 animate_ns_data | status = animate_ns_data(seconds,reference,rawfname,plot_res,Max_microv); |
| bar_eeg_power | status =bar_eeg_power(freqs,obs,chans,base_obs,lines,power_type,powerfname) |
| coherence_contours | status =coherence_contours(freqs,obs,array,coherencefname); |
| coherence_lines | status =coherence_lines(freqs,obs,array,lines,coherencefname); |
| coherence_scat_2cond | [chpair_coh] =coherence_scatter_2cond(freqs,obs,array,coh_crit,... |
| coherence_scatter | status =coherence_scatter(freqs,obs,array,lines,coherencefname); |
| coherence_scatter_nl | status =coherence_scatter_nl(freqs,obs,array,lines,coherencefname); |
| coherence_surface | status =coherence_surface(freqs,obs,array,lines,coherencefname); |
| extract_ns_file | status= extract_ns_file(seconds,rawfname); |
| get_interp_range | function [intmin, intmax]=get_interp_range(irows,icols,filenums,inroot); |
| grab_ns_data | [ref_trialdata, bad_chan] = grab_ns_data(seconds,reference,Max_microv,rawfname); |
| grab_samp_ave | function status=make_ave_bf(prestimsamps,prestimsamps2,lowpass,highpass,infname,outfname) |
| grab_samp_ses | function status=make_ave_bf(prestimsamps,prestimsamps2,lowpass,highpass,infname,outfname) |
| image_eeg_coherence | status = = image_eeg_coherence(freqs,dimen,obs,paging,plot_res,ref_chan,coherencefname,output_name); |
| image_eeg_phase | status = = image_eeg_phase(freqs,dimen,obs,paging,plot_res,ref_chan,phasefname,output_name); |
| image_eeg_power | status = = image_eeg_power(freqs,dimen,obs,paging,plot_res,power_type,powerfname,output_name); |
| image_eg_phase | status = = image_eeg_coherence(freqs,dimen,obs,paging,plot_res,ref_chan,coherencefname); |
| interp_by_obs | status = interp_by_obs(cells,samps,obs,plot_res,interp_type,bad_chan,output_root,header_flag,infname) |
| interp_by_samp | function status = interp_by_samp(cells,obs,samps,plot_res,interp_type,bad_chan,output_root,header_flag,infname, stack) |
| interp_by_samp_mf | status = interp_by_samp(cells,obs,samps,plot_res,interp_type,bad_chan,output_root,header_flag,infname) |
| lap_ns_data | status = lap_ns_data(rawfname); |
| laplacian_ave | function status=laplacian_ave(bad_chan,infname) |
| laplacian_ses | function status=laplacian_ses(bad_chan,infname) |
| make_a_image | status = make_a_image(data,bad_chan,plot_res,image_rows,image_columns |
| make_ave_bf | function status=make_ave_bf(prestimsamps,prestimsamps2,lowpass,highpass,lowfiltord,highfiltord,infname,outfname) |
| make_coherence | [coh_mat] = make_coherence(csdmfiles,outfname,win, cf_list, cf_flag, bad_chans); |
| make_cortical | function status=make_cortical(sigma_v,sigma_m,bad_chan,bad_obs,infname,outfname) |
| make_eeg_coherence | status = make_eeg_coherence(csdmfname,coherencefname,obs_labels,add_bad); |
| make_eeg_phase | status = make_eeg_phase(csdmfname,powerfname,obs_labels,add_bad); |
| make_eeg_power | status = make_eeg_power(csdmfname,powerfname,obs_labels,add_bad); |
| make_factor | status = make_factor(csdmfiles,outfname,win,binmin,binmax,nfactor,bad_chan,output); |
| make_gave | function [gave_data] =make_gave(nfiles,bad_chan,bad_obs,outfname,infname, params) |
| make_gave_diff | function status=make_gave_diff(cell_map, infname, outfname); |
| make_obslabels | |
| make_phase | status = make_phase(csdmfiles,outfname,win,rel_chan,output); |
| make_power | power_data = make_power(csdmfiles,outfname,win,output); |
| make_power_sc | power_data = make_power_sc(csdmfiles,outfname,win,output); |
| phase_lines | status =phase_lines(freqs,obs,array,lines,phasefname); |
| phase_scatter | status =phase_scatter(freqs,obs,array,lines,phase_type,phasefname); |
| plot_eeg_coherence | status = plot_eeg_coherence(freqs,obs,chans,lines,coherencefname); |
| plot_eeg_power | status = plot_eeg_power(freqs,obs,chans,lines,power_type,powerfname); |
| plot_egis_data | |
| plot_ns_data | bad_chan= plot_ns_data(seconds,reference,channels,Max_microv,freqs,rawfname); |
| replace_chan_ave | function status=replace_chan_ave(bad_chan,infname) |
| run_csdm | status=run_csdm(noffset,nsamp,nwin,avg_cells,bad_chans,ses_fname,ave_fname) |
| run_csdm_2eeg | status=run_csdm_2eeg(noffset,nsamp,avg_cells,bad_chans,ses_fname,reference) |
| run_csdm_c | status=run_csdm(noffset,nsamp,nwin,avg_cells,bad_chans,ses_fname,ave_fname)% |
| run_csdm_f | status=run_csdm(noffset,nsamp,nwin,avg_cells,bad_chans,ses_fname,ave_fname)% |
| run_eeg_csdm | status = run_eeg_csdm(rawfname,add_bad_chan,windows,reference,max_freq, |
| run_ns_edit | status = run_ns_edit(Epoch,Max_microv,Min_Chan,rawfname,Lo_Pass,Hi_Pass); |
| update_bad_chan | |
| view_interp | status = view_interp(color_map,clims,contour_array,contour_array2,image_labelsimage_name,nrow,ncolumn,plot_res) |
| view_interp_meg_power | status = view_interp(color_map,clims,contour_array,contour_array2,image_labelsimage_name,nrow,ncolumn,plot_res) |
| view_interp_s | status = view_interp(color_map,clims,contour_array,contour_array2) |
| view_interp_sc | function status = view_interp_sc(plot_res,nrows,ncols,divide,scale,color_map,graph_title) |
Master index