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DerivedStats.py
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DerivedStats.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#Copyright 2008-2011 Carl Gherardi
#This program is free software: you can redistribute it and/or modify
#it under the terms of the GNU Affero General Public License as published by
#the Free Software Foundation, version 3 of the License.
#
#This program is distributed in the hope that it will be useful,
#but WITHOUT ANY WARRANTY; without even the implied warranty of
#MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
#GNU General Public License for more details.
#
#You should have received a copy of the GNU Affero General Public License
#along with this program. If not, see <http://www.gnu.org/licenses/>.
#In the "official" distribution you can find the license in agpl-3.0.txt.
#fpdb modules
import L10n
_ = L10n.get_translation()
import Card
from decimal_wrapper import Decimal, ROUND_DOWN
import sys
import logging
# logging has been set up in fpdb.py or HUD_main.py, use their settings:
log = logging.getLogger("parser")
try:
from pokereval import PokerEval
pokereval = PokerEval()
except:
pokereval = None
def _buildStatsInitializer():
init = {}
#Init vars that may not be used, but still need to be inserted.
# All stud street4 need this when importing holdem
init['bigblind'] = 0
init['effStack'] = 0
init['effActiveStack'] = 0
init['effMzone'] = 0
init['effActiveMzone'] = 0
init['tableMzone'] = 0
init['startBounty'] = None
init['endBounty'] = None
init['common'] = 0
init['committed'] = 0
init['winnings'] = 0
init['rake'] = 0
init['rakeDealt'] = 0
init['rakeContributed'] = 0
init['rakeWeighted'] = 0
init['totalProfit'] = 0
init['allInEV'] = 0
init['showdownWinnings'] = 0
init['nonShowdownWinnings'] = 0
init['sawShowdown'] = False
init['showed'] = False
init['wonAtSD'] = False
init['startCards'] = 170
init['handString'] = None
init['position'] = 9 #ANTE ALL IN
init['street0CalledRaiseChance'] = 0
init['street0CalledRaiseDone'] = 0
init['street0VPIChance'] = True
init['street0VPI'] = False
init['street0AggrChance'] = True
init['street0_2BChance'] = False
init['street0_2BDone'] = False
init['street0_3BChance'] = False
init['street0_3BDone'] = False
init['street0_4BChance'] = False
init['street0_4BDone'] = False
init['street0_C4BChance'] = False
init['street0_C4BDone'] = False
init['street0_FoldTo2BChance']= False
init['street0_FoldTo2BDone']= False
init['street0_FoldTo3BChance']= False
init['street0_FoldTo3BDone']= False
init['street0_FoldTo4BChance']= False
init['street0_FoldTo4BDone']= False
init['street0_SqueezeChance']= False
init['street0_SqueezeDone'] = False
init['street0_FoldToSqueezeChance']= False
init['street0_FoldToSqueezeDone'] = False
init['street1_2BChance'] = False
init['street1_2BDone'] = False
init['street1_3BChance'] = False
init['street1_3BDone'] = False
init['street1_4BChance'] = False
init['street1_4BDone'] = False
init['street1_C4BChance'] = False
init['street1_C4BDone'] = False
init['street1_FoldTo2BChance']= False
init['street1_FoldTo2BDone']= False
init['street1_FoldTo3BChance']= False
init['street1_FoldTo3BDone']= False
init['street1_FoldTo4BChance']= False
init['street1_FoldTo4BDone']= False
init['street1_SqueezeChance']= False
init['street1_SqueezeDone'] = False
init['street1_FoldToSqueezeChance']= False
init['street1_FoldToSqueezeDone'] = False
init['street2_2BChance'] = False
init['street2_2BDone'] = False
init['street2_3BChance'] = False
init['street2_3BDone'] = False
init['street2_4BChance'] = False
init['street2_4BDone'] = False
init['street2_C4BChance'] = False
init['street2_C4BDone'] = False
init['street2_FoldTo2BChance']= False
init['street2_FoldTo2BDone']= False
init['street2_FoldTo3BChance']= False
init['street2_FoldTo3BDone']= False
init['street2_FoldTo4BChance']= False
init['street2_FoldTo4BDone']= False
init['street2_SqueezeChance']= False
init['street2_SqueezeDone'] = False
init['street2_FoldToSqueezeChance']= False
init['street2_FoldToSqueezeDone'] = False
init['street3_2BChance'] = False
init['street3_2BDone'] = False
init['street3_3BChance'] = False
init['street3_3BDone'] = False
init['street3_4BChance'] = False
init['street3_4BDone'] = False
init['street3_C4BChance'] = False
init['street3_C4BDone'] = False
init['street3_FoldTo2BChance']= False
init['street3_FoldTo2BDone']= False
init['street3_FoldTo3BChance']= False
init['street3_FoldTo3BDone']= False
init['street3_FoldTo4BChance']= False
init['street3_FoldTo4BDone']= False
init['street3_SqueezeChance']= False
init['street3_SqueezeDone'] = False
init['street3_FoldToSqueezeChance']= False
init['street3_FoldToSqueezeDone'] = False
init['stealChance'] = False
init['stealDone'] = False
init['success_Steal'] = False
init['raiseToStealChance'] = False
init['raiseToStealDone'] = False
init['raiseFirstInChance'] = False
init['raisedFirstIn'] = False
init['foldBbToStealChance'] = False
init['foldSbToStealChance'] = False
init['foldedSbToSteal'] = False
init['foldedBbToSteal'] = False
init['tourneyTypeId'] = None
init['street1Seen'] = False
init['street2Seen'] = False
init['street3Seen'] = False
init['street4Seen'] = False
init['otherRaisedStreet0'] = False
init['foldToOtherRaisedStreet0'] = False
init['callToOtherRaisedStreet0'] = False
init['raiseToOtherRaisedStreet0'] = False
init['wentAllIn'] = False
for i in range(5):
init['street%dCalls' % i] = 0
init['street%dRaises' % i] = 0
init['street%dCallers' % i] = 0
init['street%dAggressors' % i] = 0
init['street%dAggr' % i] = False
init['street%dInPosition' % i] = False
init['street%dFirstToAct' % i] = False
init['street%dAllIn' % i] = False
for i in range(1,4):
init['street%dDiscards' % i] = 0
for i in range(1,5):
init['street%dCBChance' %i] = False
init['street%dCBDone' %i] = False
init['street%dCheckCallRaiseChance' %i] = False
init['street%dCheckCallDone' %i] = False
init['street%dCheckRaiseDone' %i] = False
init['street%dfoldToCheckRaiseChance' %i] = False
init['street%dfoldToCheckRaiseDone' %i] = False
init['otherRaisedStreet%d' %i] = False
init['foldToOtherRaisedStreet%d' %i] = False
init['callToOtherRaisedStreet%d' %i] = False
init['raiseToOtherRaisedStreet%d' %i] = False
init['foldToStreet%dCBChance' %i] = False
init['foldToStreet%dCBDone' %i] = False
init['callToStreet%dCBChance' %i] = False
init['callToStreet%dCBDone' %i] = False
init['raiseToStreet%dCBChance' %i] = False
init['raiseToStreet%dCBDone' %i] = False
init['wonWhenSeenStreet%d' %i] = False
return init
_INIT_STATS = _buildStatsInitializer()
class DerivedStats():
def __init__(self):
self.hands = {}
self.handsplayers = {}
self.handsactions = {}
self.handsstove = []
self.handspots = []
def getStats(self, hand):
for player in hand.players:
self.handsplayers[player[1]] = _INIT_STATS.copy()
self.assembleHands(hand)
self.assembleHandsPlayers(hand)
self.assembleHandsActions(hand)
if pokereval and hand.gametype['category'] in Card.games:
self.assembleHandsStove(hand)
self.assembleHandsPots(hand)
def getHands(self):
return self.hands
def getHandsPlayers(self):
return self.handsplayers
def getHandsActions(self):
return self.handsactions
def getHandsStove(self):
return self.handsstove
def getHandsPots(self):
return self.handspots
def assembleHands(self, hand):
self.hands['tableName'] = hand.tablename
self.hands['siteHandNo'] = hand.handid
self.hands['gametypeId'] = None # Leave None, handled later after checking db
self.hands['sessionId'] = None # Leave None, added later if caching sessions
self.hands['gameId'] = None # Leave None, added later if caching sessions
self.hands['startTime'] = hand.startTime # format this!
self.hands['importTime'] = None
self.hands['seats'] = self.countPlayers(hand)
self.hands['maxPosition'] = -1
#self.hands['maxSeats'] = hand.maxseats
self.hands['texture'] = None # No calculation done for this yet.
self.hands['tourneyId'] = hand.tourneyId
self.hands['heroSeat'] = 0
for player in hand.players:
if hand.hero==player[1]:
self.hands['heroSeat'] = player[0]
# This (i think...) is correct for both stud and flop games, as hand.board['street'] disappears, and
# those values remain default in stud.
boardcards = []
if hand.board.get('FLOPET')!=None:
boardcards += hand.board.get('FLOPET')
for street in hand.communityStreets:
boardcards += hand.board[street]
boardcards += [u'0x', u'0x', u'0x', u'0x', u'0x']
cards = [Card.encodeCard(c) for c in boardcards[0:5]]
self.hands['boardcard1'] = cards[0]
self.hands['boardcard2'] = cards[1]
self.hands['boardcard3'] = cards[2]
self.hands['boardcard4'] = cards[3]
self.hands['boardcard5'] = cards[4]
#print "cards: ",cards
self.hands['boards'] = []
self.hands['runItTwice'] = False
for i in range(hand.runItTimes):
boardcards = []
for street in hand.communityStreets:
boardId = i+1
street_i = street + str(boardId)
if street_i in hand.board:
boardcards += hand.board[street_i]
if hand.gametype['split']:
boardcards = boardcards + [u'0x', u'0x', u'0x', u'0x', u'0x']
cards = [Card.encodeCard(c) for c in boardcards[:5]]
else:
self.hands['runItTwice'] = True
boardcards = [u'0x', u'0x', u'0x', u'0x', u'0x'] + boardcards
cards = [Card.encodeCard(c) for c in boardcards[-5:]]
self.hands['boards'] += [[boardId] + cards]
#print "DEBUG: %s self.getStreetTotals = (%s, %s, %s, %s, %s, %s)" % tuple([hand.handid] + list(hand.getStreetTotals()))
totals = hand.getStreetTotals()
totals = [int(100*i) for i in totals]
self.hands['street0Pot'] = totals[0]
self.hands['street1Pot'] = totals[1]
self.hands['street2Pot'] = totals[2]
self.hands['street3Pot'] = totals[3]
self.hands['street4Pot'] = totals[4]
self.hands['finalPot'] = totals[5]
self.vpip(hand) # Gives playersVpi (num of players vpip)
#print "DEBUG: vpip: %s" %(self.hands['playersVpi'])
self.playersAtStreetX(hand) # Gives playersAtStreet1..4 and Showdown
#print "DEBUG: playersAtStreet 1:'%s' 2:'%s' 3:'%s' 4:'%s'" %(self.hands['playersAtStreet1'],self.hands['playersAtStreet2'],self.hands['playersAtStreet3'],self.hands['playersAtStreet4'])
self.streetXRaises(hand)
def assembleHandsPlayers(self, hand):
#street0VPI/vpip already called in Hand
# sawShowdown is calculated in playersAtStreetX, as that calculation gives us a convenient list of names
#hand.players = [[seat, name, chips],[seat, name, chips]]
for player in hand.players:
player_name = player[1]
player_stats = self.handsplayers.get(player_name)
player_stats['seatNo'] = player[0]
player_stats['startCash'] = int(100 * Decimal(player[2]))
if player[4] != None:
player_stats['startBounty'] = int(100 * Decimal(player[4]))
player_stats['endBounty'] = int(100 * Decimal(player[4]))
if player_name in hand.endBounty:
player_stats['endBounty'] = int(hand.endBounty.get(player_name))
if player_name in hand.sitout:
player_stats['sitout'] = True
else:
player_stats['sitout'] = False
if hand.gametype["type"]=="tour":
player_stats['tourneyTypeId']=hand.tourneyTypeId
player_stats['tourneysPlayersId'] = hand.tourneysPlayersIds[player[1]]
else:
player_stats['tourneysPlayersId'] = None
if player_name in hand.shown:
player_stats['showed'] = True
#### seen now processed in playersAtStreetX()
# XXX: enumerate(list, start=x) is python 2.6 syntax; 'start'
#for i, street in enumerate(hand.actionStreets[2:], start=1):
#for i, street in enumerate(hand.actionStreets[2:]):
# self.seen(self.hand, i+1)
for i, street in enumerate(hand.actionStreets[1:]):
self.aggr(hand, i)
self.calls(hand, i)
self.bets(hand, i)
self.raises(hand, i)
if i>0:
self.folds(hand, i)
# Winnings is a non-negative value of money collected from the pot, which already includes the
# rake taken out. hand.collectees is Decimal, database requires cents
num_collectees, i = len(hand.collectees), 0
even_split = hand.totalpot / num_collectees if num_collectees > 0 else 0
unraked = [c for c in hand.collectees.values() if even_split == c]
for player, winnings in hand.collectees.iteritems():
collectee_stats = self.handsplayers.get(player)
collectee_stats['winnings'] = int(100 * winnings)
# Splits evenly on split pots and gives remainder to first player
# Gets overwritten when calculating multi-way pots in assembleHandsPots
if num_collectees == 0:
collectee_stats['rake'] = 0
elif len(unraked)==0:
rake = int(100 * hand.rake)/num_collectees
remainder_1, remainder_2 = 0, 0
if rake > 0 and i==0:
leftover = int(100 * hand.rake) - (rake * num_collectees)
remainder_1 = int(100 * hand.rake) % rake
remainder_2 = leftover if remainder_1 == 0 else 0
collectee_stats['rake'] = rake + remainder_1 + remainder_2
else:
collectee_stats['rake'] = int(100 *(even_split - winnings))
if collectee_stats['street1Seen'] == True:
collectee_stats['wonWhenSeenStreet1'] = True
if collectee_stats['street2Seen'] == True:
collectee_stats['wonWhenSeenStreet2'] = True
if collectee_stats['street3Seen'] == True:
collectee_stats['wonWhenSeenStreet3'] = True
if collectee_stats['street4Seen'] == True:
collectee_stats['wonWhenSeenStreet4'] = True
if collectee_stats['sawShowdown'] == True:
collectee_stats['wonAtSD'] = True
i+=1
contributed, i = [], 0
for player, money_committed in hand.pot.committed.iteritems():
committed_player_stats = self.handsplayers.get(player)
paid = (100 * money_committed) + (100*hand.pot.common[player])
committed_player_stats['common'] = int(100 * hand.pot.common[player])
committed_player_stats['committed'] = int(100 * money_committed)
committed_player_stats['totalProfit'] = int(committed_player_stats['winnings'] - paid)
committed_player_stats['allInEV'] = committed_player_stats['totalProfit']
committed_player_stats['rakeDealt'] = 100 * hand.rake/len(hand.players)
committed_player_stats['rakeWeighted'] = 100 * hand.rake * paid/(100*hand.totalpot) if hand.rake>0 else 0
if paid > 0: contributed.append(player)
i+=1
for i, player in enumerate(contributed):
self.handsplayers[player]['rakeContributed'] = 100 * hand.rake/len(contributed)
self.calcCBets(hand)
# More inner-loop speed hackery.
encodeCard = Card.encodeCard
calcStartCards = Card.calcStartCards
for player in hand.players:
player_name = player[1]
hcs = hand.join_holecards(player_name, asList=True)
hcs = hcs + [u'0x']*18
#for i, card in enumerate(hcs[:20, 1): #Python 2.6 syntax
# self.handsplayers[player[1]]['card%s' % i] = Card.encodeCard(card)
player_stats = self.handsplayers.get(player_name)
if player_stats['sawShowdown']:
player_stats['showdownWinnings'] = player_stats['totalProfit']
else:
player_stats['nonShowdownWinnings'] = player_stats['totalProfit']
for i, card in enumerate(hcs[:20]):
player_stats['card%d' % (i+1)] = encodeCard(card)
try:
player_stats['startCards'] = calcStartCards(hand, player_name)
except IndexError:
log.error("IndexError: string index out of range %s %s" % (hand.handid, hand.in_path))
self.setPositions(hand)
self.calcEffectiveStack(hand)
self.calcCheckCallRaise(hand)
self.calc34BetStreet0(hand)
self.calc34BetStreet1(hand)
self.calc34BetStreet2(hand)
self.calc34BetStreet3(hand)
self.calcSteals(hand)
self.calcCalledRaiseStreet0(hand)
# Additional stats
# 3betSB, 3betBB
# Squeeze, Ratchet?
def assembleHandsActions(self, hand):
k = 0
walk = False
for i, street in enumerate(hand.actionStreets):
for j, act in enumerate(hand.actions[street]):
k += 1
self.handsactions[k] = {}
#default values
self.handsactions[k]['amount'] = 0
self.handsactions[k]['raiseTo'] = 0
self.handsactions[k]['amountCalled'] = 0
self.handsactions[k]['numDiscarded'] = 0
self.handsactions[k]['cardsDiscarded'] = None
self.handsactions[k]['allIn'] = False
#Insert values from hand.actions
self.handsactions[k]['player'] = act[0]
self.handsactions[k]['street'] = i-1
self.handsactions[k]['actionNo'] = k
self.handsactions[k]['streetActionNo'] = (j+1)
if street == 'BLINDSANTES' and act[1] in ('big blind', 'both', 'button blind'):
all_folds = True
for _act in enumerate(hand.actions['PREFLOP']):
if _act[1][0] != act[0] and _act[1][1] in ('checks', 'calls', 'bets', 'raises', 'completes'):
all_folds = False
if all_folds:
walk = True
if walk:
self.handsactions[k]['actionId'] = 17
walk = False
else:
self.handsactions[k]['actionId'] = hand.ACTION[act[1]]
if act[1] not in ('discards') and len(act) > 2:
self.handsactions[k]['amount'] = int(100 * act[2])
if act[1] in ('raises', 'completes'):
self.handsactions[k]['raiseTo'] = int(100 * act[3])
self.handsactions[k]['amountCalled'] = int(100 * act[4])
if act[1] in ('discards'):
self.handsactions[k]['numDiscarded'] = int(act[2])
self.handsplayers[act[0]]['street%dDiscards' %(i-1)] = int(act[2])
if act[1] in ('discards') and len(act) > 3:
self.handsactions[k]['cardsDiscarded'] = act[3]
if len(act) > 3 and act[1] not in ('discards'):
self.handsactions[k]['allIn'] = act[-1]
if act[-1]:
self.handsplayers[act[0]]['wentAllIn'] = True
self.handsplayers[act[0]]['street%dAllIn' %(i-1)] = True
def assembleHandsStove(self, hand):
category = hand.gametype['category']
holecards, holeplayers, allInStreets = {}, [], hand.allStreets[1:]
base, evalgame, hilo, streets, last, hrange = Card.games[category]
hiLoKey = {'h': [('h', 'hi')], 'l': [('l', 'low')], 's': [('h', 'hi'),('l', 'low')], 'r': [('l', 'hi')]}
boards = self.getBoardsDict(hand, base, streets)
for player in hand.players:
pname = player[1]
hp = self.handsplayers.get(pname)
if evalgame:
hcs = hand.join_holecards(pname, asList=True)
holecards[pname] = {}
holecards[pname]['cards'] = []
holecards[pname]['eq'] = 0
holecards[pname]['committed'] = 0
holeplayers.append(pname)
for street, board in boards.iteritems():
streetId = streets[street]
if streetId > 0:
streetSeen = hp['street%sSeen' % str(streetId)]
else: streetSeen = True
if ((pname==hand.hero and streetSeen) or (hp['showed'] and streetSeen) or hp['sawShowdown']):
boardId, hl, rankId, value, _cards = 0, 'n', 1, 0, None
for n in range(len(board['board'])):
streetIdx = -1 if base=='hold' else streetId
cards = hcs[hrange[streetIdx][0]:hrange[streetIdx][1]]
boardId = (n + 1) if (len(board['board']) > 1) else n
cards += board['board'][n] if (board['board'][n] and 'omaha' not in evalgame) else []
bcards = board['board'][n] if (board['board'][n] and 'omaha' in evalgame) else []
cards = [str(c) if Card.encodeCardList.get(c) else '0x' for c in cards]
bcards = [str(b) if Card.encodeCardList.get(b) else '0x' for b in bcards]
holecards[pname]['hole'] = cards[hrange[streetIdx][0]:hrange[streetIdx][1]]
holecards[pname]['cards'] += [cards]
notnull = ('0x' not in cards) and ('0x' not in bcards)
postflop = (base=='hold' and len(board['board'][n])>=3)
maxcards = (base!='hold' and len(cards)>=5)
if notnull and (postflop or maxcards):
for hl, side in hiLoKey[hilo]:
value, rank = pokereval.best(side, cards, bcards)
rankId = Card.hands[rank[0]][0]
if rank!=None and rank[0] != 'Nothing':
_cards = ''.join([pokereval.card2string(i)[0] for i in rank[1:]])
else:
_cards = None
self.handsstove.append( [hand.dbid_hands, hand.dbid_pids[pname], streetId, boardId, hl, rankId, value, _cards, 0] )
else:
self.handsstove.append( [hand.dbid_hands, hand.dbid_pids[pname], streetId, boardId, 'n', 1, 0, None, 0] )
else:
hl, streetId = hiLoKey[hilo][0][0], 0
if (hp['sawShowdown'] or hp['showed']):
hp['handString'] = hand.showdownStrings.get(pname)
streetId = streets[last]
self.handsstove.append( [hand.dbid_hands, hand.dbid_pids[player[1]], streetId, 0, hl, 1, 0, None, 0] )
if base=='hold' and evalgame:
self.getAllInEV(hand, evalgame, holeplayers, boards, streets, holecards)
def getAllInEV(self, hand, evalgame, holeplayers, boards, streets, holecards):
startstreet, potId, allInStreets, allplayers = None, 0, hand.allStreets[1:], []
for pot, players in hand.pot.pots:
if potId ==0: pot += (sum(hand.pot.common.values()) + hand.pot.stp)
potId+=1
for street in allInStreets:
board = boards[street]
streetId = streets[street]
for n in range(len(board['board'])):
if len(board['board']) > 1:
boardId = n + 1
else: boardId = n
valid = [p for p in players if self.handsplayers[p]['sawShowdown'] and u'0x' not in holecards[p]['cards'][n]]
if potId == 1:
allplayers = valid
deadcards, deadplayers = [], []
else:
deadplayers = [d for d in allplayers if d not in valid]
_deadcards = [holecards[d]['hole'] for d in deadplayers]
deadcards = [item for sublist in _deadcards for item in sublist]
if len(players) == len(valid) and (board['allin'] or hand.publicDB):
if board['allin'] and not startstreet: startstreet = street
if len(valid) > 1:
evs = pokereval.poker_eval(
game = evalgame,
iterations = Card.iter[streetId],
pockets = [holecards[p]['hole'] for p in valid],
dead = deadcards,
board = [str(b) for b in board['board'][n]] + (5 - len(board['board'][n])) * ['__']
)
equities = [e['ev'] for e in evs['eval']]
else:
equities = [1000]
remainder = (1000 - sum(equities)) / Decimal(len(equities))
for i in range(len(equities)):
equities[i] += remainder
p = valid[i]
pid = hand.dbid_pids[p]
if street == startstreet:
rake = Decimal(0) if hand.cashedOut else (hand.rake * (Decimal(pot)/Decimal(hand.totalpot)))
holecards[p]['eq'] += ((pot - rake) * equities[i])/Decimal(10)
holecards[p]['committed'] = 100*hand.pot.committed[p] + 100*hand.pot.common[p]
for j in self.handsstove:
if [pid, streetId, boardId] == j[1:4] and len(valid) == len(hand.pot.contenders):
j[-1] = equities[i]
for p in holeplayers:
if holecards[p]['committed'] != 0:
self.handsplayers[p]['allInEV'] = holecards[p]['eq'] - holecards[p]['committed']
def getBoardsList(self, hand):
boards, community = [], []
if hand.gametype['base']=='hold':
for s in hand.communityStreets:
community += hand.board[s]
for i in range(hand.runItTimes):
boardcards = []
for street in hand.communityStreets:
boardId = i+1
street_i = street + str(boardId)
if street_i in hand.board:
boardcards += hand.board[street_i]
cards = [str(c) for c in community + boardcards]
boards.append(cards)
if not boards:
boards = [community]
return boards
def getBoardsDict(self, hand, base, streets):
boards, boardcards, allInStreets, showdown = {}, [], hand.allStreets[1:], False
for player in hand.players:
if (self.handsplayers[player[1]]['sawShowdown']):
showdown = True
if base == 'hold':
for s in allInStreets:
streetId = streets[s]
b = [x for sublist in [hand.board[k] for k in allInStreets[:streetId+1]] for x in sublist]
boards[s] = {'board': [b], 'allin': False}
boardcards += hand.board[s]
if not hand.actions[s] and showdown:
if streetId>0: boards[allInStreets[streetId-1]]['allin'] = True
boards[s]['allin'] = True
boardStreets = [[], [], []]
for i in range(hand.runItTimes):
runitcards = []
for street in hand.communityStreets:
street_i = street + str((i+1))
if street_i in hand.board:
runitcards += hand.board[street_i]
sId = len(boardcards + runitcards) - 3
boardStreets[sId].append(boardcards + runitcards)
for i in range(len(boardStreets)):
if boardStreets[i]:
boards[allInStreets[i+1]]['board'] = boardStreets[i]
else:
for s in allInStreets:
if s in streets:
streetId = streets[s]
boards[s] = {}
boards[s]['board'] = [[]]
boards[s]['allin'] = False
return boards
def awardPots(self, hand):
holeshow = True
base, evalgame, hilo, streets, last, hrange = Card.games[hand.gametype['category']]
for pot, players in hand.pot.pots:
for p in players:
hcs = hand.join_holecards(p, asList=True)
holes = [str(c) for c in hcs[hrange[-1][0]:hrange[-1][1]] if Card.encodeCardList.get(c)!=None or c=='0x']
#log.error((p, holes))
if '0x' in holes: holeshow = False
factor = 100
if ((hand.gametype["type"]=="tour" or
(hand.gametype["type"]=="ring" and
(hand.gametype["currency"]=="play" and
(hand.sitename not in ('Winamax', 'PacificPoker'))))) and
(not [n for (n,v) in hand.pot.pots if (n % Decimal('1.00'))!=0])):
factor = 1
hiLoKey = {'h':['hi'],'l':['low'],'r':['low'],'s':['hi','low']}
#log.error((len(hand.pot.pots)>1, evalgame, holeshow))
if pokereval and len(hand.pot.pots)>1 and evalgame and holeshow: #hrange
hand.collected = [] #list of ?
hand.collectees = {} # dict from player names to amounts collected (?)
rakes, totrake, potId = {}, 0, 0
totalrake = hand.rakes.get('rake')
if not totalrake:
totalpot = hand.rakes.get('pot')
if totalpot:
totalrake = hand.totalpot - totalpot
else:
totalrake = 0
for pot, players in hand.pot.pots:
if potId ==0: pot += (sum(hand.pot.common.values()) + hand.pot.stp)
potId+=1
boards, boardId, sumpot = self.getBoardsList(hand), 0, 0
for b in boards:
boardId += (hand.runItTimes>=2)
potBoard = Decimal(int(pot/len(boards)*factor))/factor
modBoard = pot - potBoard*len(boards)
if boardId==1:
potBoard+=modBoard
holeplayers, holecards = [], []
for p in players:
hcs = hand.join_holecards(p, asList=True)
holes = [str(c) for c in hcs[hrange[-1][0]:hrange[-1][1]] if Card.encodeCardList.get(c)!=None or c=='0x']
board = [str(c) for c in b if 'omaha' in evalgame]
if 'omaha' not in evalgame:
holes = holes + [str(c) for c in b if base=='hold']
if '0x' not in holes and '0x' not in board:
holecards.append(holes)
holeplayers.append(p)
if len(holecards)>1:
try:
win = pokereval.winners(game = evalgame, pockets = holecards, board = board)
except RuntimeError:
#log.error((evalgame, holecards, board))
log.error("awardPots: error evaluating winners for hand %s %s" % (hand.handid, hand.in_path))
win = {}
win[hiLoKey[hilo][0]] = [0]
else:
win = {}
win[hiLoKey[hilo][0]] = [0]
for hl in hiLoKey[hilo]:
if hl in win and len(win[hl])>0:
potHiLo = Decimal(int(potBoard/len(win)*factor))/factor
modHiLo = potBoard - potHiLo*len(win)
if len(win)==1 or hl=='hi':
potHiLo+=modHiLo
potSplit = Decimal(int(potHiLo/len(win[hl])*factor))/factor
modSplit = potHiLo - potSplit*len(win[hl])
pnames = players if len(holeplayers)==0 else [holeplayers[w] for w in win[hl]]
for p in pnames:
ppot = potSplit
if modSplit>0:
cent = (Decimal('0.01') * (100/factor))
ppot += cent
modSplit -= cent
rake = (totalrake * (ppot/hand.totalpot)).quantize(Decimal("0.01"), rounding=ROUND_DOWN)
hand.addCollectPot(player=p,pot=(ppot-rake))
def assembleHandsPots(self, hand):
category, positions, playersPots, potFound, positionDict, showdown, allinAnte = hand.gametype['category'], [], {}, {}, {}, False, False
for p in hand.players:
playersPots[p[1]] = [0,[]]
potFound[p[1]] = [0,0]
positionDict[self.handsplayers[p[1]]['position']] = p[1]
positions.append(self.handsplayers[p[1]]['position'])
if self.handsplayers[p[1]]['sawShowdown']:
showdown = True
if self.handsplayers[p[1]]['position'] == 9 and self.handsplayers[p[1]]['winnings']>0:
allinAnte = True
positions.sort(reverse=True)
factor = 100
if ((hand.gametype["type"]=="tour" or
(hand.gametype["type"]=="ring" and
(hand.gametype["currency"]=="play" and
(hand.sitename not in ('Winamax', 'PacificPoker'))))) and
(not [n for (n,v) in hand.pot.pots if (n % Decimal('1.00'))!=0])):
factor = 1
hiLoKey = {'h':['hi'],'l':['low'],'r':['low'],'s':['hi','low']}
base, evalgame, hilo, streets, last, hrange = Card.games[category]
if ((hand.sitename != 'KingsClub' or hand.adjustCollected) and # Can't trust KingsClub draw/stud holecards
evalgame and
(len(hand.pot.pots)>1 or (showdown and (hilo=='s' or hand.runItTimes>=2))) and
allinAnte == False
):
#print 'DEBUG hand.collected', hand.collected
#print 'DEBUG hand.collectees', hand.collectees
rakes, totrake, potId = {}, 0, 0
for pot, players in hand.pot.pots:
if potId ==0: pot += (sum(hand.pot.common.values()) + hand.pot.stp)
potId+=1
boards, boardId, sumpot = self.getBoardsList(hand), 0, 0
for b in boards:
boardId += (hand.runItTimes>=2)
potBoard = Decimal(int(pot/len(boards)*factor))/factor
modBoard = pot - potBoard*len(boards)
if boardId==1:
potBoard+=modBoard
holeplayers, holecards = [], []
for p in players:
hcs = hand.join_holecards(p, asList=True)
holes = [str(c) for c in hcs[hrange[-1][0]:hrange[-1][1]] if Card.encodeCardList.get(c)!=None or c=='0x']
board = [str(c) for c in b if 'omaha' in evalgame]
if 'omaha' not in evalgame:
holes = holes + [str(c) for c in b if base=='hold']
if '0x' not in holes and '0x' not in board:
holecards.append(holes)
holeplayers.append(p)
if len(holecards)>1:
try:
win = pokereval.winners(game = evalgame, pockets = holecards, board = board)
except RuntimeError:
log.error("assembleHandsPots: error evaluating winners for hand %s %s" % (hand.handid, hand.in_path))
win = {}
win[hiLoKey[hilo][0]] = [0]
else:
win = {}
win[hiLoKey[hilo][0]] = [0]
for hl in hiLoKey[hilo]:
if hl in win and len(win[hl])>0:
potHiLo = Decimal(int(potBoard/len(win)*factor))/factor
modHiLo = potBoard - potHiLo*len(win)
if len(win)==1 or hl=='hi':
potHiLo+=modHiLo
potSplit = Decimal(int(potHiLo/len(win[hl])*factor))/factor
modSplit = potHiLo - potSplit*len(win[hl])
pnames = players if len(holeplayers)==0 else [holeplayers[w] for w in win[hl]]
for n in positions:
if positionDict[n] in pnames:
pname = positionDict[n]
ppot = potSplit
if modSplit>0:
cent = (Decimal('0.01') * (100/factor))
ppot += cent
modSplit -= cent
playersPots[pname][0] += ppot
potFound[pname][0] += ppot
data = {'potId': potId, 'boardId': boardId, 'hiLo': hl,'ppot':ppot, 'winners': [m for m in pnames if pname!=n], 'mod': ppot>potSplit}
playersPots[pname][1].append(data)
self.handsplayers[pname]['rake'] = 0
for p, (total, info) in playersPots.iteritems():
#log.error((p, (total, info)))
if hand.collectees.get(p) and info:
potFound[p][1] = hand.collectees.get(p)
for item in info:
#log.error((str(hand.handid)," winners: ",item['winners']))
split = [n for n in item['winners'] if len(playersPots[n][1])==1 and hand.collectees.get(n)!=None]
if len(info)==1:
ppot = item['ppot']
rake = ppot - hand.collectees[p]
collected = hand.collectees[p]
elif item==info[-1]:
ppot, collected = potFound[p]
rake = ppot - collected
elif len(split)>0 and not item['mod']:
ppot = item['ppot']
collected = min([hand.collectees[s] for s in split] + [ppot])
rake = ppot - collected
else:
ppot = item['ppot']
totalrake = total - hand.collectees[p]
rake = (totalrake * (ppot/total)).quantize(Decimal("0.01"))
collected = ppot - rake
potFound[p][0] -= ppot
potFound[p][1] -= collected
insert = [None, item['potId'], item['boardId'], item['hiLo'][0], hand.dbid_pids[p], int(item['ppot']*100), int(collected*100), int(rake*100)]
self.handspots.append(insert)
self.handsplayers[p]['rake'] += int(rake*100)
def setPositions(self, hand):
"""Sets the position for each player in HandsPlayers
any blinds are negative values, and the last person to act on the
first betting round is 0
NOTE: HU, both values are negative for non-stud games
NOTE2: I've never seen a HU stud match"""
actions = hand.actions[hand.holeStreets[0]]
# Note: pfbao list may not include big blind if all others folded
players = self.pfbao(actions)
# set blinds first, then others from pfbao list, avoids problem if bb
# is missing from pfbao list or if there is no small blind
sb, bb, bi, ub, st = False, False, False, False, False
if hand.gametype['base'] == 'stud':
# Stud position is determined after cards are dealt
# First player to act is always the bring-in position in stud
# even if they decided to bet/completed
if len(hand.actions[hand.actionStreets[1]])>0:
bi = [hand.actions[hand.actionStreets[1]][0][0]]
#else:
# TODO fix: if ante all and no actions and no bring in
# bi = [hand.actions[hand.actionStreets[0]][0][0]]
else:
ub = [x[0] for x in hand.actions[hand.actionStreets[0]] if x[1] == 'button blind']
bb = [x[0] for x in hand.actions[hand.actionStreets[0]] if x[1] == 'big blind']
sb = [x[0] for x in hand.actions[hand.actionStreets[0]] if x[1] == 'small blind']
st = [x[0] for x in hand.actions[hand.actionStreets[0]] if x[1] == 'straddle']
# if there are > 1 sb or bb only the first is used!
if ub:
self.handsplayers[ub[0]]['street0InPosition'] = True
if ub[0] not in players: players.append(ub[0])
if bb:
self.handsplayers[bb[0]]['position'] = 'B'
self.handsplayers[bb[0]]['street0InPosition'] = True
if bb[0] in players: players.remove(bb[0])
if sb:
self.handsplayers[sb[0]]['position'] = 'S'
self.handsplayers[sb[0]]['street0FirstToAct'] = True
if sb[0] in players: players.remove(sb[0])
if bi:
self.handsplayers[bi[0]]['position'] = 'S'
self.handsplayers[bi[0]]['street0FirstToAct'] = True
if bi[0] in players: players.remove(bi[0])
if st and st[0] in players:
players.insert(0, players.pop())
#print "DEBUG: actions: '%s'" % actions
#print "DEBUG: ub: '%s' bb: '%s' sb: '%s' bi: '%s' plyrs: '%s'" %(ub, bb, sb, bi, players)
for i,player in enumerate(reversed(players)):
self.handsplayers[player]['position'] = i
self.hands['maxPosition'] = i
if i==0 and hand.gametype['base'] == 'stud':
self.handsplayers[player]['street0InPosition'] = True
elif (i-1)==len(players):
self.handsplayers[player]['street0FirstToAct'] = True
def assembleHudCache(self, hand):
# No real work to be done - HandsPlayers data already contains the correct info
pass
def vpip(self, hand):
vpipers = set()
bb = [x[0] for x in hand.actions[hand.actionStreets[0]] if x[1] in ('big blind', 'button blind')]
for act in hand.actions[hand.actionStreets[1]]:
if act[1] in ('calls','bets', 'raises', 'completes'):
vpipers.add(act[0])
self.hands['playersVpi'] = len(vpipers)
for player in hand.players:
pname = player[1]
player_stats = self.handsplayers.get(pname)
if pname in vpipers:
player_stats['street0VPI'] = True
elif pname in hand.sitout:
player_stats['street0VPIChance'] = False
player_stats['street0AggrChance'] = False
if len(vpipers)==0 and bb:
self.handsplayers[bb[0]]['street0VPIChance'] = False
self.handsplayers[bb[0]]['street0AggrChance'] = False
def playersAtStreetX(self, hand):
""" playersAtStreet1 SMALLINT NOT NULL, /* num of players seeing flop/street4/draw1 */"""
# self.actions[street] is a list of all actions in a tuple, contining the player name first
# [ (player, action, ....), (player2, action, ...) ]
# The number of unique players in the list per street gives the value for playersAtStreetXXX
# FIXME?? - This isn't couting people that are all in - at least showdown needs to reflect this
# ... new code below hopefully fixes this
# partly fixed, allins are now set as seeing streets because they never do a fold action
self.hands['playersAtStreet1'] = 0
self.hands['playersAtStreet2'] = 0
self.hands['playersAtStreet3'] = 0
self.hands['playersAtStreet4'] = 0
self.hands['playersAtShowdown'] = 0
# alliners = set()
# for (i, street) in enumerate(hand.actionStreets[2:]):
# actors = set()
# for action in hand.actions[street]:
# if len(action) > 2 and action[-1]: # allin
# alliners.add(action[0])
# actors.add(action[0])
# if len(actors)==0 and len(alliners)<2:
# alliners = set()
# self.hands['playersAtStreet%d' % (i+1)] = len(set.union(alliners, actors))
#
# actions = hand.actions[hand.actionStreets[-1]]
# print "p_actions:", self.pfba(actions), "p_folds:", self.pfba(actions, l=('folds',)), "alliners:", alliners
# pas = set.union(self.pfba(actions) - self.pfba(actions, l=('folds',)), alliners)
# hand.players includes people that are sitting out on some sites for cash games
# actionStreets[1] is 'DEAL', 'THIRD', 'PREFLOP', so any player dealt cards
# must act on this street if dealt cards. Almost certainly broken for the 'all-in blind' case
# and right now i don't care - CG
p_in = set([x[0] for x in hand.actions[hand.actionStreets[1]]])
#Add in players who were allin blind
if hand.pot.pots:
if len(hand.pot.pots[0][1])>1:
p_in = p_in.union(hand.pot.pots[0][1])
p_in = p_in.union(hand.pot.common.keys())
#
# discover who folded on each street and remove them from p_in
#
# i values as follows 0=BLINDSANTES 1=PREFLOP 2=FLOP 3=TURN 4=RIVER
# (for flop games)
#
# At the beginning of the loop p_in contains the players with cards
# at the start of that street.
# p_in is reduced each street to become a list of players still-in
# e.g. when i=1 (preflop) all players who folded during preflop
# are found by pfba() and eliminated from p_in.
# Therefore at the end of the loop, p_in contains players remaining
# at the end of the action on that street, and can therefore be set
# as the value for the number of players who saw the next street
#
# note that i is 1 in advance of the actual street numbers in the db
#
# if p_in reduces to 1 player, we must bomb-out immediately
# because the hand is over, this will ensure playersAtStreetx
# is accurate.
#
for (i, street) in enumerate(hand.actionStreets):
if (i-1) in (1,2,3,4):
# p_in stores players with cards at start of this street,
# so can set streetxSeen & playersAtStreetx with this information
# This hard-coded for i-1 =1,2,3,4 because those are the only columns
# in the db! this code section also replaces seen() - more info log 66
# nb i=2=flop=street1Seen, hence i-1 term needed
self.hands['playersAtStreet%d' % (i-1)] = len(p_in)
for player_with_cards in p_in:
self.handsplayers[player_with_cards]['street%sSeen' % (i-1)] = True
players = self.pfbao(hand.actions[street], f=('discards','stands pat'))
if len(players)>0:
self.handsplayers[players[0]]['street%dFirstToAct' % (i-1)] = True
self.handsplayers[players[-1]]['street%dInPosition' % (i-1)] = True
#
# find out who folded, and eliminate them from p_in
#
actions = hand.actions[street]
p_in = p_in - self.pfba(actions, l=('folds',))
#