# Top runs: * **Highest FPS**: `FLASH -m all -r 0` with the highest mean FPS approximately 1% higher than others. * **Smoothest FPS**: `FLASH -m all -w` with the lowest standard deviation and variance, indicating about 25% smoother performance. * **Best overall**: `FLASH -m all` delivers a good balance with slightly lower FPS but better stability compared to the highest, around 7% smoother than `FLASH -m all -r 0`. # Issues: * The `BORE` configuration shows significantly higher variation in FPS and frame time, with a standard deviation approximately 17% higher than the smoothest run, indicating less consistent performance. Additionally, the GPU load is notably lower, around 4% less than other configurations. # Summary This benchmark compares different configurations of the `FLASH` flag, with varied parameters to evaluate their impact on system performance under load. The `FLASH -m all -r 0` configuration stands out for delivering the highest average FPS, showcasing its capability to maximize performance output. However, `FLASH -m all -w` provides the most stable experience, with the lowest variance in FPS, suggesting it is the optimal choice for smoother gameplay. While all configurations operate within the same Linux kernel and hardware environment, the `BORE` configuration underperformed, potentially due to a lower GPU load, resulting in less consistent frame delivery.