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ComputeOrientationLine ( |
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CreateGeometricTransform ( |
This method initializes the new CGAffineTransform such that it represents the geometric transform that maps the rectangle specified by the rect parameter to the parallelogram defined by the three points in the plgpts parameter. The upper-left corner of the rectangle is mapped to the first point in the plgpts array, the upper-right corner is mapped to the second point, and the lower-left corner is mapped to the third point. The lower-right point of the parallelogram is implied by the first three.
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CreateGeometricTransform ( |
This method initializes the new CGAffineTransform such that it represents the geometric transform that maps the rectangle specified by the rect parameter to the parallelogram defined by the three points in the plgpts parameter. The upper-left corner of the rectangle is mapped to the first point in the plgpts array, the upper-right corner is mapped to the second point, and the lower-left corner is mapped to the third point. The lower-right point of the parallelogram is implied by the first three.
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CreateRotateFlipTransform ( int &width, int &height, float angle, bool flipX, bool flipY ) : CGAffineTransform |
Creates the rotate flip transform given the input parameters
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CrossProduct ( |
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DotProduct ( |
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Erf ( double x ) : double | ||
GetCurveTangents ( int terms, |
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Lerp ( float value1, float value2, float amount ) : float | ||
Normal ( Point v ) : float | ||
Phi ( double x ) : double | ||
PolygonArea ( |
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PolygonBoundingBox ( |
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PolygonCentroid ( |
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QuadraticToCubic ( |
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SigmaBellShape ( float focus, float scale ) : System.Drawing.Drawing2D.Blend | ||
Transform ( this rectangle, Matrix matrix ) : |
Transform the specified Rectangle by the matrix that is passed.
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TransformRectangle ( |
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TriangleBoundingBox ( |