public override int RequiredGridSize()
{
if (_fst.RequiredGridSize() == 0 || _snd.RequiredGridSize() == 0)
{
return(0);
}
return(Math.Max(_fst.RequiredGridSize(), _snd.RequiredGridSize()));
}
public override int RequiredGridSize()
{
return(Math.Min(_fst.RequiredGridSize(), _snd.RequiredGridSize()));
}
public override int RequiredGridSize()
{
var maxoffset = Math.Max(Math.Max(_tranform.X, _tranform.Y), _tranform.Z);
return((int)Math.Ceiling(_original.RequiredGridSize() + 2 * maxoffset));
}
public override int RequiredGridSize()
{
return((int)Math.Ceiling(_original.RequiredGridSize() * scale));
}
public override int RequiredGridSize()
{
return(_fst.RequiredGridSize());
}
// Assumes the worst case instead of calculating the actual grid.
// This is the distance between two opposite corners.
public override int RequiredGridSize()
{
return((int)Math.Ceiling(Math.Sqrt((_original.RequiredGridSize() * _original.RequiredGridSize()) * 3)));
}