def sexMasStop(self):
i = 0
lastIsWin = True
lastNumbers = []
masTries = 0
while (self.tries >= i) and (self.budget >
(self.minbet * 5 * pow(2, masTries))):
if lastIsWin:
budgetPreSpin = self.budget
randomNumber = bg.spin()
lastNumbers.append(randomNumber)
self.budget += (bg.is1stSex(randomNumber) * self.minbet)
self.budget += (bg.is2ndSex(randomNumber) * self.minbet)
self.budget += (bg.is3rdSex(randomNumber) * self.minbet)
self.budget += (bg.is4thSex(randomNumber) * self.minbet)
self.budget += (bg.is5thSex(randomNumber) * self.minbet)
i += 1
self.averageScore += self.budget
lastIsWin = True if budgetPreSpin <= self.budget else False
else:
if masTries == self.stop:
masTries = 0
lastIsWin = True
else:
numberToAnalyze = bg.numberToAnalyze(lastNumbers)
n, b, l, m = bg.masanielloLin(numberToAnalyze, self.budget,
5, self.minbet, masTries)
self.budget = b
lastNumbers += n
lastIsWin = l
masTries = m
self.endScore = self.budget
self.averageScore = self.averageScore / i
self.endI = i
return (round(self.endScore), round(self.averageScore), self.endI)
def finalinoFibBR(self):
i = 0
lastIsWin = True
lastNumbers = []
fibTries = 0
while (self.tries >= i) and (self.budget >
(self.minbet * 5 *
(bg.fibonacci(fibTries) + 1))):
if lastIsWin:
# 3x sulla 2 colonna e 2x sulla terza riga
budgetPreSpin = self.budget
randomNumber = bg.spin()
lastNumbers.append(randomNumber)
self.budget += (bg.is2ndCol(randomNumber) * self.minbet * 3)
self.budget += (bg.is3rdRow(randomNumber) * self.minbet * 2)
i += 1
self.averageScore += self.budget
lastIsWin = True if budgetPreSpin <= self.budget else False
else:
numberToAnalyze = bg.numberToAnalyze(lastNumbers)
n, b, l, f = bg.brFib(numberToAnalyze, self.budget, 5,
self.minbet, fibTries)
self.budget = b
lastNumbers += n
lastIsWin = l
fibTries = f
self.endScore = self.budget
self.averageScore = self.averageScore / i
self.endI = i
return (round(self.endScore), round(self.averageScore), self.endI)
def finalinoMas(self):
i = 0
lastIsWin = True
lastNumbers = []
masTries = 0
while (self.tries >= i) and (self.budget >
(self.minbet * 5 * pow(2, masTries))):
if lastIsWin:
# 3x sulla 2 colonna e 2x sulla terza riga
budgetPreSpin = self.budget
randomNumber = bg.spin()
lastNumbers.append(randomNumber)
self.budget += (bg.is2ndCol(randomNumber) * self.minbet * 3)
self.budget += (bg.is3rdRow(randomNumber) * self.minbet * 2)
i += 1
self.averageScore += self.budget
lastIsWin = True if budgetPreSpin <= self.budget else False
else:
numberToAnalyze = bg.numberToAnalyze(lastNumbers)
n, b, l, m = bg.masanielloLin(numberToAnalyze, self.budget, 5,
self.minbet, masTries)
self.budget = b
lastNumbers += n
lastIsWin = l
masTries = m
self.endScore = self.budget
self.averageScore = self.averageScore / i
self.endI = i
return (round(self.endScore), round(self.averageScore), self.endI)
def lovel91Mas(self):
i = 0
lastIsWin = True
lastNumbers = []
masTries = 0
numlist = [25, 26, 27, 28, 29, 30, 31, 32, 33, 34]
while (self.tries >= i) and (self.budget >
(self.minbet * 3 * pow(2, masTries))):
if lastIsWin:
# x sulle prime due righe e 0,1x su 10 numeri nella terza riga
budgetPreSpin = self.budget
randomNumber = bg.spin()
lastNumbers.append(randomNumber)
self.budget += (bg.is1stRow(randomNumber) * self.minbet)
self.budget += (bg.is2ndRow(randomNumber) * self.minbet)
self.budget += (bg.isInNumbers(randomNumber, numlist) *
(self.minbet / len(numlist)))
i += 1
self.averageScore += self.budget
lastIsWin = True if budgetPreSpin <= self.budget else False
else:
numberToAnalyze = bg.numberToAnalyze(lastNumbers)
n, b, l, m = bg.masanielloLin(numberToAnalyze, self.budget, 3,
self.minbet, masTries)
self.budget = b
lastNumbers += n
lastIsWin = l
masTries = m
self.endScore = self.budget
self.averageScore = self.averageScore / i
self.endI = i
return (round(self.endScore), round(self.averageScore), self.endI)
def lovel91(self):
i = 0
lastNumbers = []
numlist = [25, 26, 27, 28, 29, 30, 31, 32, 33, 34]
while (self.tries >= i) and (self.budget > (self.minbet * 3)):
# x sulle prime due righe e 0,1x su 10 numeri nella terza riga
randomNumber = bg.spin()
lastNumbers.append(randomNumber)
self.budget += (bg.is1stRow(randomNumber) * self.minbet)
self.budget += (bg.is2ndRow(randomNumber) * self.minbet)
self.budget += (bg.isInNumbers(randomNumber, numlist) *
(self.minbet / len(numlist)))
i += 1
self.averageScore += self.budget
self.endScore = self.budget
self.averageScore = self.averageScore / i
self.endI = i
return (round(self.endScore), round(self.averageScore), self.endI)
