J2 Active
J2 Active enables users to integrate easily constructed configuration managed aircraft models into existing MATLAB/Simulink simulations. J2 Active integrates the power of the J2 Universal Tool-Kit into your current design capabilities and establishes an effective interface with both MATLAB® and Simulink® software models. As a result, you can link configurations managed, high fidelity aircraft models seamlessly into any Simulink® model or efficiently embed libraries straight into any software package.
Key Features and Benefits:
- MATLAB®/ Simulink® Blockset
- Build models quickly with the J2 Builder plug-in and then analyze results with MATLAB® models.
- Connect the J2 Universal Tool-Kit to your Current Solutions
- Instantly integrate your existing design packages with the power of the J2 Universal Tool-Kit.
J2 Active Delivers:
- Easy-to-use Graphical Interface. Aircraft models can be selected straight from the database and connected quickly and easily.
- Embed Detailed Models into Existing Simulations. Users no longer need to create extensive text files defining aircraft dynamics or look at simplifying data models for convenience. Complex models can be constructed and connected straight in to the existing solution.
- Integrated Configuration Management. No need for the simulation to be out of step with the aerodynamics. Always work with the latest version; changes to the aircraft model are automatically applied.
- User Defined Links. These enable users to mix pilot controls to control surfaces or ‘daisy chain’ links to create complex systems. Control surfaces can be scheduled to create flatspots or dead bands.
- Data Centric Database. Flight mechanics get to concentrate on their own area of expertise, knowing they will always have the correct aircraft model. Aircraft data models can be developed by aerodynamics personnel, while flight mechanics perform simulations.
- User Defined Model Structure. Quickly build models using the hierarchy available in J2 Builder and simply connect up inputs and outputs to the appropriate signals within your simulation in a single step.
- Update and Run. Start/Stop, Change the aircraft model without having to update the simulation. Simply run the new version.
- Work with Variants of the Same Aircraft. Optimize the aircraft and add robustness into the Flight Control System – create deltas and run parallel simulation, investigating ‘what-if’ cases and how design changes affect the FCS.
- Output any of the Aircraft Signals. Quickly map internal values from the aircraft model to monitor loads, coefficients and internal user defined values for a more detailed insight.
- Define and Name the Data Ports. Create easily readable Simulink® models by structuring the ports in a way that will give you the clearest insight.