kotunil/eu.sirotin.kotunil.base/Candela

Candela

class Candela(var value: Double) : Expression

System International Unit for luminous intensity.

Constructors

constructor(value: Double)

Creates the unit with given value.

Properties

val Candela.acd: Double

Returns the numerical value of acd, (10^-18 of candela)

val Expression.as %: Double

Percentage as double

val Expression.asPercentage: Double

Percentage as double

val Candela.attocandela: Double

Returns the numerical value of acd (10^-18 of candela)

val Candela.ccd: Double

Returns the numerical value of ccd, (10^-2 of candela)

val Candela.centicandela: Double

Returns the numerical value of ccd (10^-2 of candela)

val Candela.dacd: Double

Returns the numerical value of dacd, (10^1 of candela)

val Candela.dcd: Double

Returns the numerical value of dcd, (10^-1 of candela)

val Candela.decacandela: Double

Returns the numerical value of dacd (10^1 of candela)

val Candela.decicandela: Double

Returns the numerical value of dcd (10^-1 of candela)

val dimensions: Dimensions

@get:JvmName(name = "getEcd_prop")

val Candela.Ecd: Double

Returns the numerical value of Ecd, (10^18 of candela)

val Candela.exacandela: Double

Returns the numerical value of Ecd (10^18 of candela)

val Candela.fcd: Double

Returns the numerical value of fcd, (10^-15 of candela)

val Candela.femtocandela: Double

Returns the numerical value of fcd (10^-15 of candela)

@get:JvmName(name = "getGcd_prop")

val Candela.Gcd: Double

Returns the numerical value of Gcd, (10^9 of candela)

val Candela.gigacandela: Double

Returns the numerical value of Gcd (10^9 of candela)

val Candela.hcd: Double

Returns the numerical value of hcd, (10^2 of candela)

val Candela.hectocandela: Double

Returns the numerical value of hcd (10^2 of candela)

val Candela.kcd: Double

Returns the numerical value of kcd, (10^3 of candela)

val Candela.kilocandela: Double

Returns the numerical value of kcd (10^3 of candela)

@get:JvmName(name = "getMcd_prop")

val Candela.Mcd: Double

Returns the numerical value of Mcd, (10^6 of candela)

val Candela.mcd: Double

Returns the numerical value of mcd, (10^-3 of candela)

val Candela.megacandela: Double

Returns the numerical value of Mcd (10^6 of candela)

val Candela.microcandela: Double

Returns the numerical value of μcd (10^-6 of candela)

val Candela.millicandela: Double

Returns the numerical value of mcd (10^-3 of candela)

val Candela.nanocandela: Double

Returns the numerical value of ncd (10^-9 of candela)

val Candela.ncd: Double

Returns the numerical value of ncd, (10^-9 of candela)

@get:JvmName(name = "getPcd_prop")

val Candela.Pcd: Double

Returns the numerical value of Pcd, (10^15 of candela)

val Candela.pcd: Double

Returns the numerical value of pcd, (10^-12 of candela)

val Candela.petacandela: Double

Returns the numerical value of Pcd (10^15 of candela)

val Candela.picocandela: Double

Returns the numerical value of pcd (10^-12 of candela)

@get:JvmName(name = "getQcd_prop")

val Candela.Qcd: Double

Returns the numerical value of Qcd, (10^30 of candela)

val Candela.qcd: Double

Returns the numerical value of qcd, (10^-30 of candela)

val Candela.quectocandela: Double

Returns the numerical value of qcd (10^-30 of candela)

val Candela.quettacandela: Double

Returns the numerical value of Qcd (10^30 of candela)

@get:JvmName(name = "getRcd_prop")

val Candela.Rcd: Double

Returns the numerical value of Rcd, (10^27 of candela)

val Candela.rcd: Double

Returns the numerical value of rcd, (10^-27 of candela)

val Candela.ronnacandela: Double

Returns the numerical value of Rcd (10^27 of candela)

val Candela.rontocandela: Double

Returns the numerical value of rcd (10^-27 of candela)

@get:JvmName(name = "getTcd_prop")

val Candela.Tcd: Double

Returns the numerical value of Tcd, (10^12 of candela)

val Candela.teracandela: Double

Returns the numerical value of Tcd (10^12 of candela)

var value: Double

@get:JvmName(name = "getYcd_prop")

val Candela.Ycd: Double

Returns the numerical value of Ycd, (10^24 of candela)

val Candela.ycd: Double

Returns the numerical value of ycd, (10^-24 of candela)

val Candela.yoctocandela: Double

Returns the numerical value of ycd (10^-24 of candela)

val Candela.yottacandela: Double

Returns the numerical value of Ycd (10^24 of candela)

@get:JvmName(name = "getZcd_prop")

val Candela.Zcd: Double

Returns the numerical value of Zcd, (10^21 of candela)

val Candela.zcd: Double

Returns the numerical value of zcd, (10^-21 of candela)

val Candela.zeptocandela: Double

Returns the numerical value of zcd (10^-21 of candela)

val Candela.zettacandela: Double

Returns the numerical value of Zcd (10^21 of candela)

val Candela.μcd: Double

Returns the numerical value of μcd, (10^-6 of candela)

Functions

infix fun Expression.^(degree: Number): Expression

Allows to power an expression to given degree

categorySymbols

open override fun categorySymbols(): String

Returns representation of unit as sequence of separate category symbols and their powers according to SI-Standard recommendations.

fun compare(other: Expression): Int

Compares expressions. With small relative difference of values both objects can be recognised as equal.

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

Compares expressions. With small relative difference of values both objects can be recognised as equal.

fun div(other: Expression): Expression

Allows to divide expressions.

fun div(other: Number): Expression

Allows to divide expression on number.

operator fun Expression.div(p: Expression): Expression

Allows to divide expressions.

operator fun Expression.div(x: Number): Expression

Allows to divide expression to number.

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

With small relative difference of values both objects can be recognised as equal.

open override fun hashCode(): Int

fun minus(other: Expression): Expression

Allows to subtract expressions.

operator fun Expression.minus(p: Expression): Expression

Allows to subtract expressions.

fun numberDivOn(other: Number): Expression

Allows to divide number on expression.

fun plus(other: Expression): Expression

Allows to add expressions.

operator fun Expression.plus(other: Expression): Expression

Allows to add expressions.

fun Expression.pow(degree: Number): Expression

Allows to power an expression to given degree

fun pw(degree: Number): Expression

Allows to power an expression to given degree

operator fun Expression.rem(other: Expression): Expression

Allows to calculate the remainder of truncating division of this value by the other value.

fun times(other: Expression): Expression

Allows to multiply expressions.

fun times(other: Number): Expression

Allows to multiply expression and number.

operator fun Expression.times(other: Expression): Expression

Allows to multiply expressions.

operator fun Expression.times(multiplicative: Number): Expression

Allows to multiply expression and number.

open override fun toString(): String

Represents value as string with two digits after point as decimal separator. Please pay attention: representation of value depends on platform local settings on used computer!

operator fun Expression.unaryMinus(): Expression

Implementation of -=

operator fun Expression.unaryPlus(): Expression

Implementation of +=

open override fun unitSymbols(): String

Returns representation of unit as sequence of separate union symbols and their powers according to SI-Standard recommendations.