*Metadata
  Recording:
      Recording quality: [ Good, poor, fair, Good, ~, good, Poor, Fair ]
      Comment          : ~
      Experimenter     : [ Ramona Schaefer, Alexandra and Carlos, Christina Weiss, Christina Langenberger, Ramona Schaefer, Dennis Huben, Janez Presern, Fabian Sinz, Juan Sehuanes, Carolin Sachgau, Jie Zhang, Jan Grewe, Jan Benda ]
      WaterTemperature : 23.7°C
      WaterConductivity: 300uS/cm
      Cell:
          CellType (Cell type)          : [ P-unit, Pyramidal, E-cell, E-cell deep, unknow, E-Cell, unkown, E-cell superficial, I-Cell, P-unit, Ampullary, T-unit ]
          Structure (Recording location): [ Nerve, Nerve, Brain ]
          BrainRegion                   : [ n.A., TSd, Torus, n.A., ELL ]
          BrainSubRegion                : [ ~, ~, LS, CLS, CMS, MS ]
          Depth                         : 0um
          Lateral position              : 0mm
          Transverse section            : 0
      Subject:
          Species     : [ Apteronotus leptorhynchus, Apteronotus albifrons, Apteronotus leptorhynchus ]
          Gender (Sex): [ unknown, unknown, Male, Female ]
          Size        : 17cm
          Weight      : 12g
          Identifier  : "2018lepto74"
      -Preparation-:
          Type                           : [ in vivo, in vivo, slice ]
          Anaesthesia                    : true
          Anaesthetic (Drug)             : MS 222
          AnaestheticDose (Concentration): 100mg/l
          LocalAnaesthesia               : true
          LocalAnaesthetic (Drug)        : Lidocaine
          Immobilization                 : true
          ImmobilizationDrug (Drug)      : Tubocurarin 5mg/L
          ImmobilizationDose             : 50ul

*Control: Session
  ephys: true

*Control: AmplifierControl
  initmode         : [ Bridge, Current-clamp, Dynamic-clamp, Voltage-clamp, Manual selection ]
  resistancecurrent: 1nA
  adjust           : false
  maxresistance    : 100MOhm
  buzzpulse        : 500ms
  showswitchmessage: true
  showbridge       : true
  showcc           : false
  showdc           : false
  showvc           : false
  showmanual       : false
  syncpulse        : 10us
  syncmode         : 0samples
  vcgain           : 100
  vctau            : 1ms

*Control: SpectrumAnalyzer
  intrace   : [ EOD, V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
  origin    : [ before end of data, before signal, after signal ]
  offset    : 0ms
  duration  : 1000ms
  resolution: 10Hz
  overlap   : true
  window    : [ Hanning, Bartlett, Blackman, Blackman-Harris, Hamming, Hanning, Parzen, Square, Welch ]
  fmax      : 500Hz
  decibel   : true
  peak      : true
  pmin      : -50dB

*Model: PUnitModel
  General:
      EOD:
          eodtype           : [ Apteronotus, None, Sine, Apteronotus, Eigenmannia ]
          eodfreq           : 800Hz
          eodfreqsd         : 10Hz
          eodfreqtau        : 10000s
          eodlocalamplitude : 1mV/cm
          eodglobalamplitude: 1mV/cm
          localstimulusgain : 5.00
          globalstimulusgain: 0.00
          stimulusgain      : 1.00
      Spikes:
          voltagescale: 0.5
  General:
      Spike generator:
          spikemodel: [ Wang-Buzsaki, Stimulus, Passive membrane, Morris-Lecar, Hodgkin-Huxley, Connor, Wang-Buzsaki ]
          noised    : 0
          deltat    : 0.05ms
          integrator: [ Euler, Midpoint, Runge-Kutta 4 ]
      Voltage clamp:
          vcgain: 10
          vctau : 0.1ms
  Currents:
      Voltage-gated current 1 - activation only:
          gmc  : 2
          emc  : -90mV
          mvmc : -35mV
          mwmc : 10mV
          taumc: 30ms
      Voltage-gated current 2 - activation and inactivation:
          gmhc   : 0
          emhc   : -90mV
          mvmhc  : -40mV
          mwmhc  : 10mV
          taummhc: 10ms
          pmmhc  : 1
          hvmhc  : -40mV
          hwmhc  : 10mV
          tauhmhc: 10ms
          pmhhc  : 1

*Model: Stimulus
  Input:
      gain  : 1
      offset: 0muA/cm^2

*Model: Passive membrane
  Parameter:
      R: 50MOhm
      C: 25pF
  Input:
      gain  : 1
      offset: 0muA/cm^2

*Model: Morris-Lecar
  General:
      params: [ Custom, Type I, Type II ]
  Calcium current:
      gca : 4nS
      eca : 120mV
      mvca: -1.2mV
      mkca: 18mV
  Potassium current:
      gk   : 8nS
      ek   : -84mV
      mvk  : 12mV
      mkk  : 17.4mV
      mphik: 0.067kHz
  Leak current:
      gl: 2nS
      el: -60mV
      c : 20pF
  Input:
      timescale: 10
      gain     : 1
      offset   : 40muA/cm^2

*Model: Hodgkin-Huxley
  Sodium current:
      gna: 120mS/cm^2
      ena: 50mV
  Potassium current:
      gk: 36mS/cm^2
      ek: -77mV
  Leak current:
      gl : 0.3mS/cm^2
      el : -54.4mV
      c  : 1muF/cm^2
      phi: 1
  Input:
      gain  : 50
      offset: 10muA/cm^2

*Model: Connor
  Sodium current:
      gna: 120mS/cm^2
      ena: 50mV
  Potassium current:
      gk: 20mS/cm^2
      ek: -77mV
  A current:
      gka: 47mS/cm^2
      eka: -80mV
  Leak current:
      gl : 0.3mS/cm^2
      el : -22mV
      c  : 1muF/cm^2
      phi: 1
  Input:
      gain  : 50
      offset: 30muA/cm^2

*Model: Wang-Buzsaki
  Sodium current:
      gna: 35mS/cm^2
      ena: 55mV
  Potassium current:
      gk: 9mS/cm^2
      ek: -90mV
  Leak current:
      gl : 0.1mS/cm^2
      el : -65mV
      c  : 1muF/cm^2
      phi: 5
  Input:
      gain  : 50
      offset: 6muA/cm^2

*Event Detector: Spikes-1
  Detector:
      minthresh:   2.0mV
      decay    : 1sec
      ratio    : 12%
      testwidth: false
      maxwidth : 2.0ms
  Indicators:
      resolution : 0.10mV
      trendthresh: 10%
      trendtime  : 2.0sec

*Event Detector: EOD
  threshold    : 0.77mV
  interpolation: [ linear interpolation, closest datapoint, linear interpolation, linear fit, quadratic fit ]

*Event Detector: Chirps
  minthresh: 10Hz

*Event Detector: LocalEOD-1
  threshold    : 0.6mV
  interpolation: [ linear interpolation, closest datapoint, linear interpolation, linear fit, quadratic fit ]

*Event Detector: LocalBeat-1
  minthresh: 0.131mV

*Event Detector: GlobalEFieldStimulus
  threshold    : 0.11759mV
  interpolation: [ linear interpolation, closest datapoint, linear interpolation, linear fit, quadratic fit ]

*RePro: Pause
  duration : 1sec
  savedata : false
  plotwidth: 0sec

*RePro: Record
  duration : 1sec
  plotwidth: 0sec
  dioout   : false
  diodevice: dio-1
  dioline  : 0

*RePro: SaveTraces
  General:
      duration : 1sec
      savedata : false
      split    : false
      dioout   : false
      diodevice: dio-1
      dioline  : 0
  Analog input traces:
      trace-V-1                 : true
      trace-EOD                 : true
      trace-LocalEOD-1          : true
      trace-GlobalEFieldStimulus: true
  Events:
      events-Spikes-1            : true
      events-EOD                 : true
      events-Chirps              : true
      events-LocalEOD-1          : true
      events-LocalBeat-1-1       : true
      events-LocalBeat-1-2       : true
      events-GlobalEFieldStimulus: true

*RePro: SetAttenuatorGain
  outrace    : V-1
  gain       : 1
  interactive: true

*RePro: SetDigitalOutput
  device     : dio-1
  line       : 0
  value      : 0
  interactive: false

*RePro: SetInputGain
  intrace    : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
  gainindex  : 0
  interactive: true

*RePro: SetOutput
  outtrace   : [ GlobalEField, GlobalEFieldAM, V, I ]
  value      : 0V
  intensity  : 1
  interactive: true

*RePro: Spectrogram
  intrace : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
  width   : 100ms
  step    : 0ms
  tmax    : 10s
  duration: 0s
  size    : [ "1024", "64", "128", "256", "512", "1024", "2048", "4096", "8192", "16384", "32768", "65536", "131072", "262144", "524288", "1048576" ]
  overlap : true
  window  : [ Hanning, Bartlett, Blackman, Blackman-Harris, Hamming, Hanning, Parzen, Square, Welch ]
  powermax: true
  fmax    : 2000Hz
  pmax    : 0dB
  pmin    : -50dB

*RePro: TransferFunction
  Stimulus:
      outtrace  : [ GlobalEField, GlobalEFieldAM, V, I ]
      offsetbase: [ custom, current ]value
      offset    : 0V
      amplitude : 1V
      clip      : 4
      intensity : 1
      fmin      : 0Hz
      fmax      : 1000Hz
      duration  : 1s
      pause     : 1s
      repeats   : 100
  Analysis:
      intrace      : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
      size         : [ "1024", "64", "128", "256", "512", "1024", "2048", "4096", "8192", "16384", "32768", "65536", "131072", "262144", "524288", "1048576" ]
      overlap      : true
      window       : [ Hanning, Bartlett, Blackman, Blackman-Harris, Hamming, Hanning, Parzen, Square, Welch ]
      plotstdevs   : true
      plotcoherence: true
      plotdecibel  : false

*RePro: Wait
  absdate: false
  date   : ~
  days   : 0days
  time   : "00:00:00.000"

*RePro: BridgeTest
  amplitude   : 1V
  duration    : 10ms
  pause       : 100ms
  average     : 10
  skipspikes  : true
  dynamicrange: false
  rate        : 0.01
  plottrace   : true

*RePro: CalibrateSyncPulse
  imin    : -1
  imax    : 1
  istep   : 0.001
  skipwin : 1000ms
  duration: 1000ms

*RePro: CapacityCompensation
  amplitude   : 1V
  duration    : 200ms
  frequency   : 100Hz
  showcycles  : 10
  pause       : 100ms
  average     : 10
  skipspikes  : true
  dynamicrange: false
  rate        : 0.01

*RePro: Iontophoresis
  durationpos  : 1s
  amplitudepos : 1V
  pausepos     : 1s
  durationneg  : 1s
  amplitudeneg : 1V
  pauseneg     : 1s
  fortunes     : true
  fortuneperiod: 10s

*RePro: SetLeak
  interactive   : true
  preset        : [ previous, zero, custom ]values
  g             : 0nS
  E             : 0mV
  reversaltorest: true
  involtage     : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
  duration      : 100ms

*RePro: SetVGate
  interactive   : true
  preset        : [ previous, zero, custom ]values
  g             : 0nS
  E             : 0mV
  vmid          : 0mV
  width         : 0mV
  tau           : 10ms
  reversaltorest: true
  involtage     : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
  duration      : 100ms

*RePro: Beats
  Stimulation:
      name         : ~
      duration     : 10seconds
      pause        : 20seconds
      ramp         : 0.5seconds
      deltafrange  : "10"Hz
      deltafshuffle: [ Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ]
      fixeddf      : false
      amplitude    : 1mV/cm
      amtype       : [ none, sine, rectangular ]
      amfreq       : "1"Hz
      amamplitude  : "100"%
      repeats      : 10
      fakefish     : 0Hz
  Chirps:
      generatechirps  : false
      chirpsize       : 100Hz
      chirpwidth      : 100ms
      chirpampl       : 0%
      chirpkurtosis   : 1
      chirpfrequencies: ~Hz
      chirptimesfile  : ~
      chirptimeshuffle: [ Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ]
  Analysis:
      before      : 1seconds
      after       : 1seconds
      averagetime : 1seconds
      usepsd      : true
      mineodfreq  : 100Hz
      maxeodfreq  : 2000Hz
      eodfreqprec : 1Hz
      neod        : 2
      showstimulus: false
      split       : false
      savetraces  : false

*RePro: CalibEField
  General:
      reset    : false
      resetval : 0.1
      am       : true
      beatfreq : 20Hz
      frequency: 600Hz
      duration : 600ms
      pause    : 10ms
  Range:
      amplsel        : [ contrast, amplitude ]
      targetcontrast : 20%
      mincontrast    : 10%
      maxcontrast    : 35%
      targetamplitude: 1mV/cm
      minamplitude   : 0.5mV/cm
      maxamplitude   : 2mV/cm
      numintensities : 10

*RePro: CalibrateRobot
  robot: robot-1

*RePro: DualBeat
  Stimulus:
      rewarded  : [ A, B ]
      eodf      : 0.0Hz
      duration  : 10seconds
      deltafA   : 25.0Hz
      harmonicA : false
      amplitudeA: 1.000V
      deltafB   : -50.0Hz
      harmonicB : false
      amplitudeB: 1.000V
  Experiment:
      noFish           : false
      randomizeAmpl    : true
      amplitudeRange   : 20%
      randomSminus     : false
      sminusRange      : 200Hz
      training         : true
      randomElectrode  : true
      rewardedElectrode: [ "1", "2" ]
      trainingTrials   : 10
      testTrials       : 5
      testBeat         : -25.0Hz
      testAmplitude    : 1.000V
      stimOff          : true
      rewardInTest     : true
      harmonic         : true
  Setup:
      scaling1: 1.000
      scaling2: 1.000
  EOD estimation:
      intrace    : [ V-1, EOD, LocalEOD-1, GlobalEFieldStimulus ]
      usepsd     : true
      mineodfreq : 100Hz
      maxeodfreq : 2000Hz
      eodfreqprec: 1Hz
      averagetime: 2s

*RePro: EFieldGeometry
  Enviroment data:
      temperature : 26°C
      conductivity: 330µS
      water_level : 20cm
  Measurement data:
      robot        : robot-1
      type         : ~
      distance     : 0mm
      head_length  : 20mm
      tail_length  : 20mm
      width_posY   : 50mm
      width_negY   : 50mm
      height       : 50mm
      depth        : 50mm
      step_length_x: 5mm
      step_length_y: 5mm
      step_length_z: 5mm

*RePro: JAR
  Stimulation:
      duration     : 10seconds
      pause        : 10seconds
      ramp         : 0.5seconds
      deltafstep   : 2Hz
      deltafmax    : 12Hz
      deltafmin    : -12Hz
      deltafrange  : ~
      deltafshuffle: [ Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ]
      repeats      : 200
  Amplitudes:
      amplsel     : [ contrast, absolute ]
      contrastmax : 20%
      contrastmin : 10%
      contraststep: 20%
      amplmin     : 1mV/cm
      amplmax     : 2mV/cm
      amplstep    : 1mV/cm
  S&timulus:
      genstim : true
      sinewave: true
      file    : ~
      sigstdev: 1
      warpfile: false
      fakefish: 0Hz
  A&nalysis:
      before      : 1seconds
      after       : 8seconds
      savetraces  : true
      jaraverage  : 500ms
      chirpaverage: 20ms
      eodsavetime : 1000ms

*RePro: LinearField
  duration: 1s

*RePro: ManualJAR
  deltaf          : 0.0Hz
  lineardeltaf    : false
  deltaf2         : 0.0Hz
  amplitude       : 1.0mV
  duration        : 10seconds
  ramp            : 0.5seconds
  fakefish        : 0Hz
  showlineardeltaf: false
  before          : 1seconds
  after           : 1seconds
  averagetime     : 1seconds
  split           : false
  savetraces      : false

*RePro: BaselineActivity
  Timing:
      duration: 300ms
      repeats : 0
  Analysis:
      isimax  : 20ms
      isistep : 0.2ms
      ratedt  : 0.05ms
      ratetmax: 2ms
  Files:
      eodduration : 2000ms
      saveeodtrace: false
      saveeodtimes: false
  Control:
      auto  : [ never, once, always ]
      adjust: false

*RePro: Chirps
  Chirp parameter:
      nchirps      : 10
      beatpos      : 10
      beatstart    : 0.25
      minspace     : 500ms
      firstspace   : 500ms
      chirpsize    : 100Hz
      chirpwidth   : 14ms
      chirpampl    : 2%
      chirpsel     : [ generated, from file ]
      chirpkurtosis: 1
      file         : [ /home/efish/Desktop/doublePeakChirp.dat, ~, /home/efish/Desktop/doublePeakChirp.dat ]
  Beat parameter:
      deltaf  : -425Hz
      contrast: 5%
      am      : false
      sinewave: true
      playback: false
      pause   : 1000ms
      repeats : 16
  Analysis:
      sigma : 2ms
      adjust: false

*RePro: FICurve
  Test-Intensities:
      duration     : 400ms
      maxintfac    : 130%
      minintfac    : 70%
      nints        : 10
      repeats      : 1
      blockrepeats : 10
      singlerepeats: 1
      intshuffle   : [ AlternateOutUp, Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ]
      intincrement : -2
  Pre-Intensities:
      preduration  : 0ms
      maxpreintfac : 140%
      minpreintfac : 60%
      npreints     : 3
      preintshuffle: [ AlternateInDown, Up, Down, AlternateInUp, AlternateInDown, AlternateOutUp, AlternateOutDown, Random, PseudoRandom ]
  Control:
      am               : true
      pause            : 1000ms
      delay            : 200ms
      onsettime        : 50ms
      rangeintincrement: 4
      minrate          : 40Hz
      minratefrac      : 15%
      adjust           : false

*RePro: FileStimulus
  Stimulus:
      file     : [ /home/efish/stimuli/whitenoise/dennis/InputArr_350to400hz_30s.dat, /home/efish/stimuli/whitenoise/dennis/InputArr_400hz_30s.dat, /home/efish/stimuli/whitenoise/dennis/InputArr_350to400hz_30s.dat, /home/efish/stimuli/whitenoise/gwn300Hz50s0.3.dat, ~, /home/efish/stimuli/whitenoise/gwn50Hz50s0.3.dat, /home/efish/stimuli/whitenoise/dennis/InputArr_250hz_30s.dat, /home/efish/stimuli/whitenoise/dennis/InputArr_50to100hz_30s.dat ]
      name     : ~
      sigstdev : 0.25
      duration : 30000ms
      pause    : 1000ms
      amplsel  : [ contrast, absolute ]
      contrast : 10%
      amplitude: 1mV/cm
      am       : true
      repeats  : 1
  Additional noise:
      noisetype    : [ none, Gaussian-White, Ornstein-Uhlenbeck ]
      uppercutoff  : 600Hz
      lowercutoff  : 0Hz
      noisetau     : 10ms
      noisecontrast: 0%
      noiseampl    : 80mV/cm
  Analysis:
      binwidth: 5ms
      before  : 0ms
      after   : 0ms
      plotpsd : true
      psdsize : [ "256", "64", "128", "256", "512", "1024", "2048", "4096", "8192", "16384", "32768", "65536", "131072", "262144", "524288", "1048576" ]
      adjust  : false

*RePro: MovingObjects
  Movement:
      startpos    : [ 0, 0, 0 ]
      traveldist  : 0mm
      travelspeed : 40mm/s
      movementaxis: [ x, y, z ]
      repeats     : 1
      pause       : 1.5s
      object      : [ pvc comb 4cm, pvc comb 1cm, perspex bar, metal sphere ]
  Parameter space:
      distmin  : 0mm
      distmax  : 0mm
      diststep : 1mm
      speedmin : 0mm/s
      speedmax : 0mm/s
      speedstep: 0mm/s
  Robot setup:
      xmapping: [ y, z, x ]
      xinvert : true
      ymapping: [ z, x, y ]
      yinvert : false
      zmapping: [ x, y, z ]
      zinvert : false
      safepos : [ 0, 0, 0 ]
      outpos  : [ 0, 0, 0 ]

*RePro: ReceptiveField
  2D search:
      name         : ~
      xmin         : 0mm
      xmax         : 0mm
      xspeed       : 10mm/s
      ymin         : 0mm
      ymax         : 0mm
      yspeed       : 10mm/s
      zpos         : 5mm
      followmidline: true
      npasses      : 1
      pause        : 1000ms
  Stimulation:
      deltaf   : 50Hz
      amplitude: 1mV
  Analysis:
      nfft       : 1024
      nshift     : 128
      kernelwidth: 0.001ms
  Robot setup:
      robotdev : robot-2
      xmapping : [ y, z, x ]
      xinvert  : true
      ymapping : [ z, x, y ]
      yinvert  : false
      zmapping : [ x, y, z ]
      zinvert  : false
      safex    : 350mm
      safey    : 0mm
      safez    : 0mm
      taxispeed: 40mm/s

*RePro: RobotToFishPosition
  Position:
      destination  : 0mm
      followmidline: true
  Robot setup:
      xmapping: [ y, z, x ]
      xinvert : true
      ymapping: [ z, x, y ]
      yinvert : false
      zmapping: [ x, y, z ]
      zinvert : false

*RePro: SAM
  General:
      name: ~
  Stimulus:
      duration   : 200ms
      pause      : 100ms
      freqsel    : [ relative to EOD, absolute ]
      deltaf     : 750Hz
      contrast   : 10%
      repeats    : 10
      am         : false
      sinewave   : true
      ampl       : "0.0"
      phase      : "0.0"pi
      contrastsel: [ fundamental, peak amplitude ]
  Analysis:
      skip    : 0.5Periods
      ratebins: 10
      before  : 0ms
      after   : 0ms
      adjust  : false

*Attenuator-0
  plugin         : LinearAttenuate
  ident          : Attenuator-0
  device         : attdev-1
  line           : 0
  aodevice       : ao-1
  aochannel      : 0
  intensityname  : amplitude
  intensityunit  : mV/cm
  intensityformat: %6.3f
  frequencyname  : ~
  frequencyunit  : Hz
  frequencyformat: %7.0f
  gain           : 0.13747
  offset         : 0

*Attenuator-1
  plugin         : LinearAttenuate
  ident          : Attenuator-1
  device         : attdev-1
  line           : 1
  aodevice       : ao-1
  aochannel      : 1
  intensityname  : amplitude
  intensityunit  : mV/cm
  intensityformat: %6.3f
  frequencyname  : ~
  frequencyunit  : Hz
  frequencyformat: %7.0f
  gain           : 0.092205
  offset         : 0