void cPIF_Bilin::AddToListInterval(cIncListInterv & aLInterv)
{
int aI0Alloc = mIncInterv.I0Alloc();
cIncIntervale aI("Intr",aI0Alloc,aI0Alloc+3);
aLInterv.AddInterv(aI);
const cQuadrangle aQ= mQuads[0][0];
aLInterv.AddInterv(aQ.mInt00);
aLInterv.AddInterv(aQ.mInt10);
aLInterv.AddInterv(aQ.mInt01);
aLInterv.AddInterv(aQ.mInt11);
}
//=======================================================================
//function : getResultShell
//purpose : function for avoiding empty shall or shell containing one face.
//=======================================================================
static TopoDS_Shape getResultShell(const TopoDS_Shape& theNewShell)
{
TopoDS_Shape rs;
Standard_Integer NbFacesShell =0;
TopoDS_Shape aF;
TopoDS_Iterator aI(theNewShell,Standard_False);
for(; aI.More(); aI.Next(),NbFacesShell++)
aF = aI.Value();
if(NbFacesShell >1)
rs = theNewShell;
else if(!aF.IsNull())
rs = aF;
return rs;
}
void GenCodeLaserImage(bool Normalize,bool Multi,INT aNb,INT aDegre)
{
tParamAFocal aNOPAF;
cout << "GenCodeLaserImage\n";
CamStenopeIdeale aCam(true,1.0,Pt2dr(0,0),aNOPAF);
cSetEqFormelles aSet;
Im2D_REAL4 aI(1,1);
cLIParam_Image * aP1 = aSet.NewLIParamImage(aI,1.0,aCam,cNameSpaceEqF::eRotFigee);
cLIParam_Image * aP2 = aSet.NewLIParamImage(aI,1.0,aCam,cNameSpaceEqF::eRotFigee);
cRotationFormelle * aRotPts = 0;
if (aDegre >=0)
aRotPts = aSet.NewRotationEvol(ElRotation3D(Pt3dr(0,0,0),0,0,0),aDegre);
aSet.NewLIEqVueLaserIm(aRotPts,Multi,Normalize,aNb,*aP1,*aP2,true);
}
int run(Grid grid, char ch, int* score, bool ai = false)
{
if(!over(grid))
{
if (ai)
{
ch = aI(grid);
}
if (shift(grid, ch, score))
{
randPut(grid);
if(win(grid))
{
return WIN;
}
}
else
{
return NONE;
}
}
else
return FAIL;
}
