public override void RecalculateBounds()
{
Matrix transform = TranslateFrom;
bool firstIteration = true;
OuterRadiusVector = VectorUtility.Zero;
float outerRadius = 0;
Vector2 tempOuterRadius;
ActualCenter = Vector2.Transform(ReferenceRegion.Center, transform);
for (int i = 0; i < NumSides; i++)
{
_actualVertices[i] = Vector2.Transform(ReferenceRegion.Vertices[i], transform);
if (firstIteration)
{
LowestX = _actualVertices[i].X;
LowestY = _actualVertices[i].Y;
HighestX = _actualVertices[i].X;
HighestY = _actualVertices[i].Y;
firstIteration = false;
}
else
{
LowestX = MathHelper.Min(LowestX, _actualVertices[i].X);
LowestY = MathHelper.Min(LowestY, _actualVertices[i].Y);
HighestX = MathHelper.Max(HighestX, _actualVertices[i].X);
HighestY = MathHelper.Max(HighestY, _actualVertices[i].Y);
}
tempOuterRadius = (_actualVertices[i] - ActualCenter);
if (tempOuterRadius.Length() > outerRadius)
{
outerRadius = tempOuterRadius.Length();
OuterRadiusVector = tempOuterRadius;
}
}
InnerRadiusVector = ShapeUtility.FindClosestPointOnPolygon(ActualCenter, _actualVertices, NumSides) - ActualCenter;
}
public Vector2 FindClosestPoint(Vector2 point)
{
return(ShapeUtility.FindClosestPointOnPolygon(point, this));
}