Error: Assignment has fewer non-singleton rhs dimensions than non-singleton subscripts

Hi, I'm trying to make a code for a Linear Programming model. Using linprog tool. The for loop presented is one of the constraints of the system.

The ERROR is given by the first calculation of xtemp2 , and it says that _ "Assignment has fewer non-singleton rhs dimensions than non-singleton subscripts" _ .

My intention is that for every loop of kk, the xtemp2(:,F(tt):N(tt),kk) which has 3 dimensions, counts all rows and put it equal to r(:,kk) . In this case, rows in both represent the same (total_product).

I don't understand what I'm doing wrong. I know it might be a simple thing, but I'm new with MATLAB, so it is complicated for me to see.

Thanks for any help!

if true
  % code
Line=2
total_product=2
macro_period=2
micro_period=4
F = [1;3]
L = [2;4]
down_time = [3 5;3 5]
cap = [200 150;500 400]
r = [2 3;1 2]
st = [0 2 ;2 0]         
st(:,:,2) = [0 1;1 0]

 for tt = 1:macro_period
    for kk = 1:Line

        xtemp2 = clearer2
        xtemp2(:,F(tt):L(tt),kk) = r(:,kk)   * * | |*%%This Line has the ERROR %%*| | * *

        xtemp3 =clearer3
        xtemp3(:,:,kk,F(tt):L(tt))= st(:,:,kk)

        xtemp = sparse([clearer12;xtemp2(:);xtemp3(:)])

        Aineq(counter,:) = xtemp
        bineq(counter) = cap(kk,tt)-down_time(kk,tt)

        counter = counter + 1 

    end
end
  end

[Patty]

For example, this are the two matrices by separate.

if true
  % code
r(:,kk)
ans =

     2
     1
xtemp2(:,F(tt):L(tt),kk)
ans =

     0     0
     0     0

end

What I want to do, is that xtemp2 in this loop looks like:

if true

     2     2
     1     1

How can I do that? Because What I have now, is not working because the error.

Answer 1

[Walter Roberson]

See repmat()

[Patty]

Tried, but is not working. To make it more clear I want that the matrix has these values at the end of each loop as indicated.

xtemp2 
for tt = 1
  for kk = 1
  n1  n2  n3  n4
j1  2  2  0  0
j2  1  1  0  0
  
  kk = 2
  n1  n2  n3  n4
j1  3  3  0  0
j2  2  2  0  0
for tt = 2
  for kk = 1
  n1  n2  n3  n4
j1  0  0  2  2
j2  0  0  1  1
  
  kk = 2
  n1  n2  n3  n4
j1  0  0  3  3
j2  0  0  2  2

[Jan]

I do not understand the notation.