Gondwana.Drawing.Coordinates Namespace Reference

Classes
class	HexAxialFlatTopCoordinates
	Hexagonal – Flat-Top layout (even-q vertical layout) Bounding rectangle is (W x H). Centers advance by (0.75*W, H/2 per column parity)
class	HexAxialPointedTop
	Hexagonal – Pointed-Top layout (even-r horizontal layout) Bounding rectangle is (W x H). Centers advance by (W/2 per row parity, 0.75*H vertically)
interface	ISceneLayerCoordinates
	Defines the coordinate transformation logic for a SceneLayer, providing conversions between grid-space layer points and pixel-space positions, as well as geometric queries such as adjacency, polygon outlines, and wrapping behavior for different coordinate systems (square, isometric, hex, etc.).
class	IsometricAxialCoordinates
	Axial isometric projection using a horizontal column axis and a diagonal row axis. Each grid cell renders a diamond inside its W×H footprint. Column anchors advance by (W, 0), while row anchors advance by (W/2, H/2), packing the diamonds edge-to-edge. The pixel anchor is the top vertex of the diamond.
class	IsometricRhombicCoordinates
	Diagonal-Isometric (Diagonal Matrix) – same diamond projection but kept separate for alternative adjacency/rounding if needed. Uses identical math for now (clean, predictable behavior).
class	ObliqueLeftCoordinates
	Oblique projection using a left-receding, sheared square lattice. Columns remain horizontal while rows advance down and to the left, producing a parallelogram tile footprint rather than an isometric diamond.
class	ObliqueRightCoordinates
	Oblique projection using a right-receding, sheared square lattice. Columns remain horizontal while rows advance down and to the right, producing a parallelogram tile footprint rather than an isometric diamond.
class	OrthogonalCoordinates
	Provides orthogonal (rectangular grid) coordinate system implementation for scene layers. Tiles are arranged in a standard rectangular grid with no rotation or skewing.
class	RenderTileQuery
	Projection-specific fast traversal used only by full-frame rendering. Exact public intersection queries remain unchanged for gameplay, hit testing, and editor tooling.
class	TileBounds
	Provides utility methods for calculating tile boundaries and applying adjustments.

Enumerations
enum	CardinalDirections {   N , NE , E , SE ,   S , SW , W , NW }
	Represents the eight cardinal and intercardinal directions of the compass. More...
enum	CoordinateSystemTypes {   Orthogonal = 0 , IsometricRhombic = 1 , IsometricAxial = 2 , HexAxialFlatTop = 3 ,   HexAxialPointedTop = 4 , ObliqueRight = 5 , ObliqueLeft = 6 }
	Identifies the layout and math rules used to map tiles to world pixels and world pixels back to grid coordinates. Each option defines a different tile geometry. Used by SceneLayer to choose the correct coordinate math for a given map. More...

Enumeration Type Documentation

CardinalDirections

enum Gondwana.Drawing.Coordinates.CardinalDirections

Represents the eight cardinal and intercardinal directions of the compass.

Enumerator
N	North direction.
NE	Northeast direction.
E	East direction.
SE	Southeast direction.
S	South direction.
SW	Southwest direction.
W	West direction.
NW	Northwest direction.

Definition at line 6 of file CardinalDirections.cs.

CoordinateSystemTypes

enum Gondwana.Drawing.Coordinates.CoordinateSystemTypes

Identifies the layout and math rules used to map tiles to world pixels and world pixels back to grid coordinates. Each option defines a different tile geometry. Used by SceneLayer to choose the correct coordinate math for a given map.

Enumerator
Orthogonal	Axis-aligned square grid (Cartesian lattice).
IsometricRhombic	Isometric projection using a rhombic (diamond) lattice.
IsometricAxial	Isometric projection using an underlying square lattice with diagonal basis vectors.
HexAxialFlatTop	Hexagonal grid using axial coordinates with flat-topped hexes.
HexAxialPointedTop	Hexagonal grid using axial coordinates with pointy-topped hexes.
ObliqueRight	Oblique projection using a right-receding, sheared square lattice. Numeric value 5 is retained for compatibility with existing serialized layers.
ObliqueLeft	Oblique projection using a left-receding, sheared square lattice.

Definition at line 9 of file CoordinateSystemTypes.cs.