BiasAlignment

@Immutable



data class BiasAlignment(val horizontalBias: Float, val verticalBias: Float) : Alignment

An Alignment specified by bias: for example, a bias of -1 represents alignment to the start/top, a bias of 0 will represent centering, and a bias of 1 will represent end/bottom. Any value can be specified to obtain an alignment. Inside the -1, 1 range, the obtained alignment will position the aligned size fully inside the available space, while outside the range it will the aligned size will be positioned partially or completely outside.

See also

• BiasAbsoluteAlignment
• Alignment

Constructors

BiasAlignment

constructor(horizontalBias: Float, verticalBias: Float)

Types

Horizontal

@Immutable



data class Horizontal(bias: Float) : Alignment.Horizontal

An Alignment.Horizontal specified by bias: for example, a bias of -1 represents alignment to the start, a bias of 0 will represent centering, and a bias of 1 will represent end. Any value can be specified to obtain an alignment. Inside the -1, 1 range, the obtained alignment will position the aligned size fully inside the available space, while outside the range it will the aligned size will be positioned partially or completely outside.

Vertical

@Immutable



data class Vertical(bias: Float) : Alignment.Vertical

An Alignment.Vertical specified by bias: for example, a bias of -1 represents alignment to the top, a bias of 0 will represent centering, and a bias of 1 will represent bottom. Any value can be specified to obtain an alignment. Inside the -1, 1 range, the obtained alignment will position the aligned size fully inside the available space, while outside the range it will the aligned size will be positioned partially or completely outside.

Properties

horizontalBias

val horizontalBias: Float

verticalBias

val verticalBias: Float

Functions

align

open override fun align(
    size: IntSize, 
    space: IntSize, 
    layoutDirection: LayoutDirection
): IntOffset

Calculates the position of a box of size size relative to the top left corner of an area of size space. The returned offset can be negative or larger than space - size, meaning that the box will be positioned partially or completely outside the area.