You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: my_repmat.m
    path of file: ./repos/VPdetection-CVPR14/mixtures
    
    the code of the file until where you have to start completion: function B = my_repmat(A,siz,N)
%REPMAT Replicate and tile an array.
%   B = repmat(A,M,N) creates a large matrix B consisting of an M-by-N
%   tiling of copies of A. The size of B is [size(A,1)*M, size(A,2)*N].
%   The statement repmat(A,N) creates an N-by-N tiling.
%
%   B = REPMAT(A,[M N]) accomplishes the same result as repmat(A,M,N).
%
%   B = REPMAT(A,[M N P ...]) tiles the array A to produce a
%   multidimensional array B composed of copies of A. The size of B is
%   [size(A,1)*M, size(A,2)*N, size(A,3)*P, ...].
%
%   REPMAT(A,M,N) when A is a scalar is commonly used to produce an M-by-N
%   matrix filled with A's value and having A's CLASS. For certain values,
%   you may achieve the same results using other functions. Namely,
%      REPMAT(NAN,M,N)           is the same as   NAN(M,N)
%      REPMAT(SINGLE(INF),M,N)   is the same as   INF(M,N,'single')
%      REPMAT(INT8(0),M,N)       is the same as   ZEROS(M,N,'int8')
%      REPMAT(UINT32(1),M,N)     is the same as   ONES(M,N,'uint32')
%      REPMAT(EPS,M,N)           is the same as   EPS(ONES(M,N))
%
%   Example:
%       repmat(magic(2), 2, 3)
%       repmat(uint8(5), 2, 3)
%
%   Class support for input A:
%      float: double, single
%
%   See also BSXFUN, MESHGRID, ONES, ZEROS, NAN, INF.

%   Copyright 1984-2010 The MathWorks, Inc.
%   $Revision: 1.17.4.17 $  $Date: 2010/08/23 23:08:12 $


    
function B = my_repmat(A,siz,N)
%REPMAT Replicate and tile an array.
%   B = repmat(A,M,N) creates a large matrix B consisting of an M-by-N
%   tiling of copies of A. The size of B is [size(A,1)*M, size(A,2)*N].
%   The statement repmat(A,N) creates an N-by-N tiling.
%
%   B = REPMAT(A,[M N]) accomplishes the same result as repmat(A,M,N).
%
%   B = REPMAT(A,[M N P ...]) tiles the array A to produce a
%   multidimensional array B composed of copies of A. The size of B is
%   [size(A,1)*M, size(A,2)*N, size(A,3)*P, ...].
%
%   REPMAT(A,M,N) when A is a scalar is commonly used to produce an M-by-N
%   matrix filled with A's value and having A's CLASS. For certain values,
%   you may achieve the same results using other functions. Namely,
%      REPMAT(NAN,M,N)           is the same as   NAN(M,N)
%      REPMAT(SINGLE(INF),M,N)   is the same as   INF(M,N,'single')
%      REPMAT(INT8(0),M,N)       is the same as   ZEROS(M,N,'int8')
%      REPMAT(UINT32(1),M,N)     is the same as   ONES(M,N,'uint32')
%      REPMAT(EPS,M,N)           is the same as   EPS(ONES(M,N))
%
%   Example:
%       repmat(magic(2), 2, 3)
%       repmat(uint8(5), 2, 3)
%
%   Class support for input A:
%      float: double, single
%
%   See also BSXFUN, MESHGRID, ONES, ZEROS, NAN, INF.

%   Copyright 1984-2010 The MathWorks, Inc.
%   $Revision: 1.17.4.17 $  $Date: 2010/08/23 23:08:12 $





if size(A,1)==1
    nelems = prod(double(siz));
    % Since B doesn't exist, the first statement creates a B with
    % the right size and type.  Then use scalar expansion to
    % fill the array. Finally reshape to the specified size.
    B(nelems) = A;
    if ~isequal(B(1), B(nelems)) || ~(isnumeric(A) || islogical(A))
        % if B(1) is the same as B(nelems), then the default value filled in for
        % B(1:end