FloatTweenSpec

FloatTweenSpec(
    duration: Int = DefaultDurationMillis,
    delay: Int = 0,
    easing: Easing = FastOutSlowInEasing
)

open fun getDurationNanos(
    initialValue: Float,
    targetValue: Float,
    initialVelocity: Float
): Long

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.

Note: this may be a computation that is expensive - especially with spring based animations

open fun getValueFromNanos(
    playTimeNanos: Long,
    initialValue: Float,
    targetValue: Float,
    initialVelocity: Float
): Float

Calculates the value of the animation at given the playtime, with the provided start/end values, and start velocity.

open fun getVelocityFromNanos(
    playTimeNanos: Long,
    initialValue: Float,
    targetValue: Float,
    initialVelocity: Float
): Float

Calculates the velocity of the animation at given the playtime, with the provided start/end values, and start velocity.

val delay: Int

the amount of time the animation will wait before it starts running. Defaults to 0.

val duration: Int

the amount of time (in milliseconds) the animation will take to finish. Defaults to DefaultDurationMillis