Name | Description | |
---|---|---|
![]() | Contains | Overloaded. Determines whether the rectangle contains the point with the specified coordinates |
![]() | Equals | |
![]() ![]() | FitRectangle | Returns the fitted rectangle with the specified orientation (in degrees) |
![]() ![]() | FromCenterAndSize | Gets a rectangle from center and dimensions |
![]() ![]() | FromLTRB | Gets a rectangle from the coordinates of it's sides |
![]() ![]() | FromTwoPoints | Overloaded. Gets a normalized rectangle from two points |
![]() | GetCompassPoint | Obtains the point on the rectangle rim, which corresponds to the specified compass direction |
![]() | GetHashCode | |
![]() | GetOppositeCompassPoint | Obtains the point on the rectangle rim, which corresponds to the specified compass direction |
![]() | IncludePoint | Includes the point in this rectangle |
![]() | InclusiveContains | Determines whether the rectangle contains the point with the specified coordinates |
![]() | InclusiveIntersectsWith | Determines whether this rectangle intersects with the specified rectangle |
![]() | Inflate | Overloaded. Inflates the rectangle with the specified amounts |
![]() ![]() | Intersection | Returns a third rectangle that represents the intersection of two rectangles. If there is no intersection, the Zero rectangle is returned |
![]() | IntersectsWith | Determines whether this rectangle intersects with the specified rectangle |
![]() | Normalize | Normalizes this rectangle |
![]() | Offset | Offsets the rectangle with the specified x and y amount. |
![]() ![]() | ResizeRectangle | Computes a new rect for an expected resize of a rectangle in the specified compass direction |
![]() | Scale | Scales the rectangle with the specified factors |
![]() | ToNRange2D | Converts this rectangle to an NRange2D. |
![]() | ToNRectangle | Converts this rectangle to RectangleF |
![]() | ToString | Returns the string representation of this object |
![]() | Translate | Translates this rectangle with the specified amounts |
![]() ![]() | Union | Creates the smallest possible third rectangle that can contain the two rectangles that form a union |