MutableCubic

Kotlin |Java

kotlin.Any
↳	androidx.graphics.shapes.Cubic
	↳	androidx.graphics.shapes.MutableCubic

This is a Mutable version of Cubic, used mostly for performance critical paths so we can avoid creating new Cubics

This is used in Morph.forEachCubic, reusing a MutableCubic instance to avoid creating new Cubics.

Summary

Public constructors
`MutableCubic()`	Cmn

Public functions
`Unit`	`interpolate(c1: Cubic, c2: Cubic, progress: Float)`	Cmn
`Unit`	`transform(f: PointTransformer)`	Cmn

`operator Cubic`	`div(x: Float)` Operator overload to enable dividing Cubics by a scalar value x, like "c0 / x"	Cmn
`operator Cubic`	`div(x: Int)` Operator overload to enable dividing Cubics by a scalar value x, like "c0 / x"	Cmn
`open operator Boolean`	`equals(other: Any?)`	Cmn
`open Int`	`hashCode()`	Cmn
`operator Cubic`	`plus(o: Cubic)` Operator overload to enable adding Cubic objects together, like "c0 + c1"	Cmn
`Cubic`	`reverse()` Utility function to reverse the control/anchor points for this curve.	Cmn
`Pair<Cubic, Cubic>`	`split(t: Float)` Returns two Cubics, created by splitting this curve at the given distance of `t` between the original starting and ending anchor points.	Cmn
`operator Cubic`	`times(x: Float)` Operator overload to enable multiplying Cubics by a scalar value x, like "c0 * x"	Cmn
`operator Cubic`	`times(x: Int)` Operator overload to enable multiplying Cubics by an Int scalar value x, like "c0 * x"	Cmn
`open String`	`toString()`	Cmn
`Cubic`	`transformed(f: PointTransformer)` Transforms the points in this `Cubic` with the given `PointTransformer` and returns a new `Cubic`	Cmn

`Float`	`anchor0X` The first anchor point x coordinate	Cmn
`Float`	`anchor0Y` The first anchor point y coordinate	Cmn
`Float`	`anchor1X` The second anchor point x coordinate	Cmn
`Float`	`anchor1Y` The second anchor point y coordinate	Cmn
`Float`	`control0X` The first control point x coordinate	Cmn
`Float`	`control0Y` The first control point y coordinate	Cmn
`Float`	`control1X` The second control point x coordinate	Cmn
`Float`	`control1Y` The second control point y coordinate	Cmn

Cmn

MutableCubic()

Cmn

fun interpolate(c1: Cubic, c2: Cubic, progress: Float): Unit

Cmn

fun transform(f: PointTransformer): Unit