Package com.irurueta.numerical.integration

package com.irurueta.numerical.integration

Related Packages

Package	Description
com.irurueta.numerical	This library contains packages for:

Class	Description
DoubleExponentialMatrixSingleDimensionFunctionEvaluatorListener	Interface to define how matrix (multivariate) single dimension functions can be evaluated in Double Exponential Rule Quadrature function integrators.
DoubleExponentialRuleMatrixQuadrature	Implementation of quadrature using double exponential, which allows integration with a variable transformation.
DoubleExponentialRuleQuadrature	Implementation of quadrature using double exponential, which allows integration with a variable transformation.
DoubleExponentialRuleQuadratureIntegrator	Computes function integration by using double exponential quadrature.
DoubleExponentialRuleQuadratureMatrixIntegrator	Computes matrix function integration by using double exponential quadrature.
DoubleExponentialSingleDimensionFunctionEvaluatorListener	Interface to define how single dimension functions can be evaluated in Double Exponential Rule Quadrature function integrators.
ExponentialMidPointMatrixQuadrature	This is an exact replacement for MidPointMatrixQuadrature, except that upper limit is assumed to be infinite.
ExponentialMidPointQuadrature	This is an exact replacement for MidPointQuadrature, except that upper limit is assumed to be infinite.
InfinityMidPointMatrixQuadrature	This is an exact replacement for MidPointQuadrature i.e., returns the nth stage of refinement of the integral of a function from "a" to "b", except that the function is evaluated at evenly spaced points in 1=x rather than in "x".
InfinityMidPointQuadrature	This is an exact replacement for MidPointQuadrature i.e., returns the nth stage of refinement of the integral of a function from "a" to "b", except that the function is evaluated at evenly spaced points in 1=x rather than in x.
InfinityMidPointQuadratureIntegrator	Computes function integration by using an infinity mid-point quadrature.
InfinityMidPointQuadratureMatrixIntegrator	Computes matrix (multivariate) function integration by using an infinity mid-point quadrature.
IntegrationException	Exception raised when function integration fails.
Integrator	Integrates single dimension functions over a specified interval.
IntegratorType	Indicates type of integrator.
LowerSquareRootMidPointMatrixQuadrature	This is an exact replacement for MidPointMatrixQuadrature, except that it allows for an inverse square-root singularity in the integrand at the lower limit "a".
LowerSquareRootMidPointQuadrature	This is an exact replacement for MidPointQuadrature, except that it allows for an inverse square-root singularity in the integrand at the lower limit "a".
LowerSquareRootMidPointQuadratureIntegrator	Computes function integration by using Lower Square Root mid-point quadrature when lower bound integration bound lies at a function singularity.
LowerSquareRootMidPointQuadratureMatrixIntegrator	Computes function integration by using Lower Square Root mid-point quadrature when lower bound integration bound lies at a function singularity.
MatrixIntegrator	Integrates single dimension matrix (multivariate) functions over a specified interval.
MatrixQuadrature	Abstract base class for elementary matrix quadrature algorithms used for matrix (multivariate) single dimension function integration.
MatrixSingleDimensionFunctionEvaluatorListener	Interface to define how matrix (multivariate) single dimension functions can be evaluated.
MidPointMatrixQuadrature	Implementation of matrix quadrature using mid-point algorithm.
MidPointQuadrature	Implementation of quadrature using mid-point algorithm.
MidPointQuadratureIntegrator	Computes function integration by using Mid-Point quadrature up to desired accuracy.
MidPointQuadratureMatrixIntegrator	Computes single dimension matrix (multivariate) function integration by using Mid-Point quadrature up to desired accuracy.
Quadrature	Abstract base class for elementary quadrature algorithms used for function integration.
QuadratureIntegrator<T extends Quadrature>	Integrates functions given a quadrature implementation up to desired accuracy.
QuadratureMatrixIntegrator<T extends MatrixQuadrature>	Integrates matrix (multivariate) single dimension functions given a quadrature implementation up to desired accuracy.
QuadratureType	Indicates type of quadrature.
RombergDoubleExponentialRuleQuadratureIntegrator	Computes function integration by using Romberg's method and double exponential quadrature.
RombergDoubleExponentialRuleQuadratureMatrixIntegrator	Computes function integration by using Romberg's method and double exponential quadrature.
RombergExponentialMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and exponential quadrature.
RombergExponentialMidPointQuadratureMatrixIntegrator	Computes function integration by using Romberg's method and exponential quadrature.
RombergInfinityMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and Infinity mid-point quadrature.
RombergInfinityMidPointQuadratureMatrixIntegrator	Computes function integration by using Romberg's method and Infinity mid-point quadrature.
RombergIntegrator<T extends Quadrature>	Base integrator for implementations based on Romberg's method.
RombergLowerSquareRootMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and Lower Square Root Mid-Point Quadrature when lower integration bound lies at a function singularity.
RombergLowerSquareRootMidPointQuadratureMatrixIntegrator	Computes function integration by using Romberg's method and Lower Square Root Mid-Point Quadrature when lower integration bound lies at a function singularity.
RombergMatrixIntegrator<T extends MatrixQuadrature>	Base integrator for implementations based on Romberg's method.
RombergMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and Mid-Point Quadrature.
RombergMidPointQuadratureMatrixIntegrator	Computes function integration by using Romberg's method and Mid-Point Quadrature.
RombergTrapezoidalQuadratureIntegrator	Computes function integration by using Romberg integration.
RombergTrapezoidalQuadratureMatrixIntegrator	Computes matrix function integration by using Romberg integration.
RombergUpperSquareRootMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and Upper Square Root Mid-Point Quadrature when upper integration bound lies at a function singularity.
RombergUpperSquareRootMidPointQuadratureMatrixIntegrator	Computes function integration by using Romberg's method and Upper Square Root Mid-Point Quadrature when upper integration bound lies at a function singularity.
SimpsonDoubleExponentialRuleQuadratureIntegrator	Computes function integration by using Simpson's method and double exponential quadrature.
SimpsonDoubleExponentialRuleQuadratureMatrixIntegrator	Computes function integration by using Simpson's method and double exponential quadrature.
SimpsonInfinityMidPointQuadratureIntegrator	Computes function integration by using Simpson's rule and infinity mid-point quadrature.
SimpsonInfinityMidPointQuadratureMatrixIntegrator	Computes function integration by using Simpson's rule and infinity mid-point quadrature.
SimpsonIntegrator<T extends Quadrature>	Base integrator for implementations based on Simpson's method.
SimpsonLowerSquareRootMidPointQuadratureIntegrator	Computes function integration by using Simpson's rule and Lower Square Root mid-point quadrature when lower integration bound lies at a function singularity.
SimpsonLowerSquareRootMidPointQuadratureMatrixIntegrator	Computes function integration by using Simpson's rule and Lower Square Root mid-point quadrature when lower integration bound lies at a function singularity.
SimpsonMatrixIntegrator<T extends MatrixQuadrature>	Base integrator for implementations based on Simpson's method.
SimpsonMidPointQuadratureIntegrator	Computes function integration by using Simpson's rule and mid-point quadrature.
SimpsonMidPointQuadratureMatrixIntegrator	Computes function integration by using Simpson's rule and mid-point quadrature.
SimpsonTrapezoidalQuadratureIntegrator	Computes function integration by using Simpson's rule and trapezoidal quadrature.
SimpsonTrapezoidalQuadratureMatrixIntegrator	Computes matrix function integration by using Simpson's rule and trapezoidal quadrature.
SimpsonUpperSquareRootMidPointQuadratureIntegrator	Computes function integration by using Simpson's rule an Upper Square Root mid-point quadrature when upper integration bound lies at a function singularity.
SimpsonUpperSquareRootMidPointQuadratureMatrixIntegrator	Computes function integration by using Simpson's rule an Upper Square Root mid-point quadrature when upper integration bound lies at a function singularity.
TrapezoidalMatrixQuadrature	Implementation of matrix quadrature using trapezoidal algorithm.
TrapezoidalQuadrature	Implementation of quadrature using trapezoidal algorithm.
TrapezoidalQuadratureIntegrator	Computes function integration by using Trapezoidal quadrature up to desired accuracy.
TrapezoidalQuadratureMatrixIntegrator	Computes single dimension matrix (multivariate) function integration by using Trapezoidal quadrature up to desired accuracy.
UpperSquareRootMidPointMatrixQuadrature	This is an exact replacement for MidPointMatrixQuadrature, except that it allows for an inverse square-root singularity in the integrand at the upper limit b.
UpperSquareRootMidPointQuadrature	This is an exact replacement for MidPointQuadrature, except that it allows for an inverse square-root singularity in the integrand at the upper limit b.
UpperSquareRootMidPointQuadratureIntegrator	Computes function integration by using an Upper Square Root mid-point quadrature when upper integration bound lies at a function singularity.
UpperSquareRootMidPointQuadratureMatrixIntegrator	Computes function integration by using an Upper Square Root mid-point quadrature when upper integration bound lies at a function singularity.