This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

▼Cdynamicprops
▼CbaseStimulus	BaseStimulus is the superclass for all stimulus objects
CannulusStimulus	AnnulusStimulus TODO
CapparentMotionStimulus	ApparentMotionStimulus, inherits from baseStimulus
▼CbarStimulus	BarStimulus single bar stimulus, inherits from baseStimulus
CrfMapper	Receptive field mapper rfMapper is a mouse driven receptive field mapper, using various keyboard commands to change the stimulus and and ability to record where the mouse is (i.e. draw) in screen co-ordinates to save as a hand map image for storage. It is based on barStimulus, and you can change length + width (h, j, l & k on keyboard) and texture of the bar (space), and angle (arrow keys), and colour of the bar and background (numeric keys). Right/middle mouse draws the current position into a buffer, you can turn on and off visualising drawing buffer with ; and use ' to reset the drawn positions. See the checkKeys method for better description of what the keyboard commands do
CcheckerboardStimulus	CheckerBoardStimulus – using a GLSL shader to make the checkerboard
CcolourGratingStimulus	Colour grating stimulus, inherits from baseStimulus COLOURGRATINGSTIMULUS colour grating stimulus, inherits from baseStimulus The basic properties are: type = 'sinusoid' or 'square', if square you should set sigma which smoothes the interface and stops pixel motion artifacts that normally inflict square wave gratings, set sigma to 0 to remove smoothing. colour = first grating colour colour2 = second grating colour baseColour = the midpoint between the two from where contrast works, defult just inherits the background colour from screenManager correctBaseColour = automatically generate baseColour as the average of colour and colour2 contrast = contrast from 0 - 1 sf = spatial frequency in degrees tf = temporal frequency in degs/s angle = angle in degrees rotateTexture = do we rotate the grating texture (true) or the patch itself (false) phase = phase of grating mask = use circular mask (true) or not (false)
CdiscStimulus	Single disc stimulus, inherits from baseStimulus DISCSTIMULUS single disc stimulus, inherits from baseStimulus
CdotlineStimulus	Show lines made of dots
CdotsStimulus	DotsStimulus simple variable coherence dots stimulus, inherits from baseStimulus
CexampleStimulus
CfixationCrossStimulus	Draw fixation cross from Thaler L, Schütz AC, Goodale MA, & Gegenfurtner KR (2013) "What is the best fixation target: The effect of target shape on stability of fixational eye movements." Vision research 76, 31-42 http://doi.org/10.1016/j.visres.2012.10.012
CgaborStimulus	Copyright ©2014-2022 Ian Max Andolina — released: LGPL3, see LICENCE.md
CgratingStimulus	Single grating stimulus, inherits from baseStimulus GRATINGSTIMULUS single grating stimulus, inherits from baseStimulus The basic properties are: sf = spatial frequency in degrees tf = temporal frequency in degs/s angle = angle in degrees rotateTexture = do we rotate the grating texture (true) or the patch itself (false) phase = phase of grating contrast = contrast from 0 - 1 mask = use circular mask (true) or not (false) correctPhase = set the phase from the center rather than edge sigma = optional smoothing for circular masks
CimageStimulus	Show images or directories full of images
ClogGaborStimulus	LogGaborStimulus: orientation & SF band-pass limited filter
CmovieStimulus	MovieStimulus is the class for movie based stimulus objects
CndotsStimulus	NdotsStimulus limited lifetime coherence dots stimulus
CplaidStimulus	PlaidStimulus TODO
CpolarBoardStimulus	Polar checkerboard stimulus, inherits from baseStimulus POLARBOARDSTIMULUS inherits from baseStimulus The basic properties are: type = '', 'randdrift', 'spiraldrift', 'sine' colour = first grating colour colour2 = second grating colour baseColour = the midpoint between the two from where contrast works, defult just inherits the background colour from screenManager correctBaseColour = automatically generate baseColour as the average of colour and colour2 contrast = contrast from 0 - 1 sf = spatial frequency in degrees tf = temporal frequency in degs/s angle = angle in degrees rotateTexture = do we rotate the grating texture (true) or the patch itself (false) phase = phase of grating mask = use circular mask (true) or not (false)
CpolarGratingStimulus	Polar grating stimulus, inherits from baseStimulus POLARGRATINGSTIMULUS inherits from baseStimulus The basic properties are: type = 'radial' or 'circular' or 'spiral' colour = first grating colour colour2 = second grating colour baseColour = the midpoint between the two from where contrast works, defult just inherits the background colour from screenManager correctBaseColour = automatically generate baseColour as the average of colour and colour2 contrast = contrast from 0 - 1 sf = spatial frequency in degrees tf = temporal frequency in degs/s angle = angle in degrees rotateTexture = do we rotate the grating texture (true) or the patch itself (false) phase = phase of grating mask = use circular mask (true) or not (false)
CpupilCoreStimulus	Single disc stimulus, inherits from baseStimulus SPOTSTIMULUS single spot stimulus, inherits from baseStimulus The current properties are:
CrevcorStimulus	RevcorStimulus stimulus, inherits from baseStimulus
▼CspotStimulus	Single disc stimulus, inherits from baseStimulus SPOTSTIMULUS single spot stimulus, inherits from baseStimulus The current properties are:
CcolourTest	Colour test is a simple RGB colour blender for teaching
CtargetInducerStimulus	Target inducer stimulus, inherits from baseStimulus
CtaskSequence	Block-based variable randomisation manager
▼Chandle
CarduinoIOPort	ArduinoIOPort - modified legacy ardino interface using PTB IOPort interface for serial communication and adding a new timedTTL function for asynchronous TTL output (i.e. returns immediately to MATLAB even if the TTL is for a long time)
CarduinoSerial
CarduinoSerialPort
CcalibrateLuminance	CalibrateLuminance: automatic luminance calibration
CdataConnection	DataConnection Connects and manages a socket connection
▼CeyetrackerSmooth	Smoothes incoming eye sample data
CiRecManager	Manages the iRec eyetrackers https://staff.aist.go.jp/k.matsuda/iRecHS2/index_e.html
CpupilCoreManager	Manages the Pupil Labs Core
CtobiiManager	Manages the Tobii eyetrackers
ClabJack	LABJACK Connects and manages a LabJack U3 / U6
ClabJackT	LABJACKT Connects and manages a LabJack T4 / T7 This class handles digital I/O and analog I/O and analog streaming. Connection can be USB or network. Network is slightly lower latency than USB
▼CoptickaCore	OptickaCore base class inherited by other opticka classes
▼CanalysisCore	AnalysisCore base class inherited by other analysis classes. analysisCore is itself derived from optickaCore. Provides a set of shared methods and some core properties and stats GUI for various analysis classes
CLFPAnalysis
CLFPMeta
CeyelinkAnalysis	EyelinkAnalysis offers a set of methods to load, parse & plot raw EDF files. It understands opticka trials (where EDF messages TRIALID start a trial and TRIAL_RESULT ends a trial by default) so can parse eye data and plot it for trial groups. You can also manually find microsaccades, and perform ROI/TOI filtering on the eye movements
CiRecAnalysis	IRecAnalysis offers a set of methods to load, parse & plot raw CSV files. It understands opticka trials (where CSV messages INT start a trial and 255 ends a trial by default) so can parse eye data and plot it for trial groups. You can also manually find microsaccades, and perform ROI/TOI filtering on the eye movements
CspikeAnalysis
CtobiiAnalysis	EyelinkAnalysis offers a set of methods to load, parse & plot raw EDF files. It understands opticka trials (where messages TRIALID start a trial and TRIAL_RESULT ends a trial by default) so can parse eye data and plot it for trial groups. You can also manually find microsaccades, and perform ROI/TOI filtering on the eye movements
CanimationManager	ANIMATIONMANAGER Provides per frame paths for stimuli We integrate dyn4j java physics engine for rigid body. The plan is to also support sinusoidal, brownian, circular etc
CarduinoManager	Arduino Manager > Connects and manages arduino communication. By default it connects using arduinoIOPort (much faster than the MATLAB serial port interface) and the adio.ino arduino sketch (the legacy arduino interface by Mathworks), which provide much better performance than MATLAB's current hardware package
CaudioManager
CbaseStimulus	BaseStimulus is the superclass for all stimulus objects
CcolourManager	ColourManager manages colours wrapping the CRS Color Toolbox
CdPixxManager	DataPixx Communication Class
CeyeOccluder
▼CeyetrackerCore
CeyelinkManager	EyelinkManager wraps around the eyelink toolbox functions offering a consistent interface and methods for fixation window control. See eyetrackerCore for the common methods that handle fixation windows etc
CiRecManager	Manages the iRec eyetrackers https://staff.aist.go.jp/k.matsuda/iRecHS2/index_e.html
CpupilCoreManager	Manages the Pupil Labs Core
CtobiiManager	Manages the Tobii eyetrackers
CioManager	Input Output manager, currently just a dummy class
CmagstimManager	MagstimManager - controls a MagStim Rapid TMS system using a LabJack
CmetaStimulus	Manager for multiple stimuli
CnirSmartManager	Input Output manager, currently just a dummy class
Copticka	GUI Manager for runExperiment() class
CplusplusManager	Display++ Communication Class
CplxReader
CrunExperiment	The main experiment manager
CscreenManager	ScreenManager — manage opening and configuring the PTB screen
CstateMachine	Run a task via a series of states
CtaskSequence	Block-based variable randomisation manager
CtouchManager	Manages touch screens (wraps the PTB TouchQueue* functions), and provides touch area management methods
CopxOnline	OpxOnline Provides an interface between Opticka and the Plexon for online data display
CparseOpxSpikes
CsendSerialIOPort
CtempController
CtittaAdvImageStimulus
CtittaAdvMovieStimulus
CtittaCalStimulus
CuserFunctions	Customised user functions for a task run