def test_blinds():
# A BB with less than the BB, B is SB
players = get_players()
players[0].stack = 1
players[1].stack = 199
players[1].is_dealer = True
pot = blinds(players)
assert players[0].side_pot == 1, players[0].side_pot
assert players[1].side_pot == 1, players[1].side_pot
assert pot == 2
# A SB with only one SB, B BB
players = get_players()
players[0].is_dealer = True
pot = blinds(players)
assert players[0].side_pot == 1
assert players[1].side_pot == 2
assert pot == 3
# Normal conditions
players = get_players()
players[0].is_dealer = True
pot = blinds(players)
assert players[0].side_pot == 1
assert players[1].side_pot == 2
assert pot == 3
def _prepare_new_episode(self):
self.games['#episodes'] += 1
# PAY BLINDS
self.pot = blinds(self.players, self.verbose)
if self.verbose:
print('pot: ' + str(self.pot))
# SHUFFLE DECK AND CLEAR BOARD
self.deck.populate()
self.deck.shuffle()
self.board = []
self.players[0].is_all_in = False
self.players[1].is_all_in = False
# MONITOR ACTIONS
# -1 is for the blinds
self.actions = {
b_round: {player: []
for player in range(2)}
for b_round in range(-1, 4)
}
self.actions[-1][self.players[0].id] = self.players[0].side_pot
self.actions[-1][self.players[1].id] = self.players[1].side_pot
# dramatic events monitoring (fold, all-in)
self.fold_occured = False
self.null = 0 # once one or two all-ins occurred, actions are null. Count them to stop the loop
self.all_in = 0 # 0, 1 or 2. If 2, the one of the player is all-in and the other is either all-in or called. In that case, things should be treated differently
if self.players[
0].stack == 0: # in this case the blind puts the player all-in
self.all_in = 2
self.players[0].is_all_in = True
if self.players[1].stack == 0:
self.all_in = 2
self.players[1].is_all_in = True
# return True if safe to start
return True
def test_all_actions_preflop():
# FIRST SITUATION
actions = get_actions()
players = get_players()
players[1].is_dealer = True
blinds(players)
actions[0][1].append(Action('raise', 3, min_raise=False)) # 5 v 2
actions[0][0].append(Action('raise', 22, min_raise=False)) # 5 v 27
# it can either call 22, or raise at least 22 (to 49)
players[0].side_pot = 27
players[1].side_pot = 5
players[0].stack -= 27
players[1].stack -= 5
possible_actions = authorized_actions_buckets(players[1], actions, 0, players[0].side_pot)
assert possible_actions == [-1, 8, 11, 12, 13, 14], possible_actions
# SECOND SITUATION
actions = get_actions()
players = get_players()
players[1].is_dealer = True
blinds(players)
actions[0][1].append(Action('raise', 2, min_raise=True)) # 4 v 2
# it can either call 4 (i.e bet 2, i.e bucket 2), or raise at least 2 (to 6, i.e bet 4, i.e bucket 3)
players[1].side_pot += 3
players[1].stack -= 3
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1] + list(range(2, 15)), possible_actions
# THIRD SITUATION
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
actions[0][0].append(Action('raise', 3, min_raise=False)) # 5 v 2
actions[0][1].append(Action('raise', 9, min_raise=False)) # 5 v 14
actions[0][0].append(Action('raise', 44, min_raise=False)) # 58 v 14
# it can either call 44 (i.e bet 44, i.e bucket 11), or fo all-in
players[1].side_pot += 1 + 3 + 9
players[1].stack -= 1 + 3 + 9 # 86
players[0].side_pot = 58
players[0].stack = 42
possible_actions = authorized_actions_buckets(players[1], actions, 0, players[0].side_pot)
assert possible_actions == [-1] + [11, 14], possible_actions
# FOURTH SITUATION
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
actions[0][0].append(Action('raise', 18, min_raise=False)) # 20 v 2
# it can either call 18 (i.e bet 18, i.e bucket 7), or raise at least 18 (i.e to 38, i.e bet 36, i.e bucket 10)
players[0].side_pot = 20
players[0].stack = 80
possible_actions = authorized_actions_buckets(players[1], actions, 0, players[0].side_pot)
assert possible_actions == [-1, 7] + list(range(10, 15)), possible_actions
# FIFTH SITUATION
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
actions[0][0].append(Action('raise', 29, min_raise=False)) # 31 v 2
actions[0][1].append(Action('raise', 29, min_raise=True)) # 31 v 60
players[0].side_pot = 31
players[0].stack = 69
players[1].side_pot = 60
players[1].stack = 40
# it can either call 29 (bucket 9) or raise 29 (i.e to 89, i.e bet 58, i.e bucket 11)
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 9] + list(range(11, 13)) + [14], possible_actions
# SIXTH sITUATION
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
actions[0][0].append(Action('raise', 9, min_raise=False)) # 11 v 2
actions[0][1].append(Action('raise', 9, min_raise=True)) # 11 v 20
players[0].side_pot = 11
players[0].stack = 89
players[1].side_pot = 20
players[1].stack = 80
# it can either call 9 (bucket 5) or raise 9 (i.e to 29, i.e bet 18, i.e bucket 7)
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 5] + list(range(7, 15)), possible_actions
# 7th situation
actions = get_actions()
players = get_players()
players[0].is_dealer = True
players[0].stack = 66
players[1].stack = 134
blinds(players)
actions[0][0].append(Action('raise', 4, min_raise=False)) # 6 v 2
actions[0][1].append(Action('raise', 4, min_raise=True)) # 6 v 10
actions[0][0].append(Action('raise', 13, min_raise=False)) # 23 v 10
actions[0][1].append(Action('raise', 48, min_raise=False)) # 23 v 71
players[0].side_pot = 23
players[1].side_pot = 71
players[0].stack = 66 - 1 - 23
players[1].stack = 134 - 2 - 71
# it can either go all in or fold
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 14], possible_actions
# 8th situation
actions = get_actions()
players = get_players()
players[1].is_dealer = True
players[1].stack = 189+1
players[0].stack = 8+2
blinds(players)
actions[0][1].append(Action('raise', 10, min_raise=False)) # 2 v 12
players[0].side_pot = 2
players[1].side_pot = 12
players[0].stack = 8
players[1].stack = 190-12
# it can either go all in or fold
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 14], possible_actions
# 9th situation
actions = get_actions()
players = get_players()
players[0].is_dealer = True
players[1].stack = 100
players[0].stack = 100
blinds(players)
actions[0][0].append(Action('raise', 10, min_raise=False)) # 12 v 2
actions[0][1].append(Action('all in', 98)) # 12 v 100
players[0].side_pot = 12
players[1].side_pot = 100
players[0].stack = 88
players[1].stack = 0
# it can either go all in or fold
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 14], possible_actions
# 10th situation
actions = get_actions()
players = get_players()
players[1].is_dealer = True
players[1].stack = 104
players[0].stack = 96
blinds(players)
actions[0][1].append(Action('raise', 4, min_raise=False)) # 2 v 6
actions[0][0].append(Action('raise', 4, min_raise=True)) # 10 v 6
actions[0][1].append(Action('all in', 98)) # 10 v 104
players[0].side_pot = 10
players[1].side_pot = 104
players[0].stack = 86
players[1].stack = 0
# it can either go all in or fold
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 14], possible_actions
# 11th situation
actions = get_actions()
players = get_players()
players[0].is_dealer = True
players[1].stack = 198
players[0].stack = 2
pot = blinds(players)
players[0].side_pot = 1
players[1].side_pot = 2
players[0].stack = 1
players[1].stack = 196
# it can either go all in or fold
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1, 14], possible_actions
# 12th situation
actions = get_actions()
players = get_players()
players[1].is_dealer = True
players[1].stack = 52
players[0].stack = 148
pot = blinds(players)
actions[0][1].append(Action('raise', 25, min_raise=False))
actions[0][0].append(Action('raise', 25, min_raise=True))
actions[0][1].append(Action('all in', 25))
players[1].side_pot = 52
players[0].stack = 96
players[1].stack = 0
# it can either go all in or fold
possible_actions = authorized_actions_buckets(players[0], actions, 0, players[1].side_pot)
assert possible_actions == [-1] + list(range(8, 14)), possible_actions
def test_bucket_to_action():
# preflop, you're sb, you fold
players = get_players()
bucket = -1
actions = get_actions()
player = players[0]
player.is_dealer = True
b_round = 0
blinds(players)
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, player, opponent_side_pot)
assert action == Action('fold')
# Preflop, you are SB, you raise the BB
players = get_players()
bucket = 10
actions = get_actions()
players[0].is_dealer = True
b_round = 0
blinds(players)
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, players[0], opponent_side_pot)
assert action == Action('raise', 30, min_raise=False), action
# preflop, you're BB, you call the raise of the SB
players = get_players()
bucket = 3
actions = get_actions()
actions[0][1].append(Action('raise', 2, min_raise=True)) # 4 v 2
players[1].is_dealer = True
b_round = 0
blinds(players)
players[1].stack -= 3
players[1].side_pot += 3
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, players[0], opponent_side_pot)
assert action == Action('raise', 2, min_raise=True), action
# preflop, you're BB, you go all-in after the raise of the SB
players = get_players()
bucket = 14
actions = get_actions()
player = players[0]
actions[0][1].append(Action('raise', 2, min_raise=True))
players[1].is_dealer = True
b_round = 0
blinds(players)
players[1].stack -= 3
players[1].side_pot += 3
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, player, opponent_side_pot)
assert action == Action('all in', player.stack), action
# flop, you're BB, you bet 10, the SB raised you, and you go all-in
players = get_players()
bucket = 14
actions = get_actions()
player = players[0]
actions[1][0].append(Action('bet', 10))
actions[1][1].append(Action('raise', 10, min_raise=True))
players[1].is_dealer = True
b_round = 1
players[1].stack -= 20
players[1].side_pot += 20
players[0].stack -= 10
players[0].side_pot += 10
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, player, opponent_side_pot)
assert action == Action('all in', player.stack), action
# flop, you are SB, you call the bet of the BB
players = get_players()
bucket = 5
actions = get_actions()
player = players[0]
actions[1][1].append(Action('bet', 9))
players[0].is_dealer = True
b_round = 1
players[1].stack -= 9
players[1].side_pot += 9
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, player, opponent_side_pot)
assert action == Action('call', 9), action
# preflop, you are SB, you raise 40, the opponent raises 40, you call
players = get_players()
bucket = 10 # call 40
actions = get_actions()
player = players[0]
actions[0][0].append(Action('raise', 40, min_raise=False))
actions[0][1].append(Action('raise', 40, min_raise=True))
players[0].is_dealer = True
b_round = 0
players[0].stack = 101 - 1 - 40
players[1].stack = 99 - 2 - 40
players[0].side_pot = 42
players[1].side_pot = 82
opponent_side_pot = players[1].side_pot
action = bucket_to_action(bucket, actions, b_round, player, opponent_side_pot)
assert action == Action('call', 40), action
def test_authorized_actions_buckets():
# preflop, SB
actions = get_actions()
players = get_players()
player = players[0]
player.is_dealer = True
blinds(players)
b_round = 0
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(player, actions, b_round, opponent_side_pot)
assert authorized_actions == [-1, 1] + list(range(3, 15)), authorized_actions
# preflop, you are the BB, the SB called
actions = get_actions()
actions[0][1].append(Action('call', 1))
players = get_players()
players[1].is_dealer = True
blinds(players)
players[1].side_pot += 1
b_round = 0
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
assert authorized_actions == [0] + list(range(2, 15)), authorized_actions
# preflop, BB raised
actions = get_actions()
actions[0][1].append(Action('raise', 4, min_raise=False)) # 2 v 6
players = get_players()
players[1].is_dealer = True
blinds(players)
players[1].side_pot += 4 + 1
b_round = 0
opponent_side_pot = players[1].side_pot
# you can call (i.e bet 4, i.e bucket 3), or raise at least 4 (i.e bet 8, i.e bucket 5)
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
assert authorized_actions == [-1, 3] + list(range(5, 15)), authorized_actions
# preflop, BB raised, you raised, it raised again
actions = get_actions()
actions[0][1].append(Action('raise', 4, min_raise=False))
actions[0][0].append(Action('raise', 4, min_raise=True))
actions[0][1].append(Action('raise', 8, min_raise=False))
players = get_players()
players[1].is_dealer = True
blinds(players)
players[1].side_pot += 1 + 4 + 4 + 8 # 18 in total
players[0].side_pot += 4 + 4 # 10 in total
b_round = 0
opponent_side_pot = players[1].side_pot
# you can either call (i.e bet 8, i.e bucket 5) or raise at least 8 (i.e bet 16, i.e bucket 7)
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
assert authorized_actions == [-1, 5] + list(range(7, 15)), authorized_actions # you can raise at least 8 so the min raise bucket is 9 and not 8
# flop, SB first play
actions = get_actions()
players = get_players()
player = players[0]
players[1].is_dealer = True
b_round = 1
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(player, actions, b_round, opponent_side_pot)
assert authorized_actions == [0] + list(range(2, 15)), authorized_actions
# flop, SB checked, BB all in
actions = get_actions()
players = get_players()
players[0].stack = 110
players[1].stack = 90
actions[1][0].append(Action('check'))
actions[1][1].append(Action('all in', players[1].stack))
player = players[0]
players[0].is_dealer = True
players[1].side_pot += players[1].stack
players[1].stack = 0
b_round = 1
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(player, actions, b_round, opponent_side_pot)
assert authorized_actions == [-1, 13], authorized_actions
# turn, you are BB and the opponent puts you all-in
actions = get_actions()
players = get_players()
players[0].stack = 50
players[1].stack = 150
actions[2][1].append(Action('bet', players[0].stack))
player = players[0]
players[0].is_dealer = True
players[1].side_pot += players[0].stack
players[1].stack -= players[0].stack
b_round = 2
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(player, actions, b_round, opponent_side_pot)
assert authorized_actions == [-1, 14], authorized_actions
# turn, you are BB and the opponent bet less than your stack
actions = get_actions()
players = get_players()
players[0].stack = 50
players[1].stack = 150
actions[2][1].append(Action('bet', 20))
player = players[0]
players[0].is_dealer = True
players[1].side_pot += 20
players[1].stack -= 20
b_round = 2
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(player, actions, b_round, opponent_side_pot)
assert authorized_actions == [-1, 8, 10, 11, 14], authorized_actions
# flop, you have 129 v 63, there is 8 in the pot. The opponent is dealer
# you bet 61, it goes all-in 63
actions = get_actions()
players = get_players()
players[0].stack = 129
players[1].stack = 63
actions[1][0].append(Action('bet', 61))
actions[1][1].append(Action('all in', 63))
players[1].is_dealer = True
players[1].stack = 0
players[0].stack = 68
players[1].side_pot = 63
players[0].side_pot = 61
b_round = 1
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
# you can either fold or call
assert authorized_actions == [-1, 2], authorized_actions
# flop. The pot is 102. You have 43, your opponent 35. The pot is 122
# You bet 20. The opponent can either fold, call or go all-in
actions = get_actions()
players = get_players()
players[0].stack = 23
players[1].stack = 35
actions[1][0].append(Action('bet', 20))
players[1].is_dealer = True
players[1].side_pot = 0
players[0].side_pot = 20
b_round = 1
opponent_side_pot = players[0].side_pot
authorized_actions = authorized_actions_buckets(players[1], actions, b_round, opponent_side_pot)
# you can either fold or call
assert authorized_actions == [-1, 8, 14], authorized_actions
# Preflop. You have 22, your opponent 178. You are dealer
# you raise 2 (to 4), it raise 4 (to 8). You have 13 left
actions = get_actions()
players = get_players()
players[0].stack = 13
players[1].stack = 168
actions[0][0].append(Action('raise', 2, min_raise=True))
actions[0][1].append(Action('raise', 4, min_raise=False))
players[0].is_dealer = True
players[1].side_pot = 8
players[0].side_pot = 4
b_round = 0
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
# you can either fold, call (i.e bet 4, i.e bucket 3), minraise (to 12, meaning you bet 8 more, i.e bucket 5). You can also bucket 6 (bet 11 or 12). Betting 13 means going all-in
assert authorized_actions == [-1, 3, 5, 6, 14], authorized_actions
# Preflop. You have 143, your opponent 53. You are dealer and call
actions = get_actions()
players = get_players()
players[0].stack = 143
players[1].stack = 53
actions[0][0].append(Action('call', 1))
players[0].is_dealer = True
players[1].side_pot = 2
players[0].side_pot = 2
b_round = 0
opponent_side_pot = players[0].side_pot
authorized_actions = authorized_actions_buckets(players[1], actions, b_round, opponent_side_pot)
# you can either check, or minraise (i.e bet 2, i.e bucket 2), raise (to at most 52, i.e bucket 11) You can also go all in
assert authorized_actions == [0] + list(range(2, 12)) + [14], authorized_actions
# Preflop. You have 2, your opponent 198. You are dealer/SB
actions = get_actions()
players = get_players()
players[0].stack = 2
players[1].stack = 198
players[0].is_dealer = True
blinds(players, False)
b_round = 0
opponent_side_pot = players[1].side_pot
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
# you can either check, or minraise (i.e bet 2, i.e bucket 2), raise (to at most 52, i.e bucket 11) You can also go all in
assert authorized_actions == [-1, 14], authorized_actions
# turn, you have 20 left
actions = get_actions()
players = get_players()
players[0].stack = 20
players[1].stack = 200 - 20 - 26 - 15 - 46
pot = 2*(26 + 15 + 46)
players[1].is_dealer = True
b_round = 2
opponent_side_pot = 0
actions[0][0].append(Action('call', 24))
actions[0][1].append(Action('raise', 25))
actions[1][0].append(Action('bet', 15))
actions[1][0].append(Action('call', 46))
actions[1][1].append(Action('raise', 46))
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
assert authorized_actions == [0] + list(range(2, 8)) + [14], authorized_actions
# # turn,
# actions = get_actions()
# players = get_players()
# players[0].stack = 101
# players[1].stack = 99
# blinds(players)
# players[0].is_dealer = True
# b_round = 2
# actions[0][0].append(Action('raise', 40, min_raise=False)) # 42 v 2
# actions[0][1].append(Action('raise', 40, min_raise=True)) # 42 v 82
# actions[0][0].append(Action('call', 38)) # PROBLEM IT IS NOT SUPPOSED TO HAPPEN
# actions[1][1].append(Action('bet', 11))
# actions[1][0].append(Action('call', 11))
# actions[2][1].append(Action('check', 0))
#
# players[0].side_pot = 0
# players[1].side_pot = 0
# players[0].stack = 101 - 42 - 38
# players[1].stack = 0
#
# authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
# assert authorized_actions == [0] + list(range(2, 8)) + [14], authorized_actions
# river, you have 2 left and go all in
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
b_round = 3
actions[0][0].append(Action('raise', 30, min_raise=False)) # 32 v 2
actions[0][1].append(Action('call', 30)) # 32 v 32
actions[1][1].append(Action('bet', 2)) # 0 v 2
actions[1][0].append(Action('raise', 29, min_raise=False)) # 31 v 2
actions[1][1].append(Action('raise', 29, min_raise=True)) # 31 v 60
actions[1][0].append(Action('call', 29))
actions[2][1].append(Action('bet', 2)) # 0 v 2
actions[2][0].append(Action('raise', 5)) # 7 v 2
actions[2][1].append(Action('call', 5)) # 7 v 7
actions[3][1].append(Action('check', 0)) # 0 v 0
players[0].side_pot = 0
players[1].side_pot = 0
players[0].stack = 2
opponent_side_pot = 0
b_round = 3
authorized_actions = authorized_actions_buckets(players[0], actions, b_round, opponent_side_pot)
assert authorized_actions == [0, 14], authorized_actions
# flop, you have 41 left and go all in
actions = get_actions()
players = get_players()
players[1].is_dealer = True
blinds(players)
b_round = 1
actions[1][0].append(Action('check', 0)) # 0v0
players[0].side_pot = 0
players[1].side_pot = 0
players[0].stack = 41
players[1].stack = 41
opponent_side_pot = 41
authorized_actions = authorized_actions_buckets(players[1], actions, b_round, opponent_side_pot)
assert authorized_actions == [0] + list(range(2,11)) + [14], authorized_actions
def test_get_min_raise_bucket():
# if you are small blind and you have to play your first move preflop, you cannot raise to 3, but to 4 at least
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
b_round = 0
bucket = get_min_raise_bucket(players[1].side_pot, actions, b_round, players[0], raise_val=0)
assert bucket == 3, bucket
# if you minraised twice, you don't have right to minraise again
actions[0][0].append(Action('raise', 2, min_raise=True))
actions[0][1].append(Action('raise', 2, min_raise=True))
actions[0][0].append(Action('raise', 2, min_raise=True))
actions[0][1].append(Action('raise', 2, min_raise=True))
players[1].side_pot = 10
players[0].side_pot = 8
# the pot is therefore 18 at this point (8 for hero vs 10 for villain). You minraised twice
# now you can raise at min 10 (i.e to 20), i.e bet 12, i.e bucket 6
bucket = get_min_raise_bucket(players[1].side_pot, actions, b_round, players[0], raise_val=2)
assert bucket == 6, bucket
# if you minraised less than twice, you can minraise
actions = get_actions()
actions[0][0].append(Action('raise', 2, min_raise=True))
actions[0][1].append(Action('raise', 2, min_raise=True))
players[1].side_pot = 6
players[0].side_pot = 4
# here the pot is 4 (hero) vs 6 (villain). you can min raise 2, i.8 to 8, i.e bet 4, i.e bucket 3
bucket = get_min_raise_bucket(players[1].side_pot, actions, b_round, players[0], raise_val=2)
assert bucket == 3, bucket
# if you minraised less than twice, you can minraise
actions = get_actions()
actions[0][0].append(Action('raise', 2, min_raise=True)) # 2-4 (villain-hero side pots)
actions[0][1].append(Action('raise', 2, min_raise=True)) # 6-4
actions[0][0].append(Action('raise', 6, min_raise=False)) # 6-12
actions[0][1].append(Action('raise', 6, min_raise=True)) # 18-12
players[1].side_pot = 18
players[0].side_pot = 12
# here the pot is 12 (hero) vs 18 (villain). You can raise at least 6, i.e to 24, i.e bet 12, i.e bucket 6
bucket = get_min_raise_bucket(players[1].side_pot, actions, b_round, players[0], raise_val=6)
assert bucket == 6, bucket
# if you minraised twice, you can no longer minraise
actions = get_actions()
actions[0][0].append(Action('raise', 2, min_raise=True)) # 2-4
actions[0][1].append(Action('raise', 2, min_raise=True)) # 6-4
actions[0][0].append(Action('raise', 6, min_raise=False)) # 6-12
actions[0][1].append(Action('raise', 6, min_raise=True)) # 18-12
actions[0][0].append(Action('raise', 6, min_raise=True)) # 18-24
actions[0][1].append(Action('raise', 6, min_raise=True)) # 30-24
players[1].side_pot = 30
players[0].side_pot = 24
# here the pot is 24 (hero) vs 30 (villain). You can raise at least 30, i.e bet 36, i.e bucket 10
bucket = get_min_raise_bucket(players[1].side_pot, actions, b_round, players[0], raise_val=6)
assert bucket == 10, bucket
# a possible minraise and a raise in the same bucket
actions = get_actions()
players = get_players()
players[1].is_dealer = True
blinds(players)
actions[0][1].append(Action('raise', 3, min_raise=False))
players[1].side_pot += 4
players[1].stack -= 4
players[0].side_pot = 2
# here the pot is 2 (hero) vs 5 (villain). You can raise at least 3, i.e to 8, i.e bet 6, i.e bucket 4
bucket = get_min_raise_bucket(players[1].side_pot, actions, b_round, players[0], raise_val=3)
assert bucket == 4, bucket
def test_get_raise_from_bucket():
# in this case, your SB, nobody played yet, and you can raise at least 2
players = get_players()
bucket = 5
actions = get_actions()
b_round = 0
players[0].is_dealer = True
blinds(players)
opponent_side_pot = players[1].side_pot
raise_val = get_raise_from_bucket(bucket, actions, b_round, players[0], opponent_side_pot, raise_val=0)
assert raise_val == 6, raise_val
# in this case, your SB, nobody played yet, and you can raise at least 2
players = get_players()
bucket = 3
actions = get_actions()
b_round = 0
player = players[0]
player.is_dealer = True
blinds(players)
opponent_side_pot = players[1].side_pot
raise_val = get_raise_from_bucket(bucket, actions, b_round, player, opponent_side_pot, raise_val=0)
assert raise_val == 2, raise_val
# in this case, flop, raised, you double
players = get_players()
bucket = 5
actions = get_actions()
actions[1][0].append(Action('bet', 2))
actions[1][1].append(Action('raise', 2, min_raise=True))
b_round = 1
players[1].is_dealer = True
blinds(players)
players[0].side_pot = 2
players[1].side_pot = 4
opponent_side_pot = players[1].side_pot
raise_val = get_raise_from_bucket(bucket, actions, b_round, players[0], opponent_side_pot, raise_val=2)
assert raise_val == 5, raise_val
# in this case, flop, raised, you triple
players = get_players()
bucket = 6
actions = get_actions()
actions[1][0].append(Action('bet', 2))
actions[1][1].append(Action('raise', 2, min_raise=True))
b_round = 1
players[1].is_dealer = True
blinds(players)
players[0].side_pot = 2
players[1].side_pot = 4
opponent_side_pot = players[1].side_pot
raise_val = get_raise_from_bucket(bucket, actions, b_round, players[0], opponent_side_pot, raise_val=2)
assert raise_val == 9, raise_val
#
actions = get_actions()
players = get_players()
players[0].is_dealer = True
blinds(players)
actions[0][0].append(Action('raise', 9, min_raise=False)) # 11 v 2
actions[0][1].append(Action('raise', 9, min_raise=True)) # 11 v 20
players[0].side_pot = 11
players[0].stack = 89
players[1].side_pot = 20
players[1].stack = 80
bucket = 8
# it chooses bucket 8, i.e 20, i.e raise of 11
raise_val = get_raise_from_bucket(bucket, actions, 0, players[0], players[1].side_pot, raise_val=9)
assert raise_val == 11, raise_val
buffer_length = buffer_rl.size
if verbose:
print('####################'
'New game (%s) starts.\n'
'Players get cash\n'
'Last game lasted %.1f\n'
'Memory contains %s experiences\n'
'####################' %
(str(games['n']), time() - t0, buffer_length))
t0 = time()
players[0].cash(INITIAL_MONEY)
players[1].cash(INITIAL_MONEY)
# PAY BLINDS
pot = blinds(players, verbose=verbose)
if verbose:
print('pot: ' + str(pot))
# SHUFFLE DECK AND CLEAR BOARD
deck.populate()
deck.shuffle()
board = []
players[0].is_all_in = False
players[1].is_all_in = False
# MONITOR ACTIONS
# -1 is for the blinds
actions = {
b_round: {player: []
for player in range(2)}
