  com.mak.vrlj.datatype.AcknowledgeFlag | |
| com.mak.vrlj.datatype.AircraftIdentificationType | |
| com.mak.vrlj.datatype.AircraftPresentDomain | |
| com.mak.vrlj.datatype.AltParm4 | |
| com.mak.vrlj.datatype.AntennaPatternType | |
 com.mak.vrlj.coord.Approximator | Provide access to approximate kinematics (dead reckoned position, velocity, etc) estimated to future simulation times |
  com.mak.vrlj.coord.DeadReckoner | Stand-alone dead reckoning component |
  com.mak.vrlj.coord.Smoother | An Approximator which applies smooth transitions to dead reckoning updates |
| com.mak.vrlj.datatype.ArticulatedParameterType | |
| com.mak.vrlj.datatype.ArticulatedPart | |
| com.mak.vrlj.datatype.ArticulatedPartType | |
| com.mak.vrlj.datatype.AttachedPart | |
| AutoCloseable | |
| com.mak.vrlj.example.f18.VehicleSim | Simple simulation of a fixed wing air vehicle which flies in a circle |
| AutoCloseable | |
| com.mak.vrlj.vl.AutoCloseable | MAK implementation of AutoCloseable interface |
| com.mak.vrlj.object.ObjectPublisher< TObject extends BaseObject<?> > | Publish an object with a given identifier |
| com.mak.vrlj.object.ReflectedMap< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject< TIdentifier > > | A read-only map of (identifier, simulation object) which reflects changes of object life cycle and state |
| com.mak.vrlj.vl.ExerciseConnection | Instances of ExerciseConnection provide an application's interface or connection to the network |
| com.mak.vrlj.object.BaseObject< TIdentifier extends ObjectIdentifier > | A common base class for all simulation objects |
| BaseObjectImpl | |
| com.mak.vrlj.object.Beam | |
| com.mak.vrlj.object.EmbeddedSystem | |
| com.mak.vrlj.object.Emitter | |
| com.mak.vrlj.object.Iff | |
| com.mak.vrlj.object.RadioReceiver | A simulation Receiver object |
| com.mak.vrlj.object.RadioTransmitter | A simulation transmitter object |
| com.mak.vrlj.object.Entity | A simulation object |
| com.mak.vrlj.datatype.BeamFunc | |
| com.mak.vrlj.datatype.BeamType | |
| com.mak.vrlj.vl.BitUtil | A collection of simple utilities for manipulating bitfields |
| com.mak.vrlj.datatype.CamoflageType | |
| com.mak.vrlj.datatype.CapabilityReport | |
| com.mak.vrlj.datatype.ClearChannel | |
| com.mak.vrlj.vl.Clock | A clock which tracks simulation time |
| com.mak.vrlj.datatype.ComplianceState | |
| com.mak.vrlj.vl.ConnectionType | Do not modify DIS, HLA, HLA1516, or HLA1516e without modifying JNI code |
| com.mak.vrlj.coord.ConstCoordinateTransform | An interface which does not permit modification of a CoordinateTransform |
| com.mak.vrlj.coord.CoordinateTransform | Transform cartesian coordinates by 3D translation and rotation |
| com.mak.vrlj.coord.ConstGeodeticCoord | An interface which does not permit modification of a GeodeticCoord |
| com.mak.vrlj.coord.GeodeticCoord | A value class for geodetic coordinates |
| com.mak.vrlj.math.ConstMatrix3d | An interface to Matrix3d which only exposes methods which don't allow altering the object, e.g |
| com.mak.vrlj.math.Matrix3d | A 3x3 matrix |
| com.mak.vrlj.math.ConstQuaternion | An interface to Quaternion which only exposes methods which don't allow altering the object |
| com.mak.vrlj.math.Quaternion | Quaternion |
| com.mak.vrlj.math.ConstTaitBryan | An interface to TaitBryan which only exposes methods which don't allow altering the object, e.g |
| com.mak.vrlj.math.TaitBryan | DtTaitBryans are used to represent orientation of an object, using a set of three Euler angles |
| com.mak.vrlj.math.ConstVector3d | An interface to Vector3d which only exposes methods which don't allow altering the object, e.g |
| com.mak.vrlj.math.Vector3d | Represents a 3D vector using three doubles |
| com.mak.vrlj.math.ConstVector3f | An interface to Vector3f which only exposes methods which don't allow altering the object, e.g |
| com.mak.vrlj.math.Vector3f | Represents a 3D vector using three floats |
| com.mak.vrlj.datatype.CountryCode | |
| com.mak.vrlj.datatype.CryptoMode | |
| com.mak.vrlj.datatype.CryptoSystem | |
| com.mak.vrlj.datatype.DamageState | |
| com.mak.vrlj.datatype.DAPSource | |
| com.mak.vrlj.datatype.DataCategory | |
| com.mak.vrlj.datatype.DeadReckoningAlgorithm | |
| com.mak.vrlj.coord.DegMinSec | Degrees, minutes, seconds value type |
| com.mak.vrlj.datatype.EmitterFunc | |
| com.mak.vrlj.datatype.EncodingClass | |
| com.mak.vrlj.datatype.EncodingType | |
| com.mak.vrlj.datatype.EntityIdentifierGenerator | Generate unique entity identifers |
| com.mak.vrlj.datatype.EntityKind | |
| com.mak.vrlj.datatype.EntityType | |
| com.mak.vrlj.datatype.EventId | |
| Exception | |
| com.mak.vrlj.vl.VrlException | Base Exception class for all VR-Link Java Exceptions |
| com.mak.vrlj.vl.VrlLicenseErrorException | This is the base exception for all licensing related exceptions |
| com.mak.vrlj.vl.ExerciseConnectionFactory | Create an ExerciseConnection given some configuration and initialization information |
| com.mak.vrlj.vl.ExerciseConnectionInitializer | Initialization data for an ExerciseConnection implementation |
| com.mak.vrlj.vl.ExerciseConnectionType | Type of exercise connection created by the factory |
| com.mak.vrlj.example.f18.F18 | A simple F18 simulator |
| com.mak.vrlj.datatype.FirePower | |
| com.mak.vrlj.datatype.FixedData | A (name, value) data pair where name is a numeric identifier, and value is an integer |
| com.mak.vrlj.datatype.Flaming | |
| com.mak.vrlj.datatype.ForceType | |
| com.mak.vrlj.datatype.FuzeType | |
| com.mak.vrlj.datatype.HatchState | |
| com.mak.vrlj.datatype.InputSource | |
| com.mak.vrlj.interaction.Interaction | Identifies all simulation interactions |
| com.mak.vrlj.interaction.BaseInteraction | |
| com.mak.vrlj.interaction.AcknowledgeInteraction | Acknowledge message between entities |
| com.mak.vrlj.interaction.ActionRequestInteraction | ActionRequest message between entities |
| com.mak.vrlj.interaction.ActionResponseInteraction | ActionResponse message between entities |
| com.mak.vrlj.interaction.DataInteraction | A Data interaction simply sends FixedData and VariableData between simulations |
| com.mak.vrlj.interaction.DetonateInteraction | Simulated munition detonation |
| com.mak.vrlj.interaction.FireInteraction | Simulated weapon firing interaction, describes the firing of a single weapon |
| com.mak.vrlj.interaction.SetDataInteraction | A Data interaction simply sends FixedData and VariableData between simulations |
| com.mak.vrlj.interaction.SignalInteraction | Signal message between entities |
| com.mak.vrlj.interaction.StartResumeInteraction | StartResume message between entities |
| com.mak.vrlj.interaction.StopFreezeInteraction | StopFreeze message between entities |
| com.mak.vrlj.interaction.InteractionListener< Tintr extends Interaction > | An interface to define Interaction callbacks |
| com.mak.vrlj.datatype.LifeformState | |
| com.mak.vrlj.datatype.LightType | |
| com.mak.vrlj.example.listen.Listen | Example which listens for remote simulation entities and demonstrates various VRLJ features |
| com.mak.vrlj.coord.MapDatum | MapDatum represents a spheroid model of the earth, with a data shift to facilitate easy conversion to geocentric systems |
| com.mak.vrlj.math.MathUtil | Various math utilities |
| com.mak.vrlj.datatype.Mobility | |
| com.mak.vrlj.datatype.ModeSLevelsPresent | |
| com.mak.vrlj.object.Iff.ModeType | |
| com.mak.vrlj.datatype.ModulationDetailAngleType | |
| com.mak.vrlj.datatype.ModulationDetailAplitudeAngleType | |
| com.mak.vrlj.datatype.ModulationDetailAplitudeType | |
| com.mak.vrlj.datatype.ModulationDetailCarrierPhaseShiftType | |
| com.mak.vrlj.datatype.ModulationDetailCombinationType | |
| com.mak.vrlj.datatype.ModulationDetailPulseType | |
| com.mak.vrlj.datatype.ModulationDetailUnmodulatedType | |
| com.mak.vrlj.datatype.ModulationMajorType | |
| com.mak.vrlj.datatype.ModulationSystemType | |
| com.mak.vrlj.datatype.ModulationType | |
| com.mak.vrlj.datatype.MunitionAntiAir | |
| com.mak.vrlj.datatype.MunitionDomain | |
| com.mak.vrlj.datatype.MunitionUSAntiAirGuided | |
| com.mak.vrlj.datatype.NavigationSource | |
| com.mak.vrlj.vl.NotifyLevel | Log notify level used by VR-Link C++ |
| ObjectDispatcher | |
| com.mak.vrlj.object.ReflectedObjectCollection< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject<?extends TIdentifier > > | A collection of reflected objects indexed by object identifier (object name) with subscription for changes |
| com.mak.vrlj.object.ObjectDispatcher< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject<?extends TIdentifier > > | Capability to add or remove listeners for ObjectListener callbacks |
| com.mak.vrlj.object.ObjectIdentifier | Objects of this class uniquely identify simulation object instances |
| com.mak.vrlj.object.GlobalObjectDesignator | A name which uniquely identifies an instance of a simulation object |
| com.mak.vrlj.datatype.EntityIdentifier | DIS-style entity identifier (siteID:appID:entityNum) |
| com.mak.vrlj.object.BeamIdentifier | |
| com.mak.vrlj.object.EmbeddedIdentifier | A tuple which uniquely identifies a embedded object |
| com.mak.vrlj.object.ObjectListener< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject<?extends TIdentifier > > | Identifies callbacks for simulation object life cycle changes (created, updated, deleted) |
| ObjectObservable | |
| com.mak.vrlj.object.ReflectedMap< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject< TIdentifier > > | A read-only map of (identifier, simulation object) which reflects changes of object life cycle and state |
| com.mak.vrlj.object.ObjectObservable< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject<?extends TIdentifier > > | |
| com.mak.vrlj.object.ObjectPredicate< Tobj extends BaseObject<?> > | A function which takes a simulation object such as an Entity and returns a boolean |
| com.mak.vrlj.datatype.OperationalParameter1 | |
| com.mak.vrlj.datatype.OperationalParameter2 | |
| com.mak.vrlj.datatype.PaintScheme | |
| com.mak.vrlj.datatype.ArticulatedPart.Parameter | |
| com.mak.vrlj.datatype.ParameterTypes | |
| com.mak.vrlj.coord.PolarDirection | Compass direction |
| com.mak.vrlj.vl.ProcessUtil | Process utilities for VRLJ |
| com.mak.vrlj.datatype.ReceiverState | |
| com.mak.vrlj.coord.ReferenceEllipsoid | Instances of this class are used to store a particular mapDatum and perform useful calculations based on this map – specifically it can be used to convert between geodetic and geocentric coordinates using the given reference ellipsoid (which is defined by a MapDatum) |
| com.mak.vrlj.datatype.ReferenceSystem | |
| com.mak.vrlj.datatype.RequestStatus | |
| com.mak.vrlj.datatype.ResponseFlag | |
| com.mak.vrlj.datatype.ResultType | |
| Runnable | |
| com.mak.vrlj.example.f18.F18.KeyboardScanner | Keyboard thread reads and handles keyboard events |
| com.mak.vrlj.example.listen.Listen.KeyboardScanner | Keyboard thread reads and handles keyboard events |
| com.mak.vrlj.datatype.SimulationAddress | |
| com.mak.vrlj.datatype.Smoke | |
| com.mak.vrlj.coord.Spheroid | Description of a spheroid shape by semiMinor and semiMajor axis measurements |
| com.mak.vrlj.datatype.StartOfMessage | |
| com.mak.vrlj.datatype.StopReason | |
| com.mak.vrlj.datatype.SubscribeType | |
| com.mak.vrlj.datatype.SyncState | |
| com.mak.vrlj.datatype.SystemName | |
| com.mak.vrlj.datatype.SystemType | |
| com.mak.vrlj.example.talk.Talk | Example which publishes a single, simple simulation entity and demonstrates various VRLJ features |
| com.mak.vrlj.datatype.TDLType | |
| com.mak.vrlj.datatype.TimeStampType | |
| com.mak.vrlj.coord.TopographicCoord | Utility class for topographical coordinate conversions |
| com.mak.vrlj.datatype.TrailingEffects | |
| com.mak.vrlj.datatype.TransmitState | |
| com.mak.vrlj.datatype.TransmitTerminalPrimaryMode | |
| com.mak.vrlj.datatype.TransmitTerminalSecondaryMode | |
| com.mak.vrlj.datatype.UserProtocolIdentification | |
| com.mak.vrlj.coord.UtmCoordinate | A single coordinate in UTM system |
| com.mak.vrlj.coord.UtmNEZ | UTM North, East, Zone tuple |
| com.mak.vrlj.coord.UtmReferencePoint | Reference point ina UTM coordinate system |
| com.mak.vrlj.datatype.VariableData | A (name, value) data pair where name is a numeric identifier, and value is an array of bytes |
| com.mak.vrlj.datatype.WarheadType | |
| com.mak.vrlj.datatype.WeaponState | |
| BaseObject | |
| com.mak.vrlj.object.BaseObjectImpl< TIdentifier extends ObjectIdentifier > | |
| ConcurrentMap | |
| com.mak.vrlj.object.ReflectedMap< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject< TIdentifier > > | A read-only map of (identifier, simulation object) which reflects changes of object life cycle and state |
| Map | |
| com.mak.vrlj.object.ReflectedObjectCollection< TIdentifier extends ObjectIdentifier, Tobj extends BaseObject<?extends TIdentifier > > | A collection of reflected objects indexed by object identifier (object name) with subscription for changes |
| ObjectPublisher | |
| com.mak.vrlj.object.EntityPublisher | |
| ReflectedMap | |
| com.mak.vrlj.object.ReflectedBeamMap | |
| com.mak.vrlj.object.ReflectedEmitterMap | |
| com.mak.vrlj.object.ReflectedEntityMap | A map of reflected Entity objects from remote simulations |
| com.mak.vrlj.object.ReflectedIffMap | |
| com.mak.vrlj.object.ReflectedRadioReceiverMap | A map of reflected RadioReceiver objects from remote simulations |
| com.mak.vrlj.object.ReflectedRadioTransmitterMap | A map of reflected RadioTransmitter objects from remote simulations |
