(2011) Vector Magic Desktop Edition 1.15 Activation Code
Gema Shisila
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###mostly for modders
* groups are saved by thier coodinates and not some magic vector.
* group use in thier config now a "heading from north" for thier rotations and no longer a internal rotation value.
* editor: you can enter some of the values of the groupeditor directly
* editor: Selecting the same group two times in a row will no longer lose the focus of the camera.
* editor the exports are now written in directories with the timestamp.
Here is my attempt at using just-in-time compilation to emit fast FizzBuzz assembly that is specialized for every digit length. It's basically the same idea as Neil's answer, just more overengineered. A further 2x comes from the vmsplice system call as in the winning answer. While there are a few other similarities in the AVX2 code, the usage of vmsplice is the only bit that I downright "stole" from there; all the vector code is my own.
Actually, there's a third reason to have the bytecode, and it is possibly the most important even though it doesn't apply to the code submitted below. The bytecode approach separates very well the tasks of preprocessing (figuring out the exact sequence for each number length) and emitting output; therefore, during development I could first work on the preprocessor while keeping a stupid for loop for the output, then add vectorized C code (which actually survives in the slow path to handle carries), and finally generated the code on the fly. Of course the program was super slow until the introduction of the JIT, but being able to test AVX2 code in C is obviously much easier! The whole implementation only took about 6 hours, hence more optimization is probably possible (sizing the piping buffer, better scheduling of the x86 code, etc.).
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