VerbReport

PURPOSE

SYNOPSIS

DESCRIPTION

 VerbReport() - Outputs messages if they exceed a desired level of importance.  

 Usage:
  >> VerbReport(report,verbtag,VERBLEVEL)

 Inputs:
   report    = a string that is some message to the user
   verbtag   = an intger specifiying the importance of report
   VERBLEVEL = an integer specifiying a threshold of importance
               for displaying reports. If verbtag is less than VERBLEVEL, the
               report will be displayed..

 Author: Tom Urbach
 Kutaslab

CROSS-REFERENCE INFORMATION

• GNDorGRP2avg GNDorGRP2avg() - Writes grand average ERPs in units of t-scores or microvolts
• 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,
• chanlocs_from_crw function use_chanlocs=chanlocs_from_crw(crwfile,logfile,presam,cprecis,decimat,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)
• 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
• 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
• evcode_info2set
• flag_art flag_art() - Create temporary logfile with artifacts flagged
• 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_rts rt_vector() - import cdbl generated rt information about events
• logitem_info2set
• 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
• 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
• reject_ics_by_ftr reject_ics_by_ftr() - Function for evaluating whether or not the features of an
• sbjct_info2set
• set2avg set2avg() - Computes ERPs from an EEGLAB set file or EEG variable and writes
• sig_raster 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_wave sig_wave() - Illustrates results of a mass univariate t-test on a
• spec_topo spec_topo() - Plots scalp topographies of spectral power averaged across
• 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
• 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
• trm_raw2nrm trm_raw2nrm() - Normalize EEG via estimated trimmed mean amplitude of

SOURCE CODE

0001 function VerbReport(report,verbtag,VERBLEVEL)
0002 % VerbReport() - Outputs messages if they exceed a desired level of importance.
0003 %
0004 % Usage:
0005 %  >> VerbReport(report,verbtag,VERBLEVEL)
0006 %
0007 % Inputs:
0008 %   report    = a string that is some message to the user
0009 %   verbtag   = an intger specifiying the importance of report
0010 %   VERBLEVEL = an integer specifiying a threshold of importance
0011 %               for displaying reports. If verbtag is less than VERBLEVEL, the
0012 %               report will be displayed..
0013 %
0014 % Author: Tom Urbach
0015 % Kutaslab
0016 
0017 if nargin<3
0018   tmpVERBLEVEL = 3;
0019 elseif isempty(VERBLEVEL)
0020   tmpVERBLEVEL = 3;
0021 else
0022   tmpVERBLEVEL = VERBLEVEL;
0023 end;
0024 
0025 if verbtag <= tmpVERBLEVEL
0026     if ischar(report)
0027         fprintf('%s\n',report);
0028     else
0029         fprintf('%d\n',report);
0030     end;
0031 end;