Function definitions for those who need run-time access to the version. More...

Namespaces
namespace	comm
namespace	eventpipe
namespace	dis
namespace	ext
namespace	xio
namespace	event
namespace	console
namespace	script
namespace	TrackExtrapolationIds
	A simple set of standard extrapolation types to be supported.
namespace	version
namespace	cyber
namespace	proxy
	Namespace for the WSF Parser Proxy.
namespace	space
namespace	simdis
namespace	AirCombat
namespace	six_dof
namespace	altloc
namespace	annotation
namespace	coverage
namespace	multiresolution
namespace	p6dof

Classes
class	AbsoluteSensorErrorModel
class	BinaryDetector
	Computation of probability of detection using the binary detection algorithm. More...
class	DetectionProbabilityTable
	Computation of probability of detection using a probability detection table. More...
class	MarcumSwerling
	Computation of probability of detection using the Marcum-Swerling algorithm. More...
class	RadarSensorErrorModel
	A sensor error model for the Radar Sensor Specific Error Model functionality. More...
class	SensorDetector
class	SensorDetectorTypes
class	SensorErrorModelBase
	A base class for SensorErrorModels. More...
class	SensorErrorModel
	This class defines the interface to compute specific measurement errors. More...
class	SimpleDopplerSignalProcessor
struct	SphericalMeasurementErrors
	A standard set of errors associated with single sensor mono-static detections. More...
class	StandardSensorErrorModel
class	DefaultKinematicStateExtrapolation
class	DefaultTrackExtrapolationStrategy
	The default track extrapolation strategy. More...
class	EarthGravityModelExtension
	The Earth Gravitational Model (EGM) scenario extension. More...
class	EarthGravityModel
class	ExternalLinks
class	KinematicState
	An aggregation of position and velocity used by KinematicStateExtrapolation classes. More...
class	KinematicStateExtrapolation
	A base class for kinematic state (position, velocity) extrapolation. More...
class	TerrainInterface
	Manages interface to terrain for a set of WsfTerrain objects. More...
class	Terrain
class	TrackExtrapolationBase
	A common base class of track extrapolation objects. More...
class	TrackExtrapolation
	A base class from which to derive classes that provide extrapolation of specific data within a measurement or track. More...
class	TrackExtrapolationStrategy
	A base class used to configure a measurement or track with extrapolation objects (wsf::TrackExtrapolators). More...
class	TrackExtrapolationStrategyTypes
class	TrackExtrapolators
	An encapsulation of a map of wsf::TrackExtrapolation objects. More...
class	CN2
	An encapsulation of a turbulent CN2 model. More...
class	AtmosphericTurbulence
class	CN2_Types
	The types factory for CN2 models (owned by the scenario). More...
class	BistaticErrorModel
class	OTH_RadarSensorErrorModel
	A sensor error model for the OTH Radar Sensor specific error model functionality. More...
class	SurfaceWaveRadarSensorErrorModel
	A sensor error model for the Radar Sensor Specific Error Model functionality. More...
class	OMS_UCI_Extension
class	UCI_AMTI_Component
class	UCI_Component
class	UCI_ComponentTypes
	A type that only uses functionality of base class to register itself with the scenario. More...
class	UCI_Computer
	The OMS / UCI Interface Object to the UCI middleware. More...
class	UCI_ESM_Component
class	UCI_FactoryService
	Define a generic factory service that can be parameterized with any factory-enabled UCI type. More...
class	UCI_GenericListener
	Define a generic interface that passes received messages to the interface to dispatch to UCI components. More...
class	UCI_Interface
	The OMS / UCI Interface Object to the UCI middleware. More...
class	UCI_InterfaceExtension
	The OMS / UCI Interface Object to the UCI middleware. More...
class	UCI_IRST_Component
class	UCI_MessageBaseType
class	UCI_MessageFactory
	A simple factory to create new UCI messages based on the type found in the header. More...
class	UCI_MessageType
	Class parameterizing UCI message types. More...
class	UCI_MessageService
	Define a generic service to enable creating, sending, and receiving any UCI message type. More...
class	UCI_PartComponent
class	UCI_Message_Event
class	UCI_SetDefaultModeEvent
class	UCI_SensorComponent
class	UCI_ServiceBase
class	UCI_Type
	Class parameterizing basic UCI types. More...
class	UCI_WeaponComponent

Typedefs
using	AbsoluteMeasurementError = UtVec3d
	A set of absolute sensor errors to be used by the AbsoluteSensorErrorModel. It is modeled as a NED offset from the truth target location.
using	KinematicStateInformation = UtInformation<KinematicState>

Functions
void WSF_OMS_UCI_EXPORT	Register_wsf_uci (WsfApplication &aApplication)
UT_PLUGIN_EXPORT void	WsfPluginVersion (UtPluginVersion &aVersion)
UT_PLUGIN_EXPORT void	WsfPluginSetup (WsfApplication &aApplication)
void	UCI_GenericListener_ReceiveMessage (UCI_Interface &aInterface, const uci::type::MessageType *aMessagePtr)

Detailed Description

Function definitions for those who need run-time access to the version.

Namespace for the World Simulation Framework (WSF).

Developer note: There may be future benefit to providing a script defined network in which the user specifies the logic for addition and removal of network members or links, as well as the update method. In addition, this class would likely benefit and be streamlined by the usage of callbacks for advanced protocol interactions in the future.

An abstract base class that defines a detector for a sensor.

Not all sensors support this feature, but for those that do it provides access to an extendable library that implement detection techniques. When a sensor makes use of this interface it typically uses the processed signal and result to provide for signal detection criteria.

Temporary namespace pre-declaration for NetworkManager Needed until namespacing is implemented

OrbitalTargetPoint represents a target for orbital maneuvers. Target points give the kinematics of a target of interest. The target so specified is almost always a function of time, so to get the current kinematics clients of OrbitalTargetPoint must call Update with the epoch of interest.

Typedef Documentation

◆ AbsoluteMeasurementError

using wsf::AbsoluteMeasurementError = UtVec3d

A set of absolute sensor errors to be used by the AbsoluteSensorErrorModel. It is modeled as a NED offset from the truth target location.

◆ KinematicStateInformation

using wsf::KinematicStateInformation = UtInformation<KinematicState>

Function Documentation

◆ Register_wsf_uci()

void WSF_OMS_UCI_EXPORT wsf::Register_wsf_uci ( WsfApplication & aApplication )

References WsfApplication::ExtensionDepends(), WsfApplication::ExtensionIsRegistered(), wsf::OMS_UCI_Extension::GetExtensionName(), WsfApplication::RegisterExtension(), and WsfApplication::RegisterFeature().

Referenced by WsfPluginSetup().

◆ UCI_GenericListener_ReceiveMessage()

void wsf::UCI_GenericListener_ReceiveMessage	(	UCI_Interface &	aInterface,
		const uci::type::MessageType *	aMessagePtr )

Provide a method to call the UCI_Interface::ReceiveMessage method, to be defined in the implementation file.

Note: Because This file is included from WsfUCI_Interface.hpp, we can only forward declare UCI_Interface; UCI_Interface methods cannot be called from the inline template code for this reason.

References wsf::UCI_Interface::ReceiveMessage().

Referenced by wsf::UCI_GenericListener< MessageType, ListenerBaseType >::handleMessage().

◆ WsfPluginSetup()

UT_PLUGIN_EXPORT void wsf::WsfPluginSetup ( WsfApplication & aApplication )

This method is called when the plugin is loaded. It must have exactly this signature (name and parameter) to succeed. As we only have an application reference at load time, one usually registers an application extension, within which the ScenarioCreated method can be overridden to gain access to a scenario. If one also needs access to the simulation, one should also instantiate and register a simulation extension by overriding the SimulationCreated method in the scenario extension.

References Register_wsf_uci().

◆ WsfPluginVersion()

UT_PLUGIN_EXPORT void wsf::WsfPluginVersion ( UtPluginVersion & aVersion )

This method is called when the plugin is loaded to ensure that the plugin and the executable loading it were built with the same version of the plugin API.

References WSF_PLUGIN_API_COMPILER_STRING, WSF_PLUGIN_API_MAJOR_VERSION, and WSF_PLUGIN_API_MINOR_VERSION.

Namespaces

Classes

Typedefs

Functions