def playHand():
# 0 for player, 1 for bank
player_or_bank = [0, 1]
# Randomise bet choice
mainBet = random.choice(player_or_bank)
# Generate cards
bank1 = getCard.randomCard()
bank2 = getCard.randomCard()
player1 = getCard.randomCard()
player2 = getCard.randomCard()
bankInitial = (getCard.cardToValue(bank1) + getCard.cardToValue(bank2)) % 10
playerInitial = (getCard.cardToValue(player1) + getCard.cardToValue(player2)) % 10
result = runHand.baccaratHand(playerInitial, bankInitial)
if (result["Banker"] == 6 and result["Banker"] > result["Player"]) and mainBet == 1:
return BANK_WIN_6
if result["Player"] > result["Banker"] and mainBet == 0:
return WIN
elif result["Player"] > result["Banker"] and mainBet == 1:
return LOSE
elif result["Banker"] > result["Player"] and mainBet == 0:
return LOSE
elif result["Banker"] > result["Player"] and mainBet == 1:
return WIN
elif result["Banker"] == result["Player"]:
return TIE
def playHand():
# Generate cards
bank1 = getCard.randomCard()
bank2 = getCard.randomCard()
player1 = getCard.randomCard()
player2 = getCard.randomCard()
bankInitial = (getCard.cardToValue(bank1) +
getCard.cardToValue(bank2)) % 10
playerInitial = (getCard.cardToValue(player1) +
getCard.cardToValue(player2)) % 10
result = runHand.baccaratHand(playerInitial, bankInitial)
if result["Banker"] == result["Player"]:
return TIE
def generateHands(result_frequency):
for i in range(NUMHANDS):
# Generate initial deal
bank1 = getCard.randomCard()
bank2 = getCard.randomCard()
player1 = getCard.randomCard()
player2 = getCard.randomCard()
# Check for pairs
if player1 == player2:
result_frequency["playerPair"] += 1
if bank1 == bank2:
result_frequency["bankerPair"] += 1
# Store the score in variables.
bankInitial = (getCard.cardToValue(bank1) +
getCard.cardToValue(bank2)) % 10
playerInitial = (getCard.cardToValue(player1) +
getCard.cardToValue(player2)) % 10
# Determine result from tableu.
result = runHand.baccaratHand(playerInitial, bankInitial)
# Update result_frequency.
if result["Player"] > result["Banker"]:
result_frequency["Player"] += 1
elif result["Banker"] > result["Player"]:
result_frequency["Banker"] += 1
elif result["Banker"] == result["Player"]:
result_frequency["Tie"] += 1
# Bank wins on 6 condition
if result["Banker"] == 6 and result["Banker"] > result["Player"]:
result_frequency["Banker6"] += 1
return result_frequency
def test_player_draw1():
assert runHand.baccaratHand(2, 1, 3, 10) == {"Player": 5, "Banker": 1}
def test_banker_stand3():
assert runHand.baccaratHand(4, 7, 6, 0) == {"Player": 0, "Banker": 7}
def test_banker_draw5():
assert runHand.baccaratHand(5, 5, 6, 10) == {"Player": 1, "Banker": 5}
def test_banker_draw3_stand():
assert runHand.baccaratHand(0, 3, 8, 6) == {"Player": 8, "Banker": 3}
def test_player_win():
assert runHand.baccaratHand(9, 5, 0, 0) == {"Player": 9, "Banker": 5}
def test_player_draw4():
assert runHand.baccaratHand(0, 0, 10, 10) == {"Player": 0, "Banker": 0}
def test_player_win_7_6():
assert runHand.baccaratHand(7, 6, 0, 0) == {"Player": 7, "Banker": 6}
def test_bank_win_7_6():
assert runHand.baccaratHand(6, 7, 0, 0) == {"Player": 6, "Banker": 7}
def test_bank_win_player_natural():
assert runHand.baccaratHand(8, 9, 0, 0) == {"Player": 8, "Banker": 9}
def test_bank_win():
assert runHand.baccaratHand(6, 9, 0, 0) == {"Player": 6, "Banker": 9}
def test_player_win_bank_natural():
assert runHand.baccaratHand(9, 8, 0, 0) == {"Player": 9, "Banker": 8}
def test_player_draw2():
assert runHand.baccaratHand(5, 0, 7, 5) == {"Player": 2, "Banker": 5}
def test_player_draw3():
assert runHand.baccaratHand(2, 2, 3, 4) == {"Player": 5, "Banker": 6}
def test_player_stand2():
assert runHand.baccaratHand(7, 2, 0, 5) == {"Player": 7, "Banker": 7}
def test_player_draw5():
assert runHand.baccaratHand(3, 0, 3, 10) == {"Player": 6, "Banker": 0}
def test_tie():
assert runHand.baccaratHand(8, 8, 0, 0) == {"Player": 8, "Banker": 8}
def test_banker_draw3():
assert runHand.baccaratHand(2, 3, 3, 10) == {"Player": 5, "Banker": 3}
def test_player_stand3():
assert runHand.baccaratHand(6, 2, 0, 9) == {"Player": 6, "Banker": 1}
def test_banker_draw4():
assert runHand.baccaratHand(4, 4, 4, 5) == {"Player": 8, "Banker": 9}
def test_banker_stand1():
assert runHand.baccaratHand(3, 7, 1, 0) == {"Player": 4, "Banker": 7}
def test_banker_draw6():
assert runHand.baccaratHand(1, 6, 7, 10) == {"Player": 8, "Banker": 6}
def test_banker_stand2():
assert runHand.baccaratHand(0, 7, 10, 0) == {"Player": 0, "Banker": 7}