MotionScheme
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@ExperimentalMaterial3ExpressiveApi
interface MotionScheme
A motion scheme provides all the FiniteAnimationSpecs for a MaterialTheme.
Motion schemes are designed to create a harmonious motion for components in the app.
There are two built-in schemes, a standardMotionScheme and an expressiveMotionScheme, that can be used as-is or customized.
You can customize the motion scheme for all components in the MaterialTheme.
Summary
Public companion functions |
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MotionScheme |
Returns an expressive Material motion scheme. |
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MotionScheme |
Returns a standard Material motion scheme. |
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Public functions |
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FiniteAnimationSpec<T> |
<T : Any?> defaultEffectsSpec()A default effects motion |
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FiniteAnimationSpec<T> |
<T : Any?> defaultSpatialSpec()A default spatial motion |
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FiniteAnimationSpec<T> |
<T : Any?> fastEffectsSpec()A fast effects motion |
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FiniteAnimationSpec<T> |
<T : Any?> fastSpatialSpec()A fast spatial motion |
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FiniteAnimationSpec<T> |
<T : Any?> slowEffectsSpec()A slow effects motion |
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FiniteAnimationSpec<T> |
<T : Any?> slowSpatialSpec()A slow spatial motion |
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Public companion functions
expressiveMotionScheme
@ExperimentalMaterial3ExpressiveApi
fun expressiveMotionScheme(): MotionScheme
Returns an expressive Material motion scheme.
standardMotionScheme
@ExperimentalMaterial3ExpressiveApi
fun standardMotionScheme(): MotionScheme
Returns a standard Material motion scheme.
Public functions
defaultEffectsSpec
fun <T : Any?> defaultEffectsSpec(): FiniteAnimationSpec<T>
A default effects motion FiniteAnimationSpec.
This motion spec is designed to be applied to animations that do not change the shape or bounds of the component. For example, color animation.
T is the generic data type that will be animated by the system, as long as the appropriate TwoWayConverter for converting the data to and from an AnimationVector is supplied.
defaultSpatialSpec
fun <T : Any?> defaultSpatialSpec(): FiniteAnimationSpec<T>
A default spatial motion FiniteAnimationSpec.
This motion spec is designed to be applied to animations that may change the shape or bounds of the component. For color or alpha animations use the effects equivalent which ensures a "non-spatial" motion.
T is the generic data type that will be animated by the system, as long as the appropriate TwoWayConverter for converting the data to and from an AnimationVector is supplied.
fastEffectsSpec
fun <T : Any?> fastEffectsSpec(): FiniteAnimationSpec<T>
A fast effects motion FiniteAnimationSpec.
This motion spec is designed to be applied to animations that do not change the shape or bounds of the component. For example, color animation.
T is the generic data type that will be animated by the system, as long as the appropriate TwoWayConverter for converting the data to and from an AnimationVector is supplied.
fastSpatialSpec
fun <T : Any?> fastSpatialSpec(): FiniteAnimationSpec<T>
A fast spatial motion FiniteAnimationSpec.
This motion spec is designed to be applied to animations that may change the shape or bounds of the component. For color or alpha animations use the effects equivalent which ensures a "non-spatial" motion.
T is the generic data type that will be animated by the system, as long as the appropriate TwoWayConverter for converting the data to and from an AnimationVector is supplied.
slowEffectsSpec
fun <T : Any?> slowEffectsSpec(): FiniteAnimationSpec<T>
A slow effects motion FiniteAnimationSpec.
This motion spec is designed to be applied to animations that do not change the shape or bounds of the component. For example, color animation.
T is the generic data type that will be animated by the system, as long as the appropriate TwoWayConverter for converting the data to and from an AnimationVector is supplied.
slowSpatialSpec
fun <T : Any?> slowSpatialSpec(): FiniteAnimationSpec<T>
A slow spatial motion FiniteAnimationSpec.
This motion spec is designed to be applied to animations that may change the shape or bounds of the component. For color or alpha animations use the effects equivalent which ensures a "non-spatial" motion.
T is the generic data type that will be animated by the system, as long as the appropriate TwoWayConverter for converting the data to and from an AnimationVector is supplied.