Measured/io.nacular.measured.units/UnitsRatio

UnitsRatio

class UnitsRatio<A : Units, B : Units>(val numerator: A, val denominator: B) : Units(source)

Represents the ratio of two Units: A / B.

Parameters

numerator

unit being divided

denominator

unit dividing numerator

Constructors

UnitsRatio

constructor(numerator: A, denominator: B)

Properties

val denominator: B

val numerator: A

val ratio: Double

val reciprocal: UnitsRatio<B, A>

The Inverse of this unit.

suffix

val suffix: String

Functions

div

operator fun <A : Units, B : Units> UnitsRatio<A, B>.div(other: B): UnitsRatio<A, UnitsProduct<B, B>>

operator fun <A : Units, B : Units> UnitsRatio<A, B>.div(other: A): Measure<InverseUnits<B>>

@JvmName(name = "div1")

operator fun <A : Units, B : Units> UnitsRatio<A, B>.div(other: UnitsRatio<A, B>): Double

@JvmName(name = "div2")

operator fun <A : Units, B : Units> UnitsRatio<A, B>.div(other: UnitsRatio<B, A>): UnitsRatio<UnitsProduct<A, A>, UnitsProduct<B, B>>

@JvmName(name = "div3")

operator fun <A : Units, B : Units, C : Units, D : Units> UnitsRatio<A, B>.div(other: UnitsRatio<C, D>): UnitsRatio<UnitsProduct<A, D>, UnitsProduct<B, C>>

operator fun <A : Units, B : Units> UnitsRatio<A, B>.div(other: UnitsRatio<A, Square<B>>): Measure<B>

@JvmName(name = "div1")

operator fun <A : Units, B : Units> UnitsRatio<UnitsProduct<A, A>, UnitsProduct<B, B>>.div(other: A): Measure<UnitsRatio<A, UnitsProduct<B, B>>>

@JvmName(name = "div2")

operator fun <A : Units, B : Units, C : Units> UnitsRatio<UnitsProduct<A, A>, UnitsProduct<B, C>>.div(other: A): Measure<UnitsRatio<A, UnitsProduct<B, C>>>

@JvmName(name = "div3")

operator fun <A : Units, B : Units, C : Units, D : Units> UnitsRatio<UnitsProduct<A, B>, UnitsProduct<C, D>>.div(other: A): Measure<UnitsRatio<B, UnitsProduct<C, D>>>

equals

open operator override fun equals(other: Any?): Boolean

hashCode

open override fun hashCode(): Int

times

@JvmName(name = "times1")

operator fun <A : Units, B : Units> UnitsRatio<A, B>.times(other: B): Measure<A>

(A / B) * B

@JvmName(name = "times4")

operator fun <A : Units, B : Units> UnitsRatio<A, B>.times(other: UnitsRatio<A, B>): UnitsRatio<UnitsProduct<A, A>, UnitsProduct<B, B>>

(A / B) * (A / B)

@JvmName(name = "times5")

operator fun <A : Units, B : Units> UnitsRatio<A, B>.times(other: UnitsRatio<B, A>): Double

(A / B) * (B / A))

@JvmName(name = "times6")

operator fun <A : Units, B : Units, C : Units, D : Units> UnitsRatio<A, B>.times(other: UnitsRatio<C, D>): UnitsRatio<UnitsProduct<A, C>, UnitsProduct<B, D>>

(A / B) * (C / D))

@JvmName(name = "times2")

operator fun <A : Units, B : Units, C : Units> UnitsRatio<A, UnitsProduct<B, C>>.times(other: B): Measure<UnitsRatio<A, C>>

(A / (B * C)) * B

@JvmName(name = "times3")

operator fun <A : Units, B : Units, C : Units, D : Units> UnitsRatio<A, UnitsProduct<B, C>>.times(other: D): UnitsRatio<UnitsProduct<A, D>, UnitsProduct<B, C>>

(A / (B * C)) * D)

toString

open override fun toString(): String