129 | | (1) Every frame that is calculated by the GPU is "prepared" by the CPU, one of them will limit your frame rate (FPS). When you select graphics effects, you create additional workloads for your GPU and CPU, causing your framerate to drop. Current PCs are mostly CPU limited in 0 A.D. because the game is not yet multi-threaded. That means they usually only use 1 core. Since graphics effects mostly affect the GPU, you can (on newer PCs) choose the higher graphics effects without sacrificing performance. [[BR]](2) Heating up the hardware leads to thermal throttling of the hardware. This effect is especially known for mobile PCs. If the hardware gets too hot, it throttles its performance until the hardware cools down again. Therefore, a limited but constant frame rate is usually better than a frame rate that fluctuates due to thermal throttling. [[BR]](3) VSync will also limit the framerate to the framerate of the monitor (I estimate 60 frames/Herz).[[BR]] |
| 129 | 1. Every frame that is calculated by the GPU is "prepared" by the CPU, one of them will limit your frame rate (FPS). When you select graphics effects, you create additional workloads for your GPU and CPU, causing your framerate to drop. Current PCs are mostly CPU limited in 0 A.D. because the game is not yet multi-threaded. That means they usually only use 1 core. Since graphics effects mostly affect the GPU, you can (on newer PCs) choose the higher graphics effects without sacrificing performance. |
| 130 | 2. Thermal throttling is especially known for mobile PCs. If the hardware gets too hot, it throttles its performance until the hardware cools down again. Therefore, a limited but constant frame rate is usually better than a frame rate that fluctuates due to thermal throttling. |
| 131 | 3. VSync will also limit the framerate to the framerate of the monitor. |