function [lambda, sigma, gckl,gacv, counts, absum ] = iter

global dim;
%t = 26;
%s = 1;

t = 1;
s = 40;


lambda = zeros(t,1);
sigma = zeros(s,1);
gckl = zeros(s*t,1);
gacv = zeros(s*t,1);
counts = zeros(s*t,dim);
absum = zeros(s*t,dim); 
part1 = zeros(s*t,1);
part2 = zeros(s*t,1);

for i = 1:t
      %lambda(i,1) = 10^(0.3*i-7.5);
      lambda(i,1) = 0.002; 
      for j = 1:s 
      sigma(j,1) = j*0.05;
      [counts((i-1)*s+j,:), absum((i-1)*s+j,:), gckl((i-1)*s+j,1), gacv((i-1)*s+j,1)] = solve(lambda(i,1), sigma(j,1)); 
      end
end




