function [] = applyVideo_memory(dataloc, savedir, vidname, datName, searchstr)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Apply the registration coordinates to a video. Modified for use
%with the pipeline where the peaks of the correlation points are all
%calculated and the path drawn after running NoRMCorre. Biggest difference
%is that the solution comes from a single run of NoRMCorre (rather than
%combining no memory and memory results).
% Inputs:
%     - dataloc: the directory where the data is stored
%     - vidname: Name of the video to be registered
%     - datName: Name of the directory the data is stored in if h5
%     - searchstr: The string to search for to find the registration data
% Output: (none)
%     - 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
cd(dataloc)

display('Added directories and moved')
endloc = strfind(vidname, 'Green');
%Generate the output video name
outputName = strcat(savedir, vidname(1:(endloc+4)), '_appliedRegistration.h5');

a = dir(outputName);
%Apply registration to the video if it hasn't already been done under the
%output video name
if isempty(a)
    regMatName = dir(strcat(savedir, vidname(1:endloc), '*', searchstr));
    regMatName = strcat(savedir, regMatName.name);
    applyIterativeReg_memory(vidname, datName, regMatName, outputName)
end
end