const LightCollector &LightCollector::operator =(LightCollector &lc)
{
vertices=0;
transformed=0;
triangles=0;
nbTri = lc.nbTri;
nx = lc.nx;
ny = lc.ny;
avgChannels = lc.avgChannels;
avg = lc.avg;
lc.avg=0;
if (lc.worldRT) cvIncRefData(lc.worldRT);
if (worldRT) cvDecRefData(worldRT);
worldRT = lc.worldRT;
return *this;
}
LightCollector::LightCollector(const LightCollector &lc)
{
if (lc.vertices) vertices = cvCloneMat(lc.vertices);
else vertices=0;
if (lc.transformed) transformed = cvCloneMat(lc.transformed);
else transformed=0;
nbTri = lc.nbTri;
nx = lc.nx;
ny = lc.ny;
if (lc.triangles) {
triangles = new int[nbTri*3];
memcpy(triangles, lc.triangles, sizeof(int)*nbTri*3);
} else triangles=0;
avgChannels = lc.avgChannels;
avg=0;
if (lc.worldRT) cvIncRefData(lc.worldRT);
worldRT = lc.worldRT;
//assert(lc.avg==0);
}
int cvIncRefData_wrap(CvArr * arr ){
return cvIncRefData(/*CvArr*//***/arr);
}
void CvMatSinkPol::incrRef(CvMat *mat)
{
cvIncRefData(mat);
}
