error: Maximum variable size allowed by the program is exceeded. in line matrix = zeros((m-63)*(n-63), 2+64*64);

count = 1; j = 1; matrix = zeros((m-63)*(n-63), 2+64*64);

while(j+63<m) k = 1; while(k+63<n) dum=zeros(1,64*64); dum(1:(min(m-j+1,64)*(min(n-k+1,64))))=reshape(img1(j:min(j+63,m),k:min(n,k+63)),1,(min(m-j+1,64)*(min(n-k+1,64)))); matrix(count, :) = [j,k, dum]; count = count+1; k = k+1; end j = j+1; end

[John D'Errico]

Make smaller matrices. Get more memory. Use a 64 bit version of matlab.

Oh, and if you want someone to understand what you are trying to do here to re-write your code, learn to format your code so it is readable. That requires one click of a button when you type it in.

You might also explain something about what it is the code does, so that someone might have a chance to rewrite it.

My point is, if you want help, then make it easy for someone to help you, rather than forcing them to dig through a strung out mess of un-commented code that does some mysterious operation.

Answer 1

[Guillaume]

Assuming a smallish image of size 640x480, you're trying to allocate an array of size (577*417) * (2+64*64) * 8 = 7888125456 kb or just under 8GB. Have you got that much memory?

If your images are even bigger, you'll need a huge amount of memory since your allocating room for 4608 times the size of one image.

[shikha gautam]

Is there is any way to solve this problem or u can suggest me any change in code. Please reply me .