Save video in the R2014b - mp4

Hi,

I am new to Matlab and have created a script comparing two PCA-analysis of a movement. Also gotten so far as to create a movie, but in the new R2014b I don't really understand how I can save the movie (basically 551 graphs created) to mp4 on my hard drive - anyone have a good solution for this?

here is my script:

x = [Matrix(:,1) Matrix(:,34)... Matrix(:,34) Matrix(:,4)... Matrix(:,4) Matrix(:,28)... Matrix(:,4) Matrix(:,16)... Matrix(:,28) Matrix(:,16)... Matrix(:,16) Matrix(:,1)... Matrix(:,34) Matrix(:,13)... Matrix(:,34) Matrix(:,19)... Matrix(:,13) Matrix(:,19)... Matrix(:,19) Matrix(:,46)... Matrix(:,37) Matrix(:,46)... Matrix(:,37) Matrix(:,19)... Matrix(:,37) Matrix(:,43)... Matrix(:,43) Matrix(:,58)... Matrix(:,43) Matrix(:,49)... Matrix(:,58) Matrix(:,49)... Matrix(:,49) Matrix(:,55)... Matrix(:,55) Matrix(:,52)... Matrix(:,52) Matrix(:,7)... Matrix(:,49) Matrix(:,64)... Matrix(:,7) Matrix(:,64)... Matrix(:,7) Matrix(:,10)... Matrix(:,10) Matrix(:,40)... Matrix(:,40) Matrix(:,31)... Matrix(:,22) Matrix(:,25)... Matrix(:,25) Matrix(:,61)];

z = [Matrix(:,3) Matrix(:,36)... Matrix(:,36) Matrix(:,6)... Matrix(:,6) Matrix(:,30)... Matrix(:,6) Matrix(:,18)... Matrix(:,30) Matrix(:,18)... Matrix(:,18) Matrix(:,3)... Matrix(:,36) Matrix(:,15)... Matrix(:,36) Matrix(:,21)... Matrix(:,15) Matrix(:,21)... Matrix(:,21) Matrix(:,48)... Matrix(:,39) Matrix(:,48)... Matrix(:,39) Matrix(:,21)... Matrix(:,39) Matrix(:,45)... Matrix(:,45) Matrix(:,60)... Matrix(:,45) Matrix(:,51)... Matrix(:,60) Matrix(:,51)... Matrix(:,51) Matrix(:,57)... Matrix(:,57) Matrix(:,54)... Matrix(:,54) Matrix(:,9)... Matrix(:,51) Matrix(:,66)... Matrix(:,9) Matrix(:,66)... Matrix(:,9) Matrix(:,12)... Matrix(:,12) Matrix(:,42)... Matrix(:,42) Matrix(:,33)... Matrix(:,24) Matrix(:,27)... Matrix(:,27) Matrix(:,63)];

x_mirror = -1. * x;

x2 = [Matrix2(:,1) Matrix2(:,34)... Matrix2(:,34) Matrix2(:,4)... Matrix2(:,4) Matrix2(:,28)... Matrix2(:,4) Matrix2(:,16)... Matrix2(:,28) Matrix2(:,16)... Matrix2(:,16) Matrix2(:,1)... Matrix2(:,34) Matrix2(:,13)... Matrix2(:,34) Matrix2(:,19)... Matrix2(:,13) Matrix2(:,19)... Matrix2(:,19) Matrix2(:,46)... Matrix2(:,37) Matrix2(:,46)... Matrix2(:,37) Matrix2(:,19)... Matrix2(:,37) Matrix2(:,43)... Matrix2(:,43) Matrix2(:,58)... Matrix2(:,43) Matrix2(:,49)... Matrix2(:,58) Matrix2(:,49)... Matrix2(:,49) Matrix2(:,55)... Matrix2(:,55) Matrix2(:,52)... Matrix2(:,52) Matrix2(:,7)... Matrix2(:,49) Matrix2(:,64)... Matrix2(:,7) Matrix2(:,64)... Matrix2(:,7) Matrix2(:,10)... Matrix2(:,10) Matrix2(:,40)... Matrix2(:,40) Matrix2(:,31)... Matrix2(:,22) Matrix2(:,25)... Matrix2(:,25) Matrix2(:,61)];

z2 = [Matrix2(:,3) Matrix2(:,36)... Matrix2(:,36) Matrix2(:,6)... Matrix2(:,6) Matrix2(:,30)... Matrix2(:,6) Matrix2(:,18)... Matrix2(:,30) Matrix2(:,18)... Matrix2(:,18) Matrix2(:,3)... Matrix2(:,36) Matrix2(:,15)... Matrix2(:,36) Matrix2(:,21)... Matrix2(:,15) Matrix2(:,21)... Matrix2(:,21) Matrix2(:,48)... Matrix2(:,39) Matrix2(:,48)... Matrix2(:,39) Matrix2(:,21)... Matrix2(:,39) Matrix2(:,45)... Matrix2(:,45) Matrix2(:,60)... Matrix2(:,45) Matrix2(:,51)... Matrix2(:,60) Matrix2(:,51)... Matrix2(:,51) Matrix2(:,57)... Matrix2(:,57) Matrix2(:,54)... Matrix2(:,54) Matrix2(:,9)... Matrix2(:,51) Matrix2(:,66)... Matrix2(:,9) Matrix2(:,66)... Matrix2(:,9) Matrix2(:,12)... Matrix2(:,12) Matrix2(:,42)... Matrix2(:,42) Matrix2(:,33)... Matrix2(:,24) Matrix2(:,27)... Matrix2(:,27) Matrix2(:,63)];

x_mirror2 = -1. * x2;

videosetting_skipFrames = 7; xvf = [1:551];

measurement_frequency = 250; n_Markers = size(Matrix,2)/3; n_max = min(size(Matrix,1), measurement_frequency*20 );

h1=figure('units','normalized','outerposition',[0 0 1 1],'name',Title,'Position',[50,50,1000,1000]); hold off box off

for i=1:videosetting_skipFrames:n_max j = i *2; subplot(1,2,1)

     for k = 1:2:51 % <- (number of pairs in row*2)-1
         plot(x_mirror(i,k:k+1),z(i,k:k+1),'r')
         hold on

         plot(x_mirror2(i,k:k+1),z2(i,k:k+1),'k')

     end

    p1 = plot(-Matrix(i,1:3:n_Markers*3),Matrix(i,3:3:n_Markers*3+2),...
        'or', 'MarkerFaceColor','r','MarkerSize',5);
    hold on
    p2 = plot(-Matrix2(i,1:3:n_Markers*3),Matrix2(i,3:3:n_Markers*3+2),...
        'ok', 'MarkerFaceColor','k','MarkerSize',5);
    hold off

    xlim([-1000 1000])
    ylim([-20 2000])
    legend(['time ' ,num2str(i/measurement_frequency),' s']);
    title('sagittal view')

     subplot (1,2,2)    
     plot(vertForce_BW_mean,'k')
     hold on
     plot( PM_Force,'r')
     hold on
     p = plot(xvf(j),vertForce_BW_mean(j),'o','MarkerFaceColor','k');

    pause(0.0001)

end