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I wrote a Haskell version that includes two components: A very efficient function to rank a set of Texas Hold’em hands. A Monte Carlo situation that gives you
by gmi01 3y ago
I wrote a Haskell version that includes two components:
A very efficient function to rank a set of Texas Hold’em hands.
A Monte Carlo situation that gives you the probability of winning each hand from any known amount of information.
It is available here: https://github.com/ghais/poker https://github.com/ghais/poker
- bionsystem 3y agoNot sure if you guys are aware but there are solvers existing (most of which are proprietary) that actually give optimal strategies with every possible hands given a betting pattern. They are used extensively as study tools by professional players.
- SnowHill9902 3y agoCan you link to some projects? Ideally also Haskell or also functional?
- bionsystem 3y agoI use GTO+ which is proprietary. I just tried this one which works like a charm (just run the exe from the zip in github releases ; even comes pre-loaded with a wide amount of preflop ranges, which seem to come from a previous solve) : https://github.com/bupticybee/TexasSolver https://github.com/bupticybee/TexasSolver Searching with "poker solver haskell" only seem to show very immature projects.