EEGLAB Menu Functions

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In EEGLAB, all menu items call stand-alone functions. The correspondence is indicated below. Note that this part of the documentation is not totally up to date. Some recently added menus might be missing.


Contents

File

Import data
From ASCII/float file or Matlab array -- pop_importdata()
From continuous or seg. EGI .RAW file -- pop_readegi()
From Multiple seg. EGI .RAW files -- pop_readsegegi()
From BCI2000 ASCII file -- pop_loadbci()
From Snapmaster .SMA file -- pop_snapread()
From Neuroscan .CNT file -- pop_loadcnt()
From Neuroscan .EEG file -- pop_loadeeg()
From Biosemi .BDF file -- pop_biosig()
From .EDF file -- pop_biosig()
From ANT EEProbe .CNT file -- pop_loadeep()
From ANT EEProbe .AVR file -- pop_loadeep_avg()
From .BDF file (backup function) -- pop_readbdf()
From Brain Vis. Rec. .VHDR file -- pop_loadbv.m
From Brain Vis. Anal. Matlab file -- pop_loadbva()
From CTF Folder (MEG) -- 'ctf_folder'
From ERPSS .RAW or .RDF file -- pop_read_erpss()
From INStep .ASC file -- pop_loadascinstep()
From 4D .M4D pdf file -- pop_read4d()
From other formats using FILEIO -- pop_fileio()
From other formats using BIOSIG -- pop_biosig()
From Matlab array or ASCII file -- pop_importepoch()
From Neuroscan .DAT file -- pop_loaddat()
Import event info
From Matlab array or ASCII file -- pop_importevent()
From data channel -- pop_chanevent()
From Presentation .LOG file -- pop_importpres()
From Neuroscan .EV2 file -- pop_importev2()
Export
Data and ICA to text file -- pop_export()
Weight matrix to text file -- pop_expica()
Inverse weight matrix to text file -- pop_expica()
Data to EDF/BDF/GDF file -- pop_writeeeg()
Write Brain Vis. exchange format file -- --
Load existing dataset -- pop_loadset()
Save current dataset -- pop_saveset()
Save datasets -- pop_saveset()
Clear dataset(s) -- pop_delset()
Create Study
Using all loaded datasets -- pop_study()
Browse for datasets -- pop_study()
Load existing study -- pop_loadstudy()
Save current study -- pop_savestudy()
Save current study as -- pop_savestudy()
Clear study -- pop_delset()
Maximize memory -- pop_editoption()
History Scripts
Save dataset history script -- pop_saveh()
Save session history script -- pop_saveh()
Run Script -- -- --
Quit

Edit

Dataset info -- pop_editset()
Event fields -- pop_editeventfield()
Event values -- pop_editeventvals()
About this dataset -- pop_comments()
Channel locations -- pop_chanedit()
Select data -- pop_select()
Select data using events -- pop_rmdat()
Select epochs or events -- pop_selectevent()
Copy current dataset -- pop_copyset()
Append datasets -- pop_mergeset()
Delete dataset(s) -- pop_delset()

Tools

Change sampling rate -- pop_resample()
Filter the data
Basic FIR filter -- pop_eegfilt()
Short IIR filter -- pop_iirfilt()
Re-referencing -- pop_reref()
Interpolate electrodes -- --
Reject continuous data by eye -- pop_eegplot()
Extract epochs -- pop_epoch()
Remove baseline -- pop_rmbase()
Run ICA -- pop_runica()
Remove components -- pop_subcomp()
Automatic channel rejection -- pop_rejchan()
Automatic epoch rejection -- pop_autorej()
Reject data epochs
Reject data (all methods) -- pop_rejmenu()
Reject by inspection -- pop_eegplot()
Reject extreme values -- pop_eegthresh()
Reject by linear trend/variance -- pop_rejtrend()
Reject by probability -- pop_jointprob()
Reject by kurtosis -- pop_rejkurt()
Reject by spectra -- pop_rejspec()
Reject marked epochs -- pop_rejepoch()
Reject using ICA
Reject components by map -- pop_selectcomps()
Reject data (all methods) -- pop_rejmenu()
Reject by inspection -- pop_eegplot()
Reject extreme values -- pop_eegthresh()
Reject by linear trend/variance -- pop_rejtrend()
Reject by probability -- pop_jointprob()
Reject by kurtosis -- pop_rejkurt()
Reject by spectra -- pop_rejspec()
Reject marked epochs -- pop_rejepoch()
Run ICA
Locate dipoles using DIPFIT 2.x
Head model and settings -- pop_dipfit_settings()
Coarse fit (grid scan) -- -- --
Fine fit (iterative) -- pop_dipfit_nonlinear()
Autofit (coarse fit, fine fit & plot) -- -- --
Plot component dipoles -- -- --

Plot

Channel locations
By name -- topoplot()
By number -- topoplot()
Channel data (scroll) -- pop_eegplot()
Channel spectra and maps -- pop_spectopo()
Channel properties -- pop_prop()
Channel ERP image -- pop_erpimage()
Channel ERPs
With scalp maps -- pop_timtopo()
In scalp array -- pop_plottopo()
In rect. array -- pop_plotdata()
ERP maps
As 2-D scalp maps -- pop_topoplot()
As 3-D head plots -- pop_headplot()
Sum/Compare ERPs -- pop_comperp()
Component activations (scroll) -- pop_eegplot()
Component spectra and maps -- pop_spectopo()
Component maps
As 2-D scalp maps -- pop_topoplot()
As 3-D head plots -- pop_headplot()
Component properties -- pop_prop()
Component ERP image -- pop_erpimage()
Component ERPs
With component maps -- pop_envtopo()
With comp. maps (compare) -- pop_envtopo()
In rectangular array -- pop_plotdata()
Sum/Compare comp. ERPs -- pop_comperp()
Data statistics
Channel statistics -- pop_signalstat()
Component statistics -- pop_signalstat()
Event statistics -- pop_eventstat()
Time-frequency transforms
Channel time-frequency -- pop_timef()
Channel cross-coherence -- pop_crossf()
Component time-frequency -- pop_timef()
Component cross-coherence -- pop_crossf()

Study

Edit study info -- pop_study()
Precompute channel measures -- pop_precomp()
Plot channel measures -- pop_chanplot()
Precompute component measures -- pop_precomp()
Build preclustering array -- pop_preclust()
Cluster components -- pop_clust()
Edit/plot clusters -- pop_clustedit()

Datasets

Current/Active Datasets (listed as selectable items) -- -- --
Select multiple datasets -- -- --
Select the study set -- -- --

Help

About EEGLAB -- eeglab()
About EEGLAB Help -- eeg_helphelp()
EEGLAB menus -- eeg_helpmenu()
EEGLAB functions
Toolbox functions -- -- --
Signal processing functions -- eeg_helpsigproc()
Interactive pop_functions -- eeg_helppop()
EEGLAB advanced
Dataset structure -- eeg_checkset()
Admin functions -- eeg_helpadmin()
Web tutorial -- -- --
Email EEGLAB -- -- --


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