Uses of Class
org.jscience.mathematics.function.Function

Packages that use Function

Package	Description
org.jscience.mathematics.function	Provides support for fairly simple symbolic math analysis (to solve algebraic equations, integrate, differentiate, calculate expressions, and so on).

Uses of Function in org.jscience.mathematics.function

Subclasses of Function in org.jscience.mathematics.function

Modifier and Type	Class and Description
class	Constant<R extends Ring<R>> This class represents a constant function (polynomial of degree 0).
class	DiscreteFunction<X,Y> This class represents a function defined from a mapping betweem two sets (points and values).
class	Polynomial<R extends Ring<R>> This class represents a mathematical expression involving a sum of powers in one or more variables multiplied by coefficients (such as x² + x·y + 3y²).
class	RationalFunction<F extends Field<F>> This class represents the quotient of two Polynomial, it is also a field (invertible).

Methods in org.jscience.mathematics.function that return Function

Modifier and Type	Method and Description
<Z> Function<Z,R>	Polynomial.compose(Function<Z,R> that)
<Z> Function<Z,Y>	Function.compose(Function<Z,X> that) Returns the composition of this function with the one specified.
Function<X,Y>	Function.differentiate(Variable<X> v) Returns the first derivative of this function with respect to the specified variable.
Function<F,F>	RationalFunction.divide(Function<F,F> that)
Function<X,Y>	Function.divide(Function<X,Y> that) Returns the quotient of this function with the one specified.
Function<X,Y>	Function.integrate(Variable<X> v) Returns an integral of this function with respect to the specified variable.
Function<F,F>	RationalFunction.minus(Function<F,F> that)
Function<R,R>	Polynomial.minus(Function<R,R> that)
Function<X,Y>	Function.minus(Function<X,Y> that) Returns the difference of this function with the one specified.
Function<F,F>	RationalFunction.plus(Function<F,F> that)
Function<R,R>	Polynomial.plus(Function<R,R> that)
Function<X,Y>	Function.plus(Function<X,Y> that) Returns the sum of this function with the one specified.
Function<X,Y>	Function.pow(int n) Returns this function raised at the specified exponent.
Function<F,F>	RationalFunction.times(Function<F,F> that)
Function<R,R>	Polynomial.times(Function<R,R> that)
Function<X,Y>	Function.times(Function<X,Y> that) Returns the product of this function with the one specified.

Methods in org.jscience.mathematics.function with parameters of type Function

Modifier and Type	Method and Description
<Z> Function<Z,R>	Polynomial.compose(Function<Z,R> that)
<Z> Function<Z,Y>	Function.compose(Function<Z,X> that) Returns the composition of this function with the one specified.
Function<F,F>	RationalFunction.divide(Function<F,F> that)
Function<X,Y>	Function.divide(Function<X,Y> that) Returns the quotient of this function with the one specified.
Function<F,F>	RationalFunction.minus(Function<F,F> that)
Function<R,R>	Polynomial.minus(Function<R,R> that)
Function<X,Y>	Function.minus(Function<X,Y> that) Returns the difference of this function with the one specified.
Function<F,F>	RationalFunction.plus(Function<F,F> that)
Function<R,R>	Polynomial.plus(Function<R,R> that)
Function<X,Y>	Function.plus(Function<X,Y> that) Returns the sum of this function with the one specified.
Function<F,F>	RationalFunction.times(Function<F,F> that)
Function<R,R>	Polynomial.times(Function<R,R> that)
Function<X,Y>	Function.times(Function<X,Y> that) Returns the product of this function with the one specified.