 GNDorGRP2avg | GNDorGRP2avg() - Writes grand average ERPs in units of t-scores or microvolts |
| GNDs2GRP | GNDs2GRP() - Creates a Mass Univariate ERP Toolbox GRP variable from a set |
| ShadePlotForEmphasis | ShadePlotForEmphasis |
| VerbReport | VerbReport() - Outputs messages if they exceed a desired level of importance. |
| actplot | actplot() - Creates a GUI for scrolling (horizontally and/or vertically) |
| add_code_info | add_code_info() - Reads information about types of stimuli (e.g., the |
| add_ev_info | add_ev_info() - Reads information about log events (e.g., if a stimulus |
| add_sbjct_info | add_code_info() - Reads information about a subject (e.g., their age, |
| avgs2GND | avgs2GND() - Create a MATLABmk GND struct variable from a set of |
| avgs2GND_nobase | avgs2GND() - Create a MATLABmk GND struct variable from a set of |
| baselineGND | baselineGND() - Baseline the ERPs in a Mass Univariate ERP Toolbox GND |
| baseline_EEG | function EEG=baseline_EEG(EEG,bsln_wind,verblevel) |
| baseline_TFR | baseline_TFR() - Baselines the spectrograms in a TFR variable. |
| baseline_tfrGND | baseline_tfrGND() - Baselines the spectrograms in a tfrGND variable. |
| bin_dif | bin_dif() - Computes the difference waves from two bins and stores the |
| bin_dif_spec | bin_dif_spec() - Computes the difference between the spectra from two bins |
| bin_info2EEG | bin_info2EEG() - Adds "bin" information to an EEGLAB EEG variable based on |
| bin_mean | bin_mn() - Computes the difference waves from two bins and stores the |
| bin_opGRP | bin_opGRP() - Computes the difference waves from two bins or the mean of |
| bin_op_specGRP | bin_op_specGRP() - Computes the difference between the power spectra from |
| binary_ci | function ci=binary_ci(n_hits,n_obs,prcnt_ci) |
| bonf_holm | Bonferroni-Holm (1979) correction for multiple comparisons. This is a |
| butterfilt | butterfilt() - Filters EEG data with low pass, high pass, band-pass, |
| cbar_topo | function [handle]=cbar_topo(type,colors,minmax, grad) |
| chanlocs_from_crw | function use_chanlocs=chanlocs_from_crw(crwfile,logfile,presam,cprecis,decimat,exclude_chans,include_chans) |
| chanlocs_from_crw_erpio2 | function use_chanlocs=chanlocs_from_crw(crwfile,exclude_chans,include_chans) |
| clustGND | clustGND() - Tests the null hypothesis that the grand average voltage |
| clustGRP | clustGRP() - Tests the null hypothesis that the grand average voltage |
| clust_perm1 | function [pval, t_orig, clust_info, seed_state, est_alpha]=clust_perm1(data,chan_hood,n_perm,fwer,tail,thresh_p,verblevel,seed_state,freq_domain) |
| clust_perm2 | [pval, t_orig, clust_info, seed_state, est_alpha]=clust_perm2(dataA,dataB,chan_hood,n_perm,fwer,tail,thresh_p,verblevel,seed_state,freq_domain) |
| cmpr_regress_results | function coef_dif=cmpr_regress_results(regress_resultsA,regress_resultsB,group_descr,tail,alpha) |
| cmpt_corrMK | compile_erpimageMK() - Extracts relevant data from multiple data sets for |
| cmpt_ic_art_ftrs | cmpt_ic_art_ftrs() - Computes features of independent components (ICs) that |
| comp_struct | check two structures for differances - i.e. see if strucutre s1 == structure s2 |
| comp_struct_quiet | check two structures for differances - i.e. see if strucutre s1 == structure s2 |
| compile_erpimage | compile_erpimage() - Extracts relevant data from multiple data sets for |
| cont_data_calibrate | cont_data_calibrate() - Extract calibration scaling factor based on |
| crw2set | crw2set() - Create and save to disk an EEGLAB set file from a |
| crw2set_cont | crw2set() - Create and save to disk an EEGLAB set file from a |
| crw2set_contNEO | crw2set() - Create and save to disk an EEGLAB set file from a |
| decimateGND | decimateGND() - Downsamples a set of ERPs to a lower sampling rate. |
| erpimage | erpimage() - Plot a colored image of a collection of single-trial data epochs, optionally |
| erpimages | erpimages() - Plots (a) ERPimages from two different bins/channels/eim files, |
| erplab2GND | erplab2GND() - Create a Mass Univariate ERP Toolbox GND struct variable from a set of |
| erpleeg | erpleeg() - continuous EEG analysi utility class: loads entire .crw, scales to microvolts, loads .log events |
| evcode_info2set | |
| fast_t1 | fast_t1 - Computes a 2D matrix of one sample/repeated measures t-tests |
| fast_t2 | fast_t2 - Computes a 2D matrix of independent sample t-tests relatively |
| fdr_bh | fdr_bh() - Executes the Benjamini & Hochberg (1995) and the Benjamini & |
| fdr_bky | fdr_bky() - Executes the "two-stage" Benjamini, Krieger, & Yekutieli (2006) |
| find_clusters | find_clusters() - Given a 2D matrix of t-scores, this function bundles |
| find_clustersRECURSIVE | find_clusters() - Given a 2D matrix of t-scores, this function bundles |
| find_tpt | function tpt=find_tpt(tme,tmes) |
| flag_art | flag_art() - Create temporary logfile with artifacts flagged |
| get_set_infiles | function infiles=get_set_infiles(gui_infiles_or_tmplt,sub_ids) |
| griddata2 | GRIDDATA Data gridding and surface fitting. |
| gui_avgs2GND | avgs2GND() - Create a MATLABmk GND struct variable from a set of |
| gui_eim_corr | gui_eim_corr() - Open a GUI for exploring the correlation between EEG and |
| gui_erp | gui_erp() - Open a GUI for visualzing ERP butterfly plots and |
| gui_erpORIG | gui_erp() - Open a GUI for visualzing ERP butterfly plots and |
| gui_erpimage | gui_erpimage() - Starts a GUI for making ERPimages from variables generated |
| gui_erpimageMK | gui_erpimageMK() - Starts a GUI for making ERPimages from variables generated |
| gui_pow | gui_pow() - Open a GUI for visualzing butterfly plots of EEG power spectra |
| gui_svar_cdf | gui_svar_cdf() - Creates a GUI for visualizing and exploring the |
| headinfo | headinfo() - Displays channel, bin and t-test information about the data |
| headinfo_spec | headinfo_spec() - Displays channel, bin and t-test information about the |
| ic_distortion | ic_distortion() - Quantifies how much ICA distorts artifact free ERPs, |
| ic_prop | ic_prop() - Plots three basic properties of an independent component |
| import_blf | import_blf() - Reads a blf or bdf file into Matlab for use by crw2set.m. |
| import_cal_erps | |
| import_cals | import_cals() - Read the cal pulses from a crw file, construct their |
| import_entire_log | import_entire_log() - import log information about events listed in blf file |
| import_log | import_log() - import log information about events listed in blf file |
| import_rts | rt_vector() - import cdbl generated rt information about events |
| is_art | isart() - Function for evaluating whether or not the text label of an |
| ismemberi | function [TF,LOC]=ismemberi(set1,set2,use_rows) |
| items_regress | items_regress() - Performs multiple regression analysis on ERPs to each |
| korn_fd1 | korn_fd1-Korn et al. (2004) permutation based procedure for |
| list_event_types | list_event_types() - Tallies the set of event "types" in an EEGLAB EEG |
| logitem_info2set | |
| mregress | MREGRESS Performs multiple linear regression analysis of X (independent) on Y (dependent). |
| mtfftc | Multi-taper fourier transform - continuous data |
| mtspectrumc | Multi-taper spectrum - continuous process |
| multiplot_tfrGND | multiplot_tfrGND() - Plots bin spectrograms or the difference between bin |
| mxflat | function [blocking, chan]=mxflat(data,max_vertical,max_length) |
| mxt_perm1 | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxt_perm1(data,n_perm,alph,tail,verblevel,seed_state,freq_domain) |
| mxt_perm1_neo | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxt_perm1(data,n_perm,alph,tail,verblevel,seed_state,freq_domain) |
| mxt_perm1old_matlab | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxt_perm1(data,n_perm,alph,tail,verblevel,seed_state,freq_domain) |
| mxt_perm2 | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxt_perm2(dataA,dataB,n_perm,alph,tail,verblevel,seed_state,freq_domain) |
| mxt_perm2old_matlab | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxt_perm2(dataA,dataB,n_perm,alph,tail,verblevel,seed_state,freq_domain) |
| mxtdif_perm2 | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxtdif_perm2(dataA,dataB,n_perm,alph,tail,verblevel,seed_state) |
| mxwt_perm2 | function [pval, t_orig, tmx_ptile, seed_state, est_alpha]=mxwt_perm2(dataA,dataB,n_perm,alph,tail,verblevel,seed_state) |
| norm_ics | norm_ics() - Normalizes to the activations or topographies of independent |
| orderofmag | function ord=orderofmag(val) |
| parse_log_by_cc | parse_log_by_cc() - Returns the item boundaries of chunks of time |
| pathNname | function [justpath, justname]=pathNname(full_file) |
| plot_eimcorr | plot_eimcorr() - Plots the correlation between EEG an some other experimental |
| plot_erpimageMK | plot_erpimageMK() - Produces an ERPimage from variables generated by |
| plot_erpimages | plot_erpimages() - Plots ERPimages from two sets of bins at a single channel |
| plot_wave | plot_wave() - Plots the ERPs from one or more bins in a GND or GRP |
| pwr_spec | pwr_spec-Computers the power spectrum of a real valued time series using |
| read_bin_list_file | read_bin_list_file() - Extracts "bin" information from a text file called |
| reject_ics_by_ftr | reject_ics_by_ftr() - Function for evaluating whether or not the features of an |
| remove_artifact_ics | remove_artifact_ics() - Removes the independent components (ICs) of an |
| reref_bimastoidEEG | crw2set() - Re-references data to algebraic mean of mastoids |
| rm_bins | rm_bins() - Removes bin from a Mass Univariate ERP Toolbox GND or GRP variable |
| rm_chan | rm_chan() - Removes one or more channels (e.g., 'HEOG') from an EEGLAB |
| rm_regress | rm_regress() - Performs repeated measures multiple regression analysis |
| rm_regress_mass | rm_regress() - Performs repeated measures multiple regression analysis |
| rm_ttest | rm_ttest() - Removes sets of t-test results from a GND or GRP variable |
| rnd_orderofmag | function rounded_val=rnd_orderofmag(val) |
| robust_locdetrend | robust_locdetrend() - Detrends the data in an EEGLAB EEG variable using |
| save_erps | save_erps() - Saves a GND or GRP variable to disk using its current filename |
| save_matmk | save_matmk() - Saves a GND, GRP, specGND, specGRP, or tfrGND variable to |
| sbjct_info2set | |
| scroll_extreme_epochs | function scroll_extreme_epochs(ic,plot_hist,fig_id); |
| set2avg | set2avg() - Computes ERPs from an EEGLAB set file or EEG variable and writes |
| set2tfr | set2tfr() - Creates a fieldtrip compatible MATLABmk TFR struct variable |
| set_ic_ftr_thresh | set_ic_ftr_thresh() - Generates GUI for objectively rejecting ICs |
| sets2GND | sets2GND() - Create a Mass Univariate ERP Toolbox GND struct variable from a set of |
| sets2GNDclocs | sets2GND() - Create a Mass Univariate ERP Toolbox GND struct variable from a set of |
| sets2TFR | add other fields to tfrGND like expdesc |
| sets2specGND | sets2specGND() - Create a MATLABmk specGND struct variable from a set of |
| sig_raster | sig_raster() - Plots 2D (electrode x time/frequency) raster diagram of |
| sig_raster_coefs | sig_raster() - Plots 2D (electrode x time/frequency) raster diagram of |
| sig_raster_dif_coefs | sig_raster() - Plots 2D (electrode x time/frequency) raster diagram of |
| sig_topo | sig_topo() - Plots scalp topographies of EEG efffects that have been |
| sig_topo_coefs | sig_topo_coefs() - Plots scalp topographies of regression analysis results. |
| sig_wave | sig_wave() - Illustrates results of a mass univariate t-test on a |
| singleplot_tfrGND | singleplot_tfrGND() - Plots bin spectrogram or the difference between bin |
| spatial_nearest_neighbors | spatial_nearest_neighbors() - Given a set of electrode coordinates, this |
| spatial_neighbors | spatial_neighbors() - Given a set of electrode coordinates, this function |
| specGNDs2specGRP | specGNDs2specGRP() - Creates a MATLABmk specGRP variable from a set of |
| spec_topo | spec_topo() - Plots scalp topographies of spectral power averaged across |
| stats_tfrGND | stats_tfrGND() - Performs a paired-samples (i.e., repeated measures) t- |
| stderr | function stde=stderr(x,dim) |
| textsc | textsc() - places text in screen coordinates and places |
| tfdrGND | tfdrGND() - Tests the null hypothesis that the grand average voltage |
| tfdrGRP | tfdrGRP() - Tests the null hypothesis that the grand average voltage |
| tfdr_specGND | tfdr_specGND() - Tests the null hypothesis that the grand average power |
| tfdr_specGRP | tfdr_specGRP() - Tests the null hypothesis that the grand average voltage |
| tfrs2tfrGND | tfrs2tfrGND() - Creates a fieldtrip compatible MATLABmk tfrGND struct variable |
| timtopo_corr | timtopo() - plot all channels of a data epoch on the same axis |
| tmaxGND | tmaxGND() - Tests the null hypothesis that the grand average voltage |
| tmaxGRP | tmaxGRP() - Tests the null hypothesis that the grand average voltage |
| tmax_specGND | tmax_specGND() - Tests the null hypothesis that the grand average power |
| tmax_specGRP | tmax_specGRP() - Tests the null hypothesis that the grand average voltage |
| topoplot | topoplot() - plot a topographic map of a scalp data field in a 2-D circular view |
| topoplotMK | topoplotMK() - plot a topographic map of a scalp data field in a 2-D circular view |
| trm_raw2nrm | trm_raw2nrm() - Normalize EEG via estimated trimmed mean amplitude of |
| watchit | function watchit(msg) |
Master index