Package umontreal.ssj.functions

Univariate functions as Java objects. More...

Classes
class	AverageMathFunction
	Represents a function computing the average of several functions. More...
class	IdentityMathFunction
	Represents the identity function \(f(x)=x\). More...
interface	MathFunction
	This interface should be implemented by classes which represent univariate mathematical functions. More...
class	MathFunctionUtil
	Provides utility methods for computing derivatives and integrals of functions. More...
interface	MathFunctionWithDerivative
	Represents a mathematical function whose \(n\)th derivative can be computed using derivative(double,int). More...
interface	MathFunctionWithFirstDerivative
	Represents a mathematical function whose derivative can be computed using derivative(double). More...
interface	MathFunctionWithIntegral
	Represents a mathematical function whose integral can be computed by the integral(double,double) method. More...
interface	MultiFunction
	This interface should be implemented by classes which represent multivariate mathematical functions. More...
class	PiecewiseConstantFunction
	Represents a piecewise-constant function. More...
class	Polynomial
	Represents a polynomial of degree \(n\) in power form. More...
class	PowerMathFunction
	Represents a function computing \((af(x) + b)^p\) for a user-defined function \(f(x)\) and power \(p\). More...
class	ShiftedMathFunction
	Represents a function computing \(f(x) - \delta\) for a user-defined function \(f(x)\) and shift \(\delta\). More...
class	SqrtMathFunction
	Represents a function computing the square root of another function. More...
class	SquareMathFunction
	Represents a function computing \((af(x) + b)^2\) for a user-defined function \(f(x)\). More...

Detailed Description

Univariate functions as Java objects.

This package contains utility classes to represent univariate mathematical functions. They are useful, for example, when we want to pass such a function as argument to a method. They permit one to apply mathematical operations such as squaring, power, etc. on generic functions. There are also a few basic utilities for numerical differentiation and integration.