Highlighting key points in the document.
Highlighting key points in the document.
i7 4790k 4.7ghz Corsair H80i 8gb DDR3 Z97 Krait SLI 240gb SSD (installed) 1tb 7200 hdd Zotac GTX 970 1475 core clock plus +400 on memory 750w gold rosewill capstone PSU RAIDmax Seiran blue/white Resolution: 2560x1440 FXAA: none MSAA: none NVIDIA TXAA: 2 VSync: none Population Density: max Population Variety: max Distance Scaling: max Texture Quality: Very High Shader Quality: very high Shadow Quality: high Reflection Quality: very high Reflection MSAA: x4 Water Quality: very high Particles Quality: very high Grass Quality: very high Soft Shadows: soft Post FX: high Anisotropic Filtering: x16 Ambient Occlusion: high Tesselation: high FPS on average: 65 (40 in grass)
It's a typical experience across various gameplay scenarios. My performance remains steady at around 60 fps regardless of day or weather, but it decreases to the low 50s during intense moments like explosions. Some players report similar fluctuations, such as lower FPS in forested areas despite otherwise stable rates. I believe this broader perspective is more reliable than pinpointing exact conditions, since one location doesn't fully reflect overall gameplay.
i5-4690k upgraded to 4.4Ghz with 8GB RAM and 2133Mhz memory. Features include GTX 980 graphics, 1444Mhz clock speed, and a resolution of 2560x1440p. FXAA is enabled, MSAA is active, VSync is disabled (G-sync supported). Memory usage supports maximum population density with extensive distance scaling. Texture quality is very high, shadows are ultra-reflective, and post-processing softens shadows to the softest level. Water clarity is excellent, particle detail is top-notch, grass looks vivid, and soft shadows are refined. Anisotropic filtering is set to 16x ambient occlusion with high tessellation. Performance varies: around 45-60 FPS outside, 70-85 FPS indoors, with cutscenes not measured. No official benchmark was conducted; results reflect observed FPS trends over several hours of play.
Use a standard configuration for consistent results. This is the intended benchmarking approach to measure performance differences under identical conditions. Scores are recorded, and many users remain unaware of this process. Files are saved, yet few realize the importance of this step.
This demonstrates how various settings affect performance across different resolutions. The in-game tests provide inconsistent results each time, mirroring the game's unpredictability. Numerous official benchmarks are available for detailed analysis: http://www.guru3d.com/articles-pages/gta...iew,1.html http://www.techpowerup.com/reviews/Rocks...rformance/ http://www.techspot.com/review/991-gta-5-pc-benchmarks/ http://www.hardocp.com/article/2015/04/2...view_part1