public override bool Equals(object other)
{
if (!(other is INTBOUNDS3))
{
return(false);
}
INTBOUNDS3 bounds = (INTBOUNDS3)other;
return(this.min.Equals(bounds.min) && (this.max + INTVECTOR3.one * this.close_max).Equals(bounds.max + INTVECTOR3.one * bounds.close_max));
}
public static INTBOUNDS3 operator *(INTBOUNDS3 lhs, int rhs)
{
if (lhs.close_max == 0)
{
return(new INTBOUNDS3(lhs.min * rhs, lhs.max * rhs));
}
INTVECTOR3 ofs = new INTVECTOR3(lhs.close_max, lhs.close_max, lhs.close_max);
INTBOUNDS3 retval = new INTBOUNDS3(lhs.min * rhs, (lhs.max + ofs) * rhs - ofs);
retval.close_max = lhs.close_max;
return(retval);
}
public static INTBOUNDS3 operator |(INTBOUNDS3 lhs, INTBOUNDS3 rhs)
{
INTBOUNDS3 retval = new INTBOUNDS3();
int delta = rhs.close_max - lhs.close_max;
rhs.close_max = lhs.close_max;
rhs.max = rhs.max + INTVECTOR3.one * delta;
retval.min.x = lhs.min.x < rhs.min.x ? lhs.min.x : rhs.min.x;
retval.min.y = lhs.min.y < rhs.min.y ? lhs.min.y : rhs.min.y;
retval.min.z = lhs.min.z < rhs.min.z ? lhs.min.z : rhs.min.z;
retval.max.x = lhs.max.x > rhs.max.x ? lhs.max.x : rhs.max.x;
retval.max.y = lhs.max.y > rhs.max.y ? lhs.max.y : rhs.max.y;
retval.max.z = lhs.max.z > rhs.max.z ? lhs.max.z : rhs.max.z;
retval.close_max = lhs.close_max;
return(retval);
}