Base type for all atomic DEVS models
Inheritance:
Public Fields
-
atomic_sim_support_t asim_support
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This structure is used to support the simulation engine.
Public Methods
-
atomic()
- Constructor
-
atomic(const atomic& src)
- Copy constructor
-
const atomic& operator=(const atomic& src)
- Assignment operator
-
void initialize(ADEVS_TIME_TYPE t0)
- Calls the init() method with timeCurrent() equal to t0
-
virtual void init() = 0
- State initialization function
-
virtual void delta_int() = 0
- Internal transition function
-
virtual void delta_ext(ADEVS_TIME_TYPE e, const adevs_bag<PortValue>& x) = 0
- External transition function
-
virtual void delta_conf(const adevs_bag<PortValue>& x) = 0
- Confluent transition function
-
virtual void output_func(adevs_bag<PortValue>& y) = 0
- Output function.
-
virtual void gc_output(adevs_bag<PortValue>& g) = 0
-
Garbage collection function.
-
virtual ~atomic()
- Destructor
-
static void output(ADEVS_PORT_TYPE port, ADEVS_IO_TYPE value, adevs_bag<PortValue>& y)
- Adds the PortValue pair (port,value) to the bag y
-
ADEVS_TIME_TYPE timeNext() const
- Get the time of the next internal event
-
ADEVS_TIME_TYPE timeLast() const
- Get the time of the last state transition
-
ADEVS_TIME_TYPE timeCurrent() const
- Get the current simulation time
-
ADEVS_TIME_TYPE elapsed() const
- Get the elapsed time since tL
-
ADEVS_TIME_TYPE sigma() const
- Get the time remaining until the next internal event
-
ADEVS_TIME_TYPE ta() const
- Get the value of the time advance function
-
void hold(ADEVS_TIME_TYPE dt)
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Sets the time of next event (timeNext()) to timeCurrent()+dt
Throws an adevs_exception if dt < ADEVS_ZERO.
-
void passivate()
- Set the time of next event to ADEVS_INFINITY
-
atomic* typeIsAtomic()
- Returns a pointer to this model
Inherited from devs:
Public Fields
-
basic_sim_support_t bsim_support
Public Methods
-
virtual devsn* typeIsNetwork()
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virtual netExec* typeIsNetExec()
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const devsn* getParent() const
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devsn* getParent()
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void setParent(devsn* parent)
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static void prefer_thread(int thread_id)
Inherited from object:
Public Methods
-
virtual object* clone() const
Documentation
Base type for all atomic DEVS models
atomic()
- Constructor
atomic(const atomic& src)
- Copy constructor
const atomic& operator=(const atomic& src)
- Assignment operator
void initialize(ADEVS_TIME_TYPE t0)
- Calls the init() method with timeCurrent() equal to t0
virtual void init() = 0
- State initialization function
virtual void delta_int() = 0
- Internal transition function
virtual void delta_ext(ADEVS_TIME_TYPE e, const adevs_bag<PortValue>& x) = 0
- External transition function
virtual void delta_conf(const adevs_bag<PortValue>& x) = 0
- Confluent transition function
virtual void output_func(adevs_bag<PortValue>& y) = 0
- Output function. Output values should be added to the bag y.
virtual void gc_output(adevs_bag<PortValue>& g) = 0
-
Garbage collection function. The PortValue objects in g are
no longer in use by the simulation engine and should be disposed of.
` Note that the elements in g are only those PortValue objects produced as
output by this model.
virtual ~atomic()
- Destructor
static void output(ADEVS_PORT_TYPE port, ADEVS_IO_TYPE value, adevs_bag<PortValue>& y)
- Adds the PortValue pair (port,value) to the bag y
ADEVS_TIME_TYPE timeNext() const
- Get the time of the next internal event
ADEVS_TIME_TYPE timeLast() const
- Get the time of the last state transition
ADEVS_TIME_TYPE timeCurrent() const
- Get the current simulation time
ADEVS_TIME_TYPE elapsed() const
- Get the elapsed time since tL
ADEVS_TIME_TYPE sigma() const
- Get the time remaining until the next internal event
ADEVS_TIME_TYPE ta() const
- Get the value of the time advance function
void hold(ADEVS_TIME_TYPE dt)
-
Sets the time of next event (timeNext()) to timeCurrent()+dt
Throws an adevs_exception if dt < ADEVS_ZERO. This is the preferred method
for scheduling an event.
void passivate()
- Set the time of next event to ADEVS_INFINITY
atomic* typeIsAtomic()
- Returns a pointer to this model
atomic_sim_support_t asim_support
-
This structure is used to support the simulation engine. It should not
be used in any way by a system modeler.
- Direct child classes:
- netExec
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