function [] = get3()

addpath("./UTIL", "./GA", "./KEYS", "./DATASETS");

load("./RESULTS/MMRE/1test2");
alb1 = albrecht;
desh1 = desharnais;
max1 = maxwell;
coc1 = cocomo81;

load("./RESULTS/MMRE/2test2");
alb2 = albrecht;
desh2 = desharnais;
max2 = maxwell;
coc2 = cocomo81;

load("./RESULTS/MMRE/3test2");
alb3 = albrecht;
desh3 = desharnais;
max3 = maxwell;
coc3 = cocomo81;

load("./RESULTS/MMRE/4test2");
alb4 = albrecht;
desh4 = desharnais;
max4 = maxwell;
coc4 = cocomo81;



aABE2 = computeABE("preAlbrecht.txt", 1);
dABE2 = computeABE("preDesharnais.txt", 1);
mABE2 = computeABE("preMaxwell.txt", 1);
cABE2 = computeABE("preCocomo81.txt", 1);

aA1 = computeMMRE(alb1, "preAlbrecht.txt", 1);
aA1
fflush(stdout);
aA2 = computeMMRE(alb2, "preAlbrecht.txt", 1);
aA3 = computeMMRE(alb3, "preAlbrecht.txt", 1);
aA4 = computeMMRE(alb4, "preAlbrecht.txt", 1);
dA1 = computeMMRE(desh1, "preDesharnais.txt", 1);
dA2 = computeMMRE(desh2, "preDesharnais.txt", 1);
dA3 = computeMMRE(desh3, "preDesharnais.txt", 1);
dA4 = computeMMRE(desh4, "preDesharnais.txt", 1);
mA1 = computeMMRE(max1, "preMaxwell.txt", 1);
mA2 = computeMMRE(max2, "preMaxwell.txt", 1);
mA3 = computeMMRE(max3, "preMaxwell.txt", 1);
mA4 = computeMMRE(max4, "preMaxwell.txt", 1);
cA1 = computeMMRE(coc1, "preCocomo81.txt", 1);
cA2 = computeMMRE(coc2, "preCocomo81.txt", 1);
cA3 = computeMMRE(coc3, "preCocomo81.txt", 1);
cA4 = computeMMRE(coc4, "preCocomo81.txt", 1);



for i = 1 : 20
aMA(i) = (((aA1(3,i) - aABE2(i)) / aABE2(i)) + ((aA2(3,i) - aABE2(i)) / aABE2(i)) + ((aA3(3,i) - aABE2(i)) / aABE2(i)) + ((aA4(3,i) - aABE2(i)) / aABE2(i))) / 4;
dMA(i) = (((dA1(3,i) - dABE2(i)) / dABE2(i)) + ((dA2(3,i) - dABE2(i)) / dABE2(i)) + ((dA3(3,i) - dABE2(i)) / dABE2(i)) + ((dA4(3,i) - dABE2(i)) / dABE2(i))) / 4;
cMA(i) = (((cA1(3,i) - cABE2(i)) / cABE2(i)) + ((cA2(3,i) - cABE2(i)) / cABE2(i)) + ((cA3(3,i) - cABE2(i)) / cABE2(i)) + ((cA4(3,i) - cABE2(i)) / cABE2(i))) / 4;
mMA(i) = (((mA1(3,i) - mABE2(i)) / mABE2(i)) + ((mA2(3,i) - mABE2(i)) / mABE2(i)) + ((mA3(3,i) - mABE2(i)) / mABE2(i)) + ((mA4(3,i) - mABE2(i)) / mABE2(i))) / 4;
end

all = [[1, statistics(aMA)]; [2, statistics(cMA)]; [3, statistics(dMA)]; [4, statistics(mMA)];];

save "res1.txt" aMA dMA cMA mMA;
save "results.txt" all;