Detailed Description

The Facility class is the abstract class/interface used by all facility agents.

This is all that is known externally about facilities

Introduction

The Facility type plays a primary role in Cyclus. A Facility facility is where offers and requests are generated and transmitted to a ResourceExchange and where shipments of material, issued by the exchange, are executed. The algorithms to determine what offers and requests are issued and how material shipments are handled are the primary differentiators between different Facility implementations.

Like all agent implementations, there are a number of implementations that are distributed as part of the core Cyclus application as well as implementations contributed by third-party developers. The links below describe additional parameters necessary for the complete definition of a facility of that implementation.

Available Core Implementations

SourceFacility: A facility that can produce a constant (or infinite) amount of some commodity
SinkFacility: A facility that can consume a constant (or infinite) amount of some commodity
NullFacility: A facility that consumes a constant amount of one commodity and produces a constant amount of another

Anticipated Core Implementations

Developers are encouraged to add to this list and create pages that describe the detailed behavior of these agents.

RecipeReactor: A facility that consumes a fixed fresh fuel recipe one a time scale governed by reactor cycle lengths and batch sizes, and produced a fixed/corresponding spent fuel recipe at the same frequency - SeparationsMatrixFacility: A facility that consumes a fixed quantity of material of one commodity and produces many different output streams with the input nuclides distributed across those output streams according to a fixed matrix
EnrichmentFacility: A facility that offers a fixed quantity of SWUs to accomplish enrichment of material

Third-party Implementations

Collaborators are encouraged to add to this list and link to external pages that describe how to get the agents and the detailed behavior

Definition at line 68 of file facility.h.

#include <facility.h>

Inheritance diagram for cyclus::Facility:

Public Member Functions
virtual void	AcceptMatlTrades (const std::vector< std::pair< Trade< Material >, Material::Ptr > > &responses)

virtual void	AcceptProductTrades (const std::vector< std::pair< Trade< Product >, Product::Ptr > > &responses)

virtual void	AdjustMatlPrefs (PrefMap< Material >::type &prefs)

virtual void	AdjustProductPrefs (PrefMap< Product >::type &prefs)

virtual void	Build (Agent *parent)

virtual bool	CheckDecommissionCondition ()

virtual void	Decommission ()

virtual void	EnterNotify ()

	Facility (Context *ctx)

virtual std::set< BidPortfolio< Material >::Ptr >	GetMatlBids (CommodMap< Material >::type &commod_requests)

virtual std::set< RequestPortfolio< Material >::Ptr >	GetMatlRequests ()

virtual void	GetMatlTrades (const std::vector< Trade< Material > > &trades, std::vector< std::pair< Trade< Material >, Material::Ptr > > &responses)

virtual std::set< BidPortfolio< Product >::Ptr >	GetProductBids (CommodMap< Product >::type &commod_requests)

virtual std::set< RequestPortfolio< Product >::Ptr >	GetProductRequests ()

virtual void	GetProductTrades (const std::vector< Trade< Product > > &trades, std::vector< std::pair< Trade< Product >, Product::Ptr > > &responses)

virtual void	InfileToDb (InfileTree *qe, DbInit di)

void	InitFrom (Facility *m)

virtual void	InitFrom (QueryableBackend *b)

virtual void	Snapshot (DbInit di)

virtual std::string	str ()

virtual	~Facility ()

Public Member Functions inherited from cyclus::TimeListener
virtual void	Decision ()

virtual void	Tick ()=0

virtual void	Tock ()=0

Public Member Functions inherited from cyclus::Agent
	Agent (Context *ctx)

bool	AncestorOf (Agent *other)

virtual Json::Value	annotations ()

virtual void	BuildNotify (Agent *m)

const std::set< Agent * > &	children () const

virtual Agent *	Clone ()=0

Context *	context () const

bool	DecendentOf (Agent *other)

virtual void	DecomNotify (Agent *m)

const int	enter_time () const

const int	exit_time () const

std::vector< std::string >	GetTreePrintOuts (Agent *m)

virtual const int	id () const

bool	InFamilyTree (Agent *other)

virtual void	InitInv (Inventories &inv)=0

const std::string	kind () const

const int	lifetime () const

void	lifetime (int n_timesteps)

void	lifetime_force (int n_timesteps)

Agent *	parent () const

const int	parent_id () const

std::string	PrintChildren ()

const std::string	prototype () const

void	prototype (std::string p)

virtual std::string	schema ()

virtual Inventories	SnapshotInv ()=0

std::string	spec ()

void	spec (std::string new_impl)

virtual std::string	version ()

virtual	~Agent ()

Public Member Functions inherited from cyclus::Trader
virtual Agent *	manager ()

	Trader (Agent *manager)

Additional Inherited Members
Protected Member Functions inherited from cyclus::Agent
virtual std::string	InformErrorMsg (std::string msg)

void	InitFrom (Agent *m)

Protected Attributes inherited from cyclus::Agent
std::string	kind_

Protected Attributes inherited from cyclus::Trader
Agent *	manager_

Constructor & Destructor Documentation

◆ Facility()

cyclus::Facility::Facility ( Context * ctx )

Definition at line 16 of file facility.cc.

◆ ~Facility()

cyclus::Facility::~Facility ( )

virtual

Definition at line 20 of file facility.cc.

Member Function Documentation

◆ AcceptMatlTrades()

virtual void cyclus::Facility::AcceptMatlTrades ( const std::vector< std::pair< Trade< Material >, Material::Ptr > > & responses )

inlinevirtual

default implementation for material trade acceptance

Reimplemented from cyclus::Trader.

Definition at line 155 of file facility.h.

◆ AcceptProductTrades()

virtual void cyclus::Facility::AcceptProductTrades ( const std::vector< std::pair< Trade< Product >, Product::Ptr > > & responses )

inlinevirtual

default implementation for product trade acceptance

Reimplemented from cyclus::Trader.

Definition at line 160 of file facility.h.

◆ AdjustMatlPrefs()

virtual void cyclus::Facility::AdjustMatlPrefs ( PrefMap< Material >::type & prefs )

inlinevirtual

default implementation for material preferences.

Reimplemented from cyclus::Agent.

Definition at line 132 of file facility.h.

◆ AdjustProductPrefs()

virtual void cyclus::Facility::AdjustProductPrefs ( PrefMap< Product >::type & prefs )

inlinevirtual

default implementation for material preferences.

Reimplemented from cyclus::Agent.

Definition at line 135 of file facility.h.

◆ Build()

void cyclus::Facility::Build ( Agent * parent )

virtual

builds the facility in the simulation

Parameters

parent the parent of this facility

Reimplemented from cyclus::Agent.

Definition at line 27 of file facility.cc.

◆ CheckDecommissionCondition()

bool cyclus::Facility::CheckDecommissionCondition ( )

virtual

facilities over write this method if a condition must be met before their destructors can be called

Definition at line 55 of file facility.cc.

◆ Decommission()

void cyclus::Facility::Decommission ( )

virtual

decommissions the facility, default behavior is for the facility to delete itself

Reimplemented from cyclus::Agent.

Definition at line 45 of file facility.cc.

◆ EnterNotify()

void cyclus::Facility::EnterNotify ( )

virtual

Called to give the agent an opportunity to register for services.

Reimplemented from cyclus::Agent.

Definition at line 31 of file facility.cc.

◆ GetMatlBids()

virtual std::set< BidPortfolio< Material >::Ptr > cyclus::Facility::GetMatlBids ( CommodMap< Material >::type & commod_requests )

inlinevirtual

default implementation for material requests

Reimplemented from cyclus::Trader.

Definition at line 121 of file facility.h.

◆ GetMatlRequests()

virtual std::set< RequestPortfolio< Material >::Ptr > cyclus::Facility::GetMatlRequests ( )

inlinevirtual

default implementation for material requests

Reimplemented from cyclus::Trader.

Definition at line 109 of file facility.h.

◆ GetMatlTrades()

virtual void cyclus::Facility::GetMatlTrades	(	const std::vector< Trade< Material > > &	trades,
		std::vector< std::pair< Trade< Material >, Material::Ptr > > &	responses )

inlinevirtual

default implementation for responding to material trades

Parameters

trades	all trades in which this trader is the supplier
responses	a container to populate with responses to each trade

Reimplemented from cyclus::Trader.

Definition at line 140 of file facility.h.

◆ GetProductBids()

virtual std::set< BidPortfolio< Product >::Ptr > cyclus::Facility::GetProductBids ( CommodMap< Product >::type & commod_requests )

inlinevirtual

default implementation for product requests

Reimplemented from cyclus::Trader.

Definition at line 127 of file facility.h.

◆ GetProductRequests()

virtual std::set< RequestPortfolio< Product >::Ptr > cyclus::Facility::GetProductRequests ( )

inlinevirtual

default implementation for product requests

Reimplemented from cyclus::Trader.

Definition at line 115 of file facility.h.

◆ GetProductTrades()

virtual void cyclus::Facility::GetProductTrades	(	const std::vector< Trade< Product > > &	trades,
		std::vector< std::pair< Trade< Product >, Product::Ptr > > &	responses )

inlinevirtual

default implementation for responding to product trades

Parameters

trades	all trades in which this trader is the supplier
responses	a container to populate with responses to each trade

Reimplemented from cyclus::Trader.

Definition at line 149 of file facility.h.

◆ InfileToDb()

virtual void cyclus::Facility::InfileToDb	(	InfileTree *	qe,
		DbInit	di )

inlinevirtual

Translates info for the agent from an input file to the database by reading parameters from the passed InfileTree (parsed from xml) and recording data via the DbInit variable.

The simulation id and agent id are automatically injected in all data transfered to the database through DbInit. This function must be implemented by all agents. This function must call the superclass' InfileToDb function before doing any other work.

Agent parameters in the InfileTree are scoped in the "agent/*&zwj;/" path. The superclass InitFrom expects the scope InfileTree passed to it to be unchanged from the agent's InfileTree arg.

Example:

class MyAgentClass : virtual public cyclus::Facility {
  // ...
 
  void InfileToDb(cyclus::InfileTree* tree, cyclus::DbInit di) {
    cyclus::Facility::InitFrom(tree);
 
    // now do MyAgentClass' initialitions, e.g.:
    tree = tree->Query("agent/*"); // rescope the InfileTree
 
    // retrieve all agent params
    std::string recipe = tree->GetString("recipe");
    std::string in_commod = tree->GetString("in_commod");
    double cap = cyclus::Query<double>(tree, "cap");
    di.NewDatum("MyAgentTable1")
      ->AddVal("recipe", recipe)
      ->AddVal("in_commod", in_commod)
      ->AddVal("cap", cap)
      ->Record();
    // ...
  };
 
  // ...
};

Warning: because 'SimId' 'SimTime', and 'AgentId' fields are automatically injected, those labels cannot be used for any other fields.; this function MUST NOT modify the agent's state.

Reimplemented from cyclus::Agent.

Definition at line 75 of file facility.h.

◆ InitFrom() [1/2]

void cyclus::Facility::InitFrom ( Facility * m )

Copy module members from a source agent Any facility subclassing facility agent should invoke their own InitFrom method, calling Facility's first!

Parameters

m	the agent to copy from

Definition at line 23 of file facility.cc.

◆ InitFrom() [2/2]

virtual void cyclus::Facility::InitFrom ( QueryableBackend * b )

inlinevirtual

Intializes an agent's internal state from the database.

Appropriate simulation id, agent id, and time filters are automatically included in all queries. If the agent is a direct subclass of the Agent class, than it should NOT call its superclass' InitFrom(QueryableBackend*) function. If, however, it is a subclasses other Agent subclasses (e.g. subclass of Facility, Region, etc.), then it MUST call its superclass' InitFrom(QueryableBackend*) function. Example:

class MyAgentClass : virtual public cyclus::Facility {
  // ...
 
  void InitFrom(cyclus::QueryableBackend* b) {
    cyclus::Facility::InitFrom(b);
 
    cyclus::QueryResult qr = b->Query("MyAgentTable1", NULL);
    recipe = qr.GetVal<std::string>("recipe");
    in_commod = qr.GetVal<std::string>("in_commod");
    cap = qr.GetVal<double>("cap");
 
    // ...
  };
 
  std::string recipe;
  std::string in_commod;
  double cap;
 
  // ...
};

Warning: Agents should NOT create any resource objects in this function.

Reimplemented from cyclus::Agent.

Definition at line 78 of file facility.h.

◆ Snapshot()

virtual void cyclus::Facility::Snapshot ( DbInit di )

inlinevirtual

Snapshots agent-internal state to the database via the DbInit var di.

The simulation id , agent id, and the simulation time are automatically injected in all information transfered to the database through DbInit. If the agent is a direct subclass of the Agent class, than it should NOT call its superclass' Snapshot function. If, however, it subclasses other Agent subclasses (e.g. subclass of Facility, Region, etc.), then it MUST call its superclass' Snapshot function. Example:

class MyAgentClass : virtual public cyclus::Facility {
  // ...
 
  void Snapshot(cyclus::DbInit di) {
    cyclus::Facility::Snapshot(di);
 
    di.NewDatum("MyAgentTable1")
      ->AddVal("recipe", recipe)
      ->AddVal("in_commod", in_commod)
      ->AddVal("cap", cap)
      ->Record();
 
    // ...
  };
 
  std::string recipe;
  std::string in_commod;
  double cap;
 
  // ...
};

Warning: because 'SimId' 'SimTime', and 'AgentId' fields are automatically injected, those labels cannot be used for any other fields.; This function MUST NOT modify the agent's internal state.; Do not record any information via the context's NewDatum function.

Implements cyclus::Agent.

Definition at line 81 of file facility.h.

◆ str()

std::string cyclus::Facility::str ( )

virtual

every agent should be able to print a verbose description

Reimplemented from cyclus::Agent.

Definition at line 37 of file facility.cc.

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

Detailed Description

Introduction

Available Core Implementations

Anticipated Core Implementations

Third-party Implementations

Public Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ Facility()

◆ ~Facility()

Member Function Documentation

◆ AcceptMatlTrades()

◆ AcceptProductTrades()

◆ AdjustMatlPrefs()

◆ AdjustProductPrefs()

◆ Build()

◆ CheckDecommissionCondition()

◆ Decommission()

◆ EnterNotify()

◆ GetMatlBids()

◆ GetMatlRequests()

◆ GetMatlTrades()

◆ GetProductBids()

◆ GetProductRequests()

◆ GetProductTrades()

◆ InfileToDb()

◆ InitFrom() [1/2]

◆ InitFrom() [2/2]

◆ Snapshot()

◆ str()