Package nilgiri.math.autodiff

Provides interfaces and classes to compute derivatives of functions algebraically (automatic differentiation).

See:
Description

Interface Summary

Differential<V,D>	This interface Differential<X, D> indicates objects implements this are differential with respect to V and the derivatives are of D.
DifferentialMatrixFunction<X extends Field<X>>
DifferentialVectorFunction<X extends Field<X>>

Class Summary

AbstractBinaryFunction<X extends Field<X>>	An abstract function requires two arguments in X.
AbstractUnaryFunction<X extends Field<X>>	An abstract function requires one argument in X.
ADOperatorTest
ADTest
Constant<X extends Field<X>>	A constant in X forms a field.
DifferentialFunction<X extends Field<X>>	A differential function whose value are in X.
DifferentialRealFunctionFactory<X extends RealNumber<X>>
Inverse<X extends Field<X>>	This class represents the inverse element of an argument in X with respect to multiplication.
Negative<X extends Field<X>>	This class represents the inverse element of an argument in X with respect to addition.
One<X extends Field<X>>	This class represents the unit element of X forms a field.
PolynomialTerm<X extends Field<X>>
Product<X extends Field<X>>	A product of two objects of DifferentialFunction<X&rt.
Sum<X extends Field<X>>	A sum of two objects of DifferentialFunction<X>.
Variable<X extends Field<X>>	Variables in X forms a field.
Zero<X extends Field<X>>	This class represents the zero element of X forms a field.

Package nilgiri.math.autodiff Description

Provides interfaces and classes to compute derivatives of functions algebraically (automatic differentiation).