# #hero_name = 'ollikahn23'
# player_names = [p.name for p in hh.players]
# #player_names = [p.name for p in players]
# hero_index = player_names.index(hero_name)
# #hero_index = player_names.index(hero_name)
# return hh.players[hero_index], hero_index
#
#hero, hero_index = get_hero_from_players(match.group('hero_name'))
first_raw_card = match.group(2)
second_raw_card = match.group(3)
raw_hand = first_raw_card + second_raw_card
hand = [
Card.new(first_raw_card),
Card.new(second_raw_card)
]
#calculating our equity preflop, regarding the count of players
<<<<<<< HEAD
=======
>>>>>>> 8171f4423b51b7e791a58207e51e9be61c8e3ff7
p11 = 0 #how often do we win
p22 = 0 #how often opponents win
opp = NotOut #how many opponents are still in the game in that moment, we have to make a decision
playerHero_hand = hand #our hand
#def get_hero_from_players(hero_name):
# #hero_name = 'ollikahn23'
# player_names = [p.name for p in hh.players]
# #player_names = [p.name for p in players]
# hero_index = player_names.index(hero_name)
# #hero_index = player_names.index(hero_name)
# return hh.players[hero_index], hero_index
#
#hero, hero_index = get_hero_from_players(match.group('hero_name'))
first_raw_card = match.group(2)
second_raw_card = match.group(3)
raw_hand = first_raw_card + second_raw_card
hand = [Card.new(first_raw_card), Card.new(second_raw_card)]
#calculating our equity preflop, regarding the count of players
p11 = 0 #how often do we win
p22 = 0 #how often opponents win
opp = NotOut #how many opponents are still in the game in that moment, we have to make a decision
playerHero_hand = hand #our hand
start_time = time.time()
for i in range(20000):
#constructin the whole deck
deck = Deck()
#Card.print_pretty_cards(player1_hand)