32 DtEnvValueSP* objectnode = NULL);
37 orig,
const DtString& name = DtString::nullString(),
58 virtual DtReal range()
const;
59 virtual void setRange(
const DtReal range);
64 virtual DtReal minimumRange()
const;
65 virtual void setMinimumRange(
const DtReal minimumRange);
70 virtual DtReal maxManeuverGs()
const;
71 virtual void setMaxManeuverGs(
const DtReal maxAcceleration);
76 virtual DtReal radiusCEP()
const;
77 virtual void setRadiusCEP(
const DtReal radiusCEP);
82 virtual void setFireAndForget(
bool isFireAndForget);
83 virtual bool fireAndForget()
const;
88 virtual DtReal transitionAngle()
const;
89 virtual void setTransitionAngle(DtReal
angle);
94 virtual DtReal proportionalNavigationGain()
const;
95 virtual void setProportionalNavigationGain(DtReal gain);
100 virtual const DtString& rangeName()
const;
101 virtual void setRangeName(
const DtString& rangeName);
106 virtual int rangeId()
const;
107 virtual void setRangeId(
int rangeId);
108 virtual bool rangeIdIsSpecified()
const;
Instances of DtVrfObjectParameters are the readable/writeable objects that contain the information ne...
Definition: vrfObjectParameters.h:64
DtRwReal myMaxManeuverGs
Parameter Name: max-maneuver-gs Parameter Description: The maximum amount of lateral maneuvering that...
Definition: missileParameters.h:146
DtRwReal myRange
Parameter Name: range Parameter Description: The distance the missile can travel. Parameter Default V...
Definition: missileParameters.h:132
This class allows one to collect and compare strings using an index number instead of having to do st...
Definition: symbolString.h:27
DtRwInt myRangeId
Parameter Name: range-id Parameter Description: The identifying value for this range ring...
Definition: missileParameters.h:194
Contains the DtMovingObjectParameters class declaration.
#define DT_DLL_vrfobjparam
This file is used to determine how to build.
Definition: vrfobjparamDefines.h:28
virtual DtString type() const override
Should return the type of object this is a parameter block for. Use the strings in vrfParamTypes...
DtRwReal myMinimumRange
Parameter Name: minimum-range Parameter Description: The shortest distance the missile can travel...
Definition: missileParameters.h:138
Description: Readable, Writable DtString Variable substitutions are done on this object when it is re...
Definition: rwString.h:20
Definition: readerWriterRegistry.h:39
This file contains the class declaration for the.
virtual bool inheritValues(const DtVrfObjectParameters *benefactor) override
DtRwBoolean myIsFireAndForget
Parameter Name: fire-and-forget Parameter Description: Determines how many missiles an entity can lau...
Definition: missileParameters.h:156
virtual DtVrfObjectParameters * clone(const DtString &name=DtString::nullString(), DtReaderWriterRegistry *parentRegistry=NULL) const override
const DtMovingObjectParameters & operator=(const DtMovingObjectParameters &orig)
assignment operator
DtRwReal myProportionalNavigationGain
Parameter Name: proportional-navigation-gain Parameter Description: Gain constant used by the proport...
Definition: missileParameters.h:183
DT_DLL_vrfutil double angle(double vec1[3], double vec2[3])
Description: Readable, Writable int.
Definition: rwInt.h:25
The moving-object-param parameter type is used for objects that are capable of movement, such as individual entities and aggregates. DtMovingObjectParameters; holds all of the configurable parameters for the DtVrfMovingObjectStateRepository class. Parameters include support points, maximum speed, maximum reverse speed, turning radius, maximum slope, ordered speed, maximum acceleration, maximum deceleration, and fuel efficiency. Aggregates are moving objects and have this parameter type. All of the platform-specific parameter types derive from this one. .
Definition: movingObjectParameters.h:32
static DtVrfObjectParameters * creator(DtEnvironmentSP env, DtEnvValueSP *objectNode)
virtual void inheritValuesFromThisType(const DtMovingObjectParameters *benefactor)
Description: Readable, Writable DtReal (double)
Definition: rwReal.h:27
Description: Readable, Writable bool.
Definition: rwBoolean.h:26
Contains the set of readable/writable parameters associated with an missile type of entity...
Definition: missileParameters.h:26
DT_DLL_readerWriter std::shared_ptr< DtEnvironment > DtEnvironmentSP
Definition: readerWriter.h:30
DtRwString myRangeName
Parameter Name: range-name Parameter Description: Deprecated. Name given to any range item associated...
Definition: missileParameters.h:188
DtRwReal myTransitionAngle
Parameter Name: transition-angle Parameter Description: One half the angle at which to switch to prop...
Definition: missileParameters.h:177
DtRwReal myRadiusCEP
Parameter Name: cep-radius Parameter Description: Circular Error Probable radius (CEP). This is the radius of a circle within which 50 % of the missiles fired will impact. For example, if a cep-radius of 100 meters is specified, then 50 % of missiles fired at a given target should impact within 100 meters of that target and the remaining 50 % of the missile will impact at a distance greater that 100 meters from the target. This assumes that the a missile fired was potentially capable of hitting the desired target (that is, it was in range). Parameter Default Value: 0. Parameter Units: meters.
Definition: missileParameters.h:169