Converting my .m file to .c code

Hi every one, I am trying to convert a .m file to .c for my final year project for hardware implementation. The code I'm trying to work on is:

clc;
clear all;
close all;
a(:,:,:,1)=imread('C:\Users\shamiliraj\Contacts\Desktop\traffic.jpg');
a(:,:,:,2)=imread('C:\Users\shamiliraj\Contacts\Desktop\traffic.jpg');
a(:,:,:,3)=imread('C:\Users\shamiliraj\Contacts\Desktop\traffic.jpg');
a(:,:,:,4)=imread('C:\Users\shamiliraj\Contacts\Desktop\traffic.jpg');
red1=a(:,:,1,1);
green1=a(:,:,2,1);
blue1=a(:,:,3,1);
objects1=red1-green1-blue1;
bwobjects11=objects1>(40);
rect11=[0 0 2000 1319];
cr11=imcrop(bwobjects11,rect11);
figure,imshow(cr11);
[bw11,n1]=bwlabel(cr11);%the no. of objects in the region are assigned to n1
disp(n1);
%second image
red2=a(:,:,1,2);
green2=a(:,:,2,2);
blue2=a(:,:,3,2);
objects2=red2-green2-blue2;
bwobjects22=objects2>(40);
rect21=[0 0 2000 1319];
cr21=imcrop(bwobjects22,rect21);
figure,imshow(cr21);
[bw21,n2]=bwlabel(cr21);
disp(n2);
%third image
red3=a(:,:,1,3);
green3=a(:,:,2,3);
blue3=a(:,:,3,3);
objects3=red3-green3-blue3;
bwobjects33=objects3>(40);
rect31=[0 0 2000 1319];
cr31=imcrop(bwobjects33,rect31);
figure,imshow(cr31);
[bw31,n3]=bwlabel(cr31);
disp(n3);
%fourth image
red4=a(:,:,1,4);
green4=a(:,:,2,4);
blue4=a(:,:,3,4);
objects4=red4-green4-blue4;
bwobjects44=objects4>(40);
rect41=[0 0 2000 1319];
cr41=imcrop(bwobjects44,rect41);
figure,imshow(cr41);
[bw41,n4]=bwlabel(cr41);
disp(n4);
t1=5;
t2=5;
t3=5;
t4=5;
t1=t1+(n1/2);
t2=t2+(n2/2);
t3=t3+(n3/2);
t4=t4+(n4/2);
if(t1>90)
  t1=90;
end
if(t2>90)
  t2=90;
end
if(t3>90)
  t3=90;
end
if(t4>90)
  t4=90;
end
disp(t1);
disp(t2);
disp(t3);
disp(t4);

I already installed matlab coder but unable to use it in the right way. Please guide me. Any help is greatly appreciated.

Thanks Vamsi Yuvaraj

Answer 1

[Walter Roberson]

Much the same constraints apply as in http://www.mathworks.co.uk/matlabcentral/answers/127031-how-can-i-convert-my-matlab-code-into-hdl-code

The difference is that in converting to C you can supply your own routines by those names, routines you write to interact with the hardware directly or with vendor-supplied libraries that interact with the hardware.

[Ryan Livingston]

Also, for converting to C code, the documentation describing requirements and/or limitations regarding your MATLAB code is available at:

http://www.mathworks.com/help/coder/language-supported-for-code-generation.html