Inheritance diagram for LFPAnalysis:

Public Member Functions
function	LFPAnalysis (in varargin)
	Constructor.

function	getFiles (in me, in force)
	getFiles loads the requisite files before parsing

function	parse (in me, in varargin)
	parse is the major first data parsing step. This performs all the steps from checking paths are still correct, parsing the Plexon events (our trial and behavioural data), parsing raw LFPs into the trial structures, and finally converting into a .ft fieldtrip structure.

function	reparse (in me, in varargin)
	reparse data after an initial parse, takes less time.

function	lazyParse (in me, in varargin)
	This only parses some data if there is no equivalent structure yet.

function	toggleSaccadeRealign (in me, in varargin)
	toggle between stimulus=0 and post-stimulus sccade=0 so we can align spikes and LFPs to either event

function	parseSpikes (in me, in varargin)
	This LFP object has a spikeAnalysis object as a property so we can use a different spike sort to the parent LFP plexon file. But we have to ensure that the spikeAnalysis is 'locked' or 'yoked' to the LFPAnalysis object settings and selection. This function makes surethis locking occurs...

function	useSpikeSelect (in me, in val)
	As we can also select trials from the spikeanalysis object, this function allows us to let the LFPAnalysis use the spikeanalysis selection.

function	getFieldTripLFPs (in me, in varargin)
	Parse the Plexon plxReader LFP data (itself parsed into trials) into a fieldtrip structure, stored in the .ft property and also returned to the commandline if needed.

function	ftPreProcess (in me, in cfg, in removeLineNoise)
	Uses the Fieldtrip preprocessing functions if need be. This modifies the .ft property structure but not the raw .LFP property. To undo these changes you must use the getFieldTripLFPs() method to regenerate .ft.

function	ftTimeLockAnalysis (in me, in cfg, in statcfg)
	Performs a FieldTrip timelock analysis on our parsed data.

function	ftBandPass (in me, in order, in downsample, in rectify)
	ftBandPass performs Leopold et al., 2003 type BLP

function	ftHilbert (in me)
	ftHilbert

function	ftAlphaPhase (in me)
	ftBandPass performs Leopold et al., 2003 type BLP

function	ftFrequencyAnalysis (in me, in cfg, in preset, in tw, in cycles, in smth, in width, in toi, in foi)

function	ftFrequencyStats (in me, in name, in bline, in range)

function	ftSpikeLFP (in me, in unit, in interpolate)

function	plotTogether (in me, in varargin)

function	plot (in me, in varargin)

function get	nLFPs (in me)

function get	nSelection (in me)

function	save (in me, in varargin)
	saves this object as a MAT file, object renamed to 'lfp'

function	select (in me, in varargin)
	selects trials/options based on many filters

function	createSurrogate (in me, in varargin)
	replaces the LFP signals with a noisy surrogate to test, you can change the surrogate parameters in the code, including randomising phase and having a timelocked burst of a particular frequency to test time frequency algorithms etc.

function	makeSurrogate ()

function	plotSurrogates ()

function	chSpectrum (in me, in tapers)

function set	demeanLFP (in me, in in)

function set	LFPWindow (in me, in in)

Public Member Functions inherited from analysisCore
function	analysisCore (in varargin)
	Class constructor.

function	checkPaths (in me, in varargin)
	checkPaths: if we've saved an object then load it on a new machine paths to source files may be wrong. If so then allows us to find a new directory for the source files.

function	showEyePlots (in me, in varargin)
	showEyePlots if we have a linked eyelink file show the raw data plots

function	showInfo (in me, in varargin)
	showInfo shows the info box for the plexon parsed data

function	setStats (in me, in varargin)
	setStats set up the stats structure used in many Fieldtrip analyses

function set	baselineWindow (in me, in in)

function	optimiseSize (in me)
	optimiseSize remove the raw matrices etc. to reduce memory

function	GUI (in me, in varargin)
	show a GUI if available for analysis object

function	initialise (in me, in varargin)

function	setTimeFreqOptions (in me, in varargin)
	setTimeFreqOptions for Fieldtrip time freq analysis of LFP data

Public Member Functions inherited from optickaCore
function	optickaCore (in varargin)
	Class constructor.

function get	fullName (in me)

function	getALF (in me, in subject, in sessionPrefix, in lab, in create)

function	findAttributes (in me, in attrName, in attrValue)

function	findAttributesandType (in me, in attrName, in attrValue, in type)
	find properties of object with specific attributes, for example all properties whose GetAcccess attribute is public and type is logical.

function	findPropertyDefault (in me, in propName)

function	clone (in me)
	Use this syntax to make a deep copy of the object, i.e. OBJ_OUT has the same field values, but will not behave as a handle-copy of me anymore.

function	checkSuperclasses (in List)

function	editProperties (in me, in properties)
	method to modify a set of properties

function	setProp (in me, in property, in value)
	method to fast change a particular value. This is useful for use in anonymous functions, like in the state machine.

function	initialiseGlobals (in me, in doReset, in doOpen)

function	initialiseSaveFile (in me)
	Initialise Save prefix.

function	checkPaths (in me)
	checks the paths are valid

Public Attributes
Property	lfpfile
	plexon file containing the LFP data

Property	spikefile
	plexon file containing the spike data

Property	dir
	data directory

Property	demeanLFP
	remove the mean voltage offset from the individual trials?

Property	selectedLFP
	default LFP channel

Property	LFPWindow
	time window around the trigger we wish to load

Property	selectedBehaviour
	default behavioural type

Property	verbose
	plot verbosity

Property	p
	LFP plxReader object.

Property	sp
	spike analysis object

Property	LFPs
	trial parsed LFPs

Property	ft
	fieldtrip structure parsed from .LFPs

Property	results
	fieldtrip parsed results

Property	selectedTrials
	selectedTrials: each cell is a trial list grouping

Property	cutTrials

Property	map
	variable selection map for the analysis groups

Property	plotDestination
	external plot destination handle (see LFPMeta for an example)

Property	lastFrequencyMethod
	last freq method used

Property	bpfreq
	bandpass frequencies

Property	bpnames
	bandpass frequency names

Public Attributes inherited from analysisCore
Property	doPlots
	generate plots?

Property	baselineWindow
	+- time window (s) for baseline estimation/removal [-0.2 0]

Property	measureRange
	default range (s) to measure values from

Property	plotRange
	default range to plot data

Property	rootDirectory
	root directory to check for data if files can't be found

Property	gd
	getDensity stats object, used for group comparisons

Property	options
	various stats values in a structure for different analyses

Property	openUI
	is the UI opened?

Public Attributes inherited from optickaCore
Property	name
	object name

Property	comment
	comment

Property	verbose
	verbose logging, subclasses must assign this. This is normally logical true/false

Property	dateStamp
	clock() dateStamp set on construction

Property	uuid
	universal ID

Property	paths
	storage of various paths

Property	fullName
	The fullName is the object name combined with its uuid and class name.

Protected Member Functions
function	parseLFPs (in me)
	Parse the LFP signals into trial structures.

function	selectTrials (in me)
	selectTrials selects trials based on several filters

function	drawTrialLFPs (in me, in h, in sel)

function	nextChannel (in src, in ignoredArg)

function	previousChannel (in src, in ignoredArg)

function	clickMe (in src, in ignoredArg)

function	drawAverageLFPs (in me)

function	drawTimelockLFPs (in me)

function	drawContinuousLFPs (in me)

function	forwardPlot (in src, in ignoredArg)

function	backPlot (in src, in ignoredArg)

function	drawSpikeLFP (in me)

function	drawBandPass (in me)

function	drawLFPFrequencies (in me, in varargin)

function	drawLFPFrequencyStats (in me, in name)

function	plotpowline (in f, in p, in e, in lc, in ec)

function	runChronuxAnalysis (in me, in tapers)
	chSpectrum chronux spectrum equivalent

function	plot_matrix (in X, in t, in f, in plt, in Xerr, in zlims)

function	plot_vector (in X, in f, in plt, in Xerr, in c, in w)

function	getAverageTuningCurve (in me, in idx, in sel, in err)

function	makeUI (in me, in varargin)

function	runAnal (in src, in ignoredArg)

function	togglePlots (in src, in ignoredArg)

function	closeUI (in me, in varargin)

function	updateUI (in me, in varargin)

function	notifyUI (in me, in varargin)

Protected Member Functions inherited from analysisCore
virtual function	makeUI (in me)
	make the UI for the analysis object

virtual function	closeUI (in me)
	close the UI for the analysis object

virtual function	updateUI (in me)
	update the UI for the analysis object

function	initialiseOptions (in me)
	initialise settings for fieldtrip time frequency analysis

function	inheritPlxReader (in me, in p)
	Allows two analysis objects to share a single plxReader object. This is important in cases where for e.g. an LFPAnalysis object uses the same plexon file as its spikeAnalysis child used for spike-LFP anaysis.

function	setSelection (in me, in in)
	set trials / var parsing from outside, override dialog, used when yoked to another analysis object, for example when spikeAnalysis is a child of LFPAnalysis

function	initialiseStats (in me)
	initialise the statistics options, see setStats()

function	formatByClass (in me, in dp, in dn)
	format data for ROC

function	roc (in me, in data)
	ROC see http://www.subcortex.net/research/code/area_under_roc_curve.

function	auc (in me, in data, in alpha, in flag, in nboot, in varargin)
	Area under ROC.

function	aucBootstrap (in me, in data, in nboot, in flag, in H0)
	AUC bootstrap.

Protected Member Functions inherited from optickaCore
function	parseArgs (in me, in args, in allowedProperties)
	Sets properties from a structure or normal arguments pairs, ignores invalid or non-allowed properties.

function	addArgs (in me, in args)

function	setPaths (in me)
	Sets properties from a structure or normal arguments pairs, ignores invalid or non-allowed properties.

function	getFonts (in me)
	set paths for object

function	toStructure (in me)
	Converts properties to a structure.

function	getType (in me, in in)

function	logOutput (in me, in in, in message, in override)
	Give a metaproperty return the likely property class.

function	salutation (in me, in varargin)
	Prints messages dependent on verbosity.

Protected Attributes
Property	nLFPs
	number of LFP channels

Property	nSelection
	selected LFP channel

Protected Attributes inherited from analysisCore
Property	panels
	UI panels.

Property	yokedSelection
	do we yoke the selection to the parent object (e.g. LFPAnalysis > spikeAnalysis)

Property	handles
	handles for the GUI

Protected Attributes inherited from optickaCore
Property	cloning
	are we cloning this from another object

Property	mversion
	Matlab version number, this is transient so it is not saved.

Property	sansFont
	sans font

Property	monoFont
	monoFont

Property	className
	class name

Property	savePrefix
	save prefix generated from clock time

Property	fullName_
	cached full name

Additional Inherited Members
Static Public Member Functions inherited from analysisCore
static function	doFFT (in p, in fs, in ff, in normalise, in useHanning)
	phaseDifference basic phase diff measurement

static function	phaseDifference (in x, in y)
	phaseDifference basic phase diff measurement

static function	phase (in x)
	phase basic phase measurement

static function	subselectFieldTripTrials (in ft, in idx)
	subselectFieldTripTrials sub-select trials where the ft function fails to use cfg.trials

static function	findNearest (in in, in value)
	find nearest value in a vector, if more than 1 index return the first

static function	linearFit (in x, in y)

static function	var2SE (in var, in dof)
	convert variance to standard error

static function	rad2ang (in alphain, in rect, in rot)

static function	ang2rad (in alpha)

static function	stderr (in data, in type, in onlyerror, in alpha, in dim, in avgfn)

static function	areabar (in xv, in yv, in ev, in c1, in alpha, in varargin)

static function	pupilConversion (in value, in cal, in calSize)

static function	cellArray2Num (in data)

static function	optimalLayout (in len)
	calculates preferred row col layout for multiple plots

static function	optimalColours (in n_colors, in bg, in func)
	make optimally different colours for plots Copyright 2010-2011 by Timothy E. Holy

static function	parsecolor (in s)

static function	colorstr2rgb (in c)

Static Public Member Functions inherited from optickaCore
static function	makeArgs (in args)
	Converts cell args to structure array.

static function	addDefaults (in args, in defs)
	add default options to arg input

static function	hasKey (in in, in key)
	check if a struct / object has a propery / field

static function	getKeys (in device)
	PTB Get key presses, stops key bouncing.

Constructor & Destructor Documentation

◆ LFPAnalysis()

function LFPAnalysis::LFPAnalysis ( in varargin )

Constructor.

Parameters

varargin see parseArgs for more details

Returns: constructors return the object

Member Function Documentation

◆ backPlot()

function LFPAnalysis::backPlot	(	in	src,
		in	ignoredArg
	)

protected

◆ chSpectrum()

function LFPAnalysis::chSpectrum	(	in	me,
		in	tapers
	)

Parameters

return

◆ clickMe()

function LFPAnalysis::clickMe	(	in	src,
		in	ignoredArg
	)

protected

◆ closeUI()

function LFPAnalysis::closeUI	(	in	me,
		in	varargin
	)

protected

Parameters

return

◆ createSurrogate()

function LFPAnalysis::createSurrogate	(	in	me,
		in	varargin
	)

replaces the LFP signals with a noisy surrogate to test, you can change the surrogate parameters in the code, including randomising phase and having a timelocked burst of a particular frequency to test time frequency algorithms etc.

Parameters

return

◆ demeanLFP()

function set LFPAnalysis::demeanLFP	(	in	me,
		in	in
	)

Parameters

return

◆ drawAverageLFPs()

function LFPAnalysis::drawAverageLFPs ( in me )

protected

Parameters

return

◆ drawBandPass()

function LFPAnalysis::drawBandPass ( in me )

protected

Parameters

return

◆ drawContinuousLFPs()

function LFPAnalysis::drawContinuousLFPs ( in me )

protected

Parameters

return

◆ drawLFPFrequencies()

function LFPAnalysis::drawLFPFrequencies	(	in	me,
		in	varargin
	)

protected

Parameters

return

◆ drawLFPFrequencyStats()

function LFPAnalysis::drawLFPFrequencyStats	(	in	me,
		in	name
	)

protected

Parameters

return

◆ drawSpikeLFP()

function LFPAnalysis::drawSpikeLFP ( in me )

protected

Parameters

return

◆ drawTimelockLFPs()

function LFPAnalysis::drawTimelockLFPs ( in me )

protected

Parameters

return

◆ drawTrialLFPs()

function LFPAnalysis::drawTrialLFPs	(	in	me,
		in	h,
		in	sel
	)

protected

Parameters

return

◆ forwardPlot()

function LFPAnalysis::forwardPlot	(	in	src,
		in	ignoredArg
	)

protected

◆ ftAlphaPhase()

function LFPAnalysis::ftAlphaPhase ( in me )

ftBandPass performs Leopold et al., 2003 type BLP

Parameters

order	of BP filter to use
downsample	whether to down/resample after filtering
rectify	whether to rectify the responses

Returns

◆ ftBandPass()

function LFPAnalysis::ftBandPass	(	in	me,
		in	order,
		in	downsample,
		in	rectify
	)

ftBandPass performs Leopold et al., 2003 type BLP

Parameters

order	of BP filter to use
downsample	whether to down/resample after filtering
rectify	whether to rectify the responses

Returns

◆ ftFrequencyAnalysis()

function LFPAnalysis::ftFrequencyAnalysis	(	in	me,
		in	cfg,
		in	preset,
		in	tw,
		in	cycles,
		in	smth,
		in	width,
		in	toi,
		in	foi
	)

Parameters

return

◆ ftFrequencyStats()

function LFPAnalysis::ftFrequencyStats	(	in	me,
		in	name,
		in	bline,
		in	range
	)

Parameters

return

◆ ftHilbert()

function LFPAnalysis::ftHilbert ( in me )

ftHilbert

Parameters

order	of BP filter to use
downsample	whether to down/resample after filtering
rectify	whether to rectify the responses

Returns

◆ ftPreProcess()

function LFPAnalysis::ftPreProcess	(	in	me,
		in	cfg,
		in	removeLineNoise
	)

Uses the Fieldtrip preprocessing functions if need be. This modifies the .ft property structure but not the raw .LFP property. To undo these changes you must use the getFieldTripLFPs() method to regenerate .ft.

Parameters

cfg	a fieldtrip cfg structure
removeLineNoise	a boolean to remove line noise

Returns

◆ ftSpikeLFP()

function LFPAnalysis::ftSpikeLFP	(	in	me,
		in	unit,
		in	interpolate
	)

Parameters

return

◆ ftTimeLockAnalysis()

function LFPAnalysis::ftTimeLockAnalysis	(	in	me,
		in	cfg,
		in	statcfg
	)

Performs a FieldTrip timelock analysis on our parsed data.

Parameters

return

◆ getAverageTuningCurve()

function LFPAnalysis::getAverageTuningCurve	(	in	me,
		in	idx,
		in	sel,
		in	err
	)

protected

Parameters

return

◆ getFieldTripLFPs()

function LFPAnalysis::getFieldTripLFPs	(	in	me,
		in	varargin
	)

Parse the Plexon plxReader LFP data (itself parsed into trials) into a fieldtrip structure, stored in the .ft property and also returned to the commandline if needed.

Parameters

return ft fieldtrip structure

◆ getFiles()

function LFPAnalysis::getFiles	(	in	me,
		in	force
	)

getFiles loads the requisite files before parsing

Parameters

force force us to ask for new filenames

Returns

◆ lazyParse()

function LFPAnalysis::lazyParse	(	in	me,
		in	varargin
	)

This only parses some data if there is no equivalent structure yet.

Parameters

return

◆ LFPWindow()

function set LFPAnalysis::LFPWindow	(	in	me,
		in	in
	)

Parameters

return

◆ makeSurrogate()

function LFPAnalysis::makeSurrogate ( )

◆ makeUI()

function LFPAnalysis::makeUI	(	in	me,
		in	varargin
	)

protected

Parameters

return

◆ nextChannel()

function LFPAnalysis::nextChannel	(	in	src,
		in	ignoredArg
	)

protected

◆ nLFPs()

function get LFPAnalysis::nLFPs ( in me )

Parameters

return

◆ notifyUI()

function LFPAnalysis::notifyUI	(	in	me,
		in	varargin
	)

protectedvirtual

Parameters

return

Reimplemented from analysisCore.

◆ nSelection()

function get LFPAnalysis::nSelection ( in me )

Parameters

return

◆ parse()

function LFPAnalysis::parse	(	in	me,
		in	varargin
	)

parse is the major first data parsing step. This performs all the steps from checking paths are still correct, parsing the Plexon events (our trial and behavioural data), parsing raw LFPs into the trial structures, and finally converting into a .ft fieldtrip structure.

Parameters

return

◆ parseLFPs()

function LFPAnalysis::parseLFPs ( in me )

protected

Parse the LFP signals into trial structures.

Parameters

return

◆ parseSpikes()

function LFPAnalysis::parseSpikes	(	in	me,
		in	varargin
	)

This LFP object has a spikeAnalysis object as a property so we can use a different spike sort to the parent LFP plexon file. But we have to ensure that the spikeAnalysis is 'locked' or 'yoked' to the LFPAnalysis object settings and selection. This function makes surethis locking occurs...

Parameters

return

◆ plot()

function LFPAnalysis::plot	(	in	me,
		in	varargin
	)

Parameters

return

◆ plot_matrix()

function LFPAnalysis::plot_matrix	(	in	X,
		in	t,
		in	f,
		in	plt,
		in	Xerr,
		in	zlims
	)

protected

◆ plot_vector()

function LFPAnalysis::plot_vector	(	in	X,
		in	f,
		in	plt,
		in	Xerr,
		in	c,
		in	w
	)

protected

◆ plotpowline()

function LFPAnalysis::plotpowline	(	in	f,
		in	p,
		in	e,
		in	lc,
		in	ec
	)

protected

◆ plotSurrogates()

function LFPAnalysis::plotSurrogates ( )

◆ plotTogether()

function LFPAnalysis::plotTogether	(	in	me,
		in	varargin
	)

Parameters

return

◆ previousChannel()

function LFPAnalysis::previousChannel	(	in	src,
		in	ignoredArg
	)

protected

◆ reparse()

function LFPAnalysis::reparse	(	in	me,
		in	varargin
	)

reparse data after an initial parse, takes less time.

Parameters

return

◆ runAnal()

function LFPAnalysis::runAnal	(	in	src,
		in	ignoredArg
	)

protected

◆ runChronuxAnalysis()

function LFPAnalysis::runChronuxAnalysis	(	in	me,
		in	tapers
	)

protected

chSpectrum chronux spectrum equivalent

◆ save()

function LFPAnalysis::save	(	in	me,
		in	varargin
	)

saves this object as a MAT file, object renamed to 'lfp'

Parameters

return

◆ select()

function LFPAnalysis::select	(	in	me,
		in	varargin
	)

selects trials/options based on many filters

Parameters

return

◆ selectTrials()

function LFPAnalysis::selectTrials ( in me )

protected

selectTrials selects trials based on several filters

Parameters

return

◆ togglePlots()

function LFPAnalysis::togglePlots	(	in	src,
		in	ignoredArg
	)

protected

◆ toggleSaccadeRealign()

function LFPAnalysis::toggleSaccadeRealign	(	in	me,
		in	varargin
	)

toggle between stimulus=0 and post-stimulus sccade=0 so we can align spikes and LFPs to either event

Parameters

return

◆ updateUI()

function LFPAnalysis::updateUI	(	in	me,
		in	varargin
	)

protected

Parameters

return

◆ useSpikeSelect()

function LFPAnalysis::useSpikeSelect	(	in	me,
		in	val
	)

As we can also select trials from the spikeanalysis object, this function allows us to let the LFPAnalysis use the spikeanalysis selection.

Parameters

return

Member Data Documentation

◆ bpfreq

Property LFPAnalysis::bpfreq

bandpass frequencies

◆ bpnames

Property LFPAnalysis::bpnames

bandpass frequency names

◆ cutTrials

Property LFPAnalysis::cutTrials

trials to remove in reparsing. Our raw data plot allows us to visually remove trials, we can also call fieldtrip preprocessing code too.

◆ demeanLFP

Property LFPAnalysis::demeanLFP

remove the mean voltage offset from the individual trials?

◆ dir

Property LFPAnalysis::dir

data directory

◆ ft

Property LFPAnalysis::ft

fieldtrip structure parsed from .LFPs

◆ lastFrequencyMethod

Property LFPAnalysis::lastFrequencyMethod

last freq method used

◆ lfpfile

Property LFPAnalysis::lfpfile

plexon file containing the LFP data

LFPAnalysis Wraps native and fieldtrip analysis around our PLX/PL2 reading, taking our trial selection and behavioural selection into account. As we can do spike-LFP anaysis this asks for a spike data file, it can be the same as the LFP file or different if we resorted the data.

◆ LFPs

Property LFPAnalysis::LFPs

trial parsed LFPs

◆ LFPWindow

Property LFPAnalysis::LFPWindow

time window around the trigger we wish to load

◆ map

Property LFPAnalysis::map

variable selection map for the analysis groups

◆ nLFPs

Property LFPAnalysis::nLFPs

protected

number of LFP channels

◆ nSelection

Property LFPAnalysis::nSelection

protected

selected LFP channel

◆ p

Property LFPAnalysis::p

LFP plxReader object.

◆ plotDestination

Property LFPAnalysis::plotDestination

external plot destination handle (see LFPMeta for an example)

◆ results

Property LFPAnalysis::results

fieldtrip parsed results

◆ selectedBehaviour

Property LFPAnalysis::selectedBehaviour

default behavioural type

◆ selectedLFP

Property LFPAnalysis::selectedLFP

default LFP channel

◆ selectedTrials

Property LFPAnalysis::selectedTrials

selectedTrials: each cell is a trial list grouping

◆ sp

Property LFPAnalysis::sp

spike analysis object

◆ spikefile

Property LFPAnalysis::spikefile

plexon file containing the spike data

◆ verbose

Property LFPAnalysis::verbose

plot verbosity

The documentation for this class was generated from the following file:

analysis/LFPAnalysis.m

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Additional Inherited Members

Constructor & Destructor Documentation

◆ LFPAnalysis()

Member Function Documentation

◆ backPlot()

◆ chSpectrum()

◆ clickMe()

◆ closeUI()

◆ createSurrogate()

◆ demeanLFP()

◆ drawAverageLFPs()

◆ drawBandPass()

◆ drawContinuousLFPs()

◆ drawLFPFrequencies()

◆ drawLFPFrequencyStats()

◆ drawSpikeLFP()

◆ drawTimelockLFPs()

◆ drawTrialLFPs()

◆ forwardPlot()

◆ ftAlphaPhase()

◆ ftBandPass()

◆ ftFrequencyAnalysis()

◆ ftFrequencyStats()

◆ ftHilbert()

◆ ftPreProcess()

◆ ftSpikeLFP()

◆ ftTimeLockAnalysis()

◆ getAverageTuningCurve()

◆ getFieldTripLFPs()

◆ getFiles()

◆ lazyParse()

◆ LFPWindow()

◆ makeSurrogate()

◆ makeUI()

◆ nextChannel()

◆ nLFPs()

◆ notifyUI()

◆ nSelection()

◆ parse()

◆ parseLFPs()

◆ parseSpikes()

◆ plot()

◆ plot_matrix()

◆ plot_vector()

◆ plotpowline()

◆ plotSurrogates()

◆ plotTogether()

◆ previousChannel()

◆ reparse()

◆ runAnal()

◆ runChronuxAnalysis()

◆ save()

◆ select()

◆ selectTrials()

◆ togglePlots()

◆ toggleSaccadeRealign()

◆ updateUI()

◆ useSpikeSelect()

Member Data Documentation

◆ bpfreq

◆ bpnames

◆ cutTrials

◆ demeanLFP

◆ dir

◆ ft

◆ lastFrequencyMethod

◆ lfpfile

◆ LFPs

◆ LFPWindow

◆ map

◆ nLFPs

◆ nSelection

◆ p

◆ plotDestination

◆ results

◆ selectedBehaviour