The FREE F4IM allows F-16 cockpit builders to integrate and program their Beta Innovations I/O cards for use with the Falcon 4 simulator through direct access to F4 internal data or "sharedmem".
Through advanced multithreading algorithms, the F4IM provides real-time interfacing with negligible system overhead or CPU load. Interface functions can be programmed or modified while the simulator is running allowing the builder to see the results in real-time, eliminating all guesswork.
Programming is achieved through a very simple, clear and comfortable point-and-click interface and without writing one line of code. |
The RSIM utility allows racing cockpit builders to integrate a working instrument dash.
RSIM provides real-time display capability of various simulation parameters through the Plasma-Lite, Nitro-SLG or FUSION modules.
Simulation parameters can be custom tailored for each supported racing sim through a very simple, clear and comfortable point-and-click interface.
By employing advanced multithreading algorithms, the RSIM uses negligible system overhead or CPU load.
RSIM supports LFS, rFactor, GTR, GTR2, GTL, RACE, RACE07 & RBR and is a FREE download. |
The SDK package provides developers the means to integrate their IO modules into their software for custom interfacing solutions.
Basic skeleton examples provided for each IO mode in both C++/MFC and VB6 including:
- Inputs
- DAC outputs
- 192x64 Graphic LCD
- 20x4 Character LCD
- 7-Segment Displays
- Direct Outputs
- Multiplexed Outputs
- Latched Outputs
- SPI Outputs
- Dot Matrix Displays
Compiled examples available as a USB toolkit which simplifies testing and debugging of connected IO modules during integration. These can help identify and trace connection and wiring mistakes quickly and easily.
Support for additional programming languages and IO modes are planned including samples in VC++ and support for CRT RWR and stepper motor outputs.
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