modules/video_processing: refactor interface->include + more.

webrtc/modules/video_processing/test/createTable.m

 % Create the color enhancement look-up table and write it to
 % file colorEnhancementTable.cpp. Copy contents of that file into
 % the source file for the color enhancement function.
 
 clear
 close all
 
 
 % First, define the color enhancement in a normalized domain
 
@@ skipping 13 matching lines @@
 B=0.2; % initial slope of compander function (between 0 and 1)
 
 x0=linspace(0,r0).'; % zone 1
 x1=linspace(r0,r1).'; % zone 2
 x2=linspace(r1,1).'; % zone 3
 
 A=(1-B)/r0;
 f0=A*x0.^2+B*x0; % compander function in zone 1
 
 % equation system for finding second zone parameters
-M=[r0^3 r0^2 r0 1; 
+M=[r0^3 r0^2 r0 1;
     3*r0^2 2*r0 1 0;
     3*r1^2 2*r1 1 0;
     r1^3 r1^2 r1 1];
 m=[A*r0^2+B*r0; 2*A*r0+B; 1; r1];
 % solve equations
 theta=M\m;
 
 % compander function in zone 1
 f1=[x1.^3 x1.^2 x1 ones(size(x1))]*theta;
 
@@ skipping 121 matching lines @@
 % traverse all frames
 for k=1:size(y,3)
     fprintf('Frame %i\n', k);
     for r=1:size(u,1)
         for c=1:size(u,2)
             unew(r,c,k) = uint8(U(double(v(r,c,k))+1, double(u(r,c,k))+1));
             vnew(r,c,k) = uint8(V(double(v(r,c,k))+1, double(u(r,c,k))+1));
         end
     end
 end
-      
+
 fprintf('\nWriting modified test file...')
 writeYUV420file('../out/Debug/foremanColorEnhanced.yuv',y,unew,vnew);
 fprintf(' done\n');