capd::poincare::PoincareMap< SolverT, SectionT > Member List

This is the complete list of members for capd::poincare::PoincareMap< SolverT, SectionT >, including all inherited members.

AffineCoordinateChange typedef	capd::poincare::PoincareMap< SolverT, SectionT >
BasicPoincareMap(Solver &solver, SectionType &section, CrossingDirection direction=Both, const RealType &errorTolerance=pow(TypeTraits< RealType >::epsilon(), RealType(14.)/RealType(15.)))	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BoundType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
C0Set typedef	capd::poincare::PoincareMap< SolverT, SectionT >
C1Set typedef	capd::poincare::PoincareMap< SolverT, SectionT >
C2Set typedef	capd::poincare::PoincareMap< SolverT, SectionT >
checkTransversability(const T &theSet, const VectorType &bounds)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
CnSet typedef	capd::poincare::PoincareMap< SolverT, SectionT >
computeDP(const VectorType &Px, const MatrixType &derivativeOfFlow, VectorType &dT, ScalarType returnTime=TypeTraits< ScalarType >::zero())	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
computeDP(const VectorType &Px, const MatrixType &derivativeOfFlow, ScalarType returnTime=TypeTraits< ScalarType >::zero())	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
computeDP(const VectorType &Px, const MatrixType &derivativeOfFlow, const HessianType &hessianOfFlow, MatrixType &DP, HessianType &D2P, VectorType &dT, MatrixType &d2T, ScalarType returnTime=TypeTraits< ScalarType >::zero())	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
computeDP(const VectorType &Px, const MatrixType &derivativeOfFlow, const HessianType &hessianOfFlow, MatrixType &DP, HessianType &D2P, ScalarType returnTime=TypeTraits< ScalarType >::zero())	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
computeDP(const JetT &DPhi)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
computePoincareMap(T &originalSet, int n)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
CrossingDirection typedef	capd::poincare::PoincareMap< SolverT, SectionT >
crossSection(T &theSet, T &nextSet)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
crossSectionInOneStep(T &theSet, T &nextSet, ScalarType &oneStepReturnTime, VectorType &bound)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
CurveType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
findRelativeCrossingTime(ScalarType timeJustBeforeSection, const CurveType &curve)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
getCloserToSection(T &theSet, T &nextSet)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
getDynamicalSystem() const	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
getDynamicalSystem()	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
getOrder() const	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
getSection() const	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
getSectionDerivativesEnclosure() const	capd::poincare::PoincareMap< SolverT, SectionT >	inline
getSign(const T &theSet, VectorType &position, bool updatePosition, const VectorType &bounds)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
getSign(const T &theSet, VectorType &position, bool updatePosition)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
getSign(const T &theSet)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
getSolver() const	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
getSolver()	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
getStep() const	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
getVectorField()	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
getVectorField() const	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
HessianType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
integrateUntilSectionCrossing(T &theSet, T &nextSet, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >	protected
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::integrateUntilSectionCrossing(T &x, int n=1, ScalarType *lastStep=0)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
JetType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
m_blowUpMaxNorm	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
m_crossingDirection	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
m_lastTimeStep	capd::poincare::PoincareMap< SolverT, SectionT >	protected
m_maxReturnTime	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
m_section	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
m_sectionFactor	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
m_signBeforeSection	capd::poincare::PoincareMap< SolverT, SectionT >	protected
m_solver	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	protected
MatrixType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
maxCorrectionAttempts	capd::poincare::PoincareMap< SolverT, SectionT >
minCrossingTimeStep	capd::poincare::PoincareMap< SolverT, SectionT >
onOffStepControl(bool sc)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
operator()(T &theSet, const VectorType &x0, const MatrixType &A, ScalarType &out_returnTime, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, ScalarType &out_returnTime, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, MatrixType &dF, ScalarType &out_returnTime, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, MatrixType &dF, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, MatrixType &dF, HessianType &hessian, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, MatrixType &dF, HessianType &hessian, ScalarType &out_returnTime, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, typename T::JetType &result, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
operator()(T &theSet, typename T::JetType &result, ScalarType &out_returnTime, int n=1)	capd::poincare::PoincareMap< SolverT, SectionT >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(const VectorType &v)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(VectorType v, ScalarType &in_out_time)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(const VectorType &v, VectorType &afterSection)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(VectorType v, VectorType &afterSection, ScalarType &in_out_time)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(const VectorType &v, MatrixType &dF)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(VectorType v, MatrixType &dF, ScalarType &in_out_time)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(const VectorType &v, MatrixType &dF, HessianType &h)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(VectorType v, MatrixType &dF, HessianType &h, ScalarType &in_out_time)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(JetType &x)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >::operator()(JetType &x, ScalarType &in_out_time)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
PoincareMap(Solver &solver, SectionType &section, CrossingDirection direction=Both, const BoundType &errorTolerance=0.1)	capd::poincare::PoincareMap< SolverT, SectionT >
RealType typedef	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
ScalarType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
sectionCoordinateSystem	capd::poincare::PoincareMap< SolverT, SectionT >	protected
sectionDerivativesEnclosure	capd::poincare::PoincareMap< SolverT, SectionT >	protected
SectionDerivativesEnclosureType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
SectionType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
setBlowUpMaxNorm(double blowUpMaxNorm)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
setCrossingDirection(CrossingDirection cs)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
setFactor(double newFactor)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
setMaxReturnTime(double maxReturnTime)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
setOrder(size_type newOrder)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
setSection(const SectionType &newSection)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
setStep(const ScalarType &newStep)	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
size_type typedef	capd::poincare::PoincareMap< SolverT, SectionT >
SolutionCurve typedef	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >
Solver typedef	capd::poincare::PoincareMap< SolverT, SectionT >
timeStepCorrectionFactor	capd::poincare::PoincareMap< SolverT, SectionT >
turnOffStepControl()	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
turnOnStepControl()	capd::poincare::BasicPoincareMap< SolverT, AbstractSection< typename SolverT::MatrixType > >	inline
VectorFieldType typedef	capd::poincare::PoincareMap< SolverT, SectionT >
VectorType typedef	capd::poincare::PoincareMap< SolverT, SectionT >