```
function [bank]=loadthem(filename)
for (i=1:4)
bank(:,:,:,i)=im2double(imread([filename '\' sprintf('%.0f', i) '.png']));
end
```

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I have some code in Matlab which need to be converted to vb or c# but I didn't have any experience on matlab. So if anyone can do this, please help me.

**This is the code in matlab:**

Thanks for help!

```
case ('BCC')
switch orientation;
% Input oriented;
case ('io')
Z = zeros(n,n+m+s+1);
% Objective function of the BCC model: min(0*lambda - epsilon*(s+ + s-) + theta);
f = [zeros(1,n) -epsilon*ones(1,s+m) 1];
lblambda = zeros(n,1); % Lower bounds for (n) lambdas;
lboutput = zeros(s,1); % Lower bounds for (s) outputs;
lbinput = zeros(m,1); % Lower bounds for (m) inputs ;
lb = [lblambda; lboutput; lbinput]; % Lower bounds for lambdas, outputs (s+) and inputs (s-);
for j=1:n
Aeq = [Y', -eye(s,s), zeros(s,m+1);
-X', zeros(m,s), -eye(m,m) X(j,:)';
ones(1,n), zeros(1,s), zeros(1,m+1)];
beq = [Y(j,:)';zeros(m,1);1];
z = linprog(f,[],[],Aeq,beq,lb);
Z(j,:) = z;
end
Z
% Output oriented;
case ('oo')
Z = zeros(n,n+m+s+1);
% Objective function of the BCC_oo model: max(0*lambda + epsilon*(s+ + s-) + theta);
f = -[zeros(1,n), epsilon*ones(1,s+m), 1];
lblambda = zeros(n,1); % Lower bounds for (n) lambdas;
lboutput = zeros(s,1); % Lower bounds for (s) outputs;
lbinput = zeros(m,1); % Lower bounds for (m) inputs ;
lb = [lblambda; lboutput; lbinput]; % Lower bounds for lambdas, outputs (s+) and inputs (s-);
for j=1:n
Aeq = [-Y', eye(s,s), zeros(s,m), Y(j,:)';
X', zeros(m,s), eye(m,m), zeros(m,1);
ones(1,n), zeros(1,s+m+1)];
beq = [zeros(s,1);X(j,:)';1];
z = linprog(f,[],[],Aeq,beq,lb);
Z(j,:) = z;
end
Z
end
```

Thanks for help!

```
function [bank]=loadthem(filename)
for (i=1:4)
bank(:,:,:,i)=im2double(imread([filename '\' sprintf('%.0f', i) '.png']));
end
```

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Comments

Oh! Thank you. I 'll try by myselft first.

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