artifact_edit_meg | |
bigrayscale | Produce antisymmetric grayscale cmap for displaying signed data in |
channel_pairs | |
fix_trial_order | |
getbtiraw | GETBTIRAW get MEG data from Bti raw data files |
image_meg_power | |
make_meg_coherence | status = make_meg_coherence(csdmfname,coherencefname,obs_labels,noise_reduction); |
make_meg_image | status = make_a_image(data,bad_chan,plot_res,image_rows,image_columns |
make_meg_power | status = make_meg_power(csdmfname,powerfname,obs_labels,noise_reduction); |
make_meg_power_image | status = make_a_image(data,bad_chan,plot_res,image_rows,image_columns |
mask_meg | |
mask_meg_fixval | |
mask_meg_power | |
meg_arrays | |
meg_coherence | |
meg_power | |
open_file_w_byte_order | [fid] = open_file_w_byte_order(filename,version_parameter); |
parse_names | |
parseheader | PARSEHEADER obtain study information from Bti header file |
plot_meg_coherence | |
plot_meg_data | plot_meg_data(samples, chans, freqs,Lo_Pass,Hi_Pass, |
plot_meg_power | |
rd_meg_allch | trialdata = rd_meg_allch(fid,header_length,NChan,numsamp,start_samp); |
rd_meg_anal_hdr | |
rd_meg_csdm | |
rd_meg_csdm_hdr | |
rd_meg_hdr | [version, NChan, NMeg, NEeg, NReference, NBad_Sensor, NTrigger, NResponse, |
rd_meg_onechan | [analog_power,NSamp,Samp_Rate] = power_fft_analog(analog_chans,megfilename); |
reference_eeg_for_meg | |
rivcm | |
run_meg_csdm | status = run_meg_csdm(skip_samples,Epoch,MEG_max,EEG_max,EEG_reference, |
run_riv1_csdm | status = run_meg_csdm(skip_samples,Epoch,MEG_max,EEG_max,EEG_reference, |
run_riv_csdm | status = run_meg_csdm(skip_samples,Epoch,MEG_max,EEG_max,EEG_reference, |
sensors | |
stderr | |
wt_meg_anal_hdr | |