void Lottery::run() {
srand(time(NULL));
generateTeams();
generateLotteryNumbers();
assignTeams();
generateOutputFile();
}
void CRebuildGraph::CompareAndGenerateResults(SettingsSimulation settingsSimulation,
gslGraph *targetGraph,
gslGraph *bestGraph,
char* inputFilename,
time_t timeStart,
double Tk,
double *&bestBC,
double costBest,
double &compareResult,
char *outputGraphFilename
){
CFuncTrace lFuncTrace(false,string("CRebuildGraph::CompareAndGenerateResults"));
time_t timeEnd;
gsl_matrix *targetGraphGsl = gsl_matrix_calloc(targetGraph->getOrder(), targetGraph->getOrder());
gsl_matrix *bestGraphGsl = gsl_matrix_calloc(bestGraph->getOrder(), bestGraph->getOrder());
targetGraph->graphToGsl(targetGraphGsl);
bestGraph->graphToGsl(bestGraphGsl);
compareResult = this->compareMatrix(targetGraphGsl, bestGraphGsl);
// Processing tasks accomplished
// Showing results
timeEnd=time(NULL);
lFuncTrace.trace(CTrace::TRACE_DEBUG,"RESULTS:\n");
lFuncTrace.trace(CTrace::TRACE_DEBUG,"CPU time needed: %f seconds\n",difftime(timeEnd,timeStart));
// printf("Output file: %s\n",outputFilename);
double *targetBC = NULL;
{
graphIndicator * graphIndicator = FactoryMethodGraphIndicator::createGraphIndicator(settingsSimulation.graphProperty,targetGraph);
targetBC = graphIndicator->calculateIndicatorWithReescale(settingsSimulation.reescale);
delete graphIndicator;
}
generateOutputFile(targetGraph,inputFilename, Tk, costBest,targetBC,
bestBC, timeStart, timeEnd,settingsSimulation);
lFuncTrace.trace(CTrace::TRACE_DEBUG,"Reconstructed graph file: %s",outputGraphFilename);
bestGraph->printMyGraph(outputGraphFilename,settingsSimulation.outputFormatGraphResultAdjList);
gsl_matrix_free(bestGraphGsl);
gsl_matrix_free(targetGraphGsl);
}
int main(int argc, char * argv[])
{
//checks to make sure that there are 2 arguments - one for input and output
inputCheck(argv);
//Get the input file name...
char *inputFileName = *(argv + 1);
char *outputFileName = *(argv + 2);
//Find out how many students are on the input file...
int numberOfStudents = getRecordCount(inputFileName);
//Create the number of students depending on the record count...
Student listOfStudents[numberOfStudents];
createStudents(listOfStudents, numberOfStudents);
//Read the data of the input file...
FILE *myFile = openFile(inputFileName);
//Fill out all the student's info...
fillStudentRecord(myFile, listOfStudents, numberOfStudents);
//sortStudents using the array of student struct
sortStudents(listOfStudents, numberOfStudents);
//Calculate each student's GPA and recorded in the structure...
getGPA(listOfStudents, numberOfStudents);
//Calculate each student's Letter Grade and record in the structure...
getGrade(listOfStudents, numberOfStudents);
//Create ClassGrade structure pointer...
ClassGrade *classGrade;
classGrade = (ClassGrade *)malloc((sizeof classGrade) * 20);
//Call functions to calculate the scores...
getScoreAverage(listOfStudents, classGrade, numberOfStudents);
getMinScore(listOfStudents, classGrade, numberOfStudents);
getMaxScore(listOfStudents, classGrade, numberOfStudents);
//Generate and output file with the student grade information
generateOutputFile(outputFileName, inputFileName, listOfStudents, numberOfStudents);
//Print out student's info...
printAllStudents(listOfStudents, classGrade, numberOfStudents, inputFileName, outputFileName);
return 0;
}
void
AGActivityGen::makeActivityTrips(int days, int beginSec, int endSec) {
durationInDays = days;
beginTime = beginSec;
endTime = endSec;
/**
* making the activity trips
*/
AGActivities acts(&city, durationInDays + 1);
acts.generateActivityTrips();
/**
* validating the trips with the simulation's time limits
*/
//list<Trip>* trips = &(acts.trips);
std::list<AGTrip> expTrips;
std::map<std::string, int> carUsed;
std::list<AGTrip>::iterator it;
//multiplication of days
for (it = acts.trips.begin(); it != acts.trips.end(); ++it) {
if (it->isDaily()) {
for (int currday = 1; currday < durationInDays + 2; ++currday) {
AGTrip tr(it->getDep(), it->getArr(), it->getVehicleName(), it->getTime(), currday);
tr.setType(it->getType());
if (carUsed.find(tr.getVehicleName()) != carUsed.end()) {
++carUsed.find(tr.getVehicleName())->second;
} else {
carUsed[tr.getVehicleName()] = 1;
}
std::ostringstream os;
os << tr.getVehicleName() << ":" << carUsed.find(tr.getVehicleName())->second;
tr.setVehicleName(os.str());
tr.addLayOverWithoutDestination(*it); //intermediate destinations are taken in account too
varDepTime(tr); //slight variation on each "default" car
if (timeTripValidation(tr)) {
expTrips.push_back(tr);
}
//else
// std::cout << "trop tard 1 pour " << tr.getVehicleName() << " " << tr.getTime() << " day: " << tr.getDay() << std::endl;
}
} else {
AGTrip tr(it->getDep(), it->getArr(), it->getVehicleName(), it->getTime(), it->getDay());
tr.setType(it->getType());
if (carUsed.find(tr.getVehicleName()) != carUsed.end()) {
++carUsed.find(tr.getVehicleName())->second;
} else {
carUsed[tr.getVehicleName()] = 1;
}
std::ostringstream os;
os << tr.getVehicleName() << ":" << carUsed.find(tr.getVehicleName())->second;
tr.setVehicleName(os.str());
tr.addLayOverWithoutDestination(*it); //intermediate destinations are taken in account too
varDepTime(tr); //slight variation on each "default" car
if (timeTripValidation(tr)) {
expTrips.push_back(tr);
}
//else
// std::cout << "trop tard 2 pour " << tr.getVehicleName() << " " << tr.getTime() << " day: " << tr.getDay() << std::endl;
}
}
std::cout << "total trips generated: " << acts.trips.size() << std::endl;
std::cout << "total trips finally taken: " << expTrips.size() << std::endl;
/**
* re-ordering of trips: SUMO needs routes ordered by departure time.
*/
expTrips.sort(); //natural order of trips
std::cout << "...sorted by departure time.\n" << std::endl;
/**
* trip file generation
*/
generateOutputFile(expTrips);
}
