CEntity_StaticMesh::CEntity_StaticMesh(
const std::vector< CRenderable_AbstractMaterial > in_Materials
,const std::vector< CRenderable_BoneRemap >& in_RemappedGeometries
,CBone* in_pRootBone
) :
m_Skeleton(in_pRootBone)
,m_RemappedGeometries(in_RemappedGeometries)
,m_Materials(in_Materials)
{
//CLog::Print("CEntity_StaticMesh(%p)::CEntity_StaticMesh(), pOrigin=%p\n",this,(CLinkOrigin*)this);
CalcBox();
}
void TextGraphic::getExtent (
float& x0, float& y0, float& cx, float& cy, float& tol, Graphic* gs
) {
PSFont* f = gs->GetFont();
Coord l, b, r, t;
CalcBox(l, b, r, t, f);
if (gs->GetTransformer() == nil) {
x0 = l;
y0 = b;
cx = float(l + r) / 2;
cy = float(b + t) / 2;
} else {
transformRect(l, b, r, t, x0, y0, cx, cy, gs);
cx = (cx + x0)/2;
cy = (cy + y0)/2;
}
tol = 0;
}
Tetra *FastMakeTetra(Face *f, Point3 *v, int n, UG *G)
{
Plane p;
Tetra *t;
float CellBoxRadius= 0.0, /* Radius of Cell Box to scan for dd-nearest */
BoxRadius,
FaceRadius,
MinRadius=BIGNUMBER;
struct argGroup args;
Line Lc;
IntPoint3 vn,vp, start, end, inc;
int Index=-1;
boolean Found=FALSE;
SI.MakeTetra++;
UGResetMark(G);
if(!CalcPlane(&(v[f->v[0]]),&(v[f->v[1]]),&(v[f->v[2]]),&p))
Error("Faccia composta da tre punti allineati!!\n",EXIT);
CalcLineofCenter(&(v[f->v[0]]),&(v[f->v[1]]),&(v[f->v[2]]),&Lc);
FaceRadius=V3DistanceBetween2Points(&(Lc.Lu), &(v[f->v[0]]));
args.f = f;
args.Lc = &Lc;
args.p = &p;
args.G = G;
// printf("checkpoint 0\n");
do
{
CellBoxRadius++;
BoxRadius=CalcBox(f,v,&Lc,G,&vn,&vp, CellBoxRadius*FaceRadius);
Found=ScanCellBox(&vn, &vp, v,&args,&Index, &MinRadius);
}
while(!Found && CellBoxRadius <= 1);
//printf("checkpoint 1\n");
// printf("MinRadius = %f BoxRadius = %f\n",MinRadius, BoxRadius);
if(Found && MinRadius>BoxRadius)
{float oldMinRadius=MinRadius;
SI.SecondBox++;
// printf("f->v[0] = %d, f->v[1] = %d, f->v[2] = %d, sqrt(MinRadius) = %f\n",f->v[0],f->v[1],f->v[2], sqrt(MinRadius));
BoxRadius=CalcBox(f,v,&Lc,G,&vn,&vp, sqrt(MinRadius));
// printf("checkpoint 2\n");
//printf("vn->x = %d ,vn->y = %d, vn->z = %d, vp->x = %d, vp->y = %d, vp->z = %d, radius = %f\n",vn.x, vn.y, vn.z, vp.x, vp.y,vp.z,MinRadius);
ScanCellBox(&vn, &vp, v, &args, &Index, &MinRadius);
//printf("checkpoint 2.1\n");
if(oldMinRadius>MinRadius) SI.UsefulSecondBox++;
}
if(!Found)
{
//printf("checkpoint 3\n");
SI.EmptyBox++;
CalcLastScan(G, &start, &end, &inc, &p);
//printf("checkpoint 4\n");
Found=MakeLastScan(&start, &end, &inc, v, &args, &Index,&MinRadius);
}
//printf("chekpoint 5\n");
if(!Found) return NULL;
if(MinRadius>0)
{
SI.MinRadius+=sqrt(MinRadius);
SI.MinRadiusNum++;
}
t=BuildTetra(f,Index);
if(StatFlag)
{Point3 C;
CalcSphereCenter(&(v[f->v[0]]),&(v[f->v[1]]),&(v[f->v[2]]),&(v[Index]),&C);
SI.Radius+=V3DistanceBetween2Points(&C, &(v[Index]));
}
if(CheckFlag) CheckTetra(t,v,n);
return t;
}