Dear Brainstorm developers,
I was trying to perform source localization via wMEM method for both MEG GRAD and MAG sensors. When I run the analysis separately for each type of sensor, the calculation is perfectly accomplished, but when both MEG sensors are selected, I get the following error:
BST> Plugin brainentropy already loaded: C:\Users\mitaa.brainstorm\plugins\brainentropy
BEst (version 2.7.3, downloaded on: )
Brain Entropy in space and time
Credit: PhysNum - Centre de Recherches Mathematiques (U. of M., Montreal)
LATIS (ETS, Montreal) and MultiFunkImLab (McGill, Montreal)
e-mail: latislab@gmail.com
===== pipeline wMEM
wMEM, be_main_source ... done.
wMEM, be_main_leadfields ... done.
wMEM, wavelet pre-processing (new)
wMEM, sdw-rdw wavelet transform (rdw4):
j = 1, fc = 0.375fs, (225.4 Hz)
j = 2, fc = 0.188fs, (112.7 Hz)
j = 3, fc = 0.094fs, (56.3 Hz)
j = 4, fc = 0.047fs, (28.2 Hz)
j = 5, fc = 0.023fs, (14.1 Hz)
j = 6, fc = 0.012fs, ( 7.0 Hz)
wMEM, sdw-rdw wavelet transform (rdw4):
j = 1, fc = 0.375fs, (225.4 Hz)
j = 2, fc = 0.188fs, (112.7 Hz)
j = 3, fc = 0.094fs, (56.3 Hz)
j = 4, fc = 0.047fs, (28.2 Hz)
j = 5, fc = 0.023fs, (14.1 Hz)
j = 6, fc = 0.012fs, ( 7.0 Hz)
wMEM, wavelet processing of the MEG GRAD
wMEM, wavelet denoising:
j=1 (98% to 0), j=2 (60% to 0), j=3 (59% to 0)
j=4 (61% to 0), j=5 (56% to 0), j=6 (55% to 0)
wMEM, wavelet processing of the MEG MAG
wMEM, wavelet denoising:
j=1 (98% to 0), j=2 (60% to 0), j=3 (59% to 0)
j=4 (61% to 0), j=5 (56% to 0), j=6 (55% to 0)
Index in position 1 exceeds array bounds (must not exceed 3).
Error in be_selected_coeff (line 114)
tmi =
OPTIONS.automatic.selected_samples(6,:)-2.^(OPTIONS.automatic.selected_samples(2,:)-1)/fs/2;
Error in be_discrete_wavelet_preprocessing (line 65)
[OPTIONS] = be_selected_coeff(obj.data, obj, OPTIONS);
Error in be_wdata_preprocessing (line 49)
** [obj, OPTIONS] = be_discrete_wavelet_preprocessing(obj, OPTIONS);**
Error in be_wmem_solver (line 146)
[OPTIONS, obj] = be_wdata_preprocessing(obj, OPTIONS);
Error in be_main_call (line 157)
** [Results, MEMoptions] = feval(['be_' lower(MEMoptions.mandatory.pipeline) '_solver'],**
** HeadModel, MEMoptions, Results );**
Error in be_main (line 60)
** [Results, OPTIONS] = be_main_call(varargin{:});**
Error in process_inverse_2018>Compute (line 681)
** [Results, OPTIONS] = be_main(HeadModel, OPTIONS);**
Error in process_inverse_2018 (line 24)
eval(macro_method);
Error in panel_protocols>TreeInverse (line 1384)
** [OutputFiles, errMessage] = process_inverse_2018('Compute', iStudies, iDatas);**
Error in panel_protocols (line 46)
eval(macro_method);
Error in tree_callbacks>@(h,ev)panel_protocols('TreeInverse',bstNodes,'2018') (line 2579)
** gui_component('MenuItem', jPopup, [], 'Compute sources [2018]',**
** IconLoader.ICON_RESULTS, [], @(h,ev)panel_protocols('TreeInverse', bstNodes,**
** '2018'));**
I wanted to ask if this is my mistake, since this operation is not allowed at all, or if it is solvable somehow.
Best regards,
Margherita
