void tableGen() {
int instances = 50;
SEQ_SIZE = 100;
LOW = 1;
HIGH = 1000000000000;
ITER = 50000;
DEBUGGING = false;
IN_PRODUCTION = true;
/*----------------------------------*/
cout << "rowID\tKK\tBoolRR\tBoolHC\tBoolSA\tPartRR\tPartHC\tPartSA\n";
for (int i = 1; i <= instances; i++){
Sequence* s = new Sequence(SEQ_SIZE);
/*----------------------------------*/
PREPARTITIONING = false;
Sequence* s_copy = s->getCopy();
int64 kk = karmarkarKarp(s_copy);
delete s_copy;
int64 boolRR = repeatedRandom(s)->residue();
int64 boolHC = hillClimbing(s)->residue();
int64 boolSA = simulatedAnnealing(s);
/*----------------------------------*/
PREPARTITIONING = true;
int64 partRR = repeatedRandom(s)->residue();
int64 partHC = hillClimbing(s)->residue();
int64 partSA = simulatedAnnealing(s);
/*----------------------------------*/
delete s;
cout << i << "\t" << kk << "\t" << boolRR << "\t" << boolHC << "\t" << boolSA << "\t"
<< partRR << "\t" << partHC << "\t" << partSA << "\n";
}
}
int main(int argc, const char * argv[]) {
mt19937 gen(r());
string fname = argv[1];
if (argc > 2) { // Testing cases present in args
int64 flag = atoi(argv[2]);
testSuite(flag);
}
if (argc == 2) {
// Proof that KK works
Sequence* s = generateInstanceFromFile(fname);
Sequence* s_copy = s->getCopy();
cout << "karmarkarKarp: " << karmarkarKarp(s_copy) << endl << endl;
PREPARTITIONING = false;
repeatedRandom(s)->residue();
cout << endl;
hillClimbing(s)->residue();
cout << endl;
simulatedAnnealing(s);
cout << endl;
PREPARTITIONING = true;
repeatedRandom(s)->residue();
cout << endl;
hillClimbing(s)->residue();
cout << endl;
simulatedAnnealing(s);
cout << endl;
}
}
