void Crowd::binsort()
{
int i,j,k,l;
double ndiv,factx,facty,factz;
deque<int> ibin;
Node* nd;
int num;
/*////
double stx,sty,stz;
stx = stdpt.getX()/stdrate;
sty = stdpt.getY()/stdrate;
stz = stdpt.getZ()/stdrate;
*/ /////
///binlist.clear();
num = getSize();
///for(i=0;i<num;i++) binlist.push_back(i);
ndiv = (int)pow((double)num,0.1);
factx = ndiv / ((getXWidth()) * 1.01 / getMaxWidth());
facty = ndiv / ((getYWidth()) * 1.01 / getMaxWidth());
factz = ndiv / ((getZWidth()) * 1.01 / getMaxWidth());
for(l = 0; l < num; l++)
{
nd = getNode(l);
i = (int)((nd->getX()) * factx);
j = (int)((nd->getY()) * factz);
k = (int)((nd->getZ()) * facty);
//////
//i = (int)((nd->getX()-stx)*factx);
//j = (int)((nd->getY()-sty)*factz);
//k = (int)((nd->getZ()-stz)*facty);
///////////
if((k % 2) == 0)
{
if((j % 2) == 0)
ibin.push_back((int)(k * ndiv * ndiv + j * ndiv + i + 1));
else
ibin.push_back((int)(k * ndiv * ndiv + (j + 1) * ndiv - i));
}
else
{
if((j % 2) == 0)
ibin.push_back((int)(k * ndiv * ndiv + (ndiv - j) * ndiv - i));
else
ibin.push_back((int)(k * ndiv * ndiv +
(ndiv - j - 1) * ndiv + i + 1));
}
}
dtm::quickSort(0,num - 1,binlist,ibin);
}
float AABoundingBox::getVolume() const { return getXWidth() * getYWidth() * getZWidth(); }
