MatLab to C# Converter

A high-tech company is looking to contract a MatLab to .NET C# source code converter. The solution should only handle the basic programming constructs in MatLab and produce the equivalent and optimal C# source code; this includes arrays, loops, etc., but does not include graphics, toolboxes such as signal processing, etc. As it is rather hard to specify which parts of the MatLab language should be supported, here is an algorithm snippet which should be supported in full. The offered solution should support the constructs in the snippet, and bidder should be available for follow-up work in additional pay to complete missing elements. %[curr_stater, curr_len_stater, prev_stater, next_stater] = deal(param_f{5:8}); % initialize A=[]; B=[]; A(1,1)=0; B(9,1)=0; % A(time+1,state+1), B(time+1,state+1) temp_init = -1e3*ones(1,16); %LL_APP = zeros(1,8); LL_extren = zeros(1,8); %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % forward path matric (calc A) for jj=2:9, % for every time from time=1 to time=8 (note: jj=time+1) mp1 =curr_stater(1:curr_len_stater(jj),jj); % modif!!!!!!!!!!!!!! p0p1 =prev_state_0_r(mp1,jj)'; % prev_state(state+1,bit+1,time+1) %modif split into 0 and 1 table p1p1 =prev_state_1_r(mp1,jj)'; % prev_state(state+1,bit+1,time+1) %modif split into 0 and 1 table p0_gt_0 =prev_state_0_gt_0_r(mp1,jj)'; % prev_state(state+1,bit+1,time+1) %modif split into 0 and 1 table =prev_state>=0 p1_gt_0 =prev_state_1_gt_0_r(mp1,jj)'; % prev_state(state+1,bit+1,time+1) %modif split into 0 and 1 table =prev_state>=0 temp0= A(jj-1,p0p1) -p0_gt_0.*ymodif(jj-1) +(p0_gt_0-1)*1e3; % ymodif(time+1) temp1= A(jj-1,p1p1) +p1_gt_0.*ymodif(jj-1) +(p1_gt_0-1)*1e3; % ymodif(time+1) A(jj,mp1)= max(temp0,temp1); % A(time+1,state+1 end