function [probAintersectB probAnotB probBnotA sim]= hardCode2()

% hardcoded example for simulating purposes
% A ~ zipf(3,1), B~ 1-zipf(3,1)
% similarity = counting (alpha = 1, beta = gamma = 0.5)
f1 = zeros(64,3);
f2 = zeros(64,3);
sim = zeros(64,1);
A= [];
for i=1:64
    bin = dec2bin(i,6);
    Features1 = bin(1:3);
    Features2 = bin(4:6);
    f1 = bin2dec(Features1);
    f2 = bin2dec(Features2);     
     for j=1:3
         if(Features1(j) == '1')
             features1(j) =1;
         elseif(Features1(j) == '0')
             features1(j)=0;
         end
         if(Features2(j) == '1')
             features2(j) =1;
         elseif(Features2(j) == '0')
             features2(j)=0;
         end
     end
     %disp('features1');
     %disp(features1);
     %disp('features2');
     %disp(features2);     
    [AintersectB(i,:) AnotB(i,:) BnotA(i,:)] = featurescomp(features1, features2);
    %probAintersectB(i) = calcTrueProbIntersect(AintersectB(i,:), 'zipf', 0, ...
%                [3 1]);
    %[probAnotB(i)] = calcTrueProbExclusive('A', AnotB(i,:), 'zipf', 0, [3 1]);
    %[probBnotA(i)] = calcTrueProbExclusive('B', BnotA(i,:), 'zipf', 0,[3 1]);            
     %disp('probAintersectB');
     %disp(probAintersectB);
     %disp('probAnotB');
     %disp(probAnotB);
     %disp('probBnotA');
     %disp(probBnotA);
     %disp('sim');
    %Sim = simLin(probAintersectB(i), probAnotB(i), probBnotA(i));
    Sim = simCounting(AintersectB(i,:), AnotB(i,:), BnotA(i,:), 1, 0.5, 0.5);
     %disp(simLin(probAintersectB, probAnotB, probBnotA));
    sim(i) = Sim;
    A = [A; f1 f2 Sim AintersectB(i,:) AnotB(i,:) BnotA(i,:)];
    
end
success = xlswrite('zipf-counting-3', A);
i = 1:1:64;
%plot(i,probAintersectB,'go', i, probAnotB, 'ro', i, probBnotA, 'bo', i, sim, 'ko');
%subplot(4,1,1), plot(i,probAintersectB,'o');
%subplot(4,1,2), plot(i,probAnotB,'o');
%subplot(4,1,3), plot(i,probBnotA,'o');
%subplot(4,1,4), plot(sim,'o');