VectorizedFloatAnimationSpec

Kotlin |Java

class VectorizedFloatAnimationSpec<V : AnimationVector> : VectorizedFiniteAnimationSpec<V>

kotlin.Any
↳	androidx.compose.animation.core.VectorizedFloatAnimationSpec

A convenient implementation of VectorizedFloatAnimationSpec that turns a FloatAnimationSpec into a multi-dimensional VectorizedFloatAnimationSpec, by using the same FloatAnimationSpec on each dimension of the AnimationVector that is being animated.

Summary

Public constructors
`<init>(anim: FloatAnimationSpec)` Creates a VectorizedAnimationSpec from a FloatAnimationSpec.

Public methods
Long	`getDurationNanos(initialValue: V, targetValue: V, initialVelocity: V)` Calculates the duration of an animation.
V	`getEndVelocity(initialValue: V, targetValue: V, initialVelocity: V)` Calculates the end velocity of the animation with the provided start/end values, and start velocity.
V	`getValueFromNanos(playTimeNanos: Long, initialValue: V, targetValue: V, initialVelocity: V)` Calculates the value of the animation at given the playtime, with the provided start/end values, and start velocity.
V	`getVelocityFromNanos(playTimeNanos: Long, initialValue: V, targetValue: V, initialVelocity: V)` Calculates the velocity of the animation at given the playtime, with the provided start/end values, and start velocity.

Inherited functions

From class VectorizedAnimationSpec

`Long`	`getDurationNanos(initialValue: V, targetValue: V, initialVelocity: V)` Calculates the duration of an animation. For duration-based animations, this will return the pre-defined duration. For physics-based animations, the duration will be estimated based on the physics configuration (such as spring stiffness, damping ratio, visibility threshold) as well as the initialValue, targetValue values, and initialVelocity.
`V`	`getEndVelocity(initialValue: V, targetValue: V, initialVelocity: V)` Calculates the end velocity of the animation with the provided start/end values, and start velocity. For duration-based animations, end velocity will be the velocity of the animation at the duration time. This is also the default assumption. However, for physics-based animations, end velocity is an AnimationVector of 0s.
`V`	`getValueFromNanos(playTimeNanos: Long, initialValue: V, targetValue: V, initialVelocity: V)` Calculates the value of the animation at given the playtime, with the provided start/end values, and start velocity.
`V`	`getVelocityFromNanos(playTimeNanos: Long, initialValue: V, targetValue: V, initialVelocity: V)` Calculates the velocity of the animation at given the playtime, with the provided start/end values, and start velocity.

Inherited properties

From class VectorizedFiniteAnimationSpec

Boolean

isInfinite

Whether or not the VectorizedAnimationSpec specifies an infinite animation. That is, one that will not finish by itself, one that needs an external action to stop. For examples, an indeterminate progress bar, which will onl