Poker Solver

Inputs:

- IP and OOP range in text form : e.g. "QQ+,AKs", "JJ-99,98s"
    - This should contain various segments seperated by ","
        - "AhAs", "AA", "AKs", "AKo", "KK+", "AQs+", "AQo+", "KK-QQ", "AQs-AJs", "AQo-AJo"

- board in text form : e.g. "9h6hQc" ; "QdTh4cQc" ; "7dQsAc5s4s"

Output:

- equity distribution data as spreadsheet or graph

Method

Parse text

- parse board
    - split board into cards
    - group as 'board' : list
- parse ranges
    - split range into segments of similar holdings
    - Parse each segment into individual holdings
    - transform text holdings into objects
    - group as 'range': list

Find an individual IP holding's equity vs OOP range

- take one holdings from OOP range
- calculate equity for IP holding vs OOP holding
    - deal one possible runout
    - group board and holdings and IP hand vs OOP hand
    - compare hands
        - determine the poker value of each hand
        - if not equal, determine winner
            - which hand has higher value
        - if equal, determine winner
            - compare secondary features i.e. kickers
    - store result
    - iterate through every possible runout
- iterate through every holding in OOP range and take the average

Iterate through each holding in IP range

- store result

Graph data as either histogram or density plot

Files

parse.py - parses text inputs into the appropriate format

rules.py - rules of poker and basic data

hand.py - Hand class with built in methods
- determine which hand is a winner between two hands of 7 cards

comparison.py - contains comparison functions: - compare_ranges - determine equity between two ranges for possible holdings - compare_holdings - determine equity between two holdings on possible runouts

graph.py - covert raw data into either excel spreadsheet, historgram or density plot

Lewis-Cole/Poker-Solver