bool ArcInlet::validateBox(const AlignedBox3r& b) {
for(const auto& c:{AlignedBox3r::BottomLeftFloor,AlignedBox3r::BottomRightFloor,AlignedBox3r::TopLeftFloor,AlignedBox3r::TopRightFloor,AlignedBox3r::BottomLeftCeil,AlignedBox3r::BottomRightCeil,AlignedBox3r::TopLeftCeil,AlignedBox3r::TopRightCeil}){
// FIXME: all boxes fail?!
if(!CompUtils::cylCoordBox_contains_cartesian(cylBox,node->glob2loc(b.corner(c)))) return false;
}
return true;
}
bool CylinderInlet::validateBox(const AlignedBox3r& b) {
if(!node) throw std::runtime_error("CylinderInlet.node==None.");
/* check all corners are inside the cylinder */
#if 0
boxesTried.push_back(b);
#endif
for(AlignedBox3r::CornerType c:{AlignedBox3r::BottomLeft,AlignedBox3r::BottomRight,AlignedBox3r::TopLeft,AlignedBox3r::TopRight,AlignedBox3r::BottomLeftCeil,AlignedBox3r::BottomRightCeil,AlignedBox3r::TopLeftCeil,AlignedBox3r::TopRightCeil}){
Vector3r p=node->glob2loc(b.corner(c));
if(p[0]<0. || p[0]>height) return false;
if(Vector2r(p[1],p[2]).squaredNorm()>pow(radius,2)) return false;
}
return true;
}
