#include <Loop.hpp>

Inheritance diagram for openstudio::model::Loop:

Public Member Functions
void	applySizingValues ()

void	autosize ()

virtual std::vector< ModelObject >	children () const

virtual ModelObject	clone (Model model) const

virtual boost::optional < ModelObject >	component (openstudio::Handle handle)
	Returns an optional ModelObject with the given handle. More...

virtual std::vector< ModelObject >	components (openstudio::IddObjectType type=openstudio::IddObjectType("Catchall"))
	Returns all of the HVAC equipment within the air loop including both the supply and demand sides of the loop. More...

std::vector< ModelObject >	components (HVACComponent inletComp, HVACComponent outletComp, openstudio::IddObjectType type=openstudio::IddObjectType("Catchall"))
	Returns supplyComponents() or demandComponents(), depending on if the inlet and outlet component arugments are on the supply or demand side. More...

virtual boost::optional < ModelObject >	demandComponent (openstudio::Handle handle) const
	Returns an optional ModelObject with the given handle. More...

virtual std::vector< ModelObject >	demandComponents (std::vector< HVACComponent > inletComps, std::vector< HVACComponent > outletComps, openstudio::IddObjectType type=openstudio::IddObjectType("Catchall")) const
	Returns all of the demand side hvac equipment between inletComps and outletComps. More...

virtual std::vector< ModelObject >	demandComponents (HVACComponent inletComp, HVACComponent outletComp, openstudio::IddObjectType type=openstudio::IddObjectType("Catchall")) const
	Returns all of the demand side hvac equipment between inletComp and outletComp. More...

virtual std::vector< ModelObject >	demandComponents (openstudio::IddObjectType type=openstudio::IddObjectType("Catchall")) const
	Returns all of the demand side HVAC equipment within the air loop. More...

virtual Node	demandInletNode () const

virtual std::vector< Node >	demandInletNodes () const

Mixer	demandMixer () const

virtual Node	demandOutletNode () const

Splitter	demandSplitter () const

virtual std::vector < openstudio::IdfObject >	remove ()

virtual boost::optional < ModelObject >	supplyComponent (openstudio::Handle handle)
	Returns an optional ModelObject with the given handle. More...

virtual std::vector< ModelObject >	supplyComponents (std::vector< HVACComponent > inletComps, std::vector< HVACComponent > outletComps, openstudio::IddObjectType type=openstudio::IddObjectType("Catchall")) const
	Returns all of the supply side hvac equipment between inletComps and outletComps. More...

virtual std::vector< ModelObject >	supplyComponents (HVACComponent inletComp, HVACComponent outletComp, openstudio::IddObjectType type=openstudio::IddObjectType("Catchall")) const
	Returns all of the supply side hvac equipment between inletComp and outletComp. More...

virtual std::vector< ModelObject >	supplyComponents (openstudio::IddObjectType type=openstudio::IddObjectType("Catchall")) const
	Returns all of the supply side HVAC equipment within the air loop. More...

virtual Node	supplyInletNode () const

virtual Node	supplyOutletNode () const

virtual std::vector< Node >	supplyOutletNodes () const

virtual	~Loop ()

Public Member Functions inherited from openstudio::model::ParentObject
std::vector< IddObjectType >	allowableChildTypes () const
	Returns a vector of allowable children types. More...

std::vector< ModelObject >	children () const
	Return direct child objects in the Model. More...

virtual	~ParentObject ()

Public Member Functions inherited from openstudio::model::ModelObject
virtual	~ModelObject ()

ModelObject	clone () const
	Creates a deep copy of this object, placing it in this object's model(). More...

ModelObject	clone (Model model) const
	Creates a deep copy of this object, placing it in model. More...

Component	createComponent () const
	Method for creating sharable Model snippets. More...

Model	model () const
	Returns the Model that contains this object. More...

boost::optional< ParentObject >	parent () const
	Return this object's parent in the hierarchy, if it has one. More...

std::vector< ResourceObject >	resources () const
	Get the resources directly used by this ModelObject. More...

template<typename T >
std::vector< T >	getModelObjectSources () const
	Get all objects of type T that point to this object. More...

template<typename T >
std::vector< T >	getModelObjectSources (IddObjectType iddObjectType) const
	Get all objects of type T that point to this object. More...

template<typename T >
boost::optional< T >	getModelObjectTarget (unsigned index) const
	Get the object of type T pointed to by this object from field index. More...

template<typename T >
std::vector< T >	getModelObjectTargets () const
	Get all objects of type T to which this object points. More...

const std::vector< std::string > &	outputVariableNames () const
	Get all output variables names that could be associated with this object. More...

std::vector< OutputVariable >	outputVariables () const
	Get all output variables associated with this object, must run simulation to generate data. More...

boost::optional < openstudio::TimeSeries >	getData (const OutputVariable &variable, const std::string &envPeriod) const
	Get data associated with this output variable and this object. More...

std::vector< LifeCycleCost >	lifeCycleCosts () const
	Returns the list of all LifeCycleCosts that refer to this object. More...

std::vector< IdfObject >	removeLifeCycleCosts ()
	Removes all LifeCycleCosts that refer to this object. More...

IddObjectType	iddObjectType () const
	This is a virtual function that will tell you the type of iddObject you are dealing with. More...

AdditionalProperties	additionalProperties () const
	Returns this object's additional properties, constructing a new object if necessary. More...

bool	hasAdditionalProperties () const
	Returns true if this object has additional properties. More...

std::vector< IdfObject >	removeAdditionalProperties ()
	Removes all additional properties that refer to this object. More...

bool	setParent (ParentObject &newParent)
	set the parent, child may have to call non-const methods on the parent More...

bool	operator< (const ModelObject &right) const

bool	operator== (const ModelObject &other) const
	equality test More...

bool	operator!= (const ModelObject &other) const
	inequality test More...

std::vector< ScheduleTypeKey >	getScheduleTypeKeys (const Schedule &schedule) const
	Return the ScheduleTypeKeys indicating how schedule is used in this object. More...

boost::optional< double >	getAutosizedValue (std::string valueName, std::string unitString) const
	Gets the autosized component value from the sql file. More...

virtual std::vector < EMSActuatorNames >	emsActuatorNames () const
	Return the names of the available ems actuators. More...

virtual std::vector< std::string >	emsInternalVariableNames () const
	Return the names of the available ems internal variables. More...

boost::optional< ModelObject >	connectedObject (unsigned port) const

boost::optional< unsigned >	connectedObjectPort (unsigned port) const

Additional Inherited Members
Protected Types inherited from openstudio::model::ModelObject
typedef detail::ModelObject_Impl	ImplType

Protected Member Functions inherited from openstudio::model::ParentObject
	ParentObject (IddObjectType type, const Model &model)
	Constructs a new ParentObject object in the model. More...

Protected Member Functions inherited from openstudio::model::ModelObject
	ModelObject (IddObjectType type, const Model &model, bool fastName=false)

	ModelObject (std::shared_ptr< detail::ModelObject_Impl > impl)

Related Functions inherited from openstudio::model::ParentObject
std::vector< ModelObject >	getRecursiveChildren (const ParentObject &object, bool includeLifeCycleCostsAndAdditionalProperties=false)
	Returns object and all other objects accessible by calling children() on encountered ParentObjects . More...

std::vector< ModelObject >	getRecursiveChildrenAndResources (const ModelObject &object)
	Returns object and all other objects accessible by calling children() and resources() on encountered ModelObjects . More...

Related Functions inherited from openstudio::model::ModelObject
std::vector< ResourceObject >	getRecursiveResources (const ModelObject &object)
	Returns all ResourceObjects accessible by recursively calling .resources() starting from object. More...

typedef std::pair< std::string, std::string >	ScheduleTypeKey
	Typedef for ScheduleTypeRegistry key. More...

typedef std::pair< std::string, std::string >	ScheduleTypeKey
	Typedef for ScheduleTypeRegistry key. More...

Detailed Description

Loop is the base class for HVAC air and water loops.

This class provides basic functionality to traverse a loop and locate components. Currently there are two types of loops AirLoopHVAC and PlantLoop. This interface reflects the commonality between the two. Loops in combination with HVACComponents offer a very simple interface to create new systems in EnergyPlus.

The following is an example of building a new HVAC system composed of an AirLoopHVAC with this c++ interface.

Model model = Model();

AirLoopHVAC airLoop = AirLoopHVAC(model);

AirLoopHVACOutdoorAirSystem oaSystem = AirLoopHVACOutdoorAirSystem(model);

FanConstantVolume fan = FanConstantVolume(model);

CoilCoolingDXSingleSpeed  coolCoil = CoilCoolingDXSingleSpeed(model);

CoilHeatingGas heatingCoil = CoilHeatingGas(model);

oaSystem.addToNode( airLoop.supplyOutletNode() );

fan.addToNode( airLoop.supplyOutletNode() );

coolCoil.addToNode( airLoop.supplyOutletNode() );

heatingCoil.addToNode( airLoop.supplyOutletNode() );

airLoop.addBranchForZone("Zone1");

The interface also allows you to retrieve a ModelObject and clone it into a new model thereby making a new copy. The clone algorithm is intellegent enough to bring along all of the connected pieces as it is appropriate.

Model newModel();
AirLoopHVAC newAirLoop = model.getModelObject(airLoop.handle())->clone(newModel);

The HVACComponent::addToNode function is intellegent. The add routine is context sensitive so for example adding a WaterToAirComponent to an air node will connect the air side ports, adding it to a plant loop node will connect the water side ports.

Model model = Model();

AirLoopHVAC airLoop = AirLoopHVAC(model);

PlantLoop plantLoop = PlantLoop(model);

CoilCoolingWater waterCoolingCoil = CoilCoolingWater(model);

waterCoolingCoil.addToNode( airLoop.supplyOutletNode() );

waterCoolingCoil.addToSplitter( plantLoop.demandSplitter() );

Constructor & Destructor Documentation

virtual openstudio::model::Loop::~Loop ( )

inlinevirtual

Member Function Documentation

void openstudio::model::Loop::applySizingValues ( )

void openstudio::model::Loop::autosize ( )

virtual std::vector<ModelObject> openstudio::model::Loop::children ( ) const

virtual

virtual ModelObject openstudio::model::Loop::clone ( Model model ) const

virtual

Reimplemented in openstudio::model::AirLoopHVAC, and openstudio::model::PlantLoop.

virtual boost::optional<ModelObject> openstudio::model::Loop::component ( openstudio::Handle handle )

virtual

Returns an optional ModelObject with the given handle.

If the handle is not within the Loop then the optional will be false

virtual std::vector<ModelObject> openstudio::model::Loop::components ( openstudio::IddObjectType type = openstudio::IddObjectType("Catchall") )

virtual

Returns all of the HVAC equipment within the air loop including both the supply and demand sides of the loop.

If type is given then the results will be limited to the given IddObjectType.

std::vector<ModelObject> openstudio::model::Loop::components	(	HVACComponent	inletComp,
		HVACComponent	outletComp,
		openstudio::IddObjectType	type = `openstudio::IddObjectType("Catchall")`
	)

Returns supplyComponents() or demandComponents(), depending on if the inlet and outlet component arugments are on the supply or demand side.

If they are from opposite sides of the loop then an empty vector will be returned.

virtual boost::optional<ModelObject> openstudio::model::Loop::demandComponent ( openstudio::Handle handle ) const

virtual

Returns an optional ModelObject with the given handle.

If the handle is not within demand side of the Loop then the optional will be false

virtual std::vector<ModelObject> openstudio::model::Loop::demandComponents	(	std::vector< HVACComponent >	inletComps,
		std::vector< HVACComponent >	outletComps,
		openstudio::IddObjectType	type = `openstudio::IddObjectType("Catchall")`
	)		const

virtual

Returns all of the demand side hvac equipment between inletComps and outletComps.

If type is given then the results will be limited to the given IddObjectType. Multiple inlet and outlet nodes can be provided.

virtual std::vector<ModelObject> openstudio::model::Loop::demandComponents	(	HVACComponent	inletComp,
		HVACComponent	outletComp,
		openstudio::IddObjectType	type = `openstudio::IddObjectType("Catchall")`
	)		const

virtual

Returns all of the demand side hvac equipment between inletComp and outletComp.

If type is given then the results will be limited to the given IddObjectType. Only one inlet and outlet node can be given.

virtual std::vector<ModelObject> openstudio::model::Loop::demandComponents ( openstudio::IddObjectType type = openstudio::IddObjectType("Catchall") ) const

virtual

Returns all of the demand side HVAC equipment within the air loop.

If type is given then the results will be limited to the given IddObjectType.

virtual Node openstudio::model::Loop::demandInletNode ( ) const

virtual

Reimplemented in openstudio::model::PlantLoop, and openstudio::model::AirLoopHVAC.

virtual std::vector<Node> openstudio::model::Loop::demandInletNodes ( ) const

virtual

Reimplemented in openstudio::model::PlantLoop, and openstudio::model::AirLoopHVAC.

Mixer openstudio::model::Loop::demandMixer ( ) const

virtual Node openstudio::model::Loop::demandOutletNode ( ) const

virtual

Reimplemented in openstudio::model::PlantLoop, and openstudio::model::AirLoopHVAC.

Splitter openstudio::model::Loop::demandSplitter ( ) const

virtual std::vector<openstudio::IdfObject> openstudio::model::Loop::remove ( )

virtual

Reimplemented in openstudio::model::AirLoopHVAC, and openstudio::model::PlantLoop.

virtual boost::optional<ModelObject> openstudio::model::Loop::supplyComponent ( openstudio::Handle handle )

virtual

Returns an optional ModelObject with the given handle.

If the handle is not within supply side of the Loop then the optional will be false

virtual std::vector<ModelObject> openstudio::model::Loop::supplyComponents	(	std::vector< HVACComponent >	inletComps,
		std::vector< HVACComponent >	outletComps,
		openstudio::IddObjectType	type = `openstudio::IddObjectType("Catchall")`
	)		const

virtual

Returns all of the supply side hvac equipment between inletComps and outletComps.

If type is given then the results will be limited to the given IddObjectType. Multiple inlet and outlet nodes can be provided.

virtual std::vector<ModelObject> openstudio::model::Loop::supplyComponents	(	HVACComponent	inletComp,
		HVACComponent	outletComp,
		openstudio::IddObjectType	type = `openstudio::IddObjectType("Catchall")`
	)		const

virtual

Returns all of the supply side hvac equipment between inletComp and outletComp.

If type is given then the results will be limited to the given IddObjectType. Only one inlet and outlet node can be given.

virtual std::vector<ModelObject> openstudio::model::Loop::supplyComponents ( openstudio::IddObjectType type = openstudio::IddObjectType("Catchall") ) const

virtual

Returns all of the supply side HVAC equipment within the air loop.

If type is given then the results will be limited to the given IddObjectType.

virtual Node openstudio::model::Loop::supplyInletNode ( ) const

virtual

Reimplemented in openstudio::model::PlantLoop, and openstudio::model::AirLoopHVAC.

virtual Node openstudio::model::Loop::supplyOutletNode ( ) const

virtual

Reimplemented in openstudio::model::PlantLoop, and openstudio::model::AirLoopHVAC.

virtual std::vector<Node> openstudio::model::Loop::supplyOutletNodes ( ) const

virtual

Reimplemented in openstudio::model::PlantLoop, and openstudio::model::AirLoopHVAC.

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation