void ResearchEngine::doSingleResearch(Point *start, Point *end, int type, int populationSize, float f, float cr, int movementSteps, int epochs, bool showResult){
Environment env(*start, *end, type, populationSize, f, cr, movementSteps);
vector<float> results;
for(currentEpoch = 0; currentEpoch < epochs; currentEpoch++){
results.push_back(env.evolutionCycle());
}
Worm * worm = env.getBestWorm();
worm->saveToFile(createFileName("", "_worm.txt", start, end, type, populationSize, f, cr, movementSteps, epochs));
saveResultsToFile(createFileName("", "_results.txt", start, end, type, populationSize, f, cr, movementSteps, epochs), results);
if(showResult){
SDLInterface inteface;
inteface.displayWorm(worm);
}
env.clear();
}
void MainWindow::startTests()
{
if (cursorList.size()+1 == roundNum) // Finished Testing, go to results
{
setCursor(Qt::ArrowCursor);
thankUser();
saveResultsToFile();
close();
}
else
{
rndNum->setText(QString::number(roundNum));
setCursor(cursorList[roundNum-1]);
QMessageBox msg(QMessageBox::Information,"Information", QString("Now beginning round %1.\n Click OK to begin.").arg(roundNum),QMessageBox::Ok, this);
try //Catch infinite loop
{
if (roundNum<=5)
{
msg.move(QPoint(testArea->geometry().x()+(testArea->geometry().width()/2), testArea->geometry().y()+(testArea->geometry().height()/2)));
msg.exec();
testArea->start();
}
else
{
msg.move(QPoint(testArea2->geometry().x()+(testArea2->geometry().width()/2), testArea2->geometry().y()+(testArea2->geometry().height()/2)));
msg.exec();
testArea2->start();
}
} catch (QString temp)
{
qDebug() << temp;
}
roundNum++;
}
}
