Uses of Class com.github.vonrosen.quantlib.UnaryFunctionDelegate (quantlib-java-swig 1.10 API)

Uses of UnaryFunctionDelegate in com.github.vonrosen.quantlib

Methods in com.github.vonrosen.quantlib with parameters of type UnaryFunctionDelegate
Modifier and Type	Method and Description
`static double`	QuantLibJNI.`Bisection_solve__SWIG_0(long jarg1, Bisection jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5)`
`static double`	QuantLibJNI.`Bisection_solve__SWIG_1(long jarg1, Bisection jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5, double jarg6)`
`static double`	QuantLibJNI.`Brent_solve__SWIG_0(long jarg1, Brent jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5)`
`static double`	QuantLibJNI.`Brent_solve__SWIG_1(long jarg1, Brent jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5, double jarg6)`
`double`	GaussLegendreIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussLaguerreIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussJacobiIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussHyperbolicIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussHermiteIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussGegenbauerIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussChebyshevIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	GaussChebyshev2ndIntegration.`calculate(UnaryFunctionDelegate f)`
`double`	TrapezoidIntegralMidPoint.`calculate(UnaryFunctionDelegate f, double a, double b)`
`double`	TrapezoidIntegralDefault.`calculate(UnaryFunctionDelegate f, double a, double b)`
`double`	SimpsonIntegral.`calculate(UnaryFunctionDelegate f, double a, double b)`
`double`	SegmentIntegral.`calculate(UnaryFunctionDelegate f, double a, double b)`
`double`	GaussLobattoIntegral.`calculate(UnaryFunctionDelegate f, double a, double b)`
`double`	GaussKronrodNonAdaptive.`calculate(UnaryFunctionDelegate f, double a, double b)`
`double`	GaussKronrodAdaptive.`calculate(UnaryFunctionDelegate f, double a, double b)`
`static double`	QuantLibJNI.`FalsePosition_solve__SWIG_0(long jarg1, FalsePosition jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5)`
`static double`	QuantLibJNI.`FalsePosition_solve__SWIG_1(long jarg1, FalsePosition jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5, double jarg6)`
`static double`	QuantLibJNI.`GaussChebyshev2ndIntegration_calculate(long jarg1, GaussChebyshev2ndIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussChebyshevIntegration_calculate(long jarg1, GaussChebyshevIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussGegenbauerIntegration_calculate(long jarg1, GaussGegenbauerIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussHermiteIntegration_calculate(long jarg1, GaussHermiteIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussHyperbolicIntegration_calculate(long jarg1, GaussHyperbolicIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussJacobiIntegration_calculate(long jarg1, GaussJacobiIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussKronrodAdaptive_calculate(long jarg1, GaussKronrodAdaptive jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`static double`	QuantLibJNI.`GaussKronrodNonAdaptive_calculate(long jarg1, GaussKronrodNonAdaptive jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`static double`	QuantLibJNI.`GaussLaguerreIntegration_calculate(long jarg1, GaussLaguerreIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussLegendreIntegration_calculate(long jarg1, GaussLegendreIntegration jarg1_, long jarg2, UnaryFunctionDelegate jarg2_)`
`static double`	QuantLibJNI.`GaussLobattoIntegral_calculate(long jarg1, GaussLobattoIntegral jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`protected static long`	UnaryFunctionDelegate.`getCPtr(UnaryFunctionDelegate obj)`
`static long`	QuantLibJNI.`new_UnaryFunction(long jarg1, UnaryFunctionDelegate jarg1_)`
`static double`	QuantLibJNI.`Ridder_solve__SWIG_0(long jarg1, Ridder jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5)`
`static double`	QuantLibJNI.`Ridder_solve__SWIG_1(long jarg1, Ridder jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5, double jarg6)`
`static double`	QuantLibJNI.`Secant_solve__SWIG_0(long jarg1, Secant jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5)`
`static double`	QuantLibJNI.`Secant_solve__SWIG_1(long jarg1, Secant jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4, double jarg5, double jarg6)`
`static double`	QuantLibJNI.`SegmentIntegral_calculate(long jarg1, SegmentIntegral jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`static double`	QuantLibJNI.`SimpsonIntegral_calculate(long jarg1, SimpsonIntegral jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`double`	Secant.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double step)`
`double`	Ridder.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double step)`
`double`	FalsePosition.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double step)`
`double`	Brent.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double step)`
`double`	Bisection.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double step)`
`double`	Secant.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double xMin, double xMax)`
`double`	Ridder.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double xMin, double xMax)`
`double`	FalsePosition.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double xMin, double xMax)`
`double`	Brent.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double xMin, double xMax)`
`double`	Bisection.`solve(UnaryFunctionDelegate function, double xAccuracy, double guess, double xMin, double xMax)`
`static double`	QuantLibJNI.`SwigDirector_UnaryFunctionDelegate_value(UnaryFunctionDelegate jself, double x)`
`static double`	QuantLibJNI.`TrapezoidIntegralDefault_calculate(long jarg1, TrapezoidIntegralDefault jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`static double`	QuantLibJNI.`TrapezoidIntegralMidPoint_calculate(long jarg1, TrapezoidIntegralMidPoint jarg1_, long jarg2, UnaryFunctionDelegate jarg2_, double jarg3, double jarg4)`
`static void`	QuantLibJNI.`UnaryFunctionDelegate_change_ownership(UnaryFunctionDelegate obj, long cptr, boolean take_or_release)`
`static void`	QuantLibJNI.`UnaryFunctionDelegate_director_connect(UnaryFunctionDelegate obj, long cptr, boolean mem_own, boolean weak_global)`
`static double`	QuantLibJNI.`UnaryFunctionDelegate_value(long jarg1, UnaryFunctionDelegate jarg1_, double jarg2)`
`static double`	QuantLibJNI.`UnaryFunctionDelegate_valueSwigExplicitUnaryFunctionDelegate(long jarg1, UnaryFunctionDelegate jarg1_, double jarg2)`

Constructors in com.github.vonrosen.quantlib with parameters of type UnaryFunctionDelegate
Constructor and Description
`UnaryFunction(UnaryFunctionDelegate arg0)`

Uses of Classcom.github.vonrosen.quantlib.UnaryFunctionDelegate

Uses of UnaryFunctionDelegate in com.github.vonrosen.quantlib

Uses of Class
com.github.vonrosen.quantlib.UnaryFunctionDelegate