Member DtAwaitingTaskMessageType__obsolete__: DtSimTaskManager now calls DtVrfObjectPlanManager::awaitingTask
Member DtChord::dump (void) const: Use ostream
Member DtChord::lengthOnX () const: Use directedXComponent()
Member DtChord::lengthOnY () const: Use directedYComponent()
Member DtChord::lengthOnZ () const: Use directedZComponent()
Class DtCompatibilityRadio: To be removed after VR-Forces version 3.11
Member DtDeliverRadioMessageType: Use DtDeliverVrfObjectMessageType instead.
Member DtFormationTableEntry::formationString (): After VRF 3.11. Use formationName() instead.
Member DtHumanStateRepository::postGetSelf (): To be removed after VR-Forces version 3.11 Called immediately following call to base class getSelf(). Determines if DtAutomotivePSR has been loaded. If so, maps information from that PSR to new human model PSRs. Enables pre-3.11 scenarios containing lifeform entities to work with new human model.
Member DtHumanStateRepository::preGetSelf (): To be removed after VR-Forces version 3.11 Called immeidately prior to baseclass getSelf(). Creates a DtAutomotivePSR and adds it to our list of process state repositories. Enables pre-3.11 scenarios containing lifeform entities to work with new human model.
Member DtIfDeliverVrfObjectMessage::radioMessage () const: For API compatibility only.
Member DtIfDeliverVrfObjectMessage::setRadioMessage (DtVrfObjectMessage *message): For API compatibility only.
Member DtIfRadioMessageReceived::receiverObjectName () const: For backwards compatibility. Calls receiver() and setReceiver().
Member DtIfRadioMessageReceived::senderObjectName () const: For backwards compatibility. Calls sender() and setSender().
Member DtLocalObjectManager::objectParametersDB () const: To be removed after VR-Forces version 3.11
Member DtLocalVector::distSquaredTo2D (const DtVector &localPosition) const: VR-Forces 3.11. To be removed following this release. Returns the (2D) squared distance to this.
Member DtLocalVector::elevationAngleTo (const DtVector &localPosition) const: VR-Forces 3.11. To be removed following this release. Returns the elevation angle which the given point would need to take to turn toward this.
Member DtLocalVector::headingAngleTo (const DtVector &localPosition) const: VR-Forces 3.11. To be removed following this release. Returns the heading angle which the given point would need to take to turn toward this in 2D.
Member DtLocalVertexList::distSquaredTo2D (const DtVector &point) const: VR-Forces 3.11. To be removed following this release. Returns the squared distance to this. if this has more than two vertices (ie. more than one line segment), acts on the closest line segment. if projection() then distSquaredTo() calls distSquared2D.
Member DtLocalVertexList::elevationAngleTo (const DtVector &point) const: VR-Forces 3.11. To be removed following this release. Returns the elevation angle in 3D at which point would proceed to arrive most quickly at this. if the object geometry has more than one vertex, then elevationAngleTo() acts on the closest vertex (which is not always the closest point on this).
Member DtLocalVertexList::getClosestLine2D (const DtVector &point, DtVector &linePt1, DtVector &linePt2) const: VR-Forces 3.11. To be removed following this release. Sets linePt1 and linePt2 to be the vertices of the line closest in 2D to point in this object geometry.
Member DtLocalVertexList::getClosestVertex2D (const DtVector &point, DtVector &vertex) const: VR-Forces 3.11. To be removed following this release. Sets vertex to be the vertex closest in 2D to point in this object geometry.
Member DtLocalVertexList::getClosestVertex2D (const DtVector &point) const: VR-Forces 3.11. To be removed following this release. Returns a pointer to the item in this list which is closest in 2D to point.
Member DtLocalVertexList::headingAngleTo (const DtVector &point) const: VR-Forces 3.11. To be removed following this release. Returns the angle at which point would proceed to arrive most quickly at this. if the object geometry has more than one vertex, then headingAngleTo() acts on the closest vertex (which is not always the closest point on this). all points are considered in 2D.
Member DtLocalVertexList::intersects (const DtVector &point1, const DtVector &point2) const: VR-Forces 3.11. To be removed following this release. Returns true if the line segment point1-point2 intersects any line segment in this object geometry, all in 2D. note: for purposes of this function, line segments don't intersect if they are colinear, even if they are partially coincident. this should be what a caller would want.
Member DtLocalVertexList::leftOf (const DtVector &point) const: VR-Forces 3.11. To be removed following this release. Returns true if point is left of the geometry in 2D. always returns false if this has only one vertex. if this has more than two vertices (ie. more than one line segment), acts on the closest (infinite) line.
Member DtLocalVertexList::localDistSquaredTo (const DtVector &point) const: VR-Forces 3.11. To be removed following this release. Returns the distance from localPoint to the closest vertex in this. If this is projected, calls distSquaredTo2D to find the the nearest vertex on this. Otherwise, calls closestLocalPosition() to determine the nearest vertex on this.
Member DtMissileStateRepository::setStartLocalOrientation (const DtTaitBryan &topocentricOrientation): To be removed after VR-Forces version 3.11 Sets the starting orientation of the missile, in topocentric Euler angles. This function will only work if the terrain database is in UTM coordinates. This function has been deprecated in the API. Calls to this function be replaced with calls to setStartLocalOrientationWrtDatabase().
Member DtNavAidPublisher::antennaLocationThreshold () const: Users should now call: nasr()->thresholder()->antennaLocationThreshold()
Member DtNavAidPublisher::antennaOrientationThreshold () const: Users should now call: nasr()->thresholder()->antennaOrientationThreshold()
Member DtNavAidPublisher::setAntennaLocationThreshold (double threshold): Users should now call: nasr()->thresholder()->setAntennaLocationThreshold()
Member DtNavAidPublisher::setAntennaOrientationThreshold (double threshold): Users should now call: nasr()->thresholder()->setAntennaOrientationThreshold()
Class DtPseudoAggregateMovementPSR: To be removed after VR-Forces version 3.11 Needed for backwards compatibiltiy with scenario files created in the previous release.
Member DtRadioMessageType: Same as DtVrfObjectMessageType.
Class DtSetMovementStrategyRequest: Deprecated as of 4.1. This class remains to allow reading of plans from pre 4.1 scenarios. The set no longer has any effect on the scenario.
Class DtSetStayInLaneRequest: DtSetStayInLaneRequest is deprecated as of VRF 4.1, and is no longer used by the system. Class remains for compatibility with reading old scenarios.
Member DtSimBoundingGeometry::setBoundingVolume (const DtDcm &localBvol, DtVector offset=DtVector::zero()): VR-Forces 3.11. To be removed following this release.
Member DtStealthStatementType
Member DtTaskCompleteReport::setSubtaskId (int id): As of VRF 3.12. Use setTaskId() and taskId() instead.
Member DtTaskMessage::setSubtaskId (int id): As of VR-Forces 3.12. Call setTaskId() and taskId() instead.
Member DtVrfObjectMessage::addRadioMessageCreatorFcn (int type, DtVrfObjectMessageCreatorFcn fcn): Use addVrfObjectMessageCreatorFcn() instead.
Member DtVrfObjectMessage::createRadioMessage (int type): Use createVrfObjectMessage() instead.
Member DtVrfObjectMessage::radioMessageType () const: Same as contentCategoryType().
Member DtVrfObjectMessageFactory::createRadioMessage (const int type): Use createVrfObjectMessage().
Member DtVrfObjectParameters::setUnderFireDistance (DtReal underFireDistance): For backwards compatibility only. This value should be specified in the damage actuator's descriptor.
Member DtVrfObjectParameters::setUnderFireTime (DtTime time): For backwards compatibility only. This value should be specified in the damage actuator's descriptor.
Member DtVrfObjectParameters::underFireDistance () const: For backwards compatibility only. This value should be specified in the damage actuator's descriptor.
Member DtVrfObjectParameters::underFireDistanceSpecified () const: For backwards compatibility only. This function allows the damage actuator to know if myUnderFireDistance should override the value in its descriptor.
Member DtVrfObjectParameters::underFireTime () const: For backwards compatibility only. This value should be specified in the damage actuator's descriptor.
Member DtVrfObjectParameters::underFireTimeSpecified () const: For backwards compatibility only. This function allows the damage actuator to know if myUnderFireTime should override the value in its descriptor.
Member DtVrfObjectStateRepository::healthPct () const: To be removed after VR-Forces version 3.11 The health (appearance->damageState()), as a function of a percentage (0 - 100), where 0 < .30 DtDamageDestroyed .30 < .80 DtDamageModerate .80 < .90 DtDamageSlight

.9 DtDamageNone
Member DtVrfParameterDb::addParameters (const DtObjectType &objectType, DtVrfObjectParameters *newParameters): To be removed after VR-Forces version 3.11 Call add() instead.
Member DtVrfParameterDb::lookupParameters (const DtObjectType &objectType, DtObjectType *matchingType) const: To be removed after VR-Forces version 3.11 Call lookup() instead.
Member DtVrfParameterDb::removeAndDeleteAll (): To be removed after VR-Forces version 3.11 Call removeAll() instead.
Member DtVrfParameterDb::removeParameters (const DtObjectType &objectType): To be removed after VR-Forces version 3.11 Call remove() instead.
Member DtVrfRemoteController::addScenarioSavedCallback (DtScenarioCallbackFcn fcn, void *usr): starting in VRF 3.12; this does not provide success or failure information about the save to the callback.
Class makArchives::DtEnvironmentRecord::DtElevationalWindRecord: As of version 12, use DtElevationalConfigurationRecord
Member makVrf::DtRwVrfKinematicState::localOrientation () const: To be removed after VR-Forces version 3.11 The following functions are only applicable for UTM databases. Set/get topocentric Euler angles (heading, pitch, and roll). Use localOrientationWrtDatabase() instead, to get Euler angles with respect to the local (database) coordinate system, independent of the particular type of coordinate system in use (e.g. UTM, geocentric).
Class makVrf::DtSetStayInLaneDialog: Set Stay In Lane is deperecated as of VRF 4.1, but the dialog class remains to allow editing of old plans that may have this set present in their statement list.
Member makVrf::DtSimObjectNetInterface::maxNameLength () const: To be removed after VR-Forces version 3.11 Calls maxNameLengthForInterfaceType(type()).