- r -

• rad_to_geo() : makVrl.ReferenceEllipsoid
• RadiansToDegrees() : makVrl.MathHelper
• reactToDamage() : f18.VehicleSim
• ReceiverDiscoveredCallback() : makVrl.ReflectedReceiverList
• ReceiverDiscoveryMessage() : ReceiverDiscoveryMessage
• ReceiverIdentifier() : makVrl.ReflectedReceiverList.ReceiverIdentifier
• ReceiverPublisher() : makVrl.ReceiverPublisher
• ReceiverRemovedCallback() : makVrl.ReflectedReceiverList
• ReceiverRemovedMessage() : ReceiverRemovedMessage
• ReceiverStateMessage() : ReceiverStateMessage
• ReceiverStateRepository() : makVrl.ReceiverStateRepository
• recordType() : makVrl.StandardVariableRecord
• RediscoverEntitiesMessage() : RediscoverEntitiesMessage
• RediscoverRecieversMessage() : RediscoverRecieversMessage
• RediscoverTransmittersMessage() : RediscoverTransmittersMessage
• ReferenceEllipsoid() : makVrl.ReferenceEllipsoid
• ReflectedBeam() : makVrl.ReflectedBeam
• ReflectedBeamList() : makVrl.ReflectedBeamList
• ReflectedEmitter() : makVrl.ReflectedEmitter
• ReflectedEmitterList() : makVrl.ReflectedEmitterList
• ReflectedEntity() : makVrl.ReflectedEntity
• ReflectedEntityList() : makVrl.ReflectedEntityList
• ReflectedIff() : makVrl.ReflectedIff
• ReflectedIffList() : makVrl.ReflectedIffList
• ReflectedLaserDesignator() : makVrl.ReflectedLaserDesignator
• ReflectedLaserDesignatorList() : makVrl.ReflectedLaserDesignatorList
• ReflectedReceiver() : makVrl.ReflectedReceiver
• ReflectedReceiverList() : makVrl.ReflectedReceiverList
• ReflectedTransmitter() : makVrl.ReflectedTransmitter
• ReflectedTransmitterList() : makVrl.ReflectedTransmitterList
• removeMessageHandler() : makVrl.ExerciseConnection
• resetOriSmoother() : makVrl.Smoother
• resetPosSmoother() : makVrl.Smoother
• rollFromGeocentric() : makVrl.TopographicCoord
• rotAngleAndAxisFromRotMatrix() : makVrl.Smoother
• Rotate() : makVrl.Matrix4d , makVrl.Matrix4 , makVrl.Matrix4d , makVrl.Matrix4
• RotateX() : makVrl.Matrix4d , makVrl.Matrix4
• RotateY() : makVrl.Matrix4 , makVrl.Matrix4d
• RotateZ() : makVrl.Matrix4 , makVrl.Matrix4d
• rotationalVelocity() : makVrl.Smoother , makVrl.DeadReckoner , makVrl.Approximator
• rotMatrixFromRotRatesAndTime() : makVrl.Smoother