list<tiPoint > ClsTopologyRect::getPointsForSubPopulation(ClsBaseSubPopulation *clsBaseSubPopulation){
list<tiPoint > lstPointsReturn;
int iWidth = pclsWidth->getValue();
int iHeight = pclsHeight->getValue();
if(dynamic_cast<ClsAll*>(clsBaseSubPopulation)){
lstPointsReturn = getAllPoints(iWidth, iHeight);
}
else if(dynamic_cast<ClsList*>(clsBaseSubPopulation)){
list<tiPoint > lstPairsSubPopulation = (dynamic_cast<ClsList*>(clsBaseSubPopulation))->getData();
list<tiPoint > lstPoints;
lstPoints = getAllPoints(iWidth, iHeight);
lstPointsReturn = AndLists(lstPoints, lstPairsSubPopulation);
}
else if(dynamic_cast<ClsRegion*>(clsBaseSubPopulation)){
ClsRegion* clsRegion = dynamic_cast<ClsRegion*>(clsBaseSubPopulation);
int iRegionXStart = clsRegion->getXStart();
int iRegionYStart = clsRegion->getYStart();
int iRegionWidth = clsRegion->getWidth();
int iRegionHeight = clsRegion->getHeight();
lstPointsReturn = getPoints4Rect( iRegionXStart, iRegionYStart, iRegionWidth, iRegionHeight);
}
return lstPointsReturn;
}
std::vector<Point> WorldGenerator::getFreeSpaces(World* world)
{
std::vector<Point> v = getAllPoints(world);
for(const auto& t : getTakenSpaces(world))
v.erase(std::remove(v.begin(), v.end(), t), v.end());
return v;
}
Curve Curve::mirror(int x) {
vector<Point> points = getAllPoints();
vector<Point> newpoints;
for (int i=0;i<points.size();i++) {
Point P = points[i].mirror(x);
newpoints.push_back(P);
}
return Curve(newpoints);
}
void Curve::draw(Screen screen, Color C) {
vector<Point> points = getAllPoints();
Point temp;
Line L;
for (int i=0;i<points.size();i++) {
Point P(points[i].getAbsis(),points[i].getOrdinat());
if (i>0) {
L.setLine(temp, P);
L.draw(screen, C);
}
temp = P;
}
}
