Gridy

Index

Enumerations

Classes

Interfaces

Type aliases

Variables

Functions

Type aliases

AnyGrid

AnyGrid: IGrid<AnyTile>

AnyTile

AnyTile: ITile<any>

Direction

Direction: [number, T]

Directions

Directions: Direction<T>[]

Float

Float: number

Integer

Integer: number

TileMap

TileMap: Map<string, AnyTile>

Variables

Const ANG

ANG: Float = 360

Const ANG_2

ANG_2: Float = 180

Const ANG_4

ANG_4: Float = 90

Const DEG_TO_RAD

DEG_TO_RAD: Float = Math.PI / 180

Const SQRT_2

SQRT_2: Float = Math.sqrt(2)

Const SQRT_2_2

SQRT_2_2: Float = Math.sqrt(2) / 2

Const SQRT_2_4

SQRT_2_4: Float = Math.sqrt(2) / 4

Const SQRT_3

SQRT_3: Float = Math.sqrt(3)

Const SQRT_3_2

SQRT_3_2: Float = Math.sqrt(3) / 2

Const SQRT_3_3

SQRT_3_3: Float = Math.sqrt(3) / 3

Const SQRT_3_6

SQRT_3_6: Float = Math.sqrt(3) / 6

Const d3

d3: any

Functions

axes

axes(a: AnyTile[], axe: Integer, odd?: boolean): AnyTile[]

- Defined in Path.ts:48
Parameters
- a: AnyTile[]
- axe: Integer
- Default value odd: boolean = false
Returns AnyTile[]

border

border(tiles: AnyTile[]): AnyTile[]

- Defined in Path.ts:63
Parameters
- tiles: AnyTile[]
Returns AnyTile[]

bounds

bounds(grid: IGrid<any>): Rectangle

- Defined in bounds.ts:36
Parameters
- grid: IGrid<any>
Returns Rectangle

boundsOfPoints

boundsOfPoints(points: Float2[]): Rectangle

- Defined in bounds.ts:12
Parameters
- points: Float2[]
Returns Rectangle

circle

circle(start: AnyTile, N: Integer): AnyTile[]

- Defined in Path.ts:6
Parameters
- start: AnyTile
- N: Integer
Returns AnyTile[]

connections

connections(tiles: AnyTile[]): AnyTile[][]

- Defined in Path.ts:97
Parameters
- tiles: AnyTile[]
Returns AnyTile[][]

describeArc

describeArc(x: number, y: number, radius: number, startAngle: number, endAngle: number): string

- Defined in Utils.ts:58
Parameters
- x: number
- y: number
- radius: number
- startAngle: number
- endAngle: number
Returns string

enumerate

enumerate(obj: any): any

- Defined in Utils.ts:9
Parameters
- obj: any
Returns any

instance

instance<T>(obj: T): T

- Defined in Utils.ts:5
Type parameters
- T
Parameters
- obj: T
Returns T

intersect

intersect(a: AnyTile[], b: AnyTile[]): AnyTile[]

- Defined in Path.ts:34
Parameters
- a: AnyTile[]
- b: AnyTile[]
Returns AnyTile[]

link

link(tilesMap: Map<any, AnyTile>): void

- Defined in Utils.ts:38
Parameters
- tilesMap: Map<any, AnyTile>
Returns void

mapped

mapped(available: TileMap, selection: Directions<AnyTile>): Object[]

- Defined in Utils.ts:25
Parameters
- available: TileMap
- selection: Directions<AnyTile>
Returns Object[]

min

min(grid: IGrid<any>): Position

- Defined in Transform.ts:25
Parameters
- grid: IGrid<any>
Returns Position

normalize

normalize(grid: IGrid<any>): void

- Defined in Transform.ts:31
Parameters
- grid: IGrid<any>
Returns void

outline

outline(tiles: AnyTile[], available?: AnyTile[]): AnyTile[]

- Defined in Path.ts:69
Parameters
- tiles: AnyTile[]
- Optional available: AnyTile[]
Returns AnyTile[]

polarToCartesian

polarToCartesian(centerX: number, centerY: number, radius: number, angleInDegrees: number): object

- Defined in Utils.ts:49
Parameters
- centerX: number
- centerY: number
- radius: number
- angleInDegrees: number
Returns object
- x: number
- y: number

rotate

rotate(grid: IGrid<any>, direction?: Integer): void

- Defined in Transform.ts:5
Parameters
- grid: IGrid<any>
- Default value direction: Integer = 1
Returns void

spiral

spiral(start: AnyTile, N: Integer, isSpiral?: boolean): AnyTile[]

- Defined in Path.ts:10
Parameters
- start: AnyTile
- N: Integer
- Default value isSpiral: boolean = true
Returns AnyTile[]

toArray

toArray(m: Map<any, AnyTile>): AnyTile[]

- Defined in Utils.ts:34
Parameters
- m: Map<any, AnyTile>
Returns AnyTile[]

toMap

toMap(tiles: AnyTile[]): Map<string, AnyTile>

- Defined in Utils.ts:30
Parameters
- tiles: AnyTile[]
Returns Map<string, AnyTile>

translate

translate(grid: IGrid<any>, position: Position): void

- Defined in Transform.ts:21
Parameters
- grid: IGrid<any>
- position: Position
Returns void

Index

Enumerations

Classes

Interfaces

Type aliases

Variables

Functions

Type aliases

AnyGrid

AnyTile

Direction

Directions

Float

Integer

TileMap

Variables

Const ANG

Const ANG_2

Const ANG_4

Const DEG_TO_RAD

Const SQRT_2

Const SQRT_2_2

Const SQRT_2_4

Const SQRT_3

Const SQRT_3_2

Const SQRT_3_3

Const SQRT_3_6

Const d3

Functions

axes

Parameters

a: AnyTile[]

axe: Integer

Default value odd: boolean = false

Returns AnyTile[]

border

Parameters

tiles: AnyTile[]

Returns AnyTile[]

bounds

Parameters

grid: IGrid<any>

Returns Rectangle

boundsOfPoints

Parameters

points: Float2[]

Returns Rectangle

circle

Parameters

start: AnyTile

N: Integer

Returns AnyTile[]

connections

Parameters

tiles: AnyTile[]

Returns AnyTile[][]

describeArc

Parameters

x: number

y: number

radius: number

startAngle: number

endAngle: number

Returns string

enumerate

Parameters

obj: any

Returns any

instance

Type parameters

T

Parameters

obj: T

Returns T

intersect

Parameters

a: AnyTile[]

b: AnyTile[]

Returns AnyTile[]

link