Thanks to everyone who tried the recent Visual Studio based build for Windows. The plan is to ensure this becomes a true cross platform project, not tied to a particular operating system or architecture. I like to think of it as "OutRun Everywhere", making the world a better place ;) Thanks to some work from a friend, who knows far more about this sort of thing than me, this is close to becoming a reality.
The code now successfully compiles and runs on both a Mac with XCode IDE support and the Windows MinGW compiler. Other platforms will shortly follow, including Linux and the Raspberry PI if performance allows.
We're using CMake, the cross platform, open-source build system. This automates the creation of build files for a whole range of target platforms. We're able to generate builds for a whole host of platforms and configurations.
The C++ libraries have been switched to Boost. This provides an open-source cross platform alternative to facilitate portability.
I can't take credit for the above, but I have started decompilation work on the Z80 code that controls the sound hardware (both the custom Sega PCM sample player and the Yamaha YM2151). This is my main area of focus and will take some time. So far, I've commented the code that triggers the PCM samples. Ultimately, I'd love to give players the choice of emulating the original sound hardware or streaming audio from disk, similar to the approach used by the Sega Saturn conversion.
The code now successfully compiles and runs on both a Mac with XCode IDE support and the Windows MinGW compiler. Other platforms will shortly follow, including Linux and the Raspberry PI if performance allows.
We're using CMake, the cross platform, open-source build system. This automates the creation of build files for a whole range of target platforms. We're able to generate builds for a whole host of platforms and configurations.
The C++ libraries have been switched to Boost. This provides an open-source cross platform alternative to facilitate portability.
I can't take credit for the above, but I have started decompilation work on the Z80 code that controls the sound hardware (both the custom Sega PCM sample player and the Yamaha YM2151). This is my main area of focus and will take some time. So far, I've commented the code that triggers the PCM samples. Ultimately, I'd love to give players the choice of emulating the original sound hardware or streaming audio from disk, similar to the approach used by the Sega Saturn conversion.
2 comments:
This is fantastic news. The Raspberry Pi build sounds interesting. I was wondering about force feedback support for the shaker. Could that be implemented?
In general yes, as long as there's a driver for the relevant device.
Better control support is something I'd like to implement later.
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