<Sarayan>
e50f 612514 muxes, 6072456 routing bits, 18 max mux size, 11792056 routes, 44 max mux span size
<Sarayan>
gt150f 1707292 muxes, 17012500 routing bits, 18 max mux size, 33161293 routes, 44 max mux span size
<Sarayan>
gt75f 959166 muxes, 9522120 routing bits, 18 max mux size, 18503085 routes, 44 max mux span size
<Sarayan>
gx25f 433482 muxes, 4261158 routing bits, 18 max mux size, 8229524 routes, 44 max mux span size
<Sarayan>
gt300f 3330206 muxes, 33323376 routing bits, 18 max mux size, 65074820 routes, 44 max mux span size
<Sarayan>
sx50f 560293 muxes, 5501638 routing bits, 18 max mux size, 10634202 routes, 44 max mux span size
<Sarayan>
sx120f 1303736 muxes, 12984560 routing bits, 18 max mux size, 25281641 routes, 44 max mux span size
<Sarayan>
I need to convert all that to a generator, weee
<Lofty>
Have fun~
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<Sarayan>
ah nice, I can't compile the generated C++ code with the raw tables in them, not enough memory in my laptop
<Lofty>
Oops :P
<Lofty>
I guess it'll have to be runtime generated to some extent
<Sarayan>
sure, but I was trying to have the non-generated tables linked in to compare at runtime with the generator results
<Sarayan>
guess I'm gonna have to generate an asm file instead of a C++ one
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<jevinskie[m]>
If you don’t need to worry about MSVC, you can do an “.incbin” in in-line assembly. I guess there is even a macro wrapper for it that comes with a build tool to support MSVC.