viaTaylorSeriesForComplexNumbersOverFinitePrecisionFloatingPointArithmetic
fun <Number> HyperbolicSineOverInputComputer.Companion.viaTaylorSeriesForComplexNumbersOverFinitePrecisionFloatingPointArithmetic(complexNumbersEquality: Equality<ComplexNumber<Number>>, complexNumbersField: Field<ComplexNumber<Number>>): HyperbolicSineOverInputComputer<ComplexNumber<Number>>(source)
fun <Number> LogarithmComputer.Companion.viaTaylorSeriesForComplexNumbersOverFinitePrecisionFloatingPointArithmetic(numberRing: CommutativeRing<Number>, numberOrder: Order<Number>, complexNumberEquality: Equality<ComplexNumber<Number>>, complexNumberField: Field<ComplexNumber<Number>>, numberPositiveSquareRootComputer: PositiveSquareRootComputer<Number>, complexNumberLogarithmComputer: LogarithmComputer<ComplexNumber<Number>>, threshold: Number): LogarithmOnePlusInputOverInputComputer<ComplexNumber<Number>>(source)