Struct: RT.Coordinates.Snubquad

Summary

Represents a cell in a Snubquad.Grid. Each cell may be a square or a triangle, which are all slightly tilted.

Snubquad(int x, int y, Snubquad.Tile subtile)

Represents a cell in a Snubquad.Grid. Each cell may be a square or a triangle, which are all slightly tilted.

bool	Equals(Snubquad other) Implements: IEquatable<Snubquad>.Equals(Snubquad)	Refer to the documentation for IEquatable<Snubquad>.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.
string	ToString() Overrides: object.ToString()	Refer to the documentation for object.ToString.
IEnumerable<Vertex>	Vertices(AtEdges atEdges = AtEdges.None)	Returns the vertices along the perimeter of this Snubquad, going clockwise from the top (square or up-pointing tri) or top-left (down-pointing tri).
IEnumerable<Vertex>	Vertices(int dx, int dy, int dw, int dh)	Returns the vertices along the perimeter of this Snubquad assuming that we’re rendering a rectangle positioned at (dx/2, dy/2) and of size dw/2 × dh/2 and we want the edges of the rectangle straightened. (see also remarks)

IEnumerable<Snubquad>	Rectangle(int width, int height)	Returns a set of Snubquad cells that form a rectangle consisting of width×height×6 cells.
IEnumerable<Snubquad>	Rectangle(int dx, int dy, int dw, int dh)	Returns a set of Snubquad cells that form a rectangle positioned at (dx/2, dy/2) and of size dw/2 × dh/2. (see also remarks)

PointD	Center Implements: IHasSvgGeometry.Center	Refer to the documentation for IHasSvgGeometry.Center.
IEnumerable<Edge>	Edges Implements: IHasSvgGeometry.Edges	Refer to the documentation for IHasSvgGeometry.Edges.
IEnumerable<Snubquad>	Neighbors Implements: INeighbor<Snubquad>.Neighbors	Refer to the documentation for INeighbor<Snubquad>.Neighbors.
Snubquad.Tile	Subtile	Specifies which of the six subtiles this cell is.
int	X	X-coordinate of the cell.
int	Y	Y-coordinate of the cell.

Grid	Describes a 2D grid of square cells surrounded by hexagonal cells. Looks a bit like a 7-segment display.
Tile	Identifies one of the three types of tiles in a Snubquad grid.
Vertex	Describes a vertex (gridline intersection) in a Snubquad.Grid. (see also remarks)