Instances of DtEnvironmentProcessRepository are used to store state information for environmental process objects in both DIS and HLA environments. More...

Inheritance diagram for DtEnvironmentProcessRepository:

Collaboration diagram for DtEnvironmentProcessRepository:

Public Member Functions
	DtEnvironmentProcessRepository ()
	default constructor
virtual	~DtEnvironmentProcessRepository ()
	destructor
	DtEnvironmentProcessRepository (const DtEnvironmentProcessRepository &orig)
	copy constructor
DtEnvironmentProcessRepository &	operator= (const DtEnvironmentProcessRepository &orig)
	assignment operator
virtual DtStateRepository *	clone (bool copy=false) const
	Return a copy/empty object of the same type as this.
virtual void	printData () const
	Print data contained within the repository.
virtual void	printDataToStream (std::ostream &stream) const
	Print data contained within the repository.
virtual void	setEnvironmentalProcessID (const DtEntityIdentifier &entity)
	Set the originating process id.
virtual const DtEntityIdentifier &	environmentalProcessID () const
	Get the originating process id.
virtual void	setEnvironmentType (const DtEnvironmentTypeRecord &type)
	Set The type of environmental condition.
virtual const DtEnvironmentTypeRecord &	environmentType () const
	Get The type of environmental condition.
virtual void	setModelType (DtEnvironmentalModelType value)
	Set The Environmental Model which is used by this process.
virtual DtEnvironmentalModelType	modelType () const
	Get The Environmental Model which is used by this process.
virtual void	setEnvironmentalStatus (bool value)
	Set whether the environment process is active.
virtual bool	environmentalStatus () const
	Get whether the environment process is active.
virtual void	setSequenceNumber (DtU16 value)
	Set/Get the sequence number.
virtual DtU16	sequenceNumber () const
virtual bool	setNumberOfEnvironmentalRecords (DtU16 newNumberOfRecords)
	Set/Get number of environment records.
virtual DtU16	numberOfEnvironmentalRecords () const
virtual DtNetEnvironmentalRecord *	recordPointer (int recordIndex)
	Get a pointer to an environmental record.
virtual bool	setRecordBitSize (int recordIndex, int newRecordBitSize)
	Set size of an environment record.
virtual const DtVector &	location () const
	The standard says the first environmental record will either be a bounding sphere or the only geometry record.
double	radius () const
	if the first environmental record is a bounding sphere record, this will return the radius.
virtual int	numberOfGeometryRecords () const
	The enumeration document establishes the convention that geometry types use the high order 2 bytes of the type field, while state types use the lower two.
virtual DtEnvironmentalRecordType	geometryRecordType (int index) const
	This returns the type of the geometry record with the index specified.
virtual DtEnvironmentalRecordType	stateRecordType (int index) const
	This returns the type of the state record associated with the geometry record with the index specified.
virtual bool	getGeometryRecord (int index, DtEnvironmentalGeometryRecord &geometryRecord) const
	This returns a reference to the nth geometry record.
virtual bool	getStateRecord (int index, DtEnvironmentalRecord &stateRecord) const
	This returns a reference to the state record associated with the nth geometry record.
virtual void	setEnvironmentalRecord (int index, const DtEnvironmentalRecord &envRecord)
	This sets the index'th record to the values in the envRecord supplied.
Public Member Functions inherited from DtStateRepository
	DtStateRepository ()
	default constructor
	DtStateRepository (const DtStateRepository &orig)
	copy constructor
virtual	~DtStateRepository ()
	destructor
DtStateRepository &	operator= (const DtStateRepository &orig)
	assignment operator
virtual void	setGlobalId (const DtGlobalObjectDesignator &id)
	Get/Set global identifier, or name.
virtual const DtGlobalObjectDesignator &	globalId () const
virtual void	setAttributeRecords (const std::vector< DtStandardVariableRecord * > &records)
	The following functions are related to the extendability part of DIS 7.
virtual const std::vector < DtStandardVariableRecord * >	attributeRecords (unsigned int recordType=0) const
virtual void	getAttributeRecords (std::vector< DtStandardVariableRecord * > &vec, unsigned int recordType=0) const
virtual void	addAttributeRecord (DtStandardVariableRecord *record)
virtual void	clearAttributeRecords ()
virtual void	setAttributeRecords (const std::vector< DtStandardVariableRecord * > &records, const DtSimulationAddress &address)
virtual void	setSimAddr (const DtSimulationAddress &id)
	Get/Set default simulation address. Set by VR-Link for publishers (based on exercise connection)
virtual const DtSimulationAddress &	simAddr () const
virtual unsigned int	numberOfAttributeRecords () const

Static Public Member Functions
static DtEnvironmentProcessRepository *	create ()

Protected Attributes
DtEnvironmentalProcessPdu	myPdu
DtVector	myLocation

Additional Inherited Members
Public Attributes inherited from DtStateRepository
DtGlobalObjectDesignator	myGlobalId
DtSimulationAddress	myDefaultSimulationAddress
std::map< DtSimulationAddress, std::vector < DtStandardVariableRecord * > >	myRecordsMap

Detailed Description

Instances of DtEnvironmentProcessRepository are used to store state information for environmental process objects in both DIS and HLA environments.

An Environmental Process is an object which represents something in the environment, including things like clouds, chaff, smoke, contrails or other chemical processes.

Examples: Environmental Process Example

Constructor & Destructor Documentation

DtEnvironmentProcessRepository::DtEnvironmentProcessRepository ( )

default constructor

virtual DtEnvironmentProcessRepository::~DtEnvironmentProcessRepository ( )

virtual

destructor

DtEnvironmentProcessRepository::DtEnvironmentProcessRepository ( const DtEnvironmentProcessRepository & orig )

copy constructor

Member Function Documentation

virtual DtStateRepository* DtEnvironmentProcessRepository::clone ( bool copy = false ) const

virtual

Return a copy/empty object of the same type as this.

Reimplemented from DtStateRepository.

static DtEnvironmentProcessRepository* DtEnvironmentProcessRepository::create ( )

static

virtual const DtEntityIdentifier& DtEnvironmentProcessRepository::environmentalProcessID ( ) const

virtual

Get the originating process id.

virtual bool DtEnvironmentProcessRepository::environmentalStatus ( ) const

virtual

Get whether the environment process is active.

virtual const DtEnvironmentTypeRecord& DtEnvironmentProcessRepository::environmentType ( ) const

virtual

Get The type of environmental condition.

virtual DtEnvironmentalRecordType DtEnvironmentProcessRepository::geometryRecordType ( int index ) const

virtual

This returns the type of the geometry record with the index specified.

virtual bool DtEnvironmentProcessRepository::getGeometryRecord	(	int	index,
		DtEnvironmentalGeometryRecord &	geometryRecord
	)		const

virtual

This returns a reference to the nth geometry record.

The user must supply a DtEnvironmentalRecord of the correct type (use geometryRecordType() first(!)) because it is that class that knows how to convert the network representation in the PDU into the DtEnvironmentalRecord (host) representation,

virtual bool DtEnvironmentProcessRepository::getStateRecord	(	int	index,
		DtEnvironmentalRecord &	stateRecord
	)		const

virtual

This returns a reference to the state record associated with the nth geometry record.

The user must supply a DtEnvironmentalRecord of the correct type (use stateRecordType() first(!)) because it is that class that knows how to convert the network representation in the PDU into the DtEnvironmentalRecord (host) representation,

virtual const DtVector& DtEnvironmentProcessRepository::location ( ) const

virtual

The standard says the first environmental record will either be a bounding sphere or the only geometry record.

In fact, the standard should have required a bounding sphere even when there is a single geometry record that is anything other than Point Record 1 or Sphere Record 1, since the other geometry records imply multiple geometry. This accessor looks at the first env record and returns the location if the record is a point1, sphere1, or bounding sphere record. To have this work the way it was intended, always use one of these record types as the first geometry record. If the first geometry record is not one of these three types, this accessor will return <0., 0., 0.>.

virtual DtEnvironmentalModelType DtEnvironmentProcessRepository::modelType ( ) const

virtual

Get The Environmental Model which is used by this process.

virtual DtU16 DtEnvironmentProcessRepository::numberOfEnvironmentalRecords ( ) const

virtual

virtual int DtEnvironmentProcessRepository::numberOfGeometryRecords ( ) const

virtual

The enumeration document establishes the convention that geometry types use the high order 2 bytes of the type field, while state types use the lower two.

Assuming that convention is followed, this returns the number of geometry records in the PDU. Since the standard ties each state record to a corresponding geometry record, this is a useful way to access the environmental records.

DtEnvironmentProcessRepository& DtEnvironmentProcessRepository::operator= ( const DtEnvironmentProcessRepository & orig )

assignment operator

virtual void DtEnvironmentProcessRepository::printData ( ) const

virtual

Print data contained within the repository.

Reimplemented from DtStateRepository.

virtual void DtEnvironmentProcessRepository::printDataToStream ( std::ostream & stream ) const

virtual

Print data contained within the repository.

Reimplemented from DtStateRepository.

double DtEnvironmentProcessRepository::radius ( ) const

if the first environmental record is a bounding sphere record, this will return the radius.

Otherwise, 0. is returned.

virtual DtNetEnvironmentalRecord* DtEnvironmentProcessRepository::recordPointer ( int recordIndex )

virtual

Get a pointer to an environmental record.

Parameters

recordIndex starts at zero.

virtual DtU16 DtEnvironmentProcessRepository::sequenceNumber ( ) const

virtual

virtual void DtEnvironmentProcessRepository::setEnvironmentalProcessID ( const DtEntityIdentifier & entity )

virtual

Set the originating process id.

virtual void DtEnvironmentProcessRepository::setEnvironmentalRecord	(	int	index,
		const DtEnvironmentalRecord &	envRecord
	)

virtual

This sets the index'th record to the values in the envRecord supplied.

virtual void DtEnvironmentProcessRepository::setEnvironmentalStatus ( bool value )

virtual

Set whether the environment process is active.

virtual void DtEnvironmentProcessRepository::setEnvironmentType ( const DtEnvironmentTypeRecord & type )

virtual

Set The type of environmental condition.

virtual void DtEnvironmentProcessRepository::setModelType ( DtEnvironmentalModelType value )

virtual

Set The Environmental Model which is used by this process.

virtual bool DtEnvironmentProcessRepository::setNumberOfEnvironmentalRecords ( DtU16 newNumberOfRecords )

virtual

Set/Get number of environment records.

virtual bool DtEnvironmentProcessRepository::setRecordBitSize	(	int	recordIndex,
		int	newRecordBitSize
	)

virtual

Set size of an environment record.

To get the size of a record in a reflected state repository, you need to read the record and then look in the DtNetEnvironmentalRecord type for myLength, which is noted in bits. Return false if size is invalid.

virtual void DtEnvironmentProcessRepository::setSequenceNumber ( DtU16 value )

virtual

Set/Get the sequence number.

virtual DtEnvironmentalRecordType DtEnvironmentProcessRepository::stateRecordType ( int index ) const

virtual

This returns the type of the state record associated with the geometry record with the index specified.

0 is returned if there is no state record associated with the index'th geometry record.

Member Data Documentation

DtVector DtEnvironmentProcessRepository::myLocation

protected

DtEnvironmentalProcessPdu DtEnvironmentProcessRepository::myPdu

protected

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

environmentProcessRepository.h

Public Member Functions

Static Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation