squeakyspk

Class for artifact removal and base multi-electrode array processing This is an effort to standardize the first-step data processing techniques used in the Potter Lab the Georgia Institute of Technology. If you find a bug, please submit it to the issues section of this site. Thanks.

squeakyspk_r125
@SqueakySpk
example-data.spk
example-data.stim
icon
loadspike.m
loadstim.mexw32
loadstim.mexw64
ReadMe.txt
SS_example.SS
SSTestScript.asv
SSTestScript.m
@SqueakySpk
AmpSel.m
ASDR.m
BI.m
CalculateAvgWaveform.m
CAT.m
Cluster.exe
cluster_linux.exe
cluster_mac.exe
cluster_maci.exe
Copy.m
Crossing.m
DAP.m
DemarseActivityPlot.m
DishHRTF.m
HardThreshold.m
LatencyMatrix.m
LineSort.fig
LineSort.m
MaxMinCheck.m
MinCheck.m
MitraClean.m
MUA.m
NeuroSound.m
PeriSpikeRaster.m
PeriStimHistogram.m
PeriStimRaster.m
PkTrSel.m
PkVelocity.m
PlotAvgWaveform.m
PlotCSDR.m
PlotCSDRHist.m
PlotPeriStimHistogram.m
PlotRandomWaveform.m
PlotUnitWisePSH.m
PlotUSDR.m
PlotWfs.m
RandScat.m
RasterPlot.m
RasterWave.m
RemoveBySymmetry.m
RemoveChannel.m
RemoveSpkWithBlank.m
RemoveUnit.m
ResetClean.m
ReturnAnalysisPars.m
ReturnClean.m
ReturnPeriStimSpkTrains.m
ReturnRangedData.m
Save.m
SejReliability.m
SqueakySpk.m
UnitFR.m
UnitWisePSH.m
UpSamp.m
WaveClus.m
WeedUnitByWaveform.fig
WeedUnitByWaveform.m
XCorr.m
XCorrFilm
XCorrFilm.m
XCorrs.m