public static bounds_d FromPoints(double3 v0, double3 v1)
{
bounds_d newBounds = new bounds_d();
newBounds.ConformTo(v0, v1);
return(newBounds);
}
public bounds_d ExpandedToFit(bounds_d other)
{
bounds_d newBoundsD = this;
newBoundsD.ExpandToFit(other);
return(newBoundsD);
}
public bounds(bounds_d bounds)
{
_center = bounds.center.toFloat3();
_extents = bounds.extents.toFloat3();
_size = 2.0f * _extents;
_min = _center - _extents;
_max = _center + _extents;
}
[MethodImpl((MethodImplOptions)0x100)] // agressive inline
public static bool intersects(bounds_d b0, bounds_d b1)
{
return(b0.max.x > b1.min.x &&
b0.min.x < b1.max.x &&
b0.max.y > b1.min.y &&
b0.min.y < b1.max.y &&
b0.max.z > b1.min.z &&
b0.min.z < b1.max.z);
}
[MethodImpl((MethodImplOptions)0x100)] // agressive inline
public static bool equal(bounds_d b0, bounds_d b1)
{
return(all(equal(b0.center, b1.center) & equal(b0.extents, b1.extents)));
}
public void ExpandToFit(bounds_d other)
{
ConformTo(min(_min, other.min), min(_max, other.max));
}
