public void Set(FixRect other)
{
_center = other._center;
_max = other._max;
_min = other._min;
_size = other._size;
}
public static FixVec2 NormalizedToPoint(FixRect rectangle, FixVec2 normalizedRectCoordinates)
{
Fix x = FixMath.Min(FixMath.Max(Fix.Zero, normalizedRectCoordinates.X), Fix.One);
Fix y = FixMath.Min(FixMath.Max(Fix.Zero, normalizedRectCoordinates.Y), Fix.One);
return(new FixVec2(rectangle.xMin + (rectangle.xMax - rectangle.xMin) * x,
rectangle.yMin + (rectangle.yMax - rectangle.yMin) * y));
}
public bool Overlaps(FixRect other)
{
if ((other.xMax < xMin) ||
(other.xMin > xMax) ||
(other.yMax < xMin) ||
(other.yMin > yMax))
{
return(false);
}
return(true);
}
public bool Contains(FixRect other)
{
if ((other.xMax <= xMax) &&
(other.xMin >= xMin) &&
(other.yMax <= yMax) &&
(other.yMin >= yMin))
{
return(true);
}
return(false);
}
public static FixVec2 PointToNormalized(FixRect rectangle, FixVec2 point)
{
return(new FixVec2(FixMath.Min(FixMath.Max(Fix.Zero, (point.X - rectangle.xMin) / (rectangle.xMax - rectangle.xMin)), Fix.One),
FixMath.Min(FixMath.Max(Fix.Zero, (point.Y - rectangle.yMin) / (rectangle.yMax - rectangle.yMin)), Fix.One)));
}