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A Super Hexagon Clone ported to Nintendo 64. Contribute to SpookyIluha/Super-Haxagon64 development by creating an account on GitHub.

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Been messing with the SMW and SM64 decomps and managed to get a rough proof of concept where libsm64 runs inside Super Mario World. Mario's 64...

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For testing Nintendo 64 homebrew ROMs, cen64 is the most accurate emulator (though it doesn’t run at full speed yet). Here’s how to build it from source on macOS: 1. Install XQuartz from the official distributed disk image 2. `brew install cmake glew` 3. `git clone https://github.com/n64dev/cen64.git` 4. `cd cen64` 5. `mkdir build` 6. `cd build` 7. `cmake ..` 8. `make` If you’d like to enable cen64’s debug logging, create a debug build when running `cmake`: cmake -DCMAKE_BUILD_TYPE=Debug .. When running cen64 outside of an XQuartz X11 terminal, it may report: Using NTSC-U PIFROM create_device: Failed to initialize the VI. Failed to create a device. To fix this, you can run it within an XQuartz X11 terminal, or set the `DISPLAY` environment variable to something like `:0` either in your `.bashrc` file or inline during invocation: DISPLAY=:0 ./cen64 /path/to/pifdata.bin /path/to/rom.z64 `DISPLAY` needs to be set because cen64 calls XOpenDisplay with a NULL display name (presumably to default to your `DISPLAY` environment variable), but if it’s not set, XOpenDisplay returns NULL and cen64 has no display within which to create a window for rendering Nintendo 64 content. For extremely verbose register-level output, edit `CMakeLists.txt` and set `DEBUG_MMIO_REGISTER_ACCESS` to `ON`. Make sure to remove any cached data in `build/` to ensure your changes are reflected, then recompile and re-run. **Update 2024-03-02** Development on cen64 has not progressed in many months and is now considered unmaintained. ares, a cross-platform, open source, multi-system emulator is now regarded as the best emulator for Nintendo 64 development.

For testing Nintendo 64 homebrew ROMs, cen64 is the most accurate emulator (though it doesn’t run at full speed yet). Here’s how to build it from source on macOS: 1. Install XQuartz from the official distributed disk image 2. `brew install cmake glew` 3. `git clone https://github.com/n64dev/cen64.git` 4. `cd cen64` 5. `mkdir build` 6. `cd build` 7. `cmake ..` 8. `make` If you’d like to enable cen64’s debug logging, create a debug build when running `cmake`: cmake -DCMAKE_BUILD_TYPE=Debug .. When running cen64 outside of an XQuartz X11 terminal, it may report: Using NTSC-U PIFROM create_device: Failed to initialize the VI. Failed to create a device. To fix this, you can run it within an XQuartz X11 terminal, or set the `DISPLAY` environment variable to something like `:0` either in your `.bashrc` file or inline during invocation: DISPLAY=:0 ./cen64 /path/to/pifdata.bin /path/to/rom.z64 `DISPLAY` needs to be set because cen64 calls XOpenDisplay with a NULL display name (presumably to default to your `DISPLAY` environment variable), but if it’s not set, XOpenDisplay returns NULL and cen64 has no display within which to create a window for rendering Nintendo 64 content. For extremely verbose register-level output, edit `CMakeLists.txt` and set `DEBUG_MMIO_REGISTER_ACCESS` to `ON`. Make sure to remove any cached data in `build/` to ensure your changes are reflected, then recompile and re-run. **Update 2024-03-02** Development on cen64 has not progressed in many months and is now considered unmaintained. ares, a cross-platform, open source, multi-system emulator is now regarded as the best emulator for Nintendo 64 development.