void ProcessingThread::setROI(QRect roi)
{
QMutexLocker locker(&processingMutex);
currentROI.x = roi.x();
currentROI.y = roi.y();
currentROI.width = roi.width();
currentROI.height = roi.height();
processingBuffer.clear();
magnificator.clearBuffer();
int levels = magnificator.calculateMaxLevels(roi);
locker.unlock();
emit maxLevels(levels);
}
//Star operator overloading, providing a random crossing of the current
//unit and the one provided in parameter.
Unit Unit::operator*(const Unit& unit)const
{
std::vector<int> maxLevels(7);
for(int i = 0; i < 7; ++i) {
maxLevels[i] = std::max(capacities_[i]->getLevel(), unit.getCapacity(i)->getLevel());
}
int gA = this->getLevel();
int gB = unit.getLevel();
int global = gA;
if(gA!=gB)
global = std::min(gA, gB)+std::rand()%std::abs(gA-gB);
std::vector<int> levels(7,0);
while(global) {
int index = std::rand()%7;
if(levels[index]<maxLevels[index]) {
levels[index]++;
global--;
}
}
std::string ia;
std::string ia2 = tree->getCode();
if (std::rand() % 2)
{
ia = std::string(iaCode_);
std::string oldIaPart = getRandomIATreeSonCode();
size_t start_pos = ia.find(oldIaPart);
if (start_pos != std::string::npos)
{
ia.replace(start_pos, oldIaPart.size(), unit.getRandomIATreeSonCode());
}
}
else
{
ia = std::string(unit.getIACode());
std::string oldIaPart = unit.getRandomIATreeSonCode();
size_t start_pos = ia.find(oldIaPart);
if (start_pos != std::string::npos)
{
ia.replace(start_pos, oldIaPart.size(), getRandomIATreeSonCode());
}
}
return Unit(ia,levels);
}
