Localizing High-End Games for Low-End Machines

CowboyRobot writes "Intel engineer Dean Macri has an article at ACM Queue listing the challenges in designing PC games that will run on very different processors. PCs vary widely in their performance, and if game developers design only for the high-end, they limit their market. The article lists specific tips on how to guarantee that even old slow machine can run new games, such as 'the number of triangles used to create the trunks and branches could vary based on the available processor and graphics hardware performance', 'replace the clothing on characters in a game with actual geometry that separates the clothes from the underlying character model', and for simulating ocean waves, having low-end systems rely on basic sine waves while higher-end machines use more sophisticated methods."

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Full scene anti-aliasing on interlaced displays

[tepples]

Games for PS2 render to a 640x240 pixel frame buffer at 60fps. This results in jagged edges. Games for GameCube and Xbox, on the other hand, typically render to a 640x480 pixel frame buffer and try for 60fps. For an interlaced display, they do a simple comb filter on the scanlines. This results in smoother edges.