typedef enum adevs::


[more] NDURATION
[more] NCOUNT
[more] EMPTY
[more] NDELAY
[more] ADDTOQ
[more] EMPTYQ
[more] HNCLMS
[more] HMODE
[more] PROBVAL
[more] ERRUNIFORM
[more] ERRNORMAL
[more] ERRLOGNORM
[more] ERRTRIANG
[more] ERRGAMMA
[more] ERRBETA
[more] ERREXPONENT
[more] ERRERLANG
[more] ERRHYPGEO
[more] NULLEV
[more] NOHISTO
[more] INITERR
[more] AMODE
[more] HFORM
[more] ERRFILE
[more] SAMPLE
[more] FRACTION
[more] LEVEL
[more] SCAN
[more] SUPPRESS
[more] SEED
[more]template<class X> CellSpace<X> CellSpace(long int width, long int height, long int depth)
[more]template<class X> CellSpace<X> ~CellSpace()
[more]template<class X> void CellSpace<X> getComponents(Set<Cell*>& c)
[more]template<class X> void CellSpace<X> route( const CellEvent<X>& event, Cell* model, Bag<Event<CellEvent<X> > >& r)
[more]template<class VALUE, class PORT> void Digraph<VALUE,PORT> add(Component* model)
[more]template<class VALUE, class PORT> void Digraph<VALUE,PORT> couple(Component* src, PORT srcPort, Component* dst, PORT dstPort)
[more]template<class VALUE, class PORT> void Digraph<VALUE,PORT> getComponents(Set<Component*>& c)
[more]template<class VALUE, class PORT> void Digraph<VALUE,PORT> route(const IO_Type& x, Component* model, Bag<Event<IO_Type> >& r)
[more]template<class VALUE, class PORT> Digraph<VALUE,PORT> ~Digraph()
[more]template<class X> void Simulator<X> computeNextOutput()
[more]template<class X> void Simulator<X> computeNextState(Bag<Event<X> >& input, double t)
[more]template<class X> void Simulator<X> clean_up(Devs<X>* model)
[more]template<class X> void Simulator<X> unschedule_model(Devs<X>* model)
[more]template<class X> void Simulator<X> schedule(Devs<X>* model, double t)
[more]template<class X> void Simulator<X> inject_event(Atomic<X>* model, X& value)
[more]template<class X> void Simulator<X> route(Network<X>* parent, Devs<X>* src, X& x)
[more]template<class X> void Simulator<X> exec_event(Atomic<X>* model, bool internal, double t)
[more]template<class X> void Simulator<X> notify_listeners(Devs<X>* model, const X& value)
[more]template<class X> void Simulator<X> getAllChildren(Network<X>* model, Set<Devs<X>*>& s)
[more]template<class X> Simulator<X> ~Simulator()
[more]template<class X> DESS<X> DESS()
[more]template<class X> void DESS<X> delta_int()
[more]template<class X> void DESS<X> delta_ext(double e, const Bag<X>& xb)
[more]template<class X> void DESS<X> delta_conf(const Bag<X>& xb)
[more]template<class X> void DESS<X> output_func(Bag<X>& yb)
[more]template<class X> double DESS<X> ta()
[more]template<class X> rk4<X> rk4(int num_state_vars, double h_max, int zero_funcs)
[more]template<class X> rk4<X> ~rk4()
[more]template<class X> void rk4<X> evolve_func(double h)
[more]template<class X> double rk4<X> next_event_func(bool& is_event)
[more]template<class X> void rk4<X> discrete_action_func(const Bag<X>& xb)
[more]template<class X> void rk4<X> discrete_output_func(Bag<X>& yb)
[more]template<class X> void rk4<X> ode_step(double*qq, double step)
[more]template<class X> rk45<X> rk45(int num_state_vars, double h_max, double err_tol, int zero_funcs, double event_tol)
[more]template<class X> rk45<X> ~rk45()
[more]template<class X> void rk45<X> evolve_func(double h)
[more]template<class X> double rk45<X> next_event_func(bool& is_event)
[more]template<class X> void rk45<X> discrete_action_func(const Bag<X>& xb)
[more]template<class X> void rk45<X> discrete_output_func(Bag<X>& yb)
[more]template<class X> double rk45<X> ode_step(double*qq, double step)
[more]template<class VALUE> void SimpleDigraph<VALUE> add(Component* model)
[more]template<class VALUE> void SimpleDigraph<VALUE> couple(Component* src, Component* dst)
[more]template<class VALUE> void SimpleDigraph<VALUE> getComponents(Set<Component*>& c)
[more]template<class VALUE> void SimpleDigraph<VALUE> route(const VALUE& x, Component* model, Bag<Event<VALUE> >& r)
[more]template<class VALUE> SimpleDigraph<VALUE> ~SimpleDigraph()
[more]template<typename ExternalType, typename InternalType> ModelWrapper<ExternalType,InternalType> ModelWrapper(Devs<InternalType>* model)
[more]template<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> delta_int()
[more]template<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> delta_ext(double e, const Bag<ExternalType>& xb)
[more]template<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> delta_conf(const Bag<ExternalType>& xb)
[more]template<typename ExternalType, typename InternalType> double ModelWrapper<ExternalType,InternalType> ta()
[more]template<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> output_func(Bag<ExternalType>& yb)
[more]template<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> outputEvent(Event<InternalType> y, double t)
[more]template<typename ExternalType, typename InternalType> ModelWrapper<ExternalType,InternalType> ~ModelWrapper()


Documentation

o NDURATION

o NCOUNT

o EMPTY

o NDELAY

o ADDTOQ

o EMPTYQ

o HNCLMS

o HMODE

o PROBVAL

o ERRUNIFORM

o ERRNORMAL

o ERRLOGNORM

o ERRTRIANG

o ERRGAMMA

o ERRBETA

o ERREXPONENT

o ERRERLANG

o ERRHYPGEO

o NULLEV

o NOHISTO

o INITERR

o AMODE

o HFORM

o ERRFILE

o SAMPLE

o FRACTION

o LEVEL

o SCAN

o SUPPRESS

o SEED

otemplate<class X> CellSpace<X> CellSpace(long int width, long int height, long int depth)

otemplate<class X> CellSpace<X> ~CellSpace()

otemplate<class X> void CellSpace<X> getComponents(Set<Cell*>& c)

otemplate<class X> void CellSpace<X> route( const CellEvent<X>& event, Cell* model, Bag<Event<CellEvent<X> > >& r)

otemplate<class VALUE, class PORT> void Digraph<VALUE,PORT> add(Component* model)

otemplate<class VALUE, class PORT> void Digraph<VALUE,PORT> couple(Component* src, PORT srcPort, Component* dst, PORT dstPort)

otemplate<class VALUE, class PORT> void Digraph<VALUE,PORT> getComponents(Set<Component*>& c)

otemplate<class VALUE, class PORT> void Digraph<VALUE,PORT> route(const IO_Type& x, Component* model, Bag<Event<IO_Type> >& r)

otemplate<class VALUE, class PORT> Digraph<VALUE,PORT> ~Digraph()

otemplate<class X> void Simulator<X> computeNextOutput()

otemplate<class X> void Simulator<X> computeNextState(Bag<Event<X> >& input, double t)

otemplate<class X> void Simulator<X> clean_up(Devs<X>* model)

otemplate<class X> void Simulator<X> unschedule_model(Devs<X>* model)

otemplate<class X> void Simulator<X> schedule(Devs<X>* model, double t)

otemplate<class X> void Simulator<X> inject_event(Atomic<X>* model, X& value)

otemplate<class X> void Simulator<X> route(Network<X>* parent, Devs<X>* src, X& x)

otemplate<class X> void Simulator<X> exec_event(Atomic<X>* model, bool internal, double t)

otemplate<class X> void Simulator<X> notify_listeners(Devs<X>* model, const X& value)

otemplate<class X> void Simulator<X> getAllChildren(Network<X>* model, Set<Devs<X>*>& s)

otemplate<class X> Simulator<X> ~Simulator()

otemplate<class X> DESS<X> DESS()

otemplate<class X> void DESS<X> delta_int()

otemplate<class X> void DESS<X> delta_ext(double e, const Bag<X>& xb)

otemplate<class X> void DESS<X> delta_conf(const Bag<X>& xb)

otemplate<class X> void DESS<X> output_func(Bag<X>& yb)

otemplate<class X> double DESS<X> ta()

otemplate<class X> rk4<X> rk4(int num_state_vars, double h_max, int zero_funcs)

otemplate<class X> rk4<X> ~rk4()

otemplate<class X> void rk4<X> evolve_func(double h)

otemplate<class X> double rk4<X> next_event_func(bool& is_event)

otemplate<class X> void rk4<X> discrete_action_func(const Bag<X>& xb)

otemplate<class X> void rk4<X> discrete_output_func(Bag<X>& yb)

otemplate<class X> void rk4<X> ode_step(double*qq, double step)

otemplate<class X> rk45<X> rk45(int num_state_vars, double h_max, double err_tol, int zero_funcs, double event_tol)

otemplate<class X> rk45<X> ~rk45()

otemplate<class X> void rk45<X> evolve_func(double h)

otemplate<class X> double rk45<X> next_event_func(bool& is_event)

otemplate<class X> void rk45<X> discrete_action_func(const Bag<X>& xb)

otemplate<class X> void rk45<X> discrete_output_func(Bag<X>& yb)

otemplate<class X> double rk45<X> ode_step(double*qq, double step)

otemplate<class VALUE> void SimpleDigraph<VALUE> add(Component* model)

otemplate<class VALUE> void SimpleDigraph<VALUE> couple(Component* src, Component* dst)

otemplate<class VALUE> void SimpleDigraph<VALUE> getComponents(Set<Component*>& c)

otemplate<class VALUE> void SimpleDigraph<VALUE> route(const VALUE& x, Component* model, Bag<Event<VALUE> >& r)

otemplate<class VALUE> SimpleDigraph<VALUE> ~SimpleDigraph()

otemplate<typename ExternalType, typename InternalType> ModelWrapper<ExternalType,InternalType> ModelWrapper(Devs<InternalType>* model)

otemplate<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> delta_int()

otemplate<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> delta_ext(double e, const Bag<ExternalType>& xb)

otemplate<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> delta_conf(const Bag<ExternalType>& xb)

otemplate<typename ExternalType, typename InternalType> double ModelWrapper<ExternalType,InternalType> ta()

otemplate<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> output_func(Bag<ExternalType>& yb)

otemplate<typename ExternalType, typename InternalType> void ModelWrapper<ExternalType,InternalType> outputEvent(Event<InternalType> y, double t)

otemplate<typename ExternalType, typename InternalType> ModelWrapper<ExternalType,InternalType> ~ModelWrapper()

Alphabetic index HTML hierarchy of classes or Java



This page was generated with the help of DOC++.