UnaryFunction<BigDecimal> |
BigFunction.abs() |
UnaryFunction<RationalNumber> |
RationalFunction.abs() |
UnaryFunction<Double> |
PrimitiveFunction.abs() |
UnaryFunction<Quaternion> |
QuaternionFunction.abs() |
UnaryFunction<ComplexNumber> |
ComplexFunction.abs() |
abstract UnaryFunction<N> |
FunctionSet.abs() |
UnaryFunction<BigDecimal> |
BigFunction.acos() |
UnaryFunction<RationalNumber> |
RationalFunction.acos() |
UnaryFunction<Double> |
PrimitiveFunction.acos() |
UnaryFunction<Quaternion> |
QuaternionFunction.acos() |
UnaryFunction<ComplexNumber> |
ComplexFunction.acos() |
abstract UnaryFunction<N> |
FunctionSet.acos() |
UnaryFunction<BigDecimal> |
BigFunction.acosh() |
UnaryFunction<RationalNumber> |
RationalFunction.acosh() |
UnaryFunction<Double> |
PrimitiveFunction.acosh() |
UnaryFunction<Quaternion> |
QuaternionFunction.acosh() |
UnaryFunction<ComplexNumber> |
ComplexFunction.acosh() |
abstract UnaryFunction<N> |
FunctionSet.acosh() |
default UnaryFunction<N> |
UnaryFunction.andThen(UnaryFunction<N> after) |
UnaryFunction<BigDecimal> |
BigFunction.asin() |
UnaryFunction<RationalNumber> |
RationalFunction.asin() |
UnaryFunction<Double> |
PrimitiveFunction.asin() |
UnaryFunction<Quaternion> |
QuaternionFunction.asin() |
UnaryFunction<ComplexNumber> |
ComplexFunction.asin() |
abstract UnaryFunction<N> |
FunctionSet.asin() |
UnaryFunction<BigDecimal> |
BigFunction.asinh() |
UnaryFunction<RationalNumber> |
RationalFunction.asinh() |
UnaryFunction<Double> |
PrimitiveFunction.asinh() |
UnaryFunction<Quaternion> |
QuaternionFunction.asinh() |
UnaryFunction<ComplexNumber> |
ComplexFunction.asinh() |
abstract UnaryFunction<N> |
FunctionSet.asinh() |
UnaryFunction<BigDecimal> |
BigFunction.atan() |
UnaryFunction<RationalNumber> |
RationalFunction.atan() |
UnaryFunction<Double> |
PrimitiveFunction.atan() |
UnaryFunction<Quaternion> |
QuaternionFunction.atan() |
UnaryFunction<ComplexNumber> |
ComplexFunction.atan() |
abstract UnaryFunction<N> |
FunctionSet.atan() |
UnaryFunction<BigDecimal> |
BigFunction.atanh() |
UnaryFunction<RationalNumber> |
RationalFunction.atanh() |
UnaryFunction<Double> |
PrimitiveFunction.atanh() |
UnaryFunction<Quaternion> |
QuaternionFunction.atanh() |
UnaryFunction<ComplexNumber> |
ComplexFunction.atanh() |
abstract UnaryFunction<N> |
FunctionSet.atanh() |
default UnaryFunction<N> |
BinaryFunction.by(double arg2)
To allow syntax like array.modifyAll(DIVIDE.by(3.0));
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default UnaryFunction<N> |
BinaryFunction.by(N arg2)
To allow syntax like array.modifyAll(DIVIDE.by(3.0));
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UnaryFunction<BigDecimal> |
BigFunction.cardinality() |
UnaryFunction<RationalNumber> |
RationalFunction.cardinality() |
UnaryFunction<Double> |
PrimitiveFunction.cardinality() |
UnaryFunction<Quaternion> |
QuaternionFunction.cardinality() |
UnaryFunction<ComplexNumber> |
ComplexFunction.cardinality() |
abstract UnaryFunction<N> |
FunctionSet.cardinality() |
UnaryFunction<BigDecimal> |
BigFunction.cbrt() |
UnaryFunction<RationalNumber> |
RationalFunction.cbrt() |
UnaryFunction<Double> |
PrimitiveFunction.cbrt() |
UnaryFunction<Quaternion> |
QuaternionFunction.cbrt() |
UnaryFunction<ComplexNumber> |
ComplexFunction.cbrt() |
abstract UnaryFunction<N> |
FunctionSet.cbrt() |
UnaryFunction<BigDecimal> |
BigFunction.ceil() |
UnaryFunction<RationalNumber> |
RationalFunction.ceil() |
UnaryFunction<Double> |
PrimitiveFunction.ceil() |
UnaryFunction<Quaternion> |
QuaternionFunction.ceil() |
UnaryFunction<ComplexNumber> |
ComplexFunction.ceil() |
abstract UnaryFunction<N> |
FunctionSet.ceil() |
default UnaryFunction<N> |
UnaryFunction.compose(UnaryFunction<N> before) |
UnaryFunction<BigDecimal> |
BigFunction.conjugate() |
UnaryFunction<RationalNumber> |
RationalFunction.conjugate() |
UnaryFunction<Double> |
PrimitiveFunction.conjugate() |
UnaryFunction<Quaternion> |
QuaternionFunction.conjugate() |
UnaryFunction<ComplexNumber> |
ComplexFunction.conjugate() |
abstract UnaryFunction<N> |
FunctionSet.conjugate() |
UnaryFunction<BigDecimal> |
BigFunction.cos() |
UnaryFunction<RationalNumber> |
RationalFunction.cos() |
UnaryFunction<Double> |
PrimitiveFunction.cos() |
UnaryFunction<Quaternion> |
QuaternionFunction.cos() |
UnaryFunction<ComplexNumber> |
ComplexFunction.cos() |
abstract UnaryFunction<N> |
FunctionSet.cos() |
UnaryFunction<BigDecimal> |
BigFunction.cosh() |
UnaryFunction<RationalNumber> |
RationalFunction.cosh() |
UnaryFunction<Double> |
PrimitiveFunction.cosh() |
UnaryFunction<Quaternion> |
QuaternionFunction.cosh() |
UnaryFunction<ComplexNumber> |
ComplexFunction.cosh() |
abstract UnaryFunction<N> |
FunctionSet.cosh() |
abstract UnaryFunction<N> |
FunctionSet.enforce(NumberContext context) |
UnaryFunction<BigDecimal> |
BigFunction.exp() |
UnaryFunction<RationalNumber> |
RationalFunction.exp() |
UnaryFunction<Double> |
PrimitiveFunction.exp() |
UnaryFunction<Quaternion> |
QuaternionFunction.exp() |
UnaryFunction<ComplexNumber> |
ComplexFunction.exp() |
abstract UnaryFunction<N> |
FunctionSet.exp() |
UnaryFunction<BigDecimal> |
BigFunction.expm1() |
UnaryFunction<RationalNumber> |
RationalFunction.expm1() |
UnaryFunction<Double> |
PrimitiveFunction.expm1() |
UnaryFunction<Quaternion> |
QuaternionFunction.expm1() |
UnaryFunction<ComplexNumber> |
ComplexFunction.expm1() |
abstract UnaryFunction<N> |
FunctionSet.expm1() |
default UnaryFunction<N> |
BinaryFunction.first(double arg1) |
default UnaryFunction<N> |
BinaryFunction.first(N arg1)
Turns this binary function into a unary function with the first argument fixed/locked to the specified
value.
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UnaryFunction<BigDecimal> |
BigFunction.floor() |
UnaryFunction<RationalNumber> |
RationalFunction.floor() |
UnaryFunction<Double> |
PrimitiveFunction.floor() |
UnaryFunction<Quaternion> |
QuaternionFunction.floor() |
UnaryFunction<ComplexNumber> |
ComplexFunction.floor() |
abstract UnaryFunction<N> |
FunctionSet.floor() |
UnaryFunction<BigDecimal> |
BigFunction.invert() |
UnaryFunction<RationalNumber> |
RationalFunction.invert() |
UnaryFunction<Double> |
PrimitiveFunction.invert() |
UnaryFunction<Quaternion> |
QuaternionFunction.invert() |
UnaryFunction<ComplexNumber> |
ComplexFunction.invert() |
abstract UnaryFunction<N> |
FunctionSet.invert() |
UnaryFunction<BigDecimal> |
BigFunction.log() |
UnaryFunction<RationalNumber> |
RationalFunction.log() |
UnaryFunction<Double> |
PrimitiveFunction.log() |
UnaryFunction<Quaternion> |
QuaternionFunction.log() |
UnaryFunction<ComplexNumber> |
ComplexFunction.log() |
abstract UnaryFunction<N> |
FunctionSet.log() |
UnaryFunction<BigDecimal> |
BigFunction.log10() |
UnaryFunction<RationalNumber> |
RationalFunction.log10() |
UnaryFunction<Double> |
PrimitiveFunction.log10() |
UnaryFunction<Quaternion> |
QuaternionFunction.log10() |
UnaryFunction<ComplexNumber> |
ComplexFunction.log10() |
abstract UnaryFunction<N> |
FunctionSet.log10() |
UnaryFunction<BigDecimal> |
BigFunction.log1p() |
UnaryFunction<RationalNumber> |
RationalFunction.log1p() |
UnaryFunction<Double> |
PrimitiveFunction.log1p() |
UnaryFunction<Quaternion> |
QuaternionFunction.log1p() |
UnaryFunction<ComplexNumber> |
ComplexFunction.log1p() |
abstract UnaryFunction<N> |
FunctionSet.log1p() |
UnaryFunction<BigDecimal> |
BigFunction.logistic() |
UnaryFunction<RationalNumber> |
RationalFunction.logistic() |
UnaryFunction<Double> |
PrimitiveFunction.logistic() |
UnaryFunction<Quaternion> |
QuaternionFunction.logistic() |
UnaryFunction<ComplexNumber> |
ComplexFunction.logistic() |
abstract UnaryFunction<N> |
FunctionSet.logistic()
Standard logistic sigmoid function
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UnaryFunction<BigDecimal> |
BigFunction.logit() |
UnaryFunction<RationalNumber> |
RationalFunction.logit() |
UnaryFunction<Double> |
PrimitiveFunction.logit() |
UnaryFunction<Quaternion> |
QuaternionFunction.logit() |
UnaryFunction<ComplexNumber> |
ComplexFunction.logit() |
abstract UnaryFunction<N> |
FunctionSet.logit() |
UnaryFunction<BigDecimal> |
BigFunction.negate() |
UnaryFunction<RationalNumber> |
RationalFunction.negate() |
UnaryFunction<Double> |
PrimitiveFunction.negate() |
UnaryFunction<Quaternion> |
QuaternionFunction.negate() |
UnaryFunction<ComplexNumber> |
ComplexFunction.negate() |
abstract UnaryFunction<N> |
FunctionSet.negate() |
default UnaryFunction<N> |
ParameterFunction.parameter(int param)
Turns this parameter function into a unary function with the parameter fixed/locked to the specified
value.
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UnaryFunction<BigDecimal> |
BigFunction.rint() |
UnaryFunction<RationalNumber> |
RationalFunction.rint() |
UnaryFunction<Double> |
PrimitiveFunction.rint() |
UnaryFunction<Quaternion> |
QuaternionFunction.rint() |
UnaryFunction<ComplexNumber> |
ComplexFunction.rint() |
abstract UnaryFunction<N> |
FunctionSet.rint() |
default UnaryFunction<N> |
BinaryFunction.second(double arg2) |
default UnaryFunction<N> |
BinaryFunction.second(N arg2)
Turns this binary function into a unary function with the second argument fixed/locked to the specified
value.
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UnaryFunction<BigDecimal> |
BigFunction.signum() |
UnaryFunction<RationalNumber> |
RationalFunction.signum() |
UnaryFunction<Double> |
PrimitiveFunction.signum() |
UnaryFunction<Quaternion> |
QuaternionFunction.signum() |
UnaryFunction<ComplexNumber> |
ComplexFunction.signum() |
abstract UnaryFunction<N> |
FunctionSet.signum() |
UnaryFunction<BigDecimal> |
BigFunction.sin() |
UnaryFunction<RationalNumber> |
RationalFunction.sin() |
UnaryFunction<Double> |
PrimitiveFunction.sin() |
UnaryFunction<Quaternion> |
QuaternionFunction.sin() |
UnaryFunction<ComplexNumber> |
ComplexFunction.sin() |
abstract UnaryFunction<N> |
FunctionSet.sin() |
UnaryFunction<BigDecimal> |
BigFunction.sinh() |
UnaryFunction<RationalNumber> |
RationalFunction.sinh() |
UnaryFunction<Double> |
PrimitiveFunction.sinh() |
UnaryFunction<Quaternion> |
QuaternionFunction.sinh() |
UnaryFunction<ComplexNumber> |
ComplexFunction.sinh() |
abstract UnaryFunction<N> |
FunctionSet.sinh() |
UnaryFunction<BigDecimal> |
BigFunction.sqrt() |
UnaryFunction<RationalNumber> |
RationalFunction.sqrt() |
UnaryFunction<Double> |
PrimitiveFunction.sqrt() |
UnaryFunction<Quaternion> |
QuaternionFunction.sqrt() |
UnaryFunction<ComplexNumber> |
ComplexFunction.sqrt() |
abstract UnaryFunction<N> |
FunctionSet.sqrt() |
UnaryFunction<BigDecimal> |
BigFunction.sqrt1px2() |
UnaryFunction<RationalNumber> |
RationalFunction.sqrt1px2() |
UnaryFunction<Double> |
PrimitiveFunction.sqrt1px2() |
UnaryFunction<Quaternion> |
QuaternionFunction.sqrt1px2() |
UnaryFunction<ComplexNumber> |
ComplexFunction.sqrt1px2() |
abstract UnaryFunction<N> |
FunctionSet.sqrt1px2() |
UnaryFunction<BigDecimal> |
BigFunction.tan() |
UnaryFunction<RationalNumber> |
RationalFunction.tan() |
UnaryFunction<Double> |
PrimitiveFunction.tan() |
UnaryFunction<Quaternion> |
QuaternionFunction.tan() |
UnaryFunction<ComplexNumber> |
ComplexFunction.tan() |
abstract UnaryFunction<N> |
FunctionSet.tan() |
UnaryFunction<BigDecimal> |
BigFunction.tanh() |
UnaryFunction<RationalNumber> |
RationalFunction.tanh() |
UnaryFunction<Double> |
PrimitiveFunction.tanh() |
UnaryFunction<Quaternion> |
QuaternionFunction.tanh() |
UnaryFunction<ComplexNumber> |
ComplexFunction.tanh() |
abstract UnaryFunction<N> |
FunctionSet.tanh() |
UnaryFunction<BigDecimal> |
BigFunction.value() |
UnaryFunction<RationalNumber> |
RationalFunction.value() |
UnaryFunction<Double> |
PrimitiveFunction.value() |
UnaryFunction<Quaternion> |
QuaternionFunction.value() |
UnaryFunction<ComplexNumber> |
ComplexFunction.value() |
abstract UnaryFunction<N> |
FunctionSet.value() |