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FeedbackSystem< System1, System2 > Class Template Reference
Modeling Dynamical Systems » System Concept

FeedbackSystem<System1,System2> More...

#include <drake/systems/feedback_system.h>

Public Types

template<typename ScalarType >
using StateVector1 = typename System1::template StateVector< ScalarType >
 
template<typename ScalarType >
using StateVector2 = typename System2::template StateVector< ScalarType >
 
template<typename ScalarType >
using StateVector = typename CombinedVectorUtil< System1::template StateVector, System2::template StateVector >::template type< ScalarType >
 
template<typename ScalarType >
using InputVector = typename System1::template InputVector< ScalarType >
 
template<typename ScalarType >
using OutputVector = typename System1::template OutputVector< ScalarType >
 
typedef CombinedVectorUtil< StateVector1, StateVector2 > util
 
typedef std::shared_ptr< System1 > System1Ptr
 
typedef std::shared_ptr< System2 > System2Ptr
 

Public Member Functions

 FeedbackSystem (const System1Ptr &_sys1, const System2Ptr &_sys2)
 
template<typename ScalarType >
StateVector< ScalarType > dynamics (const ScalarType &t, const StateVector< ScalarType > &x, const InputVector< ScalarType > &u) const
 
template<typename ScalarType >
OutputVector< ScalarType > output (const ScalarType &t, const StateVector< ScalarType > &x, const InputVector< ScalarType > &u) const
 
bool isTimeVarying () const
 
bool isDirectFeedthrough () const
 
size_t getNumStates () const
 
size_t getNumInputs () const
 
size_t getNumOutputs () const
 
const System1Ptr & getSys1 () const
 
const System2Ptr & getSys2 () const
 

Friends

StateVector< double > getInitialState (const FeedbackSystem< System1, System2 > &sys)
 

Detailed Description

template<class System1, class System2>
class Drake::FeedbackSystem< System1, System2 >

FeedbackSystem<System1,System2>

Builds a new system from the feedback connection of two simpler systems

Implemented concepts:
System Concept
Feedback combination of two systems

Member Typedef Documentation

using InputVector = typename System1::template InputVector<ScalarType>
using OutputVector = typename System1::template OutputVector<ScalarType>
using StateVector = typename CombinedVectorUtil< System1::template StateVector, System2::template StateVector>::template type<ScalarType>
using StateVector1 = typename System1::template StateVector<ScalarType>
using StateVector2 = typename System2::template StateVector<ScalarType>
typedef std::shared_ptr<System1> System1Ptr
typedef std::shared_ptr<System2> System2Ptr
typedef CombinedVectorUtil<StateVector1, StateVector2> util

Constructor & Destructor Documentation

FeedbackSystem ( const System1Ptr &  _sys1,
const System2Ptr &  _sys2 
)
inline

Member Function Documentation

StateVector<ScalarType> dynamics ( const ScalarType &  t,
const StateVector< ScalarType > &  x,
const InputVector< ScalarType > &  u 
) const
inline

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size_t getNumInputs ( ) const
inline

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size_t getNumOutputs ( ) const
inline

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size_t getNumStates ( ) const
inline

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const System1Ptr& getSys1 ( ) const
inline
const System2Ptr& getSys2 ( ) const
inline
bool isDirectFeedthrough ( ) const
inline
bool isTimeVarying ( ) const
inline
OutputVector<ScalarType> output ( const ScalarType &  t,
const StateVector< ScalarType > &  x,
const InputVector< ScalarType > &  u 
) const
inline

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Friends And Related Function Documentation

StateVector<double> getInitialState ( const FeedbackSystem< System1, System2 > &  sys)
friend
The documentation for this class was generated from the following file: