%  AHPstart_time = Results(sweep).AHPstart_time
function [AUCstartidx] = AUCStartFinder(data,si,bl,startsearch)
    start_idx = startsearch; %startsearchtime/(si/1000); being the search at the stop idx of baseline
% 	start_idx = str2double(sprintf('%16.f',start_idx));
% if ~isempty(AHPstart_idx) % if there is an AHPstart - but you can do this in the script
    numconsecreturn = 10/(si/1000);
    aboveblidx = find(data(start_idx:end) >= bl); % find data points above baseline after start_idx
    if ~isempty(aboveblidx) && length(aboveblidx) > numconsecreturn  % if there are points above
        diffbtwn = diff(aboveblidx); % if consecutive bins are above threshold, diff should be 1 for each
        possible = [];
        counter = 1;
        while isempty(possible)
            if sum(diffbtwn(counter:counter+numconsecreturn-1)) == numconsecreturn
                possible = counter;
            end
            counter = counter + 1;
            if counter >= length(diffbtwn)-numconsecreturn
                break
            end
        end
        if ~isempty(possible) % if there is AUC start point that meets criteria
            AUCstartidx = start_idx+aboveblidx(possible);
            
            
        else % if there isn't an AUC start idx
            figure, plot(data) % to show why
            error('Could not detect AUC start idx');
        end

    else
        error('Not enough data points are above baseline for specified minimum duration to detect AUC start idx')
    end
end