Struct: RT.Coordinates.Pentavector

• Assembly: RT.Coordinates, Version=4.0.0.0, Culture=neutral, PublicKeyToken=null
• Namespace: RT.Coordinates
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  Inherits from:

  • System.ValueType
    • object
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  Implements:

  • System.IEquatable<RT.Coordinates.Pentavector> (directly)

Summary

Describes a vertex in a pentagonal grid using a system of four base vectors, which are unit vectors 36° from one another. Used by Penrose and PentaCell.

Constructors

Pentavector(int a, int b, int c, int d)

Describes a vertex in a pentagonal grid using a system of four base vectors, which are unit vectors 36° from one another. Used by Penrose and PentaCell.

Static methods

Pentavector

Base(int angle)

Returns a Pentavector describing a unit vector at the specified angle. (see also remarks)

Instance methods

bool	Equals(Pentavector other) Implements: IEquatable<Pentavector>.Equals(Pentavector)	Refer to the documentation for IEquatable<Pentavector>.Equals.
bool	Equals(object obj) Overrides: object.Equals(object)	Refer to the documentation for object.Equals.
int	GetHashCode() Overrides: object.GetHashCode()	Refer to the documentation for object.GetHashCode.
Pentavector	Rotate(int clockwiseAmount = 1)	Rotates the vector the specified clockwiseAmount times 36°.
string	ToString() Overrides: object.ToString()	Refer to the documentation for object.ToString.

Operators

Pentavector	operator+(Pentavector one, Pentavector two)	Addition operator.
bool	operator==(Pentavector one, Pentavector two)	Equality comparison.
Pentavector.Vertex	implicit operator Pentavector.Vertex(Pentavector v)	Implicit operator converting Pentavector to Vertex.
bool	operator!=(Pentavector one, Pentavector two)	Inequality comparison.
Pentavector	operator*(Pentavector one, int two)	Multiplication operator.
Pentavector	operator*(int one, Pentavector two)
Pentavector	operator-(Pentavector one, Pentavector two)	Subtraction operator.
Pentavector	operator-(Pentavector op)	Unary negation operator.

Instance properties

int	A	The A component of this vector, which extends outward from the origin at a 54° angle counter-clockwise (SVG) or clockwise (geometry) from the x-axis.
int	B	The B component of this vector, which extends outward from the origin at an 18° angle counter-clockwise (SVG) or clockwise (geometry) from the x-axis.
int	C	The C component of this vector, which extends outward from the origin at an 18° angle clockwise (SVG) or counter-clockwise (geometry) from the x-axis.
int	D	The D component of this vector, which extends outward from the origin at a 54° angle clockwise (SVG) or counter-clockwise (geometry) from the x-axis.
Pentavector	DivideByPhi	Returns a new Pentavector whose direction is the same as this vector, but with a length multiplied by 1/φ. φ is the golden ratio ((√(5)+1)/2).
Pentavector	MultiplyByPhi	Returns a new Pentavector whose direction is the same as this vector, but with a length multiplied by φ. φ is the golden ratio ((√(5)+1)/2).
PointD	Point	Returns the 2D point represented by this vector.

Static fields

Pentavector	BaseA	Returns a Pentavector describing a unit vector at a 54° angle counter-clockwise (SVG) or clockwise (geometry) from the x-axis.
Pentavector	BaseB	Returns a Pentavector describing a unit vector at a 18° angle counter-clockwise (SVG) or clockwise (geometry) from the x-axis.
Pentavector	BaseC	Returns a Pentavector describing a unit vector at a 18° angle clockwise (SVG) or counter-clockwise (geometry) from the x-axis.
Pentavector	BaseD	Returns a Pentavector describing a unit vector at a 54° angle clockwise (SVG) or counter-clockwise (geometry) from the x-axis.
Pentavector	BaseE	Returns a Pentavector describing a unit vector pointing straight down (SVG) or up (geometry).

Nested types

Vertex

Describes a vertex in a grid constructed from Pentavector values. (see also remarks)