Acts::Experimental::RiddersStepper< stepper_impl_t > Member List

This is the complete list of members for Acts::Experimental::RiddersStepper< stepper_impl_t >, including all inherited members.

absoluteMomentum(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
BoundParameters typedef	Acts::Experimental::RiddersStepper< stepper_impl_t >
BoundState typedef	Acts::Experimental::RiddersStepper< stepper_impl_t >
boundState(State &state, const Surface &surface, bool transportCovariance=true, const FreeToBoundCorrection &freeToBoundCorrection=FreeToBoundCorrection(false)) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
charge(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
Covariance typedef	Acts::Experimental::RiddersStepper< stepper_impl_t >
curvilinearState(State &state, bool transportCovariance=true) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
direction(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
getField(State &state, const Vector3 &position) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
getStepSize(const State &state, ConstrainedStep::Type stype) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
initialize(State &state, const BoundParameters &boundParameters) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
initialize(State &state, const BoundVector &boundVector, const std::optional< BoundMatrix > &covariance, ParticleHypothesis particleHypothesis, const Surface &surface) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
Jacobian typedef	Acts::Experimental::RiddersStepper< stepper_impl_t >
makeState(const Options &options) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
momentum(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
Options typedef	Acts::Experimental::RiddersStepper< stepper_impl_t >
outputStepSize(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
particleHypothesis(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
position(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
prepareCurvilinearState(State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
qOverP(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
releaseStepSize(State &state, ConstrainedStep::Type stype) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
RiddersStepper(StepperImpl stepperImpl)	Acts::Experimental::RiddersStepper< stepper_impl_t >	explicit
RiddersStepper(std::shared_ptr< const MagneticFieldProvider > bField)	Acts::Experimental::RiddersStepper< stepper_impl_t >	explicit
RiddersStepper(const Config &config)	Acts::Experimental::RiddersStepper< stepper_impl_t >	explicit
step(State &state, Direction propagationDirection, const IVolumeMaterial *material) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
StepperImpl typedef	Acts::Experimental::RiddersStepper< stepper_impl_t >
time(const State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
transportCovarianceToBound(State &state, const Surface &surface, const FreeToBoundCorrection &freeToBoundCorrection=FreeToBoundCorrection(false)) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
transportCovarianceToCurvilinear(State &state) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
update(State &state, const FreeVector &, const BoundVector &boundParams, const BoundMatrix &covariance, const Surface &surface) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
update(State &state, const Vector3 &position, const Vector3 &direction, double qOverP, double time) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
updateStepSize(State &state, const NavigationTarget &target, Direction direction, ConstrainedStep::Type stype) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
updateStepSize(State &state, double stepSize, ConstrainedStep::Type stype) const	Acts::Experimental::RiddersStepper< stepper_impl_t >
updateSurfaceStatus(State &state, const Surface &surface, std::uint8_t index, Direction navDir, const BoundaryTolerance &boundaryTolerance, double surfaceTolerance, ConstrainedStep::Type stype, const Logger &logger=getDummyLogger()) const	Acts::Experimental::RiddersStepper< stepper_impl_t >