# Top runs: * **Highest FPS**: `scx_flash -m all -C 0 -c 0 --slice-us 300 --slice-us-min 300 -w -p` offers the highest average frame rate, performing better than other configurations in terms of frames per second. * **Smoothest FPS**: `scx_bpfland -m all` displays the lowest standard deviation and variance, indicating the most stable and smooth gaming experience without significant drops in performance. * **Best overall**: `BORE` achieves a slightly higher FPS while maintaining an acceptable level of smoothness and stability, making it the best choice for overall balanced performance. # Issues: * The configuration utilizing `scx_flash -m all` demonstrates an increase in variance and standard deviation compared to others, indicating noticeable fluctuations in frame rates without significantly higher FPS, which can lead to an inconsistent gaming experience. * `scx_lavd --performance` configurations exhibit higher variance and lesser stability compared to other configurations, without providing a significant improvement in FPS. * Hardware and software setups are consistent across all runs, ensuring variations are attributed to the scheduler and parameter differences. # Summary This benchmark evaluates the performance of the game "Outer Wilds" by comparing the `bore` scheduler with multiple configurations of the `scx` scheduler on an AMD setup using the same kernel and scheduler on Wayland. The results indicate that while `scx_flash -m all -C 0 -c 0 --slice-us 300 --slice-us-min 300 -w -p` provides the highest average FPS, `scx_bpfland -m all` delivers the smoothest experience with the least variability in performance. `BORE`, on the other hand, offers a good compromise between high FPS and stable frame delivery, making it a preferable option for consistent performance.