unlock/analysis/andres/Code/decodeEpochs.m File Reference

Functions
if unlockInfo main triggeredData elseif	isfield (unlockInfo.epoch,'spec')||isfield(unlockInfo.epoch
Plot trials for	plot (freqVals, data(:, 3, iTrial, 1))
Plot trials for	title (num2str(iTrial))
switch	lower (dcdType)%case 'hsd'%%For HSD%Finding freq.position freqPos
first harmonic end	freqVals (freqPos)%Find electrode position dcdChIndx
Variables
	function [dcdVals, unlockInfo]
	timeVals = dcdData.tspec
if unlockInfo main triggeredData elseif spec	freqVals = dcdData.fspec
Plot trials for	iTrial = 1:30
Plot trials for	pause
Plot trials for end end	stimFreq = unlockInfo.decoder.stimFreq
	dcdCh = unlockInfo.decoder.dcdCh
	dcdType = unlockInfo.decoder.dcdType
	tgtStim = unlockInfo.decoder.targets
	nTgt = unlockInfo.decoder.nTgts
for	iTgt
main	frequency [~, freqPos(2, iTgt),~] = intersect(freqVals,2*tgtStim(iTgt))

---

Function Documentation

first harmonic end freqVals

(

freqPos

)

if unlockInfo main triggeredData elseif isfield	(	unlockInfo.	epoch,
		'spec'
	)

switch lower

(

dcdType

)

Plot trials for plot	(	freqVals	,
		data(:, 3, iTrial, 1)
	)

Plot trials for title

(

num2str(iTrial)

)

---

Variable Documentation

dcdCh = unlockInfo.decoder.dcdCh

dcdType = unlockInfo.decoder.dcdType

main frequency[~, freqPos(2, iTgt),~] = intersect(freqVals,2*tgtStim(iTgt))

if unlockInfo main triggeredData elseif spec freqVals = dcdData.fspec

function[dcdVals, unlockInfo]

Initial value:

 decodeEpochs(dcdData,unlockInfo)
%
%
%
%
%
%
%
%

% Getting vbles
data = dcdData.data

for iTgt

Initial value:

 1:nTgt 
    [~,freqPos(1,iTgt),~] = intersect(freqVals,tgtStim(iTgt))

Plot trials for iTrial = 1:30

nTgt = unlockInfo.decoder.nTgts

Plot trials for pause

end end stimFreq = unlockInfo.decoder.stimFreq

tgtStim = unlockInfo.decoder.targets

timeVals = dcdData.tspec