test1.asv

This is inportent program for energy sector engineers. This matlab code is based on Newton Rapshion

% clc
% for i=1:3
%     for j=1:3
% Rd1=rand(i,j);
% Z=zeros(i,j);
% Z(:,:)=Rd1(:,:);
%     end
% end
% for i=1:3
%     for j=1:3
% Y=zeros(i,j)
% end
% end
% S=[Z,Y]
% Rd1
% Z
% Y
% S
% for i=1:3
%     for j=1:3
% Rd1=rand(i,j);
%     end
% end
% if Rd1(1,1)<Rd1(1,2)
%     Rbest=Rd1(1,1);
% else Rd1(1,2);
% end
% Rd1
% Rbest

clc
clear all
%baseMVA=100
int=50;
nrlfppg

   
%nbus=14;
    for i= 1:int
        for j= 1:nbus
          popu(i,j)=floor(rand(1)*28)*150;
          
        end
    end
        popu=popu'
        
        z=zeros(5,50)
        rb=randperm(size(popu,1));
        sd=randperm(size(popu,2));
        for nb=1:5
            z(nb,sd(nb))=popu(rb,      %row selected by the command
            
%             discard the row of popu selected by the above command and keep the rest rows
            end
        end

%         for jk= 1:50
%            pp= sum(z(:,jk));
%            if pp>4050
%             
%           
       
 
    for i= 1:int
        Qin=(popu(:,i)./(1000))
        newton
        %         a(i)=t;
%         b(i)=sum;
     end
%     a
%     b