Version of the content. lock+unlock mutates this version to allow for example to re-upload the bitmap to the GPU when synchronizing bitmaps into textures

dirtyRegion

var dirtyRegion: RectangleInt?

extra

open override var extra: ExtraType?

height

val height: Int

maxMipmapLevel

var Bitmap.maxMipmapLevel: Int?

mipmaps

var mipmaps: Boolean

Specifies whether mipmaps should be created for this Bitmap

premultiplied

var premultiplied: Boolean

rect

val rect: RectangleInt

size

open override val size: SizeInt

stride

val stride: Int

width

val width: Int

Functions

asNinePatch

fun Bitmap.asNinePatch(): NinePatchBmpSlice

asNinePatchSimple

fun Bitmap.asNinePatchSimple(left: Int, top: Int, right: Int, bottom: Int): NinePatchBmpSlice

clampHeight

fun clampHeight(y: Int): Int

clampWidth

fun clampWidth(x: Int): Int

clampX

fun clampX(x: Int): Int

clampY

fun clampY(y: Int): Int

clearDirtyRegion

fun clearDirtyRegion()

clone

open fun clone(): Bitmap

contentEquals

open fun contentEquals(other: Bitmap): Boolean

contentHashCode

open fun contentHashCode(): Int

copy

fun copy(srcX: Int, srcY: Int, dst: Bitmap, dstX: Int, dstY: Int, width: Int, height: Int)

copyUnchecked

open fun copyUnchecked(srcX: Int, srcY: Int, dst: Bitmap, dstX: Int, dstY: Int, width: Int, height: Int)

createWithThisFormat

open fun createWithThisFormat(width: Int, height: Int): Bitmap

distanceMap

fun Bitmap.distanceMap(out: DistanceBitmap = DistanceBitmap(width, height), thresold: Double = 0.5): DistanceBitmap

encode

suspend fun Bitmap.encode(formats: ImageFormat = RegisteredImageFormats, props: ImageEncodingProps = ImageEncodingProps()): ByteArray

encodeNative

suspend fun Bitmap.encodeNative(props: ImageEncodingProps = ImageEncodingProps()): ByteArray

ensureNative

fun Bitmap.ensureNative(): NativeImage

flippedX

fun flippedX(): Bitmap

flippedY

fun flippedY(): Bitmap

flipX

open fun flipX(): Bitmap

Inplace flips

flipY

open fun flipY(): Bitmap

forEach

inline fun forEach(sx: Int = 0, sy: Int = 0, width: Int = this.width - sx, height: Int = this.height - sy, callback: (n: Int, x: Int, y: Int) -> Unit)

getContext2d

open fun getContext2d(antialiasing: Boolean = true): Context2d

getInt

open fun getInt(x: Int, y: Int): Int

UNSAFE: Gets the color in the x, y coordinates in the internal format of this Bitmap

getRgba

fun getRgba(x: Int, y: Int): RGBA

Gets the color v in the x, y coordinates in RGBA non-premultiplied

getRgbaClamped

fun getRgbaClamped(x: Int, y: Int): RGBA

getRgbaClampedBorder

fun getRgbaClampedBorder(x: Int, y: Int): RGBA

getRgbaPremultiplied

fun getRgbaPremultiplied(x: Int, y: Int): RGBAPremultiplied

Gets the color v in the x, y coordinates in RGBAPremultiplied

getRgbaRaw

abstract fun getRgbaRaw(x: Int, y: Int): RGBA

UNSAFE: Gets the color v in the x, y coordinates in the internal format of this Bitmap (either premultiplied or not)

getRgbaSampled

fun getRgbaSampled(x: Float, y: Float): RGBA

fun getRgbaSampled(x: Float, y: Float, count: Int, row: RgbaArray)

inBounds

fun inBounds(x: Int, y: Int): Boolean

inBoundsX

fun inBoundsX(x: Int): Boolean

inBoundsY

fun inBoundsY(y: Int): Boolean

index

fun index(x: Int, y: Int): Int

inside

fun inside(x: Int, y: Int): Boolean

lock

open fun lock()

inline fun lock(rect: RectangleInt = this.rect, doLock: Boolean = true, block: () -> Unit): Int

matchContents

fun Bitmap.matchContents(that: Bitmap): Boolean

matchContentsDistinctCount

fun Bitmap.matchContentsDistinctCount(that: Bitmap): Int

mipmap

fun Bitmap.mipmap(levels: Int): NativeImage

oriented

fun oriented(orientation: ImageOrientation): Bitmap

putSliceWithBorder

fun Bitmap.putSliceWithBorder(x: Int, y: Int, bmp: BmpSlice, border: Int = 1)

readPixelsUnsafe

open fun readPixelsUnsafe(x: Int, y: Int, width: Int, height: Int, out: IntArray, offset: Int = 0)

readPixelsUnsafe

fun Bitmap.readPixelsUnsafe(x: Int, y: Int, width: Int, height: Int): IntArray

resized

fun Bitmap.resized(out: Bitmap, scale: ScaleMode, anchor: Anchor): Bitmap

fun Bitmap.resized(width: Int, height: Int, scale: ScaleMode, anchor: Anchor, native: Boolean = true): Bitmap

resizedUpTo

fun Bitmap.resizedUpTo(width: Int, height: Int, native: Boolean = true): Bitmap

rotated

fun rotated(rotation: ImageRotation): Bitmap

rotatedLeft

fun rotatedLeft(): Bitmap

rotatedRight

fun rotatedRight(): Bitmap

sdf

fun Bitmap.sdf(out: DistanceBitmap = DistanceBitmap(width, height), thresold: Double = 0.5): DistanceBitmap

setInt

open fun setInt(x: Int, y: Int, color: Int)

UNSAFE: Sets the color color in the x, y coordinates in the internal format of this Bitmap

setRgba

fun setRgba(x: Int, y: Int, v: RGBA)

Sets the color v in the x, y coordinates in RGBA non-premultiplied

fun setRgba(x: Int, y: Int, v: RGBAPremultiplied)

Sets the color v in the x, y coordinates in RGBAPremultiplied

setRgbaRaw

abstract fun setRgbaRaw(x: Int, y: Int, v: RGBA)

UNSAFE: Sets the color v in the x, y coordinates in the internal format of this Bitmap (either premultiplied or not)

showImageAndWait

suspend fun Bitmap.showImageAndWait(kind: Int = 0)

swapColumns

open fun swapColumns(x0: Int, x1: Int)

swapRows

open fun swapRows(y0: Int, y1: Int)

toAndroidBitmap

fun Bitmap.toAndroidBitmap(): Bitmap

toAwt

fun Bitmap.toAwt(out: BufferedImage = BufferedImage( width.coerceAtLeast(1), height.coerceAtLeast(1), if (this.premultiplied) BufferedImage.TYPE_INT_ARGB_PRE else BufferedImage.TYPE_INT_ARGB )): BufferedImage

toBMP32

open fun toBMP32(): Bitmap32

toBMP32IfRequired

fun toBMP32IfRequired(): Bitmap32

toFloatBMP32

fun Bitmap.toFloatBMP32(out: FloatBitmap32 = FloatBitmap32(width, height, premultiplied = premultiplied)): FloatBitmap32

toHtmlNative

fun Bitmap.toHtmlNative(): HtmlNativeImage

fun Bitmap.toHtmlNative(): WasmHtmlNativeImage

toNativeImage

fun Bitmap.toNativeImage(props: ImageDecodingProps): NativeImage

toNativeImageResult

fun Bitmap.toNativeImageResult(props: ImageDecodingProps): NativeImageResult

toPaint

fun Bitmap.toPaint(transform: Matrix = Matrix.IDENTITY, cycleX: CycleMethod = CycleMethod.NO_CYCLE, cycleY: CycleMethod = CycleMethod.NO_CYCLE, smooth: Boolean = true, units: GradientUnits = GradientUnits.OBJECT_BOUNDING_BOX): BitmapPaint

toUIImage