Transition(model, name): a Petri-net transition, with its modes declared after it as MATLAB, the JAR and Python declare theirs. More...

#include <line/lang/qn/nodes.h>

Inheritance diagram for line::Transition:

Collaboration diagram for line::Transition:

Public Member Functions
	Transition (NetworkModel &m, const std::string &nm)
	Transition (NetworkModel &m, const std::string &nm, const qn::TransitionParam< double > &par)
	The all-at-once form, for a caller that already holds a finished block.
std::size_t	add_mode (const std::string &nm)
	addMode(name): the new mode's 1-based index.
void	set_distribution (std::size_t mode, const Dist &d)
	setDistribution(mode, dist): the mode's firing law.
void	set_timing_strategy (std::size_t mode, lang::TimingStrategy ts)
	setTimingStrategy(mode, strategy): TIMED or IMMEDIATE.
void	set_number_of_servers (std::size_t mode, double n)
	setNumberOfServers(mode, n); GlobalConstants::MaxInt is infinite.
void	set_firing_priorities (std::size_t mode, double prio)
	setFiringPriorities(mode, priority).
void	set_firing_weights (std::size_t mode, double w)
	setFiringWeights(mode, weight): the share among simultaneously enabled modes.
void	set_firing_rate_dependence (std::size_t mode, const std::function< double(const std::vector< double > &)> &g)
	setFiringRateDependence(mode, g): g(marking) scales the firing rate.
void	set_enabling_conditions (std::size_t mode, const JobClass &cls, const Place &place, double tokens)
	setEnablingConditions(mode, class, place, tokens).
void	set_inhibiting_conditions (std::size_t mode, const JobClass &cls, const Place &place, double tokens)
	setInhibitingConditions(mode, class, place, tokens); absent means never.
void	set_firing_outcome (std::size_t mode, const JobClass &cls, const Node &dest, double tokens)
	setFiringOutcome(mode, class, node, tokens); the node may be a Sink.
Public Member Functions inherited from line::Node
std::size_t	get_index () const
	get_index(): the 1-based node index the builder assigned.
const std::string &	get_name () const
	getName().
NetworkModel &	model () const
	The model this node belongs to.
	operator std::size_t () const
	A handle IS its index wherever one is expected.
void	set_routing (std::size_t cls, lang::RoutingStrategy rs)
	setRouting(class, strategy).
void	set_routing_weights (std::size_t cls, const std::map< std::size_t, double > &weights)
	setRoutingWeight(class, weights): the WRROBIN share per destination.

Additional Inherited Members
Protected Member Functions inherited from line::Node
	Node (NetworkModel &m, std::size_t idx, const std::string &nm)
Protected Attributes inherited from line::Node
NetworkModel *	model_
std::size_t	idx_
std::string	name_

Detailed Description

Transition(model, name): a Petri-net transition, with its modes declared after it as MATLAB, the JAR and Python declare theirs.

Transition t1(model, "T1");
const std::size_t mode1 = t1.add_mode("Mode1");
t1.set_distribution(mode1, Exp(2.0));
t1.set_enabling_conditions(mode1, c1, p1, 2);
t1.set_firing_outcome(mode1, c1, p2, 2);

THE ARCS TAKE HANDLES, not indices: a Place where a place is meant and a JobClass where a class is meant, so mixing the two is a compile error. Both convert to std::size_t, which is exactly what made them interchangeable at a call site written against the index API.

Definition at line 284 of file nodes.h.

Constructor & Destructor Documentation

◆ Transition() [1/2]

line::Transition::Transition	(	NetworkModel &	m,
		const std::string &	nm )

inline

Definition at line 286 of file nodes.h.

References line::Node::Node().

◆ Transition() [2/2]

line::Transition::Transition	(	NetworkModel &	m,
		const std::string &	nm,
		const qn::TransitionParam< double > &	par )

inline

The all-at-once form, for a caller that already holds a finished block.

Definition at line 288 of file nodes.h.

References line::Node::Node().

Member Function Documentation

◆ add_mode()

std::size_t line::Transition::add_mode ( const std::string & nm )

inline

addMode(name): the new mode's 1-based index.

Definition at line 292 of file nodes.h.

References line::qn::Network< T >::add_mode(), line::Node::idx_, and line::Node::model_.

◆ set_distribution()

void line::Transition::set_distribution	(	std::size_t	mode,
		const Dist &	d )

inline

setDistribution(mode, dist): the mode's firing law.

Definition at line 294 of file nodes.h.

References line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_mode_distribution().

◆ set_enabling_conditions()

void line::Transition::set_enabling_conditions	(	std::size_t	mode,
		const JobClass &	cls,
		const Place &	place,
		double	tokens )

inline

setEnablingConditions(mode, class, place, tokens).

Definition at line 378 of file nodes.h.

References line::JobClass::get_index(), line::Node::get_index(), line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_enabling_conditions().

◆ set_firing_outcome()

void line::Transition::set_firing_outcome	(	std::size_t	mode,
		const JobClass &	cls,
		const Node &	dest,
		double	tokens )

inline

setFiringOutcome(mode, class, node, tokens); the node may be a Sink.

Definition at line 388 of file nodes.h.

References line::JobClass::get_index(), line::Node::get_index(), line::Node::idx_, line::Node::model_, line::Node::Node(), and line::qn::Network< T >::set_firing_outcome().

◆ set_firing_priorities()

void line::Transition::set_firing_priorities	(	std::size_t	mode,
		double	prio )

inline

setFiringPriorities(mode, priority).

Definition at line 306 of file nodes.h.

References line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_firing_priority().

◆ set_firing_rate_dependence()

void line::Transition::set_firing_rate_dependence	(	std::size_t	mode,
		const std::function< double(const std::vector< double > &)> &	g )

inline

setFiringRateDependence(mode, g): g(marking) scales the firing rate.

Definition at line 314 of file nodes.h.

References line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_mode_firing_dependence().

◆ set_firing_weights()

void line::Transition::set_firing_weights	(	std::size_t	mode,
		double	w )

inline

setFiringWeights(mode, weight): the share among simultaneously enabled modes.

Definition at line 310 of file nodes.h.

References line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_firing_weight().

◆ set_inhibiting_conditions()

void line::Transition::set_inhibiting_conditions	(	std::size_t	mode,
		const JobClass &	cls,
		const Place &	place,
		double	tokens )

inline

setInhibitingConditions(mode, class, place, tokens); absent means never.

Definition at line 383 of file nodes.h.

References line::JobClass::get_index(), line::Node::get_index(), line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_inhibiting_conditions().

◆ set_number_of_servers()

void line::Transition::set_number_of_servers	(	std::size_t	mode,
		double	n )

inline

setNumberOfServers(mode, n); GlobalConstants::MaxInt is infinite.

Definition at line 302 of file nodes.h.

References line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_mode_servers().

◆ set_timing_strategy()

void line::Transition::set_timing_strategy	(	std::size_t	mode,
		lang::TimingStrategy	ts )

inline

setTimingStrategy(mode, strategy): TIMED or IMMEDIATE.

Definition at line 298 of file nodes.h.

References line::Node::idx_, line::Node::model_, and line::qn::Network< T >::set_mode_timing().

The documentation for this class was generated from the following file:

include/line/lang/qn/nodes.h

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Transition() [1/2]

◆ Transition() [2/2]

Member Function Documentation

◆ add_mode()

◆ set_distribution()

◆ set_enabling_conditions()

◆ set_firing_outcome()

◆ set_firing_priorities()

◆ set_firing_rate_dependence()

◆ set_firing_weights()

◆ set_inhibiting_conditions()

◆ set_number_of_servers()

◆ set_timing_strategy()