viaDefaultForComplexNumbers
fun <Number> ExponentComputer.Companion.viaDefaultForComplexNumbers(numberRing: CommutativeRing<Number>, numberExponentComputer: ExponentComputer<Number>, numberCosineComputer: CosineComputer<Number>, numberSineComputer: SineComputer<Number>): ExponentComputer<ComplexNumber<Number>>(source)
fun <Number> HyperbolicSineOverInputComputer.Companion.viaDefaultForComplexNumbers(field: Field<Number>, complexNumbersEquality: Equality<ComplexNumber<Number>>, complexNumbersFieldExtension: FieldExtension<Number, ComplexNumber<Number>>, cosineComputer: CosineComputer<Number>, sineComputer: SineComputer<Number>, hyperbolicCosineComputer: HyperbolicCosineComputer<Number>, hyperbolicSineComputer: HyperbolicSineComputer<Number>): HyperbolicSineOverInputComputer<ComplexNumber<Number>>(source)
fun <Number> LogarithmComputer.Companion.viaDefaultForComplexNumbers(numberRing: CommutativeRing<Number>, numberPositiveSquareRootComputer: PositiveSquareRootComputer<Number>, numberLogarithmComputer: LogarithmComputer<Number>, numberPlanarVectorArgumentComputer: PlanarVectorArgumentComputer<Number>): LogarithmComputer<ComplexNumber<Number>>(source)
fun <Number> SquareRootsComputer.Companion.viaDefaultForComplexNumbers(field: Field<Number>, equality: Equality<Number>, order: Order<Number>, positiveSquareRootComputer: PositiveSquareRootComputer<Number>): SquareRootsComputer<ComplexNumber<Number>>(source)