Uses of Class
com.irurueta.numerical.integration.Integrator

Packages that use Integrator

Package	Description
com.irurueta.numerical.integration

Uses of Integrator in com.irurueta.numerical.integration

Subclasses of Integrator in com.irurueta.numerical.integration

Modifier and Type	Class	Description
class	DoubleExponentialRuleQuadratureIntegrator	Computes function integration by using double exponential quadrature.
class	InfinityMidPointQuadratureIntegrator	Computes function integration by using an infinity mid-point quadrature.
class	LowerSquareRootMidPointQuadratureIntegrator	Computes function integration by using Lower Square Root mid-point quadrature when lower bound integration bound lies at a function singularity.
class	MidPointQuadratureIntegrator	Computes function integration by using Mid-Point quadrature up to desired accuracy.
class	QuadratureIntegrator<T extends Quadrature>	Integrates functions given a quadrature implementation up to desired accuracy.
class	RombergDoubleExponentialRuleQuadratureIntegrator	Computes function integration by using Romberg's method and double exponential quadrature.
class	RombergExponentialMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and exponential quadrature.
class	RombergInfinityMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and Infinity mid-point quadrature.
class	RombergIntegrator<T extends Quadrature>	Base integrator for implementations based on Romberg's method.
class	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.
class	RombergMidPointQuadratureIntegrator	Computes function integration by using Romberg's method and Mid-Point Quadrature.
class	RombergTrapezoidalQuadratureIntegrator	Computes function integration by using Romberg integration.
class	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.
class	SimpsonDoubleExponentialRuleQuadratureIntegrator	Computes function integration by using Simpson's method and double exponential quadrature.
class	SimpsonInfinityMidPointQuadratureIntegrator	Computes function integration by using Simpson's rule and infinity mid-point quadrature.
class	SimpsonIntegrator<T extends Quadrature>	Base integrator for implementations based on Simpson's method.
class	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.
class	SimpsonMidPointQuadratureIntegrator	Computes function integration by using Simpson's rule and mid-point quadrature.
class	SimpsonTrapezoidalQuadratureIntegrator	Computes function integration by using Simpson's rule and trapezoidal quadrature.
class	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.
class	TrapezoidalQuadratureIntegrator	Computes function integration by using Trapezoidal quadrature up to desired accuracy.
class	UpperSquareRootMidPointQuadratureIntegrator	Computes function integration by using an Upper Square Root mid-point quadrature when upper integration bound lies at a function singularity.

Methods in com.irurueta.numerical.integration that return Integrator

Modifier and Type	Method	Description
static Integrator	Integrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener)	Creates an integrator using default integrator and quadrature types with default accuracy.
static Integrator	Integrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps)	Creates an integrator using default integrator and quadrature types.
static Integrator	Integrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps, IntegratorType integratorType)	Creates an integrator using provided integrator type and using default quadrature type.
static Integrator	Integrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps, IntegratorType integratorType, QuadratureType quadratureType)	Creates an integrator using provided integrator and quadrature types.
static Integrator	Integrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, IntegratorType integratorType)	Creates an integrator using provided integrator type with default accuracy and using default quadrature type.
static Integrator	Integrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, IntegratorType integratorType, QuadratureType quadratureType)	Creates an integrator using provided integrator and quadrature types with default accuracy.