32 struct DtEmitterSystemBeamStateData;
83 virtual const char*
type()
const;
92 virtual void registerSetRequestMsgCallbacks();
94 static void setEmitterRequestCallback(
DtSimMessage* msg,
void* usrData);
95 virtual void processSetEmitterRequestMessage(
DtSimMessage* msg);
97 static void setRadarModeRequestCallback(
DtSimMessage* msg,
void* usrData);
98 virtual void processSetRadarModeRequestMessage(
DtSimMessage* msg);
100 static void setEmitterTrackJamTargetsCallback(
DtSimMessage* msg,
void* usrData);
101 virtual void procesSetEmitterTrackJamTargetsRequestMessage(
DtSimMessage* msg);
104 virtual void processRequestRadarModesAdmin(
109 virtual void setSystemName(DtEmitterSysName nameEnum);
110 virtual DtEmitterSysName systemName()
const;
112 virtual void setSystemFunction(DtEmissionFunc functionEnum);
113 virtual DtEmissionFunc systemFunction()
const;
115 virtual void setMountLocation(
const DtVector &location);
116 virtual DtVector mountLocation()
const;
120 virtual void setOn(
bool onOff);
121 virtual bool on()
const;
127 virtual void setUseHighDensityTracking(
bool useHdMode);
128 virtual bool useHighDensityTracking()
const;
129 virtual void setUseHighDensityJamming(
bool useHdMode);
130 virtual bool useHighDensityJamming()
const;
140 virtual void setTrackTargetList(
const std::vector<DtUUID>& strings);
143 virtual void setJamTargetList(
const std::vector<DtUUID>& strings);
147 virtual void addTrackTarget(
const DtUUID& target);
151 virtual void removeTrackTarget(
const DtUUID& target);
155 virtual void addJamTarget(
const DtUUID& target);
159 virtual void removeJamTarget(
const DtUUID& target);
162 virtual void clearTrackTargets();
165 virtual void clearJamTargets();
172 virtual void removeBeam(DtU8
id);
179 virtual int numBeams()
const;
182 virtual std::vector<makVrf::DtEmitterSystemBeamStateData>& beamList();
197 virtual bool createAndInitEmitterSystem();
200 virtual void updateEmitterFromDescriptor();
203 virtual void updateEmitterFromPsr();
206 virtual void determineTrackJamAbility();
213 virtual bool createPSR();
DtSimRadio * myRadio
Definition: emitterComponent.h:227
UUID is a unique ID wrapper class.
Definition: rwUUID.h:229
#define DT_DLL_vrfmodel
This file is used to determine how to build.
Definition: vrfmodelDefines.h:24
bool myRegisterForTrackMessages
Set up in init by determineTrackJamAbility.
Definition: emitterComponent.h:231
Definition: simRadio.h:30
DtEmitterPSR * myProcessState
Container for state data associated with this component. This state is saved and restored as part of ...
Definition: emitterComponent.h:236
virtual void preFirstTickInit()
This function can be overridden to initialize a component before it is ticked for the first time...
A readable, writable type whose name is the name of a component and that has a list of component name...
Definition: componentDescriptor.h:49
class DtEmitterPSR:
Definition: emitterPSR.h:24
Definition: readerWriterRegistry.h:39
virtual bool init()
Calls createPorts and createPortGroups Initializes myLastTickSimTime.
DtVrfEmitterSystem manages a VR-Link emitter system publisher, and sets all the values associated wit...
Definition: vrfEmitterSystem.h:37
File: simMsg.h.
Definition: simMessage.h:35
virtual void tick()
This gives the thread of control to the component. The component is ticked once each simulation from ...
virtual bool tickWhileDestroyed() const
If the component returns true here, it will be ticked regardless of the destroyed state of the host e...
DtSimComponent & operator=(const DtSimComponent &orig)
assignment operator, not implemented
The base class for all messages to/from a specific DtVrfObject. Various subclasses of this class will...
Definition: vrfObjectMessage.h:30
Central access point of all non-object-specific the services and managers that are available for use ...
Definition: simulationServices.h:90
The DtSimComponent class is the base class for the entire simulation model component hierarchy...
Definition: simComponent.h:70
The central class of a DtLocalObject for all communications to and from the object. This class manages all communications on a specific DtLocalObject, though both simulation internal communication, and communication though the simulated radios of the object. All communication is done though the use of the DtVrfObjectMessage class and its subclasses. Callbacks can be registered on this interface which will be called on receipt of a message by this entity. Messages can be sent from this entity by using the message sending functions. These messages may be sent though the SimInternal message mechanism, or the radio message system. Radios will not exist until createRadiosFromDescriptorList() or createRadiosFromDescriptorList(const DtRadioDescriptorList& descList) is called.
Definition: vrfObjectCommunicationInterface.h:40
Contains the DtSimComponent class declaration.
const char int mode
Definition: ioapi.h:38
DtEmitterComponent maintains an electromagnetic emissions publisher for a single system with one or m...
Definition: emitterComponent.h:54
Arguments passed by the DtLocalObjectManager::addNameChangedCallback callbacks.
Definition: localObjectManager.h:111
DtVrfEmitterSystem * myEmitterSystem
Definition: emitterComponent.h:228
The DtEmitterSystemStateComponentList is a collection of emitter systems and the beams they represent...
Definition: emitterSystemStateComponent.h:24
virtual const char * type() const =0
Returns a string identifies the class type of component. Type values are defined in compTypes...
A locally simulated VRF object. Holds all internal and external data for the object, and provides access to both the current frame and next frame state data for the object. All current frame data is read-only, and next-frame data can be written to. No thread safety guarantees are made on this object during the simulation frame and it should only be accessed by the thread that is simulating the object.
Definition: localObject.h:86
bool myRegisterForJamMessages
Definition: emitterComponent.h:232