elec_distance_consec

elec_distance_consec - '67', '78', '86', '97', '101',...

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function [C_e, C_d] = elec_distance_consec(dist_e, dist_d) % elec_distance_consec - Identify distance between nearest neighbour electrodes % % Requires input data generated by 'elec_distance.m' % Assumes using FUSA CNL electrode positions (Scan ECI-Cap) % % $Revision: 1.1 $ $Date: 2009/04/28 22:13:54 $ % Licence: GNU GPL, no implied or express warranties % History: 05/2000, Darren.Weber_at_radiology.ucsf.edu % %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% fprintf('\n%s\n\n', 'Calculating consecutive electrode distances.'); End_e = strvcat('3', '5', '7', '9', '13', '22', '30', '41', '49', '54', '59',
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Unformatted text preview: '67', '78', '86', '97', '101', '108', '110', '115', '117', '120', '124'); C_e = cell(0); C_d = ; for row = 1:length(dist_d) % Check that row in dist_d matrix is non-zero NonZeroColumns = find(dist_d(row,:)); if ~isempty(NonZeroColumns) % Calculate consecutive electrode distance, % excluding end electrodes defined in End_e if( (row+1) <= length(dist_e) ) e = str2num(char(dist_e(row,row+1))); if(strmatch(num2str(e(1)), End_e, 'exact')) % found end electrode, do nothing else C_d(end + 1) = dist_d(row,row+1); C_e(end + 1) = {num2str(e(1))}; end end end end clear r x;...
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This note was uploaded on 10/04/2010 for the course ENG 42336 taught by Professor Thomasholland during the Spring '10 term at UC Davis.

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