function [vid1, vid2, nmaxmove, crop1, crop2] = convergeMaxMove(ivid1, ivid2, maxmove1, maxmove2)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Crops two videos that have been registered with iterative registration to
%a view that merges the two registration coordinates
% Inputs:
%     - ivid1: Input video from the first registration
%     - ivid2: Input video from the second registration
%     - maxmove1: The cropping values used to generate the first
%     video
%     - maxmove2: The cropping values used to generate the second video
% Output:
%     - vid1: The first input video converted to the merged field of view
%     - vid2: The second input video converted to the merged field of view
%     - nmaxmove: The cropping matrix that should be used on the original
%     uncropped data
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
vid1 = ivid1;
vid2 = ivid2;

dvid1 = size(vid1);
dvid2 = size(vid2);
m1 = sum(maxmove1(1:end-1, :),1);
m2 = sum(maxmove2(1:end-1, :),1);

%Identify where cropping for video 1 is larger than video 2 and vice verse 
mdiff = m1-m2;
nchange1 = [1 dvid1(2) 1 dvid1(1)];
nchange2 = [1 dvid2(2) 1 dvid2(1)];
m1ind = find(mdiff < 0);
m2ind = find(mdiff > 0);

%Use the difference in cropped values to determine how much more to crop
%from each video so that they're in the same field of view
nmaxmove = m1;
nmaxmove(m1ind) = m2(m1ind);
m1d = abs(mdiff);
m2d = abs(mdiff);
m1d(m2ind) = 0;
m2d(m1ind) = 0;
m1d([2 4]) = -m1d([2 4]);
m2d([2 4]) = -m2d([2 4]);
nchange1 = nchange1+m1d;
nchange2= nchange2+m2d;
crop1 = nchange1;
crop2 = nchange2;
vid1 = vid1(crop1(3):crop1(4), crop1(1):crop1(2), :);
vid2 = vid2(crop2(3):crop2(4), crop2(1):crop2(2), :);

        
        
end