Struct

RadMatrix

Initializes a new RadMatrix, applying the specified X and Y values as DX and DY members of the matrix.

Declaration

public RadMatrix(PointF offset)

Parameters

Copy constructor.

Declaration

public RadMatrix(RadMatrix source)

Parameters

Initializes a new RadMatrix, rotated by the specified angle (in degrees) at origin (0, 0).

Declaration

public RadMatrix(float angle)

Parameters

Initializes a new RadMatrix, rotated by the specified angle (in degrees) at the provided origin.

Declaration

public RadMatrix(float angle, PointF origin)

Parameters

Initializes a new RadMatrix, scaling it by the provided parameters, at the origin (0, 0).

Declaration

public RadMatrix(float scaleX, float scaleY)

Parameters

Initializes a new RadMatrix, scaling it by the provided parameters, at the specified origin.

Declaration

public RadMatrix(float scaleX, float scaleY, PointF origin)

Parameters

Initializes a new RadMatrix, using the specified parameters.

Declaration

public RadMatrix(float m11, float m12, float m21, float m22, float dx, float dy)

Parameters

Declaration

public float DX

Field Value

Declaration

public float DY

Field Value

Declaration

public const float DegreeToRadian = 0.017453294

Field Value

Declaration

public static readonly RadMatrix Empty

Field Value

Declaration

public static readonly RadMatrix Identity

Field Value

Declaration

public static readonly float M11

Field Value

Declaration

public static readonly float M12

Field Value

Declaration

public static readonly float M21

Field Value

Declaration

public static readonly float M22

Field Value

Declaration

public const float PI = 3.141593

Field Value

Declaration

public const float RadianToDegree = 57.295773

Field Value

Declaration

public const float TwoPI = 6.283186

Field Value

Gets the determinant - [(M11 * M22) - (M12 * M21)] - of this Matrix.

Declaration

public float Determinant { get; }

Property Value

Gets all the six fields of the matrix as an array.

Declaration

public float[] Elements { get; }

Property Value

Determines whether the current matrix is empty.

Declaration

public bool IsEmpty { get; }

Property Value

Determines whether this matrix equals to the Identity one.

Declaration

public bool IsIdentity { get; }

Property Value

Determines whether this matrix may be inverted. That is to have non-zero determinant.

Declaration

public bool IsInvertible { get; }

Property Value

Gets the rotation (in degrees) applied to this matrix.

Declaration

public float Rotation { get; }

Property Value

Gets the scale by the X axis, provided by this matrix.

Declaration

public float ScaleX { get; }

Property Value

Gets the scale by the Y axis, provided by this matrix.

Declaration

public float ScaleY { get; }

Property Value

Determines whether the specified array of floating-point values is equal to the current instance of the RadMatrix.

Declaration

public bool Equals(float[] elements)

Parameters

Returns

Determines whether the specified object is equal to the current instance of RadMatrix.

Declaration

public override bool Equals(object obj)

Parameters

Returns

Overrides ValueType.Equals(object)

Computes the hash code for the current instance of the RadMatrix class.

Declaration

public override int GetHashCode()

Returns

Overrides ValueType.GetHashCode()

Multiplies the current instance of the RadMatrix with another RadMatrix.

Declaration

public void Multiply(RadMatrix matrix)

Parameters

Multiplies the current RadMatrix by another RadMatrix using the specified order of multiplication.

Declaration

public void Multiply(RadMatrix matrix, MatrixOrder order)

Parameters

Calculates the distance between two points in a 2D space.

Declaration

public static float PointsDistance(PointF point1, PointF point2)

Parameters

Returns

Resets the matrix to its initial state, clearing any transformations or modifications applied.

Declaration

public void Reset()

Rotates the matrix by the specified angle.

Declaration

public void Rotate(float angle)

Parameters

Rotates the matrix by the specified angle.

Declaration

public void Rotate(float angle, MatrixOrder order)

Parameters

Rotates the matrix at the specified angle around a specified point.

Declaration

public void RotateAt(float angle, PointF origin)

Parameters

Rotates the matrix at a specified angle around a given point, applying the specified order for the transformation.

Declaration

public void RotateAt(float angle, PointF origin, MatrixOrder order)

Parameters

Scales the matrix by the specified factors along the X and Y axes.

Declaration

public void Scale(float scaleX, float scaleY)

Parameters

Scales the matrix by the specified horizontal and vertical factors in accordance with the provided matrix order.

Declaration

public void Scale(float scaleX, float scaleY, MatrixOrder order)

Parameters

Returns a string representation of the current instance of the RadMatrix class.

Declaration

public override string ToString()

Returns

Overrides ValueType.ToString()

Transforms the specified point using the current transformation matrix.

Declaration

public PointF TransformPoint(PointF point)

Parameters

Returns

Transforms an array of 2D points using the current transformation matrix.

Declaration

public void TransformPoints(PointF[] points)

Parameters

Transforms the specified rectangle using the RadMatrix transformation.

Declaration

public RectangleF TransformRectangle(RectangleF bounds)

Parameters

Returns

Translates the matrix by the specified X and Y offsets.

Declaration

public void Translate(float dx, float dy)

Parameters

Translates the matrix by the specified x and y offsets according to the given matrix order.

Declaration

public void Translate(float dx, float dy, MatrixOrder order)

Parameters

Declaration

public static bool operator !=(RadMatrix matrix1, RadMatrix matrix2)

Parameters

Returns

Declaration

public static RadMatrix operator *(RadMatrix matrix1, RadMatrix matrix2)

Parameters

Returns

Declaration

public static bool operator ==(RadMatrix matrix1, RadMatrix matrix2)

Parameters

Returns