CheckFunction() | ROOT::Math::GSLIntegrator | protected |
Error() const | ROOT::Math::GSLIntegrator | virtual |
fAbsTol | ROOT::Math::GSLIntegrator | private |
fError | ROOT::Math::GSLIntegrator | private |
fFunction | ROOT::Math::GSLIntegrator | private |
fMaxIntervals | ROOT::Math::GSLIntegrator | private |
fNEval | ROOT::Math::GSLIntegrator | private |
fRelTol | ROOT::Math::GSLIntegrator | private |
fResult | ROOT::Math::GSLIntegrator | private |
fRule | ROOT::Math::GSLIntegrator | private |
fSize | ROOT::Math::GSLIntegrator | private |
fStatus | ROOT::Math::GSLIntegrator | private |
fType | ROOT::Math::GSLIntegrator | private |
fWorkspace | ROOT::Math::GSLIntegrator | private |
GetType() const | ROOT::Math::GSLIntegrator | inline |
GetTypeName() const | ROOT::Math::GSLIntegrator | |
GSLIntegrator(double absTol=1.E-9, double relTol=1E-6, size_t size=1000) | ROOT::Math::GSLIntegrator | |
GSLIntegrator(const Integration::Type type, double absTol=1.E-9, double relTol=1E-6, size_t size=1000) | ROOT::Math::GSLIntegrator | |
GSLIntegrator(const Integration::Type type, const Integration::GKRule rule, double absTol=1.E-9, double relTol=1E-6, size_t size=1000) | ROOT::Math::GSLIntegrator | |
GSLIntegrator(const char *type, int rule, double absTol, double relTol, size_t size) | ROOT::Math::GSLIntegrator | |
GSLIntegrator(const GSLIntegrator &) | ROOT::Math::GSLIntegrator | private |
Integral(const IGenFunction &f, double a, double b) | ROOT::Math::GSLIntegrator | |
Integral(const IGenFunction &f) | ROOT::Math::GSLIntegrator | |
Integral(const IGenFunction &f, const std::vector< double > &pts) | ROOT::Math::GSLIntegrator | |
Integral(double a, double b) | ROOT::Math::GSLIntegrator | virtual |
Integral() | ROOT::Math::GSLIntegrator | virtual |
Integral(const std::vector< double > &pts) | ROOT::Math::GSLIntegrator | virtual |
Integral(GSLFuncPointer f, void *p, double a, double b) | ROOT::Math::GSLIntegrator | |
Integral(GSLFuncPointer f, void *p) | ROOT::Math::GSLIntegrator | |
Integral(GSLFuncPointer f, void *p, const std::vector< double > &pts) | ROOT::Math::GSLIntegrator | |
IntegralCauchy(double a, double b, double c) | ROOT::Math::GSLIntegrator | virtual |
IntegralCauchy(const IGenFunction &f, double a, double b, double c) | ROOT::Math::GSLIntegrator | |
IntegralLow(const IGenFunction &f, double b) | ROOT::Math::GSLIntegrator | |
IntegralLow(double b) | ROOT::Math::GSLIntegrator | virtual |
IntegralLow(GSLFuncPointer f, void *p, double b) | ROOT::Math::GSLIntegrator | |
IntegralUp(const IGenFunction &f, double a) | ROOT::Math::GSLIntegrator | |
IntegralUp(double a) | ROOT::Math::GSLIntegrator | virtual |
IntegralUp(GSLFuncPointer f, void *p, double a) | ROOT::Math::GSLIntegrator | |
NEval() const | ROOT::Math::GSLIntegrator | inlinevirtual |
operator=(const GSLIntegrator &) | ROOT::Math::GSLIntegrator | private |
Options() const | ROOT::Math::GSLIntegrator | virtual |
Result() const | ROOT::Math::GSLIntegrator | virtual |
SetAbsTolerance(double absTolerance) | ROOT::Math::GSLIntegrator | virtual |
SetFunction(const IGenFunction &f) | ROOT::Math::GSLIntegrator | virtual |
SetFunction(GSLFuncPointer f, void *p=0) | ROOT::Math::GSLIntegrator | |
SetIntegrationRule(Integration::GKRule) | ROOT::Math::GSLIntegrator | |
SetOptions(const ROOT::Math::IntegratorOneDimOptions &opt) | ROOT::Math::GSLIntegrator | virtual |
SetRelTolerance(double relTolerance) | ROOT::Math::GSLIntegrator | virtual |
Status() const | ROOT::Math::GSLIntegrator | virtual |
Type() const | ROOT::Math::VirtualIntegratorOneDim | inlinevirtual |
~GSLIntegrator() | ROOT::Math::GSLIntegrator | virtual |
~VirtualIntegrator() | ROOT::Math::VirtualIntegrator | inlinevirtual |
~VirtualIntegratorOneDim() | ROOT::Math::VirtualIntegratorOneDim | inlinevirtual |