kone.algebraicExtra/dev.lounres.kone.algebraic.algorithms

Package-level declarations

Types

CosineComputer

fun interface CosineComputer<Number> : KoneContext

CosineKey

class CosineKey<Number> : SuppliedTypeRegistryKey<Number>

ExponentComputer

fun interface ExponentComputer<Number> : KoneContext

ExponentKey

class ExponentKey<Number> : SuppliedTypeRegistryKey<Number>

HyperbolicCosineComputer

fun interface HyperbolicCosineComputer<Number> : KoneContext

HyperbolicCosineKey

class HyperbolicCosineKey<Number> : SuppliedTypeRegistryKey<Number>

HyperbolicSineComputer

fun interface HyperbolicSineComputer<Number> : KoneContext

HyperbolicSineKey

class HyperbolicSineKey<Number> : SuppliedTypeRegistryKey<Number>

HyperbolicSineOverInputComputer

fun interface HyperbolicSineOverInputComputer<Number> : KoneContext

HyperbolicSineOverInputKey

class HyperbolicSineOverInputKey<Number> : SuppliedTypeRegistryKey<Number>

LogarithmComputer

fun interface LogarithmComputer<Number> : KoneContext

LogarithmKey

class LogarithmKey<Number> : SuppliedTypeRegistryKey<Maybe<Number>>

LogarithmOnePlusInputOverInputComputer

fun interface LogarithmOnePlusInputOverInputComputer<Number> : KoneContext

LogarithmOnePlusInputOverInputKey

class LogarithmOnePlusInputOverInputKey<Number> : SuppliedTypeRegistryKey<Maybe<Number>>

LogarithmSoftComputer

interface LogarithmSoftComputer<Number> : LogarithmComputer<Number>

PlanarVectorArgumentComputer

fun interface PlanarVectorArgumentComputer<Number> : KoneContext

PositiveSquareRootComputer

interface PositiveSquareRootComputer<Number> : KoneContext

PositiveSquareRootKey

class PositiveSquareRootKey<Number> : SuppliedTypeRegistryKey<Maybe<Number>>

SineComputer

fun interface SineComputer<Number> : KoneContext

SineKey

class SineKey<Number> : SuppliedTypeRegistryKey<Number>

SquareRootsComputer

fun interface SquareRootsComputer<Number> : KoneContext

SquareRootsKey

class SquareRootsKey<Number> : SuppliedTypeRegistryKey<KoneList<Number>>

Functions

cos

context(cosineComputer: CosineComputer<Number>)
fun <Number> Number.cos(): Number

cosh

context(hyperbolicCosineComputer: HyperbolicCosineComputer<Number>)
fun <Number> Number.cosh(): Number

exponent

context(exponentComputer: ExponentComputer<Number>)
fun <Number> Number.exponent(): Number

logarithm

context(logarithmComputer: LogarithmComputer<Number>)
fun <Number> Number.logarithm(): Number

logarithmMaybe

context(logarithmComputer: LogarithmSoftComputer<Number>)
fun <Number> Number.logarithmMaybe(): Maybe<Number>

logarithmOnePlusThisOverThis

context(logarithmComputer: LogarithmOnePlusInputOverInputComputer<Number>)
fun <Number> Number.logarithmOnePlusThisOverThis(): Number

logarithmOrNull

context(logarithmComputer: LogarithmSoftComputer<Number>)
fun <Number> Number.logarithmOrNull(): Number?

planarVectorArgument

context(planarVectorArgumentComputer: PlanarVectorArgumentComputer<Number>)
fun <Number> planarVectorArgument(x: Number, y: Number): Number

positiveSquareRoot

context(positiveSquareRootComputer: PositiveSquareRootComputer<Number>)
fun <Number> Number.positiveSquareRoot(): Number

positiveSquareRootMaybe

context(positiveSquareRootComputer: PositiveSquareRootComputer<Number>)
fun <Number> Number.positiveSquareRootMaybe(): Maybe<Number>

positiveSquareRootOrNull

context(positiveSquareRootComputer: PositiveSquareRootComputer<Number>)
fun <Number> Number.positiveSquareRootOrNull(): Number?

sin

context(sineComputer: SineComputer<Number>)
fun <Number> Number.sin(): Number

sinh

context(hyperbolicSineComputer: HyperbolicSineComputer<Number>)
fun <Number> Number.sinh(): Number

sinhOverThis

context(hyperbolicSineOverInputComputer: HyperbolicSineOverInputComputer<Number>)
fun <Number> Number.sinhOverThis(): Number

squareRoots

context(squareRootComputer: SquareRootsComputer<Number>)
fun <Number> Number.squareRoots(): KoneList<Number>