Namco Museum 50th Anniversary Arcade Collection.The Lord of the Rings™: The Return of the King™.Lemony Snicket's A Series of Unfortunate Events™.LEGO® Star Wars™ II: The Original Trilogy.The Incredibles: Rise of the Underminer.The Incredible Hulk™: Ultimate Destruction.High Heat™ Major League Baseball® 2004.Harry Potter and the Prisoner of Azkaban™.
Harry Potter and the Chamber of Secrets™.Greg Hastings Tournament Paintball Max'd.Part two, it didn't fit before (there is a Jurassic Park game even ): For example you wouldn't want to have to emulate the tri-core 3.2Ghz Xenon CPU at the per-cycle level in realtme if instead you can use a variety of JIT precompiler techniques to convert PowerPC code to 80x86 for the purpose of emulation. If this is the case then you may be able to avoid cycle-level emulation (or at least for every subsystem) and employ smarter methods to emulate something. More recently emulation has largely moved away from this approach - particularly for complicated target systems which often do have inate variances built into both the hardware and the software.
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And this is necessary if you need to emulate something like a Commodore 64 because there were so many "unsupported hardware features" used in commercial games that if you don't emulate the VIC-II (graphics) chip exactly how it worked at cycle, scanline and register level, a bunch of software will spectacularly break. If you look back at how 8-bit computers and consoles were initially emulated, it was often using brute force approach to emulate the entire system at a per cycle level - based on the fastest clock in that system.This is basically as good as it gets as long as you have detailed documentation about how the CPU, all of the chips, the RAM and buses operate. Click to expand.I'm not an expert but I have done some crude emulation work and I think it depends very much on the target system and the approach taken.
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