Easing

Kotlin |Java

class Easing

Supported Easing curves.

You may define your own Cubic-bezier easing curve with cubic.

Summary

Public companion functions
`Easing`	`cubic(x1: Float, y1: Float, x2: Float, y2: Float)` Defines a Cubic-Bezier curve where the points P1 and P2 are at the given coordinate ratios.

Public companion properties
`Easing`	`Accelerate` Acceleration `Easing` curve, also known as: Ease in.
`Easing`	`Anticipate` Anticipate is an `Easing` curve with a small negative overshoot near the start of the motion.
`Easing`	`Decelerate` Deceleration `Easing` curve, also known as: Ease out.
`Easing`	`Linear` Linear `Easing` curve.
`Easing`	`Overshoot` Overshoot is an `Easing` curve with a small positive overshoot near the end of the motion.
`Easing`	`Standard` Standard `Easing` curve, also known as: Ease in, ease out.

Public properties
`open String`	`name`

fun cubic(x1: Float, y1: Float, x2: Float, y2: Float): Easing

Defines a Cubic-Bezier curve where the points P1 and P2 are at the given coordinate ratios.

P1 and P2 are typically defined within (0f, 0f) and (1f, 1f), but may be assigned beyond these values for overshoot curves.

Parameters
`x1: Float`	X-axis value for P1. Value is typically defined within 0f-1f.
`y1: Float`	Y-axis value for P1. Value is typically defined within 0f-1f.
`x2: Float`	X-axis value for P2. Value is typically defined within 0f-1f.
`y2: Float`	Y-axis value for P2. Value is typically defined within 0f-1f.