def test_level53(self):
self.assertEqual(matcher(["W", "L", "L", "W", "W", "L"], strategy1),
56)
def test_level01(self):
self.assertEqual(matcher(["W"], strategy1), 0)
def test_level42(self):
self.assertEqual(matcher(["W", "L", "L", "W", "W"], strategy1), 43)
def game(dobraneKarty, money, baseBet, idlePlay, maxBet, selectedStrategy, strategyCoeff): # az do rozdania wszystkich kart w tali
talia=['2','2','2','2',
'3','3','3','3',
'4','4','4','4',
'5','5','5','5',
'6','6','6','6',
'7','7','7','7',
'8','8','8','8',
'9','9','9','9',
'10','10','10','10',
'J','J','J','J',
'D','D','D','D',
'K','K','K','K',
'A','A','A','A'
]
report=[]
gamesRegister=[]
#extending to 4 decks
talia.extend(talia)
talia.extend(talia)
rozdanie = 0
zostaloKart = 0
totalWin=0
HL = 0
realHL =0
while len(talia) > 10:
rozdanie +=1
zostaloKart = len(talia)
#pojedyncze rozdanie
krupier = []
user = []
result = 0
#bet set according to strategy
if selectedStrategy=="hiloActive":
baseBetHL=baseBet+realHL*baseBet
elif selectedStrategy=="betStrategyActive":
baseBetHL=baseBet*matcher(gamesRegister, strategyCoeff)
if baseBetHL==0:
baseBetHL=baseBet
else:
baseBetHL=baseBet
if baseBetHL<idlePlay:
baseBetHL= idlePlay
#pobranie karty przez krupiera
krupier=random.sample(talia, 1)
for item in krupier:
talia.remove(item)
#dobieranie kart przez usera
user=random.sample(talia, 2)
for item in user:
talia.remove(item)
hitLimit = 0
# if bestScore(score(krupier)) < 7:
# hitLimit=5
while bestScore(score(user)) < (17-dobraneKarty-hitLimit):
newCard=random.sample(talia, 1)
for item in newCard:
talia.remove(item)
user.extend(newCard)
#dobieranie kart przez krupiera
if bestScore(score(user)) <= 21:
while bestScore(score(krupier)) < bestScore(score(user)):
newCard=random.sample(talia, 1)
for item in newCard:
talia.remove(item)
krupier.extend(newCard)
# czy remis
if bestScore(score(krupier)) == bestScore(score(user)):
result = 0
elif bestScore(score(krupier)) > 21:
result = 1
totalWin+=1
money += baseBetHL
else:
money -= baseBetHL
else:
money -= baseBetHL
if result==0:
gamesRegister.append("L")
resultBackground="lose"
elif result==1:
gamesRegister.append("W")
resultBackground="win"
if len(gamesRegister)>6:
gamesRegister.pop(0)
HL = hiLo(HL, krupier, user)
realHL = HL/4
print("\nUser: "******"Krupier: "+str(bestScore(score(krupier))), krupier)
# print("Talia: ",talia)
print("Result: "+str(totalWin)+"/"+str(rozdanie))
print("Zostało kart:", len(talia))
print("real HI-LO: "+str(realHL))
print("money: ",money)
print("bet :",baseBetHL)
print("game register :",gamesRegister)
report.append({
"no": str(rozdanie),
"userScore": str(bestScore(score(user))),
"userCards": user,
"krupierScore": str(bestScore(score(krupier))),
"krupierCards": krupier,
"totalWin": str(totalWin),
"cardsLeft": str(len(talia)),
"realHL": str(realHL),
"balance":str(money),
"bet": str(baseBetHL),
"result": resultBackground
})
return report
# cykl 1..2..3 (kilkaset rozdań) - dobieram 0..1..2 kart gdy score < 17
#----- losuj karte dla krupiera -> Input 1
#----- losuj karty dla usera -> Input 2
# dobieraj karty dla krupiera az > Input 2
# zapisz wygrana/przegrana -> Output
# money = []
# balance = 1000
# for i in range(1):
# baseBet = 10
# # balance = game(0, balance, baseBet)
# money.append( game(0, 1000, baseBet))
# print(money)
# plt.hist(money, normed=True, bins=30)
# plt.ylabel('Probability')
# plt.show()