v1.31.14

        % get std and append

        yAvgStd_wa = sqrt(var);

        if yAvgStd_wa == 0

               yAvgStd_wa = zeros(size(tHRF,1), 3, size(ml,1));

            yAvgStd_wa = zeros(length(tHRF), 3, size(ml,1));

        end

        yAvgStdOut(iBlk).AppendDataTimeSeries(yAvgStd_wa);

        var = 0;

        N = 0;

            % add measlist field

%             if ~isempty(ml)

        for iCh = 1:size(ml,1)

            yAvgStdOut(iBlk).AddChannelHbO(ml(iCh,1), ml(iCh,2), iC);

            yAvgStdOut(iBlk).AddChannelHbR(ml(iCh,1), ml(iCh,2), iC);

            yAvgStdOut(iBlk).AddChannelHbT(ml(iCh,1), ml(iCh,2), iC);

        end

%             end

%         end

    end

end

% subj

@ hmrS_RunAvg [dcAvg,nTrials] (dcAvgRuns,mlActRuns,nTrialsRuns

@ hmrS_RunAvgStd2 dcAvgStd (dcAvgRuns,dcSum2Runs,mlActRuns,nTrialsRuns

@ hmrS_RunAvgStd2 dcAvgStd (dcAvgStdRuns,nTrialsRuns

% run

% subj

@ hmrS_RunAvg [dcAvg,nTrials] (dcAvgRuns,mlActRuns,nTrialsRuns

@ hmrS_RunAvgStd2 dcAvgStd (dcAvgRuns,dcSum2Runs,mlActRuns,nTrialsRuns

@ hmrS_RunAvgStd2 dcAvgStd (dcAvgStdRuns,nTrialsRuns

% run

vrnnum{1} = '1';   % Major version #

vrnnum{2} = '31';  % Major sub-version #

vrnnum{3} = '13';   % Minor version #

vrnnum{3} = '14';   % Minor version #

vrnnum{4} = '0';   % Minor sub-version # or patch #: 'p1', 'p2', etc