Comments (6)
Hey,
yes, i think the potential aware abstraction is based on the paper you posted. It's been some time i worked on this project though.
Regarding your second question: in the scripts folder is a script to generate an exemplary holdem agent with potential abstraction.
The cluster abstraction that the potential abstraction is calculated from is generated first. There is a parameter for the number of buckets to use in each betting round. I think the potential abstraction works on the same buckets defined in the cluster abstraction. I'm not entirely sure anymore if the potential abstraction can have differing amount from the cluster abstraction.
Yes the cfr sampling method can be set in row 25 of src/cfrm-main.cpp and defaults to External sampling.
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Ok so if I understand it correctly executing cluster-abs before potential-abs is a pre-requisite since potential-abs will use the buckets and nb_samples from cluster-abs when it's executed?
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yes, that is correct.
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OK, so the cluster-abs clusters determine how many clusters will be used to bucket information situations in potential-abs? Just 2 final questions if you don't mind. You used kmeans instead of kmeans++ that they mention in the paper. Is there a significant difference between these two approaches in your opinion? And finally, I was wondering if your code supports the use of multithreading? Since I wanted to test it out on a 64 core set up so that I could generate the data and cluster it over 64 threads?
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I had another look at the code and saw that potential-abs has a parameter "--nb-buckets" that specifies how many buckets to use for the round that the potential-abs will be calculated for. The parameter "p" sets the round the potential-abs is calculated for (flop, turn, river)
I can't remember anymore why i used kmeans over kmeans++, sorry.
All binaries except player-main support multithreading. It is also used in the scripts folder.
Also the binaries can be called with the "--help" parameter to show all their options.
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Hi Mark,
Am I right that potential aware abstraction makes sense only for flop (and maybe preflop) stage?
Because on turn it is same as distribution aware approach and on river we have only OCHS option.
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Related Issues (7)
- [Discussion] So can I use this repo to train a full scale poker strategy? HOT 6
- Card abstraction - Potential Aware HOT 4
- "Too many abstract actions" error in training no-limit-holdem using the provided game definitions HOT 2
- MIXED_XXXX abstraction head to head win averages are in unexpected order HOT 1
- get expected value of actions in state
- Cannot compile project
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