def make_ticket(minimum_amount, maximum_amount, minimum_to_win):
ticket = Ticket(ComboType.SIMPLE)
ranges = ticket.ticket_ranges
# for key, value in ranges.items():
combo_types = ranges["combo_type"]
bet_types = ranges["bet_type"]
combo_type = combo_types[random.randint(0, len(combo_types) + 1)]
random_ticket = Ticket(combo_type)
amount = [1, 0.5][random.randint(0, 2)]
if combo_type == ComboType.SIMPLE:
bet_type = bet_types[random.randint(0, len(bet_types) + 1)]
if bet_type == BetType.STRAIGHT:
random_ticket.add_bet(bet_type, 1)
elif combo_type == ComboType.THREE_WAY_COMBINATION:
random_ticket.add_three_way_combo(1)
elif combo_type == ComboType.SIX_WAY_COMBINATION:
random_ticket.add_six_way_combo(1)
elif combo_type == ComboType.STRAIGHT_BOX_THREE_WAY:
random_ticket.add_three_way_box_combo(0.5)
elif combo_type == ComboType.STRAIGHT_BOX_SIX_WAY:
random_ticket.add_six_way_box_combo(0.5)
def which_is_worst(rounds=100):
worst_data = []
for combo in ComboType:
if combo == ComboType.SIMPLE:
continue
game = Game()
winnings = 0
gambled = 0
# sample ticket needs a number with a double or 3-way box's don't happen
game_count = 0
win_count = 0
for i in range(0, rounds):
ticket = Ticket(combo)
if combo == ComboType.THREE_WAY_COMBINATION:
ticket.set_chosen(113)
ticket.add_three_way_combo(0.5)
elif combo == ComboType.SIX_WAY_COMBINATION:
ticket.set_chosen(123)
ticket.add_six_way_combo(0.5)
elif combo == ComboType.STRAIGHT_BOX_SIX_WAY:
ticket.set_chosen(123)
ticket.add_six_way_box_combo(0.5)
elif combo == ComboType.STRAIGHT_BOX_THREE_WAY:
ticket.set_chosen(113)
ticket.add_three_way_box_combo(0.5)
else:
raise TypeError("Don't have this compo yet.")
game_count += 1
for bet in ticket.bets:
gambled += bet.amount
drawing = game.draw_winner()
bets_won = game.check_ticket(ticket, drawing)
if bets_won:
win_count += 1
prize = 0
for bet in bets_won:
prize += ticket.payoffs(ticket.state, bet.bet_type,
bet.amount)
if isinstance(prize, list):
winnings += prize[1]
else:
winnings += prize
net = winnings - gambled
try:
percent_won = winnings / gambled
except ZeroDivisionError:
percent_won = "N/A"
try:
percent_by_count = win_count / game_count
except ZeroDivisionError:
percent_by_count = "N/A"
try:
odds = game_count / win_count
except ZeroDivisionError:
odds = "N/A"
worst_data.append([
combo, winnings, gambled, gambled - winnings,
"{0:.4f}".format(percent_won), "{0:.4f}".format(percent_by_count),
"{0:.2f}".format(odds)
])
for bet_type in [
BetType.STRAIGHT, BetType.THREE_WAY_BOX, BetType.SIX_WAY_BOX,
BetType.FRONT_PAIR, BetType.BACK_PAIR
]:
ticket = Ticket(ComboType.SIMPLE)
game = Game()
winnings = 0
gambled = 0
# sample ticket needs a number with a double or 3-way box's don't happen
game_count = 0
win_count = 0
ticket.add_bet(bet_type, 1)
for i in range(0, rounds):
game_count += 1
if bet_type in (BetType.THREE_WAY_BOX, ):
ticket.set_chosen(113)
if bet_type in (BetType.SIX_WAY_BOX, ):
ticket.set_chosen(123)
for bet in ticket.bets:
gambled += bet.amount
drawing = game.draw_winner()
if game.check_ticket(ticket, drawing):
win_count += 1
prize = 0
for bet in ticket.bets:
prize += ticket.payoffs(ticket.state, bet.bet_type,
bet.amount)
if isinstance(prize, list):
winnings += prize[1]
else:
winnings += prize
net = winnings - gambled
try:
percent_won = winnings / gambled
except ZeroDivisionError:
percent_won = "N/A"
try:
percent_by_count = win_count / game_count
except ZeroDivisionError:
percent_by_count = "N/A"
try:
odds = game_count / win_count
except ZeroDivisionError:
odds = "N/A"
worst_data.append([
bet_type, winnings, gambled, gambled - winnings,
"{0:.4f}".format(percent_won), "{0:.4f}".format(percent_by_count),
"{0:.2f}".format(odds)
])
t = Txtble()
t.headers = [
"bet type", "winnigs", "gambled", "lost", "percent_won",
"percent by count", "odds"
]
for row in worst_data:
t.append(row)
print(t.show())