androidx.compose.ui.unit

Kotlin |Java

Interfaces

A density of the screen.

Classes

Constraints	Immutable constraints used for measuring layouts, usually as part of parent layouts or layout modifiers.
Dp	Dimension value representing device-independent pixels (dp).
DpOffset	A two-dimensional offset using Dp for units
DpRect	A four dimensional bounds using Dp for units
IntOffset	A two-dimensional position using Int pixels for units
IntRect	An immutable, 2D, axis-aligned, integer bounds rectangle whose coordinates are relative to a given origin.
IntSize	A two-dimensional size class used for measuring in Int pixels.
TextUnit	The unit used for text related dimension value.
Velocity	A two dimensional velocity in pixels per second.

Enums

LayoutDirection	A class for defining layout directions.
TextUnitType	An enum class defining for type of TextUnit.

Top-level functions summary

Constraints	`Constraints(minWidth: Int = 0, maxWidth: Int = Constraints.Infinity, minHeight: Int = 0, maxHeight: Int = Constraints.Infinity)` Create a Constraints.
Density	`Density(context: Context)` Creates a Density for this Context.
Density	`Density(density: Float, fontScale: Float = 1f)` A density of the screen.
DpOffset	`DpOffset(x: Dp, y: Dp)` Constructs a DpOffset from x and y position Dp values.
IntOffset	`IntOffset(x: Int, y: Int)` Constructs a IntOffset from x and y position Int values.
IntRect	`IntRect(offset: IntOffset, size: IntSize)` Construct a rectangle from its left and top edges as well as its width and height.
IntRect	`IntRect(topLeft: IntOffset, bottomRight: IntOffset)` Construct the smallest rectangle that encloses the given offsets, treating them as vectors from the origin.
IntRect	`IntRect(center: IntOffset, radius: Int)` Construct a rectangle that bounds the given circle
IntSize	`IntSize(width: Int, height: Int)` Constructs an IntSize from width and height Int values.
Velocity	`Velocity(x: Float, y: Float)` Constructs an Velocity from the given relative x and y velocities.
Dp	`lerp(start: Dp, stop: Dp, fraction: Float)` Linearly interpolate between two Dps.
DpOffset	`lerp(start: DpOffset, stop: DpOffset, fraction: Float)` Linearly interpolate between two DpOffsets.
IntOffset	`lerp(start: IntOffset, stop: IntOffset, fraction: Float)` Linearly interpolate between two IntOffsets.
IntRect	`lerp(start: IntRect, stop: IntRect, fraction: Float)` Linearly interpolate between two rectangles.
TextUnit	`lerp(start: TextUnit, stop: TextUnit, fraction:`