MonoMac.CoreGraphics.CGAffineTransform: Method Members

The methods of MonoMac.CoreGraphics.CGAffineTransform are listed below. For a list of all members, see the CGAffineTransform Members list.

See Also: Inherited members from System.ValueType

Public Methods

static
CGAffineTransformInvert(CGAffineTransform) : CGAffineTransform
Inverts the affine transformation matrix.
static
CGRectApplyAffineTransform(System.Drawing.RectangleF, CGAffineTransform) : System.Drawing.RectangleF
Applies an affine transformation to a rectangle.
override
Equals(object) : bool
Compares the objects for equality.
override
GetHashCode() : int
The hashcode for this object.
Invert() : CGAffineTransform
Inverts this affine transformation.
static
MakeIdentity() : CGAffineTransform
Returns the identity affine transformation.
static
MakeRotation(float) : CGAffineTransform
Returns an affine transformation for the requested rotation angle.
static
MakeScale(float, float) : CGAffineTransform
Returns the affine transformation for the requested scaling in the X and Y coordinates.
static
MakeTranslation(float, float) : CGAffineTransform
Return the affine transformation for translating to the requested location.
Multiply(CGAffineTransform)
Multiplies the current affine transformation by the specified affine transformation.
static
Multiply(CGAffineTransform, CGAffineTransform) : CGAffineTransform
Multiplies the two affine transformations and returns the result.
Rotate(float)
Applies a rotation to the affine by the specified angle in radians.
Scale(float, float)
Modify the affine to scale by the specified magnitudes.
override
ToString() : string
Renders the affine in textual form.
TransformPoint(System.Drawing.PointF) : System.Drawing.PointF
Transforms the coordinates of the provided point by the affine.
TransformRect(System.Drawing.RectangleF) : System.Drawing.RectangleF
Applies the affine transform to the supplied rectangle and returns the transformed rectangle.
Translate(float, float)
Translates the affine transform by modifying every X value by the supplied X parameter and every Y value by the supplied Y parameter.