void cIncListInterv::AddInterv(const cIncIntervale & anInterv,bool CanOverlap)
{
if (anInterv.Sz()==0 )
return;
for (tCSetIII anIt = mMap.begin() ; anIt!= mMap.end() ; anIt++)
{
ELISE_ASSERT
(
anIt->Id() != anInterv.Id(),
"Ambiguous Key in cIncListInterv::AddInterv"
);
if (CanOverlap)
mMayOverlap = true;
else
{
ELISE_ASSERT
(
! (anInterv.Overlap(*anIt)),
"Overlapping interval in cIncListInterv::AddInterv"
);
}
}
mMap.insert(anInterv);
ElSetMin(mI0Min,anInterv.I0Alloc());
ElSetMax(mI1Max,anInterv.I1Alloc());
mSurf += anInterv.Sz();
}
/*
class cIdIntCmp
{
public :
bool operator()(const cIncIntervale & anII1,const cIncIntervale & anII2) const
{
return anII1.Id() < anII2.Id();
}
};
class cMapIncInterv : public std::set<cIncIntervale,cIdIntCmp>
{
};
*/
bool cIdIntCmp::operator()(const cIncIntervale & anII1,const cIncIntervale & anII2) const
{
return anII1.Id() < anII2.Id();
}
