ArcCurveFit

Kotlin |Java

class ArcCurveFit : CurveFit

kotlin.Any
↳	androidx.constraintlayout.core.motion.utils.CurveFit
	↳	androidx.constraintlayout.core.motion.utils.ArcCurveFit

This provides provides a curve fit system that stitches the x,y path together with quarter ellipses

Summary

Public constructors
`ArcCurveFit(arcModes: IntArray!, time: DoubleArray!, y: Array<DoubleArray!>!)`

Public functions
`Double`	`getPos(t: Double, j: Int)`
`Unit`	`getPos(t: Double, v: DoubleArray!)`
`Unit`	`getPos(t: Double, v: FloatArray!)`
`Double`	`getSlope(t: Double, j: Int)`
`Unit`	`getSlope(t: Double, v: DoubleArray!)`
`DoubleArray<Double>!`	`getTimePoints()`

`java-static CurveFit!`	`get(type: Int, time: DoubleArray!, y: Array<DoubleArray!>!)`
`java-static CurveFit!`	`getArc(arcModes: IntArray!, time: DoubleArray!, y: Array<DoubleArray!>!)`

const val ARC_ABOVE = 5: Int

const val ARC_BELOW = 4: Int

const val ARC_START_FLIP = 3: Int

const val ARC_START_HORIZONTAL = 2: Int

const val ARC_START_LINEAR = 0: Int

const val ARC_START_VERTICAL = 1: Int

ArcCurveFit(arcModes: IntArray!, time: DoubleArray!, y: Array<DoubleArray!>!)

fun getPos(t: Double, j: Int): Double

fun getPos(t: Double, v: DoubleArray!): Unit

fun getPos(t: Double, v: FloatArray!): Unit

fun getSlope(t: Double, j: Int): Double

fun getSlope(t: Double, v: DoubleArray!): Unit

fun getTimePoints(): DoubleArray<Double>!