androidx.compose.ui.graphics.painter

Common/All

Classes

BitmapPainter	Painter implementation used to draw an ImageBitmap into the provided canvas This implementation can handle applying alpha and ColorFilter to it's drawn result	Cmn
BrushPainter	Painter implementation used to fill the provided bounds with the specified Brush.	Cmn
ColorPainter	Painter implementation used to fill the provided bounds with the specified color	Cmn
Painter	Abstraction for something that can be drawn.	Cmn

Top-level functions summary

BitmapPainter

BitmapPainter(     image: ImageBitmap,     srcOffset: IntOffset,     srcSize: IntSize,     filterQuality: FilterQuality ) Painter implementation used to draw an ImageBitmap into the provided canvas This implementation can handle applying alpha and ColorFilter to it's drawn result

Cmn

Top-level functions

BitmapPainter

Cmn

Artifact: androidx.compose.ui:ui-graphics

View Source

fun BitmapPainter(
    image: ImageBitmap,
    srcOffset: IntOffset = IntOffset.Zero,
    srcSize: IntSize = IntSize(image.width, image.height),
    filterQuality: FilterQuality = FilterQuality.Low
): BitmapPainter

Painter implementation used to draw an ImageBitmap into the provided canvas This implementation can handle applying alpha and ColorFilter to it's drawn result

Parameters
image: ImageBitmap	The ImageBitmap to draw
srcOffset: IntOffset = IntOffset.Zero	Optional offset relative to image used to draw a subsection of the ImageBitmap. By default this uses the origin of image
srcSize: IntSize = IntSize(image.width, image.height)	Optional dimensions representing size of the subsection of image to draw Both the offset and size must have the following requirements: Left and top bounds must be greater than or equal to zero Source size must be greater than zero Source size must be less than or equal to the dimensions of image
filterQuality: FilterQuality = FilterQuality.Low	Sampling algorithm applied to the image when it is scaled and drawn into the destination. The default is FilterQuality.Low which scales using a bilinear sampling algorithm