exportAnalysisConfv2.m

function analysisConf = exportAnalysisConfv2(subjects__name,nasPath)

analysisConf = struct;
analysisConf.subjects__name = subjects__name;
analysisConf.nasPath = nasPath;
analysisConf.sessionConfs = {};

% get all data folders that exist
% use dir2 to remove {'.','..','.DS_Store','._.DS_Store'}
dataDirs = dir2(fullfile(nasPath,subjects__name,[subjects__name,'-processed']));
allNeurons = {};
allSessionNames = {};
allSessionConfs = {};
neuronCount = 1;
for iDataDir=1:length(dataDirs)
    if ~dataDirs(iDataDir).isdir
        continue;
    end
    % requires network
    sessionConf = exportSessionConfv2(dataDirs(iDataDir).name,'nasPath',nasPath);
    if isempty(sessionConf.leventhalPaths.nex) % nex files uncompilled
        continue;
    end
    leventhalPaths = buildLeventhalPathsv2(sessionConf);
    [nvar, names, types] = nex_info(leventhalPaths.nex);
    neuronNames = cellstr(deblank(names(types==0,:)));
    allNeurons = {allNeurons{:} neuronNames{:}};
    for ii=1:length(neuronNames)
        allSessionNames = [allSessionNames;sessionConf.sessions__name];
        allSessionConfs{neuronCount,1} = sessionConf;
        neuronCount = neuronCount + 1;
    end
end
allNeurons = allNeurons';
neuronIds = listdlg('PromptString','Select neurons:',...
                'SelectionMode','multiple','ListSize',[500 700],...
                'ListString',allNeurons);

analysisConf.neurons = allNeurons(neuronIds);
analysisConf.sessionNames = allSessionNames(neuronIds);
analysisConf.sessionConfs = allSessionConfs(neuronIds);