// ***************************************************************************
void CQuadGridClipClusterQTreeNode::noFrustumClip(CClipTrav *clipTrav)
{
// if empty (test important for branch and leave clusters)
if(Empty)
return;
// clip the sons
if( LeafNode)
{
// clip DistMax.
CVector c= BBoxExt.getCenter();
float dist= (c - clipTrav->CamPos).norm();
dist-= BBoxExt.getRadius();
sint minDistSetup= (sint)floor(Owner->_NumDist*dist/Owner->_DistMax);
// NB if too far, set _NumDist (ie will clip only the infinite objects ones)
clamp(minDistSetup, 0, (sint)Owner->_NumDist);
// clip the sons
H_AUTO_USE( NL3D_QuadClip_SonsShowNoClip );
ListNode.clipSons(minDistSetup);
}
else
{
// forceShow of cluster sons
Sons[0]->noFrustumClip(clipTrav);
Sons[1]->noFrustumClip(clipTrav);
Sons[2]->noFrustumClip(clipTrav);
Sons[3]->noFrustumClip(clipTrav);
}
}
// ***************************************************************************
void CQuadGridClipCluster::clip(CClipTrav *clipTrav)
{
H_AUTO_USE( NL3D_QuadClip_ClusterClip );
// clip the quadtree
_Root.clip(clipTrav);
}
//=========================================================================
void CHairSet::init (NLMISC::IProgressCallback &progress)
{
H_AUTO_USE(RZ_HairSet)
clear();
uint numHairItem = SheetMngr.getNumItem(SLOTTYPE::HEAD_SLOT);
for(uint k = 0; k < numHairItem; ++k)
{
// Progress bar
progress.progress ((float)k/(float)numHairItem);
const CItemSheet *item = SheetMngr.getItem(SLOTTYPE::HEAD_SLOT, k);
if( (item) && (!item->getShape().empty()) )
{
std::string itemName = item->getShape();
itemName = NLMISC::strlwr(itemName);
if (item->getShape().find("cheveux", 0) != std::string::npos)
{
// get race
uint16 race = (uint16) itemName[1] | ((uint16) itemName[0] << 8);
switch(race)
{
case 'ma': _Hairs[Matis].push_back(k); break;
case 'tr': _Hairs[Tryker].push_back(k); break;
case 'zo': _Hairs[Zorai].push_back(k); break;
case 'fy': _Hairs[Fyros].push_back(k); break;
}
}
}
}
}
