korlibs-image/korlibs.image.tiles

Package-level declarations

Types

inline class Tile(val raw: Int53)

data class TileMapData(val data: IStackedInt53Array2, val tileSet: TileSet = TileSet.EMPTY, val repeatX: TileMapRepeat = TileMapRepeat.NONE, val repeatY: TileMapRepeat = TileMapRepeat.NONE, val offsetScale: Float = 1.0f) : BaseDelegatedStackedArray2, IStackedArray2<Tile>

TileMapObjectAlignment

enum TileMapObjectAlignment : Enum<TileMapObjectAlignment>

TileMapOrientation

enum TileMapOrientation : Enum<TileMapOrientation>

TileMapRenderOrder

enum TileMapRenderOrder : Enum<TileMapRenderOrder>

TileMapRepeat

enum TileMapRepeat : Enum<TileMapRepeat>

TileMapStaggerAxis

enum TileMapStaggerAxis : Enum<TileMapStaggerAxis>

TileMapStaggerIndex

enum TileMapStaggerIndex : Enum<TileMapStaggerIndex>

TileSet

class TileSet

A set of BmpSlice where all share a width and height. For performance’s sake, ideally, all the slices should be part of the same Bitmap.

TileSetAnimationFrame

data class TileSetAnimationFrame(val tileId: Int, val fastDuration: FastDuration) : Extra

TileSetTileInfo

data class TileSetTileInfo(val id: Int, val slice: BmpSlice, val frames: List<TileSetAnimationFrame> = emptyList(), val collision: TileShapeInfo? = null) : Extra

TileShapeInfo

interface TileShapeInfo : HitTestable

TileShapeInfoImpl

data class TileShapeInfoImpl(val type: HitTestDirectionFlags, val shape: Shape2D, val transform: Matrix) : TileShapeInfo

Properties

orientation

val Tile.orientation: SliceOrientation

Extension property to get the SliceOrientation of the Tile.

tileFlipX

val SliceOrientation.tileFlipX: Boolean

Extension property to determine if the SliceOrientation represents a horizontal flip.

tileFlipY

val SliceOrientation.tileFlipY: Boolean

Extension property to determine if the SliceOrientation represents a vertical flip.

tileRot

val SliceOrientation.tileRot: Boolean

Extension property to determine if the SliceOrientation represents a rotation.

Functions

flippedX

fun Tile.flippedX(): Tile

Returns a new Tile that is flipped horizontally.

flippedY

fun Tile.flippedY(): Tile

Returns a new Tile that is flipped vertically.

get

fun TileMapData.get(p: PointInt, level: Int): Tile

getLast

fun TileMapData.getLast(p: PointInt): Tile

getStackLevel

fun TileMapData.getStackLevel(p: PointInt): Int

pop

fun TileMapData.pop(p: PointInt): Tile

push

fun TileMapData.push(p: PointInt, value: Tile)

removeAll

fun TileMapData.removeAll(p: PointInt): Boolean

removeAt

fun TileMapData.removeAt(p: PointInt, level: Int): Boolean

removeFirst

fun TileMapData.removeFirst(p: PointInt): Boolean

removeLast

fun TileMapData.removeLast(p: PointInt): Boolean

render

fun TileMapData.render(): Bitmap

renderTo

fun TileMapData.renderTo(out: Bitmap, x: Int = 0, y: Int = 0)

rotatedLeft

fun Tile.rotatedLeft(offset: Int = 1): Tile

Returns a new Tile that is rotated to the left by the specified offset.

rotatedRight

fun Tile.rotatedRight(offset: Int = 1): Tile

Returns a new Tile that is rotated to the right by the specified offset.

set

fun TileMapData.set(p: PointInt, level: Int, value: Tile)

Tile

fun Tile(tile: Int, orientation: SliceOrientation = SliceOrientation.NORMAL, offsetX: Int = 0, offsetY: Int = 0): Tile

Creates a Tile with the specified tile number, orientation, offsetX, and offsetY.

toOrientationString

fun Tile.toOrientationString(): String

Converts the Tile to a string representation.

toStringListSimplified

fun TileMapData.toStringListSimplified(func: (Tile) -> Char): List<String>

withOrientation

fun Tile.withOrientation(orientation: SliceOrientation): Tile

Returns a new Tile with the specified orientation.