korge-foundation/korlibs.math.interpolation/Ratio

Ratio

inline class Ratio(val value: Double) : Comparable<Ratio>

Constructors

Ratio

constructor(ratio: Float)

constructor(value: Int, maximum: Int)

constructor(value: Float, maximum: Float)

constructor(value: Double, maximum: Double)

constructor(value: Double)

Types

Companion

object Companion

Properties

absoluteValue

val absoluteValue: Ratio

clamped

val clamped: Ratio

niceStr

val Ratio.niceStr: String

value

val value: Double

Functions

clamp

fun Ratio.clamp(min: Ratio, max: Ratio): Ratio

compareTo

open operator override fun compareTo(other: Ratio): Int

convertRange

fun Ratio.convertRange(srcMin: Ratio, srcMax: Ratio, dstMin: Ratio, dstMax: Ratio): Ratio

convertToRange

fun convertToRange(min: Ratio, max: Ratio): Ratio

fun convertToRange(min: Double, max: Double): Double

fun convertToRange(min: Float, max: Float): Float

div

operator fun div(that: Ratio): Ratio

operator fun div(that: Double): Double

div

inline operator fun Ratio.div(value: Double): Double

inline operator fun Ratio.div(value: Float): Float

interpolate

fun <T : Interpolable<T>> Ratio.interpolate(l: T, r: T): T

fun Ratio.interpolate(l: Matrix, r: Matrix): Matrix

fun Ratio.interpolate(l: MatrixTransform, r: MatrixTransform): MatrixTransform

fun Ratio.interpolate(l: Rectangle, r: Rectangle): Rectangle

fun Ratio.interpolate(l: Scale, r: Scale): Scale

fun Ratio.interpolate(l: Size, r: Size): Size

fun Ratio.interpolate(l: Vector2D, r: Vector2D): Vector2D

fun Ratio.interpolate(l: Vector2F, r: Vector2F): Vector2F

fun <T> Ratio.interpolate(l: Interpolable<T>, r: Interpolable<T>): T

fun Ratio.interpolate(l: Ratio, r: Ratio): Ratio

fun Ratio.interpolate(l: Double, r: Double): Double

fun Ratio.interpolate(l: Float, r: Float): Float

fun Ratio.interpolate(l: Int, r: Int): Int

fun Ratio.interpolate(l: Long, r: Long): Long

interpolateAngle

fun Ratio.interpolateAngle(l: Angle, r: Angle): Angle

fun Ratio.interpolateAngle(l: Angle, r: Angle, minimizeAngle: Boolean): Angle

interpolateAngleDenormalized

fun Ratio.interpolateAngleDenormalized(l: Angle, r: Angle): Angle

interpolateAngleNormalized

fun Ratio.interpolateAngleNormalized(l: Angle, r: Angle): Angle

isAlmostEquals

fun Ratio.isAlmostEquals(that: Ratio, epsilon: Ratio = Ratio(0.000001)): Boolean

isAlmostZero

fun Ratio.isAlmostZero(epsilon: Ratio = Ratio(0.000001)): Boolean

isNaN

fun isNaN(): Boolean

minus

operator fun minus(that: Ratio): Ratio

niceStr

fun Ratio.niceStr(decimalPlaces: Int, zeroSuffix: Boolean = false): String

plus

operator fun plus(that: Ratio): Ratio

roundDecimalPlaces

fun roundDecimalPlaces(places: Int): Ratio

times

operator fun times(that: Ratio): Ratio

operator fun times(that: Double): Double

times

inline operator fun Ratio.times(value: Ratio): Ratio

inline operator fun Ratio.times(value: Double): Double

inline operator fun Ratio.times(value: Float): Float

toDouble

fun toDouble(): Double

toFloat

fun toFloat(): Float

toRatio

fun Ratio.~~toRatio~~(): Ratio

toString

open override fun toString(): String

unaryMinus

operator fun unaryMinus(): Ratio

unaryPlus

operator fun unaryPlus(): Ratio