MAK VR-Forces Plug-in and SDK

  • RTDynamics’ VR-Forces plug-in brings RTDynamics products to VR-Forces and allows users to add high fidelity models to their simulations without programming.

    Available products in the plug-in are

    FixedWingLib CGF Increases realism for all maneuvers with physics based aircraft entities. Adds new maneuvers such as formation flight, terrain following flight, vertical take off/landing.
    RotorLib CGF Increases realism for all maneuvers with physics based helicopter entities. Adds new maneuvers such as terrain following, hover, bob-up.
    EWAWS Allows realistic simulation of RADAR, IR, countermeasures (incl. flare or jammers). Adds physics based missile models to VR-Forces.

     

    A dedicated SDK for the plug-in is available for developers who want to build VR-Forces applications.

  • Physics Based Aircrafts

     

    FWLCGFFollowRouteDialog

    Follow Route Task Dialog

    WaypointTypes

    Fly By / Fly Over

    Two aircrafts executing dogfight task

    Two aircrafts executing engage aerial target task

    • Powered by FixedWingLib CGF technology
    • Supports all VR-Forces fixed-wing aircraft tasks and set data requests.
    • High fidelity flight dynamics for standard VR-Forces tasks
    • 6-DOF high fidelity joystick flight
    • Additional Tasks
      • (New in R14) Advanced Follow Route
        • Automatic speed control to arrive the end of the route at a user defined time
        • Fly by / fly over waypoints
        • Crosstrack error control to remain on the defined path
      • Low level control
      • Velocity vector control
      • Direction-altitude-speed control
      • Banked coordinated turn
      • VTOL takeoff, hover and landing
      • Dogfight
      • All tasks available to VRF Lua scripts
    • Additional Set Data Requests:
      • terrain following
      • set common maneuver parameters: load factor, roll rate and vertical climb speed. Allows switching to high-g defensive and offensive maneuvers during engagement.
      • wind/turbulence
    • FixedWingLib CGF features
      • 6 DOF Physics Based Flight Dynamics Models
      • Navigational maneuvers
      • Joystick flight with direct aileron, elevator, throttle and air brake control
      • Extensible controllers to create new maneuvers
      • More
    • Combat Maneuvers Library features
      • Air combat maneuvers (such as S-turn, Scissors, Low and High Yoyo and more)
      • Smart virtual fighter pilot
        • (New in R14) Detect and engage enemies automatically
        • (New in R14) Missile evasion
        • Close range engagement (dogfight)
      • More

    Physics Based Helicopters

    RLCGFAttitudeControl

    Attitude Control Task Dialog

    RL Heading and Velocity Hold

    Velocity Control Task Dialog

    • Powered by RotorLib CGF technology.
    • Supports all VR-Forces rotary-wing aircraft tasks and set data requests.
    • High fidelity flight dynamics for standard VR-Forces tasks
    • Three different joystick flight models
    • Terrain following flight with look-ahead capability
    • Additional Tasks
      • Attitude control
      • Velocity vector control
      • Stop and hover
    • Additional Set Data Requests:
      • terrain following
    • RotorLib CGF features
      • 6 DOF Physics Based Flight Dynamics Models
      • Navigational maneuvers
      • Extensible controllers to create new maneuvers
      • More

    Physics Based Electronic Warfare and Weapon Systems

    VRF_EWAWS_AirborneRadar

    Airborne Targeting Radar

    VRF_EWAWS_GroundRadar

    Ground Radar

    RTD Fire at Target

    RTD Fire at Target

    Monitor Sensor View

    Monitor Sensor View

    • Powered by EWAWS technology.
    • (New in R14) Radar model integrated as VRF sensor
      • Detection list accessible from Plan and Lua scripts.
      • Airborne targeting radar
        • Raster scan
        • TWS, RWS, STT modes
      • Ground radar
        • Circular and sector scan
    • New physics based electronic warfare and weapon system components
      • Missile systems
        • air to ground cruise missile
        • IR guided short range air to air missile
        • IR guided short range air to ground missile
        • laser guided air to ground missile
        • radar guided medium range air to air missile
        • radar guided short range air to ground missile
      • Countermeasure systems
        • chaff
        • flare
        • towed decoy
        • jammers
        • DIRCM
    • Modeling capability
      • User defined weapon models
      • User defined sensor models
    • Extensive real-time logging
    • “RTD Monitor” to visualize the sensor
      world in real-time
    • Physics based modeling of
      • Propagation
      • Reflection
      • Emission
      • Sensors
    • Additional Tasks
      • Fire at target
      • Launch countermeasures
      • Extend towed decoy
      • Enable Jammer
      • Enable DIRCM
      • Lase target
    • Additional Set Data Requests:
      • Countermeasures Auto Launch
      • Set Data Logging
      • Seeker Data
      • (New in R14) Set Radar Mode And Submode
      • (New in R14) Set Radar Azimuth Gate Size
      • (New in R14) Set Radar Scan Direction
      • (New in R14) Set Radar Antenna Tilt
      • (New in R14) Set Radar Bar Count
      • (New in R14) Designate Target On Radar
      • (New in R14) Remove Target Designation
      • (New in R14) Return Radar to Search