int Repetition 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 i140703-001.nev 6227443 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 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 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 35 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 6296468 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_035
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 6296468 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 6308593 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 6320605 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 6329629 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 6359656 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 6366337 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 6396249 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 6396250 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 6404803 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 6377700 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 6417060 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6379800 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6390210 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 6378570 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 6411390 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6382350 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6394200 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30027 Reaction time (period between GO and SR) RT 1./30000*s int 6681 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11363 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13463 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10410 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11850 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 36 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 6473827 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_036
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 6473827 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 6485895 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 6497965 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 6506988 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 6537046 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 6540508 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 6571412 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 6581489 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 6552600 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 6594600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6555480 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6567720 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 6553890 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 6586590 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6557160 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6570750 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 3462 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12092 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2880 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14972 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12240 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13590 Inter-trial-interval (period until next trial) ITI 1./30000*s int 98262 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 37 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 6679751 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_037
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 6679751 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 6691819 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 6703890 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 6712913 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 6742942 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 6748336 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 6778041 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 6787181 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 6759540 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 6806940 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6761280 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6771510 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 6760710 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 6795330 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6764040 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6776970 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 5394 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11204 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1740 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12944 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10230 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12930 Inter-trial-interval (period until next trial) ITI 1./30000*s int 89944 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 38 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 6877125 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_038
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 6877125 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 6889189 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 6901260 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 6910283 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 6940341 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 6945267 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 6976319 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 6985692 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 6957480 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 7002330 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6959850 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6972780 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 6958920 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 6991290 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 6962070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 6976170 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 4926 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12213 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14583 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12930 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14100 Inter-trial-interval (period until next trial) ITI 1./30000*s int 84959 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 39 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 7070651 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_039
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 7070651 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 7082722 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 7094733 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 7103815 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 7133873 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 7138218 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 7169323 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 7178991 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 7149930 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 7196070 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7151970 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7165320 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 7150590 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 7186050 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7155750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7168740 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12071 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 4345 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11712 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2040 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13752 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13350 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12990 Inter-trial-interval (period until next trial) ITI 1./30000*s int 78339 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 40 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 7257330 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_040
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 7257330 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 7269399 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 7281469 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 7290492 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 7320550 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 7328811 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 7359223 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 7367015 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 7339950 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 7382280 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7341240 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7351260 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 7340940 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 7376010 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7345290 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7355340 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8261 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11139 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1290 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12429 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10020 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10050 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 41 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 7436040 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_041
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 7436040 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 7448107 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 7460177 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 7469200 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 7499258 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 7506934 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 7537346 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 7545430 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 7545431 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 7517910 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 7556190 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7519980 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7530240 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 7519350 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 7548690 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7523880 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7533660 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7676 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10976 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2070 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13046 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10260 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9780 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 42 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 7614455 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_042
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 7614455 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 7626522 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 7638592 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 7647616 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 7677674 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 7684006 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 7714764 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 7723435 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 7695210 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 7740420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7697730 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7713870 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 7696620 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 7729440 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7700820 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7715940 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6332 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11204 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13724 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16140 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15120 Inter-trial-interval (period until next trial) ITI 1./30000*s int 85841 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 43 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 7809276 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_043
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 7809276 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 7821372 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 7833384 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 7842466 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 7872524 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 7876802 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 7907388 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 7907389 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 7917055 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 7888920 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 7920420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7891410 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7902000 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 7889790 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 7921770 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 7893300 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 7906470 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12096 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 4278 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12118 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2490 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14608 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10590 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13170 Inter-trial-interval (period until next trial) ITI 1./30000*s int 78839 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 44 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 7995894 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_044
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 7995894 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 8007962 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 8020032 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 8029055 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 8059113 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 8066911 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 8096732 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 8104730 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 8078100 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 8107800 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8081550 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8086470 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 8079330 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 8101740 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8082480 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8094420 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7798 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11189 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3450 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14639 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 4920 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11940 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 45 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 8173754 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_045
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 8173754 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 8185820 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 8197890 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 8206914 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 8236972 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 8243600 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 8272451 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 8281063 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 8252430 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 8295060 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8254890 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8269050 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 8254260 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 8285370 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8258760 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8271510 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6628 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8830 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11290 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14160 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12750 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68996 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 46 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 8350059 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_046
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 8350059 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 8362126 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 8374196 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 8383220 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 8413278 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 8419555 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 8448494 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 8457193 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 8457194 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 8429880 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 8478330 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8431980 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8448000 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 8430540 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 8466540 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8434290 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8451330 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6277 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10325 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12425 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16020 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17040 Inter-trial-interval (period until next trial) ITI 1./30000*s int 70838 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 47 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 8528032 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_047
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 8528032 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 8540102 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 8552114 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 8561196 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 8591224 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 8596707 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 8626763 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 8635872 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 8607720 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 8654130 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8610240 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8622840 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 8609250 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 8643120 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8612550 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8626530 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12070 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 5483 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11013 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13533 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12600 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13980 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69054 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 48 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 8704926 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_048
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 8704926 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 8716994 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 8729064 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 8738087 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 8768116 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 8776027 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 8807846 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 8815811 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 8787960 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 8836170 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8790390 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8801610 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 8789070 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 8826630 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8794080 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8807520 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 7911 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11933 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2430 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14363 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11220 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13440 Inter-trial-interval (period until next trial) ITI 1./30000*s int 74651 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 49 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 8890462 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_049
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 8890462 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 8902557 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 8914598 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 8923681 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 8953738 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 8958493 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 8987870 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 8997361 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 8968530 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 9009810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8970720 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8982660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 8969670 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 9001080 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 8974170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 8986350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12095 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9083 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30057 Reaction time (period between GO and SR) RT 1./30000*s int 4755 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10037 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2190 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12227 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11940 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12180 Inter-trial-interval (period until next trial) ITI 1./30000*s int 80716 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 50 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 9078077 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_050
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 9078077 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 9090143 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 9102183 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 9111265 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 9141295 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 9147566 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 9178033 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 9186762 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 9158700 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 9210810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9160650 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9177090 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 9159420 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 9197970 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9164850 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9179370 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 6271 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11134 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13084 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16440 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14520 Inter-trial-interval (period until next trial) ITI 1./30000*s int 84150 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 51 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 9270912 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_051
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 9270912 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 9282972 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 9295042 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 9304066 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 9334123 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 9341565 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 9374788 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 9374789 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 9382990 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 9354630 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 9402180 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9357270 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9370260 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 9355650 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 9389700 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9360900 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9373500 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12060 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30057 Reaction time (period between GO and SR) RT 1./30000*s int 7442 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13065 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2640 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15705 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12990 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12600 Inter-trial-interval (period until next trial) ITI 1./30000*s int 98209 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 52 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 9481199 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_052
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 9481199 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 9493261 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 9505332 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 9514355 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 9544384 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 9551916 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 9581856 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 9589999 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 9563190 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 9604740 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9565440 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9578340 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 9564180 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 9603210 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9567660 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9585180 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12062 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 7532 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11274 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2250 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13524 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12900 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 17520 Inter-trial-interval (period until next trial) ITI 1./30000*s int 75125 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 53 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 9665124 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_053
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 9665124 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 9677184 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 9689254 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 9698278 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 9728336 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 9736134 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 9767243 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 9767244 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 9775270 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 9747780 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 9789600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9750510 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9775320 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 9749130 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 9780300 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9753720 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9768510 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12060 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7798 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11646 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2730 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14376 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 24810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14790 Inter-trial-interval (period until next trial) ITI 1./30000*s int 84731 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 54 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 9860001 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_054
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 9860001 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 9872064 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 9884134 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 9893158 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 9923216 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 9930366 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 9959193 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 9967515 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 9967516 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 9939330 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 9987180 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9942090 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9954150 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 9940650 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 9980880 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 9945420 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 9957840 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12063 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7150 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8964 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11724 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12060 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12420 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69021 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 55 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 10036537 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_055
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 10036537 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 10048663 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 10060675 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 10069698 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 10099756 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 10105328 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 10134679 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 10143759 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 10143760 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 10116120 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 10158780 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10118550 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10127700 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 10116960 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 10152270 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10120080 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10135080 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12126 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 5572 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10792 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2430 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13222 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9150 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 79218 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 56 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 10222978 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_056
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 10222978 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 10235047 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 10247059 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 10256141 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 10286199 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 10295404 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 10326101 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 10326102 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 10333425 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 10308000 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 10344120 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10309950 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10313580 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 10309140 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 10345410 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10311780 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10327530 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 9205 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12596 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14546 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 3630 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15750 Inter-trial-interval (period until next trial) ITI 1./30000*s int 75537 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 57 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 10408962 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_057
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 10408962 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 10421080 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 10433120 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 10442144 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 10472173 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 10482608 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 10514009 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 10520806 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 10493550 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 10536270 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10497870 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10514910 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 10495710 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 10528230 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10500690 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10512390 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12118 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 10435 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10942 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 4320 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15262 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17040 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11700 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 58 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 10589830 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_058
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 10589830 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 10601897 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 10613967 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 10622990 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 10653049 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 10662255 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 10693947 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 10693948 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 10701329 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 10673010 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 10718940 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10675470 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10687140 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 10674030 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 10710330 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 10682010 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 10694070 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 9206 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10755 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2460 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13215 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11670 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12060 Inter-trial-interval (period until next trial) ITI 1./30000*s int 73827 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 59 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 10775156 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev PGLF Trial_059
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 10775156 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 10787285 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 10799297 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 10808320 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 10838378 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 10846587 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 10871544 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12129 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8209 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 112031 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 60 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 10983575 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_060
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 10983575 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 10995642 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 11007711 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 11016735 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 11046793 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 11049023 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 11081306 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 11091969 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 11061990 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 11103360 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11065380 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11073660 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 11063520 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 11093520 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11067150 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11080590 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12069 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 2230 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12967 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3390 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16357 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8280 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13440 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 61 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 11160995 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_061
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 11160995 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 11173060 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 11185130 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 11194154 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 11224213 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 11230543 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 11260423 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 11269153 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 11241810 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 11280900 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11244000 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11254920 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 11242980 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 11282790 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11246250 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11258820 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 6330 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11267 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2190 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13457 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10920 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12570 Inter-trial-interval (period until next trial) ITI 1./30000*s int 73596 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 62 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 11342749 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_062
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 11342749 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 11354874 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 11366886 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 11375909 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 11405967 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 11413355 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 11443995 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 11452197 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 11425200 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 11464380 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11427090 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11435310 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 11426220 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 11459850 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11429820 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11443650 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7388 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11845 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1890 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13735 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8220 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13830 Inter-trial-interval (period until next trial) ITI 1./30000*s int 75235 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 63 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 11527432 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_063
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 11527432 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 11539501 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 11551570 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 11560593 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 11590652 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 11598800 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 11626863 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 11626864 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 11634772 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 11634773 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 11607630 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 11646990 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11609580 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11622480 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 11608080 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 11641560 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11613300 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11623710 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12069 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8148 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 8830 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 10780 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12900 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10410 Inter-trial-interval (period until next trial) ITI 1./30000*s int 82214 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 64 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 11716987 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_064
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 11716987 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 11729048 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 11741118 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 11750141 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 11780200 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 11787465 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 11818755 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 11827015 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 11799840 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 11833170 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11801280 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11817090 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 11800770 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 11832630 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11804580 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11817810 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12061 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7265 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12375 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1440 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13815 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13230 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 65 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 11896041 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_065
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 11896041 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 11908108 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 11920178 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 11929201 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 11959259 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 11968871 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 11999105 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 12002268 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 11980020 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 12018000 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11982420 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11995110 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 11980710 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 12006330 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 11985690 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 11995110 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 9612 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11149 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2400 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13549 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12690 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 9420 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 66 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 12071293 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_066
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 12071293 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 12083359 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 12095430 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 12104452 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 12134481 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 12142510 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 12173184 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 12181151 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 12153600 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 12200520 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12155880 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12167730 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 12154290 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 12190950 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12159630 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12172650 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9022 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 8029 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11090 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2280 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13370 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11850 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13020 Inter-trial-interval (period until next trial) ITI 1./30000*s int 87598 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 67 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 12268749 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_067
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 12268749 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 12280817 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 12292888 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 12301910 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 12331969 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 12340940 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 12371989 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 12371990 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 12379488 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 12379489 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 12352860 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 12387180 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12355740 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12370020 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 12354240 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 12386640 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12357930 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12371550 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9022 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8971 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11920 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2880 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14800 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14280 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13620 Inter-trial-interval (period until next trial) ITI 1./30000*s int 84258 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 68 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 12463747 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_068
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 12463747 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 12475815 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 12487884 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 12496907 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 12526967 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 12535344 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 12565697 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 12573488 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 12573489 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 12546780 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 12578970 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12548340 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12556620 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 12548070 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 12570990 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12551640 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12564000 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12069 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30060 Reaction time (period between GO and SR) RT 1./30000*s int 8377 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11436 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1560 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12996 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8280 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12360 Inter-trial-interval (period until next trial) ITI 1./30000*s int 123048 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 69 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 12696537 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_069
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 12696537 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 12708604 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 12720615 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 12729638 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 12759697 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 12765387 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 12796084 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 12796085 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 12805077 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 12776520 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 12818580 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12779040 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12792870 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 12777840 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 12804120 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12782040 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12793800 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 5690 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11133 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13653 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13830 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11760 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68997 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 70 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 12874074 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_070
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 12874074 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 12886140 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 12898152 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 12907234 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 12937292 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 12945676 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 12975613 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 12983346 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 12956880 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 13004790 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12958860 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12971730 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 12957930 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 12991800 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 12961710 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 12977490 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8384 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11204 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13184 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12870 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15780 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 71 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 13052372 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_071
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 13052372 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 13064438 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 13076508 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 13085531 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 13115590 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 13124500 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 13155698 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 13163197 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 13135740 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 13178640 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13138770 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13154790 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 13136820 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 13173420 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13142040 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13152300 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8910 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11240 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3030 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14270 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16020 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10260 Inter-trial-interval (period until next trial) ITI 1./30000*s int 136470 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 72 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 13299667 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 143 Trial type of trial TrialType string i140703-001.nev PG Trial_072
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 13299667 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 13311758 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 13323829 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 13332881 Time when GO (second cue) is activated. GO-ON 1./30000*s int 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 i140703-001.nev 13362383 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 71837 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 73 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 13434220 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_073
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 13434220 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 13446288 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 13458329 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 13467411 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 13497439 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 13502604 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 13531805 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 13541121 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 13511610 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 13551810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13513710 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13523070 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 13512690 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 13539000 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13518060 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13530000 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 5165 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 9006 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2100 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11106 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9360 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11940 Inter-trial-interval (period until next trial) ITI 1./30000*s int 99084 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 74 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 13640205 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_074
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 13640205 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 13652330 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 13664371 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 13673394 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 13703481 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 13709576 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 13739400 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 13748246 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 13719660 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 13761810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13721160 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13735350 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 13721040 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 13750620 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13725780 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13742670 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30087 Reaction time (period between GO and SR) RT 1./30000*s int 6095 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10084 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1500 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 11584 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14190 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16890 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69055 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 75 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 13817301 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_075
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 13817301 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 13829368 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 13841438 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 13850461 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 13880520 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 13888606 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 13918372 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 13926281 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 13898700 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 13942020 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13901430 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13912680 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 13899360 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 13930650 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 13905300 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 13919370 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8086 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10094 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2730 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12824 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11250 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14070 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 76 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 13995307 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_076
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 13995307 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 14007374 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 14019385 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 14028467 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 14058525 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 14067380 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 14098779 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 14106308 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 14079930 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 14114490 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14082630 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14097780 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 14080890 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 14105250 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14084670 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14098710 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8855 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12550 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2700 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15250 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15150 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14040 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 77 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 14175332 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_077
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 14175332 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 14187400 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 14199411 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 14208464 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 14238522 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 14251881 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 14282263 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 14287652 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 14287653 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 14263380 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 14296740 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14265660 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14275380 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 14264220 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 14288400 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14268390 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14281440 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9053 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 13359 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11499 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2280 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13779 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9720 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13050 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 78 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 14356677 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 159 Trial type of trial TrialType string i140703-001.nev PGLF Trial_078
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 14356677 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 14368745 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 14380756 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 14389838 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 14419896 Time when the table switch is released. SR 1./30000*s int Repetition 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 i140703-001.nev 14479927 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 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 68994 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 79 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 14548921 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_079
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 14548921 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 14561047 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 14573058 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 14582081 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 14612110 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 14617506 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 14648439 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 14657579 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 14628810 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 14675700 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14631600 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14644560 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 14630310 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 14664270 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14634510 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14648730 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12126 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 5396 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11304 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2790 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14094 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12960 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14220 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 80 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 14726603 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_080
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 14726603 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 14738671 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 14750712 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 14759794 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 14789852 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 14799992 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 14831336 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 14838250 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 14812050 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 14846070 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14814600 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14825130 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 14813520 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 14842830 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14817240 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 14831280 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 10140 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12058 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2550 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14608 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10530 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14040 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69054 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 81 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 14907304 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_081
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 14907304 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 14919400 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 14931441 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 14940465 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 14970523 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 14978031 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 15009255 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 15017457 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 14988930 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 15030900 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14990550 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15008370 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 14990580 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 15027210 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 14995740 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15006570 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12096 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7508 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10899 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1620 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 12519 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17820 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10830 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69023 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 82 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 15086480 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_082
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 15086480 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 15098607 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 15110619 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 15119700 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 15149759 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 15158025 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 15190892 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 15198684 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 15169410 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 15220680 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15171120 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15192630 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 15170910 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 15206490 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15177360 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15189960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12127 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9081 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8266 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11385 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1710 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13095 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 21510 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12600 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 83 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 15267709 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_083
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 15267709 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 15279806 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 15291817 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 15300840 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 15330898 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 15337405 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 15368428 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 15377041 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 15348750 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 15384510 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15352110 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15362370 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 15350940 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 15385350 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15354360 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15367830 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12097 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6507 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11345 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3360 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14705 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10260 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13470 Inter-trial-interval (period until next trial) ITI 1./30000*s int 126854 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 84 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 15503895 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_084
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 15503895 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 15516023 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 15528063 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 15537086 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 15567116 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 15573979 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 15606843 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 15615338 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 15586440 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 15632880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15590370 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15602970 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 15587850 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 15621420 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15593250 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15603780 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12128 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 6863 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12461 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3930 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16391 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12600 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68995 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 85 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 15684333 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_085
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 15684333 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 15696400 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 15708471 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 15717494 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 15747553 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 15754762 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 15785991 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 15794309 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 15794310 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 15767070 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 15810990 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15769110 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15787800 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 15768090 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 15804330 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15771780 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15789960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7209 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12308 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2040 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14348 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 18690 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18180 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 86 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 15863336 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_086
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 15863336 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 15875402 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 15887472 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 15896495 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 15926554 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 15934639 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 15967834 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 15975713 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 15948270 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 15986880 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15950160 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15966120 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 15949290 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 15982620 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 15954000 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 15967350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8085 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13631 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1890 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15521 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15960 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13350 Inter-trial-interval (period until next trial) ITI 1./30000*s int 73103 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 87 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 16048816 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_087
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 16048816 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 16060936 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 16072948 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 16081971 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 16112000 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 16120378 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 16151054 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 16151055 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 16158786 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 16158787 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 16132020 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 16174530 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16134900 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16147710 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 16132890 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 16166280 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16137000 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16150170 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12120 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 8378 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11642 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2880 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14522 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13170 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 88 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 16227812 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_088
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 16227812 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 16239878 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 16251890 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 16260943 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 16291001 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 16301204 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 16334714 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 16341567 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 16315260 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 16346640 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16318020 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16326000 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 16316370 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 16349160 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16320660 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16333530 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9053 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 10203 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14056 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16816 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 7980 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12870 Inter-trial-interval (period until next trial) ITI 1./30000*s int 101072 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 89 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 16442639 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_089
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 16442639 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 16454768 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 16466779 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 16475803 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 16505861 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 16513545 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 16544447 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 16552531 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 16526190 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 16568100 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16527990 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16544850 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 16526850 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 16563060 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16530420 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16546320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12129 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7684 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12645 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1800 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14445 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16860 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68996 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 90 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 16621527 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_090
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 16621527 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 16633594 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 16645605 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 16654687 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 16684745 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 16693065 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 16726582 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 16734345 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 16706310 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 16752510 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16709250 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16723650 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 16707840 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 16751040 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16713480 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16727790 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8320 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13245 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2940 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16185 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14400 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14310 Inter-trial-interval (period until next trial) ITI 1./30000*s int 137048 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 91 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 16871393 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_091
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 16871393 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 16883522 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 16895533 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 16904586 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 16934644 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 16942846 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 16975983 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 16975984 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 16983775 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 16956450 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 16990770 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16959510 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16970040 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 16958040 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 16982460 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 16961850 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 16974780 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12129 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9053 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8202 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13604 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3060 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16664 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10530 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12930 Inter-trial-interval (period until next trial) ITI 1./30000*s int 110973 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 92 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 17094748 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_092
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 17094748 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 17106820 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 17118889 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 17127913 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 17157941 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 17172296 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 17205491 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 17210412 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 17184720 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 17231760 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17187750 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17203560 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 17186580 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 17222670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17191800 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17206350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12072 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12069 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 14355 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12424 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3030 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15454 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14550 Inter-trial-interval (period until next trial) ITI 1./30000*s int 109606 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 93 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 17320018 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_093
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 17320018 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 17332080 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 17344120 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 17353145 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 17383172 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 17391846 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 17424951 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 17424952 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 17432567 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 17405250 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 17449050 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17407980 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17423760 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 17406780 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 17443680 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17411010 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17434830 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12062 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12040 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9025 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30027 Reaction time (period between GO and SR) RT 1./30000*s int 8674 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13404 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2730 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16134 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15780 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 23820 Inter-trial-interval (period until next trial) ITI 1./30000*s int 90446 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 94 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 17523013 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_094
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 17523013 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 17535104 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 17547173 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 17556197 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 17586255 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 17594929 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 17626686 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 17626687 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 17634272 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 17634273 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 17607540 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 17647560 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17610090 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17626440 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 17608890 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 17637750 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17612580 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17629020 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12091 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12069 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8674 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12611 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2550 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15161 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16350 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16440 Inter-trial-interval (period until next trial) ITI 1./30000*s int 71511 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 95 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 17705784 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 159 Trial type of trial TrialType string i140703-001.nev PGLF Trial_095
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 17705784 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 17717855 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 17729925 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 17738948 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 17768978 Time when the table switch is released. SR 1./30000*s int Repetition 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 i140703-001.nev 17829007 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12071 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 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 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 96 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 17898032 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_096
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 17898032 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 17910098 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 17922169 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 17931220 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 17961279 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 17968427 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 18000743 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 18009061 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 17982060 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 18013350 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17984730 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17985450 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 17983140 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 18015150 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 17986530 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 17999910 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9051 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7148 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13633 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2670 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16303 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 720 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13380 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68997 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 97 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 18078058 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_097
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 18078058 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 18090124 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 18102195 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 18111218 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 18141247 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 18150624 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 18182790 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 18190055 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 18163470 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 18195030 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18165210 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18177510 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 18164790 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 18195180 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18169080 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18184230 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 9377 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12846 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1740 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14586 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12300 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15150 Inter-trial-interval (period until next trial) ITI 1./30000*s int 71776 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 98 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 18261831 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_098
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 18261831 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 18273901 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 18285942 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 18294965 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 18325023 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 18333406 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 18364136 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 18371868 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 18371869 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 18344790 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 18379890 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18347070 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18361500 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 18345900 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 18374850 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18350400 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18365070 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12070 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8383 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11384 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2280 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13664 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14430 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14670 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 99 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 18440894 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_099
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 18440894 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 18452961 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 18465031 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 18474054 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 18504112 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 18508574 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 18543137 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 18552774 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 18522780 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 18556890 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18525120 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18533010 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 18523860 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 18547500 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18529290 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18541140 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 4462 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14206 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16546 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 7890 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11850 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 100 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 18621799 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_100
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 18621799 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 18633866 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 18645937 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 18654989 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 18685047 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 18693311 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 18724805 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 18732596 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 18732597 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 18705900 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 18745410 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18708090 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18731430 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 18707010 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 18738720 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18710910 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18727440 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8264 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12589 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2190 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14779 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 23340 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69023 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 101 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 18801620 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_101
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 18801620 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 18813717 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 18825758 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 18834840 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 18864898 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 18875269 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 18908317 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 18915112 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 18886950 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 18935460 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18889530 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18903750 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 18888420 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 18926400 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 18895710 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 18906210 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12097 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 10371 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11681 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2580 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14261 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14220 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10500 Inter-trial-interval (period until next trial) ITI 1./30000*s int 91881 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 102 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 19006993 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_102
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 19006993 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 19019056 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 19031126 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 19040149 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 19070208 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 19081464 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 19116762 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 19123146 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 19123147 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 19096320 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 19140330 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19098270 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19106760 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 19097130 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 19126560 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19104300 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19114710 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12063 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 11256 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14856 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16806 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8490 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10410 Inter-trial-interval (period until next trial) ITI 1./30000*s int 77698 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 103 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 19200845 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_103
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 19200845 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 19212911 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 19224981 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 19234004 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 19264062 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 19271038 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 19302120 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 19310527 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 19283130 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 19329810 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19285260 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19298520 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 19284180 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 19307970 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19288170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19301070 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6976 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12092 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14222 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13260 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68997 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 104 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 19379524 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_104
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 19379524 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 19391589 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 19403630 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 19412654 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 19442712 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 19450166 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 19482733 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 19490934 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 19463250 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 19505280 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19466490 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19480800 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 19464990 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 19505880 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19468740 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19484010 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7454 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13084 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3240 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16324 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14310 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15270 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 105 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 19559960 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_105
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 19559960 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 19572026 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 19584096 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 19593120 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 19623148 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 19631060 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 19663081 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 19671107 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 19643190 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 19693050 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19644660 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19656270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 19644450 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 19678050 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19649070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19662720 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 7912 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12130 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1470 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13600 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11610 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13650 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 106 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 19740133 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_106
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 19740133 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 19752258 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 19764270 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 19773322 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 19803351 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 19814257 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 19848644 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 19855206 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 19828110 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 19872750 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19830450 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19845690 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 19829340 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 19866360 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 19834710 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 19846080 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 10906 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13853 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16193 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15240 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11370 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 107 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 19924230 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev PGHF Trial_107
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 19924230 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 19936327 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 19948398 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 19957450 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 19987479 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 19996745 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 20025924 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12097 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 9266 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 72122 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 108 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 20098046 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_108
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 20098046 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 20110114 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 20122155 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 20131178 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 20161236 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 20170264 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 20202223 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 20202224 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 20209663 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 20182680 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 20228910 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20185650 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20197710 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 20183820 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 20220090 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20188410 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20203500 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 9028 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12416 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2970 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15386 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12060 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15090 Inter-trial-interval (period until next trial) ITI 1./30000*s int 103832 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 109 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 20313495 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_109
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 20313495 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 20325560 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 20337630 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 20346653 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 20376712 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 20385911 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 20416556 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 20423938 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 20398290 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 20437740 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20400030 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20409990 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 20399160 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 20437740 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20402400 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20421300 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 9199 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12379 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1740 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14119 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9960 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18900 Inter-trial-interval (period until next trial) ITI 1./30000*s int 70490 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 110 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 20494428 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev PGHF Trial_110
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 20494428 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 20506495 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 20518565 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 20527588 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 20557646 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 20568194 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 20601478 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 10548 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 69023 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 111 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 20670501 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_111
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 20670501 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 20682566 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 20694636 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 20703659 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 20733718 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 20741520 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 20776786 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 20776787 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 20784812 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 20754390 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 20807970 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20757690 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20772510 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 20758080 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 20791470 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20763060 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20774730 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7802 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12870 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3300 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16170 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14820 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11670 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 112 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 20853836 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_112
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 20853836 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 20865962 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 20877974 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 20886997 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 20917026 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 20929074 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 20961499 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 20967533 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 20942040 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 20988420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20943480 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20969550 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 20943060 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 20979510 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 20947800 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 20961210 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12126 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 12048 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12966 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1440 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14406 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 26070 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13410 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68996 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 113 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 21036529 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_113
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 21036529 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 21048596 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 21060607 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 21069689 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 21099747 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 21106436 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 21137951 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 21146505 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 21119130 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 21159420 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21121380 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21137370 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 21120450 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 21151650 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21123600 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21139770 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6689 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12694 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2250 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14944 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15990 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16170 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 114 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 21215530 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_114
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 21215530 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 21227627 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 21239668 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 21248691 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 21278719 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 21287275 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 21317860 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 21317861 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 21325536 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 21297720 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 21342750 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21300510 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21313800 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 21299070 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 21330300 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21304350 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21316290 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12097 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 8556 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 10445 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2790 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13235 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13290 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11940 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 115 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 21394560 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev SGLF Trial_115
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 21394560 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 21406657 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 21418727 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 21427750 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 21457809 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 21464144 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 21496135 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12097 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 6335 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 68990 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 116 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 21565125 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_116
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 21565125 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 21577250 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 21589291 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 21598373 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 21628431 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 21635228 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 21666283 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 21666284 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 21674778 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 21647130 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 21688350 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21649470 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21663090 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 21648000 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 21680310 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21652500 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21666030 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6797 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11902 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2340 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14242 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13620 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68996 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 117 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 21743774 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_117
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 21743774 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 21755900 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 21767911 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 21776934 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 21806993 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 21815025 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 21845373 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 21853281 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 21853282 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 21826440 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 21874620 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21828750 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21846120 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 21827970 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 21858270 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 21831210 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 21851010 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12126 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8032 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11415 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2310 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13725 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17370 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 19800 Inter-trial-interval (period until next trial) ITI 1./30000*s int 70962 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 118 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 21924244 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_118
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 21924244 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 21936307 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 21948377 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 21957400 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 21987429 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 21994701 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 22025926 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 22034187 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 22006380 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 22055580 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22008990 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22022220 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 22007400 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 22042530 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22011990 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22024710 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12063 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 7272 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11679 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2610 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14289 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13230 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12720 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68995 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 119 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 22103182 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_119
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 22103182 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 22115250 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 22127320 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 22136372 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 22166401 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 22175312 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 22206890 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 22214389 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 22188030 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 22228590 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22189950 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22202220 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 22189320 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 22220340 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22192710 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22209240 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 8911 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12718 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1920 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14638 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12270 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16530 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 120 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 22283414 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_120
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 22283414 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 22295482 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 22307553 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 22316575 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 22346633 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 22354488 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 22387883 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 22387884 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 22395910 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 22395911 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 22367100 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 22416840 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22369470 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22382550 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 22368870 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 22405080 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22374390 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22386240 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9022 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7855 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12612 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14982 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13080 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11850 Inter-trial-interval (period until next trial) ITI 1./30000*s int 73539 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 121 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 22469450 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_121
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 22469450 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 22481514 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 22493584 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 22502608 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 22532665 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 22540579 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 22572686 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 22580653 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 22580654 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 22553670 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 22600320 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22556190 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22575210 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 22555230 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 22592940 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22558770 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22577280 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30057 Reaction time (period between GO and SR) RT 1./30000*s int 7914 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13091 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15611 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 19020 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18510 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69377 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 122 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 22650031 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_122
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 22650031 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 22662156 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 22674168 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 22683191 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 22713249 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 22720225 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 22754676 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 22763053 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 22735170 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 22778460 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22737600 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22754400 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 22736610 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 22779450 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22741170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22755960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6976 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14945 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2430 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 17375 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16800 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14790 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 123 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 22832079 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_123
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 22832079 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 22844145 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 22856215 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 22865239 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 22895297 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 22906960 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 22938599 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int Time when reward pump is deactivated RW-OFF 1./30000*s int i140703-001.nev 22944808 End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 22944809 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 22919730 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 22950750 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22921500 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22932240 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 22920930 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 22953390 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 22924500 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 22936350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 11663 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12770 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1770 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14540 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10740 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11850 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 124 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 23013833 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_124
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 23013833 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 23025959 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 23038000 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 23047082 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 23077140 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 23083914 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 23116076 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 23124571 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 23096580 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 23139930 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23099340 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23109420 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 23097720 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 23131350 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23101920 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23118660 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12126 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6774 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12666 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15426 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10080 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 16740 Inter-trial-interval (period until next trial) ITI 1./30000*s int 129083 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 125 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 23253654 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_125
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 23253654 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 23265721 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 23277791 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 23286814 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 23316872 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 23326483 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 23359706 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 23366853 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 23340300 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 23375430 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23342850 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23357580 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 23341620 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 23373660 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23346060 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23358540 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 9611 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13817 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2550 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16367 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14730 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12480 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69056 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 126 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 23435909 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 159 Trial type of trial TrialType string i140703-001.nev PGLF Trial_126
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 23435909 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 23448003 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 23460073 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 23469097 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 23499126 Time when the table switch is released. SR 1./30000*s int Repetition 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 i140703-001.nev 23559185 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12094 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 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 69023 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 127 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 23628208 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_127
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 23628208 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 23640276 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 23652346 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 23661398 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 23691428 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 23701280 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 23731273 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 23738360 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 23712570 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 23743560 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23714550 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23724270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 23713230 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 23746200 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23717070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23731050 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 9852 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11290 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13270 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9720 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13980 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 128 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 23807385 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_128
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 23807385 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 23819453 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 23831494 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 23840547 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 23870605 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 23880131 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 23911563 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 23918768 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 23892540 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 23935950 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23895930 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23907840 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 23893770 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 23934870 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 23897310 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 23913030 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9053 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 9526 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12409 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3390 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15799 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11910 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15720 Inter-trial-interval (period until next trial) ITI 1./30000*s int 72104 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 129 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 23990872 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_129
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 23990872 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 24002936 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 24014977 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 24024000 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 24054059 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 24065487 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 24097771 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 24104098 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 24078060 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 24111930 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24081480 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24082230 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 24079080 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 24116760 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24083760 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24105330 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 11428 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12573 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3420 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15993 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 750 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 21570 Inter-trial-interval (period until next trial) ITI 1./30000*s int 72482 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 130 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 24176580 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_130
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 24176580 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 24188647 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 24200658 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 24209740 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 24239799 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 24247242 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 24279116 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 24279117 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 24287317 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 24260070 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 24291780 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24261900 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24274200 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 24261300 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 24290520 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24265170 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24277650 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7443 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12828 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1830 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14658 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12300 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12480 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69027 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 131 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 24356344 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_131
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 24356344 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 24368468 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 24380480 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 24389563 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 24419621 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 24427883 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 24460118 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 24467901 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 24439560 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 24486720 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24441690 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24470070 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 24440970 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 24476610 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24446550 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24461280 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12124 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9083 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8262 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11677 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13807 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 28380 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14730 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 132 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 24536925 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_132
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 24536925 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 24548993 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 24561064 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 24570086 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 24600145 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 24606889 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 24638175 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 24646726 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 24619590 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 24661710 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24623040 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24632430 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 24620430 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 24661170 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24623970 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24638580 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9022 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 6744 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12701 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3450 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16151 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9390 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14610 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 133 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 24715751 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_133
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 24715751 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 24727818 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 24739888 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 24748911 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 24778970 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 24787700 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 24821480 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 24829038 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 24800580 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 24845370 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24802590 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24817140 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 24801750 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 24835650 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24808140 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 24821400 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8730 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12880 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2010 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14890 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 14550 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13260 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69228 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 134 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 24898266 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_134
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 24898266 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 24910335 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 24922405 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 24931428 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 24961487 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 24969459 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 25001360 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 25009299 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 24981300 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 25017000 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24982860 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25000140 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 24982800 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 25016670 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 24988440 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25000140 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12069 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7972 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11841 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1560 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 13401 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 17280 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11700 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 135 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 25078323 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_135
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 25078323 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 25090391 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 25102432 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 25111484 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 25141543 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 25151218 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 25186133 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 25193280 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 25164750 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 25208760 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25167540 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25195740 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 25166160 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 25202340 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25172850 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25184790 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 9675 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13532 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2790 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16322 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 28200 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11940 Inter-trial-interval (period until next trial) ITI 1./30000*s int 72484 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 136 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 25265764 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_136
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 25265764 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 25277830 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 25289900 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 25298923 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 25328982 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 25336547 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 25367948 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 25376090 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 25349430 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 25395000 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25351800 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25367940 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 25350570 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 25387800 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25353750 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25368330 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7565 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12883 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2370 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15253 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16140 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14580 Inter-trial-interval (period until next trial) ITI 1./30000*s int 78929 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 137 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 25455019 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_137
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 25455019 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 25467143 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 25479155 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 25488178 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 25518236 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 25526380 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 25560220 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 25568070 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 25540410 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 25588440 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25542270 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25558080 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 25541520 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 25579140 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25548180 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25559670 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12124 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8144 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14030 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1860 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15890 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15810 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11490 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 138 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 25637095 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_138
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 25637095 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 25649162 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 25661232 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 25670256 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 25700284 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 25713966 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 25747540 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 25752754 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 25728120 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 25768140 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25730250 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25739430 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 25729170 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 25762920 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25733370 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25747470 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 13682 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14154 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2130 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16284 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 9180 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14100 Inter-trial-interval (period until next trial) ITI 1./30000*s int 73362 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 139 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 25826116 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_139
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 25826116 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 25838183 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 25850253 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 25859276 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 25889334 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 25891450 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 25927069 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 25937791 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 25908240 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 25946070 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25910190 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25936140 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 25908540 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 25939050 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 25913160 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 25927290 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 2116 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 16790 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 18740 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 25950 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 14130 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 140 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 26006817 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_140
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 26006817 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 26018883 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 26030953 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 26039976 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 26070034 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 26076956 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 26108472 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 26108473 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 26116880 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 26089140 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 26138730 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26091120 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26106270 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 26090370 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 26125110 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26094540 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26108100 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 6922 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12184 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1980 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14164 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15150 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13560 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69055 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 141 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 26185935 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_141
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 26185935 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 26198001 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 26210071 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 26219095 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 26249153 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 26260234 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 26291752 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 26298195 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 26272200 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 26320020 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26274810 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26288310 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 26273640 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 26303850 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26278410 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26291580 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 11081 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11966 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2610 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14576 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13500 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13170 Inter-trial-interval (period until next trial) ITI 1./30000*s int 85195 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 142 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 26383390 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 129 Trial type of trial TrialType string i140703-001.nev NONE Trial_142
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 26383390 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int 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 i140703-001.nev 26390245 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 143 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 26459271 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev PGLF Trial_143
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 26459271 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 26471337 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 26483407 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 26492431 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 26522489 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 26533801 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 26563160 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 11312 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 79854 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 144 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 26643014 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_144
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 26643014 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 26655114 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 26667184 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 26676207 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 26706266 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 26713358 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 26746286 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 26746287 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 26754663 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 26726250 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 26776200 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26728830 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26742330 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 26727330 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 26761620 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26732790 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26743350 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12100 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 7092 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12892 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2580 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15472 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13500 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10560 Inter-trial-interval (period until next trial) ITI 1./30000*s int 71726 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 145 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 26826389 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_145
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 26826389 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 26838451 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 26850462 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 26859544 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 26889603 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 26898748 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 26931087 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 26931088 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 26938469 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 26912160 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 26953200 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26914920 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26922360 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 26912880 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 26947290 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 26917290 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 26932440 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12062 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 9145 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13412 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2760 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16172 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 7440 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15150 Inter-trial-interval (period until next trial) ITI 1./30000*s int 75122 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 146 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 27013591 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_146
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 27013591 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 27025655 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 27037725 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 27046748 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 27076778 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 27083519 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 27115948 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 27124443 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 27095520 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 27139110 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27098820 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27112140 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 27097890 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 27130380 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27102000 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27115890 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12064 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30030 Reaction time (period between GO and SR) RT 1./30000*s int 6741 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12001 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3300 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15301 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 13320 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13890 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 147 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 27193468 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_147
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 27193468 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 27205535 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 27217606 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 27226658 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 27256687 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 27263956 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int i140703-001.nev 27295623 Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 27295624 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 27303942 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 27276900 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 27311310 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27278850 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27290790 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 27278220 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 27301500 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27281520 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27293640 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 7269 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 12944 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1950 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14894 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 11940 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12120 Inter-trial-interval (period until next trial) ITI 1./30000*s int 68996 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 148 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 27372938 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_148
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 27372938 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 27385008 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 27397076 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 27406099 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 27436157 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 27446302 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 27482740 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 27489653 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 27460890 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 27508980 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27462570 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27493440 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 27462240 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 27498510 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27469320 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27481320 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12070 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12068 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 10145 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 14588 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1680 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 16268 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 30870 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 12000 Inter-trial-interval (period until next trial) ITI 1./30000*s int 80835 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 149 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 27570488 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGHF Trial_149
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 27570488 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 27582551 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 27594621 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 27603645 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 27633673 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 27641064 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 27671995 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 27680225 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 27680226 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 27652080 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 27693600 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27655590 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27665910 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 27652950 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 27685530 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27658290 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27671400 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12063 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30028 Reaction time (period between GO and SR) RT 1./30000*s int 7391 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 11016 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3510 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 14526 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 10320 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13110 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69024 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 150 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 27749250 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_150
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 27749250 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 27761318 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 27773388 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 27782411 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 27812470 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 27820911 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 27855419 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 27863153 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 27836460 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 27878220 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27839790 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27856680 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 27836790 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 27876660 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 27841260 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 27854700 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 8441 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 15549 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 3330 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 18879 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16890 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13440 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69382 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 151 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 27932535 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev SGLF Trial_151
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 27932535 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 27944655 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 27956696 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 27965778 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 27995836 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 28004513 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 28035243 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12120 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 8677 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 68993 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 152 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 28104236 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_152
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 28104236 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 28116303 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 28128373 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 28137396 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 28167454 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 28177009 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 28212544 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int i140703-001.nev 28212545 Time when reward pump is deactivated RW-OFF 1./30000*s int End of trial (includes deactivation of reward pump unless RW-OFF exists) STOP 1./30000*s int i140703-001.nev 28219749 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 28190190 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 28251390 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 28192350 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 28222380 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 28192830 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 28227120 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 28199220 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 28212600 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 9555 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13181 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2160 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15341 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 30030 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 13380 Inter-trial-interval (period until next trial) ITI 1./30000*s int 147304 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 153 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 28367053 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_153
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 28367053 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 28379121 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 28391191 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 28400244 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 28430273 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 28438505 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 28475156 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 28482948 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 28451730 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 28500540 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 28453620 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 28472400 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 28455720 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 28494300 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 28462530 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 28478490 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12068 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9053 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30029 Reaction time (period between GO and SR) RT 1./30000*s int 8232 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 13225 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1890 Movement time (period between SR and HEplat-ON) MT 1./30000*s int 15115 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 18780 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15960 Inter-trial-interval (period until next trial) ITI 1./30000*s int 104709 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 154 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 28587657 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 159 Trial type of trial TrialType string i140703-001.nev PGLF Trial_154
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 28587657 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 28599723 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 28611735 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 28620817 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 28650875 Time when the table switch is released. SR 1./30000*s int Repetition 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 i140703-001.nev 28710905 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9082 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 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 68995 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 155 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 28779900 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 167 Trial type of trial TrialType string i140703-001.nev PG Trial_155
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 28779900 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 28792025 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 28804037 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int 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 i140703-001.nev 28812011 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 28812013 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12125 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 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 171646 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 156 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 28983659 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 191 Trial type of trial TrialType string i140703-001.nev SGLF Trial_156
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 28983659 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 28995782 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 29007823 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 29016847 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 29046904 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 29052830 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int 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 i140703-001.nev 29083323 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12123 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30057 Reaction time (period between GO and SR) RT 1./30000*s int 5926 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 69022 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 157 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 29152345 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGHF Trial_157
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 29152345 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 29164441 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 29176482 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 29185506 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 29215565 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 29229453 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 29263377 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 29268532 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int 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 12041 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 13888 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int 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 69026 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 158 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 29337558 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_158
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 29337558 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 29349624 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 29361635 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 29370659 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 29400747 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 29410713 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 29441265 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 29448295 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 29242500 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 29277390 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29245020 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29257320 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 29244030 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 29270730 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29250330 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29261040 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12011 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9024 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30088 Reaction time (period between GO and SR) RT 1./30000*s int 9966 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int -168213 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2520 Movement time (period between SR and HEplat-ON) MT 1./30000*s int -165693 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 12300 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 10710 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69846 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 159 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 29518141 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev PGLF Trial_159
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 29518141 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 29530207 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 29542278 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 29551301 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 29581359 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 29591790 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 29625628 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 29632423 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 29422500 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 29460450 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29425380 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29442210 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 29423760 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 29460450 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29427000 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29445960 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12066 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12071 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 10431 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int -169290 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 2880 Movement time (period between SR and HEplat-ON) MT 1./30000*s int -166410 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 16830 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 18960 Inter-trial-interval (period until next trial) ITI 1./30000*s int 69025 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 160 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 29701448 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_160
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 29701448 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 29713515 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 29725527 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 29734579 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 29764638 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 29775859 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 29807734 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 29814119 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 29604870 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 29635680 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29612100 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29621070 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 29606250 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 29638950 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29612070 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29623560 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12067 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12012 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9052 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30059 Reaction time (period between GO and SR) RT 1./30000*s int 11221 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int -170989 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 7230 Movement time (period between SR and HEplat-ON) MT 1./30000*s int -163759 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 8970 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 11490 Inter-trial-interval (period until next trial) ITI 1./30000*s int 75444 Periods recording/task/trial/periods
recording/task/trial
Information on trial parameters Consecutive trial ID (starting at 1). TrialID int i140703-001.nev 161 Time stamp based trial ID defined as time of TS belonging to the trial. TrialTimestampID 1./30000*s int i140703-001.nev 29889563 Code indicates if this was an error or a correct trial (see list of performance codes in Project/PerformanceCodes) PerformanceCode int i140703-001.nev 255 Trial type of trial TrialType string i140703-001.nev SGLF Trial_161
Information on digital trial events Time when trial start event is internally activated. TS-ON 1./30000*s int i140703-001.nev 29889563 Time when trial start event is internally deactivated. TS-OFF 1./30000*s int Time when warning signal is activated. WS-ON 1./30000*s int i140703-001.nev 29901628 Time when CUE (first cue) is activated. CUE-ON 1./30000*s int i140703-001.nev 29913698 Time when CUE (first cue) is deactivated. CUE-OFF 1./30000*s int i140703-001.nev 29922721 Time when GO (second cue) is activated. GO-ON 1./30000*s int i140703-001.nev 29952779 Time when the table switch is released. SR 1./30000*s int i140703-001.nev 29960105 Repetition of SR-ON (does not imply that the switch was released again). This event can be typically ignored. SR-REP 1./30000*s int Time when reward pump is activated RW-ON 1./30000*s int i140703-001.nev 29992800 Repetition of RW-ON (does not necessarily imply that a reward was given again). This event can be typically ignored. RW-ON-REP 1./30000*s int 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 i140703-001.nev 30001060 Time when error flash was shown as negative feedback in response to an error trial ERROR-FLASH-ON 1./30000*s int DigitalEvents recording/task/trial/events
Information on analogue trial events Channel ID index of force sensor used in grip force detection UsedForceSensor int fe_i140703-001_time_markers.mat 2 States if analogue event detection of this trial was manually controlled ManuallyControlled boolean fe_i140703-001_time_markers.mat True AnalogEvents
Information on analogue events detected with grip force signals Time when target object is touched OT 1./30000*s int fe_i140703-001_time_markers.mat 29789100 Time when target object is released OR 1./30000*s int fe_i140703-001_time_markers.mat 29830680 Onset time plateau phase of used FSR sensor signal FSRplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29790750 Offset time plateau phase of used FSR sensor signal FSRplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29806080 GripForceSignals recording/task/trial/events
Information on analogue events detected with object displacement signal Time when object first starts to move DO 1./30000*s int fe_i140703-001_time_markers.mat 29790030 Time when object moved back to its baseline OBB 1./30000*s int fe_i140703-001_time_markers.mat 29829450 Onset time plateau phase of used HE sensor signal; corresponds to the offline detected hold start (HS) HEplat-ON 1./30000*s int fe_i140703-001_time_markers.mat 29793930 Offset time plateau phase of used HE sensor signal HEplat-OFF 1./30000*s int fe_i140703-001_time_markers.mat 29809050 DisplacementSignal recording/task/trial/events
recording/task/trial/events
Information on trial periods Duration of start period (period between TS and WS-ON) STP 1./30000*s int 12065 Duration of warning signal period (period between WS and CUE-ON) WSP 1./30000*s int 12070 Duration of CUE period (period between CUE-ON and CUE-OFF) CUE 1./30000*s int 9023 Duration of DELAY period (period between CUE-OFF and GO-ON) DELAY 1./30000*s int 30058 Reaction time (period between GO and SR) RT 1./30000*s int 7326 Reach-to-grasp time (period between SR and OT) RGT 1./30000*s int -171005 Pull time (period between DO and HEplat-ON) PT 1./30000*s int 1650 Movement time (period between SR and HEplat-ON) MT 1./30000*s int -169355 Duration of plateau in FSR signal (period between FSRplat-ON and FSRplat-OFF) FSRplat 1./30000*s int 15330 Duration of plateau in HE signal (period between HEplat-ON and HEplat-OFF) HEplat 1./30000*s int 15120 Inter-trial-interval (period until next trial) ITI 1./30000*s int Periods recording/task/trial/periods
recording/task/trial
recording/task
recording
Information on preprocessing performed on the data, e.g., rejections of trial and electrodes, spike sorting. List of identifiers of different frequency bands for which an analysis to determine trials and electrodes to be rejected were performed. LFPBands string [HFC,LFC,IFC] PreProcessing
Information on rejected trials and rejected electrodes based on LFPs filtered in the HFC band High cut frequency of rejection filter Highcut Hz float i140703-001_rej_060Hz-250Hz-04o.hdf5 250.0 Low cut frequency of rejection filter Lowcut Hz float i140703-001_rej_060Hz-250Hz-04o.hdf5 60.0 Order of rejection filter Order int i140703-001_rej_060Hz-250Hz-04o.hdf5 4 ID list of rejected electrodes RejElectrodes int i140703-001_rej_060Hz-250Hz-04o.hdf5 73 ID list of rejected trials RejTrials int i140703-001_rej_060Hz-250Hz-04o.hdf5 [101,126,82,23,46,47,10,21,29,74,75,89,157,158,19,124] HFC subject/preparation
Information on rejected trials and rejected electrodes based on LFPs filtered in the LFC band High cut frequency of rejection filter Highcut Hz float i140703-001_rej_003Hz-010Hz-02o.hdf5 10.0 Low cut frequency of rejection filter Lowcut Hz float i140703-001_rej_003Hz-010Hz-02o.hdf5 3.0 Order of rejection filter Order int i140703-001_rej_003Hz-010Hz-02o.hdf5 2 ID list of rejected electrodes RejElectrodes int i140703-001_rej_003Hz-010Hz-02o.hdf5 [15,23,38,45,46,53,67] ID list of rejected trials RejTrials int i140703-001_rej_003Hz-010Hz-02o.hdf5 [83,139,152] LFC subject/preparation
Information on rejected trials and rejected electrodes based on LFPs filtered in the IFC band High cut frequency of rejection filter Highcut Hz float i140703-001_rej_012Hz-040Hz-03o.hdf5 40.0 Low cut frequency of rejection filter Lowcut Hz float i140703-001_rej_012Hz-040Hz-03o.hdf5 12.0 Order of rejection filter Order int i140703-001_rej_012Hz-040Hz-03o.hdf5 3 ID list of rejected electrodes RejElectrodes int i140703-001_rej_012Hz-040Hz-03o.hdf5 [23,45] ID list of rejected trials RejTrials int i140703-001_rej_012Hz-040Hz-03o.hdf5 [146,1,126,139,23,46,47,4,10,74,75,89,157,158,93,19,127,84,87,124] IFC subject/preparation
Information on spike sorting Software used to perform offline spike sorting Software string Plexon Offline Spike Sorter Software version used to perform offline spike sorting SoftwareVersion string 3.3 Name of the person who performed the sorting ResponsiblePerson string Alexa Riehle IDs of sorting versions available for this dataset Sortings string -03 OfflineSpikeSorting
Information on one particular spike sorting of the data File containing results of offline spike sorting Filename string I140703-001-03 Clustering method(s) used for sorting Method string [K-Means,Valley-Seeking] Level of supervision of the method (manual/semi-automatic/automatic) MethodType string semi-automatic Threshold used to remove outliers from the unit clusters OutlierThreshold float [1.8,2.0] Total number of offline sorted SUA units TotalNum_SUAs int 156 Total number of offline sorted MUA units TotalNum_MUAs int 19 Unit ID(s) reserved for noise in the offline spike sorting NoiseUnitIDs int [0,255] Minimum percentage of channels with a synchronously detected spike events used to reject these spike events SyncChannelLimit int 70 Sorting-03 subject/preparation
subject/preparation
preprocessing
0.1 Lyuba Zehl