# Top runs: * **Highest FPS**: `Cyberpunk2077_falcond_script` with approximately 2% higher average FPS than other runs. * **Smoothest FPS**: `Cyberpunk2077_falcond_script` with the lowest standard deviation and variance in FPS, resulting in more stable frame times. * **Best overall**: `Cyberpunk2077_falcond_script` balances both the highest FPS and smoothness, making it the top choice overall. # Issues: * `Cyberpunk2077_falcond` run has a lower average FPS by approximately 3% compared to the others, potentially linked to higher FPS variance compared to `Cyberpunk2077_falcond_script`. * The `Cyberpunk2077_falcond` run shows slightly higher CPU temperature by almost 1% compared to other runs, which may affect longevity if consistently high FPS is demanded. * The `Cyberpunk2077_gamemode_scripts` run exhibits significantly higher RAM usage, 40% more than the `Cyberpunk2077_falcond` run, indicating inefficient memory handling relative to the others. # Summary In this benchmark focusing on the `Falcond` scripts with `Cyberpunk 2077` on an AMD Radeon RX 6600 XT, the `performance` scheduler generally offers a stable gaming experience with slight variations observed when scripts are used. The `Cyberpunk2077_falcond_script` using `powersave` scheduler emerged as the best overall configuration, offering both higher average FPS and smoother gameplay. However, the `Cyberpunk2077_falcond` run showed suboptimal results, particularly in FPS stability, possibly due to increased CPU load and temperatures. There is a noticeable distinction in memory usage across the runs, especially with `Cyberpunk2077_gamemode_scripts`, suggesting varying efficiency in resource management depending on the configuration and scripts applied.