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

Packages that use Quadrature

Package	Description
com.irurueta.numerical.integration

Uses of Quadrature in com.irurueta.numerical.integration

Classes in com.irurueta.numerical.integration with type parameters of type Quadrature

Modifier and Type	Class	Description
class	QuadratureIntegrator<T extends Quadrature>	Integrates functions given a quadrature implementation up to desired accuracy.
class	RombergIntegrator<T extends Quadrature>	Base integrator for implementations based on Romberg's method.
class	SimpsonIntegrator<T extends Quadrature>	Base integrator for implementations based on Simpson's method.

Subclasses of Quadrature in com.irurueta.numerical.integration

Modifier and Type	Class	Description
class	DoubleExponentialRuleQuadrature	Implementation of quadrature using double exponential, which allows integration with a variable transformation.
class	ExponentialMidPointQuadrature	This is an exact replacement for MidPointQuadrature, except that upper limit is assumed to be infinite.
class	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.
class	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".
class	MidPointQuadrature	Implementation of quadrature using mid-point algorithm.
class	TrapezoidalQuadrature	Implementation of quadrature using trapezoidal algorithm.
class	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.

Fields in com.irurueta.numerical.integration declared as Quadrature

Modifier and Type	Field	Description
private final T	QuadratureIntegrator.q	Quadrature used for integration.
protected final T	RombergIntegrator.q	Quadrature used for integration.
private final T	SimpsonIntegrator.q	Quadrature used for integration.

Methods in com.irurueta.numerical.integration that return types with arguments of type Quadrature

Modifier and Type	Method	Description
private static QuadratureIntegrator<Quadrature>	QuadratureIntegrator.cast(QuadratureIntegrator<?> integrator)	Casts integrator to a quadrature integrator without wildcard parameter.
private static RombergIntegrator<Quadrature>	RombergIntegrator.cast(RombergIntegrator<?> integrator)	Casts integrator to a quadrature integrator without wildcard parameter.
private static SimpsonIntegrator<Quadrature>	SimpsonIntegrator.cast(SimpsonIntegrator<?> integrator)	Casts integrator to a quadrature integrator without wildcard parameter.
static QuadratureIntegrator<Quadrature>	QuadratureIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener)	Creates a quadrature integrator using default accuracy and quadrature type.
static QuadratureIntegrator<Quadrature>	QuadratureIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps)	Creates a quadrature integrator using default quadrature type.
static QuadratureIntegrator<Quadrature>	QuadratureIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps, QuadratureType quadratureType)	Creates a quadrature integrator.
static QuadratureIntegrator<Quadrature>	QuadratureIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, QuadratureType quadratureType)	Creates a quadrature integrator with default accuracy.
static RombergIntegrator<Quadrature>	RombergIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener)	Creates an integrator using Romberg's method and having default accuracy and quadrature type.
static RombergIntegrator<Quadrature>	RombergIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps)	Creates an integrator using Romberg's method and default quadrature type.
static RombergIntegrator<Quadrature>	RombergIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps, QuadratureType quadratureType)	Creates an integrator using Romberg's method.
static RombergIntegrator<Quadrature>	RombergIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, QuadratureType quadratureType)	Creates an integrator using Romberg's method and having default accuracy.
static SimpsonIntegrator<Quadrature>	SimpsonIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener)	Creates an integrator using Simpson's method and having default accuracy and quadrature type.
static SimpsonIntegrator<Quadrature>	SimpsonIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps)	Creates an integrator using Simpson's method and default quadrature type.
static SimpsonIntegrator<Quadrature>	SimpsonIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, double eps, QuadratureType quadratureType)	Creates an integrator using Simpson's method.
static SimpsonIntegrator<Quadrature>	SimpsonIntegrator.create(double a, double b, SingleDimensionFunctionEvaluatorListener listener, QuadratureType quadratureType)	Creates an integrator using Simpson's method and having default accuracy.