def generateEvenOddBets(self, number: str):
''' Returns an Outcome for an Even or Odd bet'''
if number in ['0', '00']:
return (Outcome('Even', 1), Outcome('Odd', 1))
elif int(number) % 2 == 0:
return Outcome('Even', 1)
else:
return Outcome('Odd', 1)
def generateRedBlackBets(self, number: str):
''' Returns an Outcome for a Red or Black bet'''
reds = [
1, 3, 5, 7, 9, 12, 14, 16, 18, 19, 21, 23, 25, 27, 30, 32, 34, 36
]
reds = list(map(str, (n for n in reds)))
if number in reds:
return Outcome('Red', 1)
else:
return Outcome('Black', 1)
def generateColumnBets(self, number: str):
''' Returns Outcomes for a bet on
a whole column of numbers'''
if int(number) % 3 == 1:
col = '1'
elif int(number) % 3 == 2:
col = '2'
else:
col = '3'
return Outcome('Column ' + col, 2)
def generateStreetBets(self, number: str):
''' Returns Outcomes for a bet on
3 numbers in a row'''
streets = [[i + k for i in range(3)] for k in range(1, 37, 3)]
for street in streets:
if int(number) in street:
return Outcome(
'Street ' +
'-'.join([str(street[0]),
str(street[1]),
str(street[2])]), 11)
def generateDozenBets(self, number: str):
''' Return Outcomes for a bet on
12 numbers of one of the 3 groups'''
if 0 < int(number) < 13:
d = '1'
elif 12 < int(number) < 25:
d = '2'
elif 24 < int(number) < 37:
d = '3'
return Outcome('Dozen ' + d, 2)
def generateLineBets(self, number: str):
''' Returns Outcomes for a bet on
2 lines (6 numbers)'''
lines = [[i + k for i in range(6)] for k in range(1, 37, 3)]
lines = [list(map(str, (n for n in line))) for line in lines]
# case 5 items with wildcards
if number in ['0', '00']:
return Outcome('Line 0-00-1-2-3', 5)
# case 1-2-3
elif int(number) < 4:
return (Outcome('Line 0-00-1-2-3',
5), Outcome('Line 1-2-3-4-5-6', 5))
# case 34-35-36
elif int(number) > 33:
return Outcome('Line 31-32-33-34-35-36', 5)
# other regular cases
else:
outcome_lines = []
for line in lines:
if number in line:
outcome_lines.append(line)
outcomes = tuple(
Outcome('Line ' + '-'.join(oc), 5) for oc in outcome_lines)
return outcomes
def __init__(self, table):
self.table = table
self.lossCount = 0
self.betMultiple = 1
self.black = Outcome('Black', 1)
def __init__(self, table: Table):
super().__init__(table)
self.black = Outcome('Black', 1)
def __init__(self, table):
super().__init__(table)
self.redCount = 0
self.lossCount = 0
self.betMultiple = 1
self.black = Outcome('Black', 1)
def generateSplitBets(self, number: str):
''' Returns Outcomes for a bet
on 2 numbers '''
down = str(int(number) + 3)
up = str(int(number) - 3)
right = str(int(number) + 1)
left = str(int(number) - 1)
# case 1
if number == '1':
return (Outcome('Split ' + '-'.join([number, right]), 17),
Outcome('Split ' + '-'.join([number, down]), 17))
# case 2
elif number == '2':
return (Outcome('Split ' + '-'.join([left, number]), 17),
Outcome('Split ' + '-'.join([number, right]), 17),
Outcome('Split ' + '-'.join([number, down]), 17))
# case 3
elif number == '3':
return (Outcome('Split ' + '-'.join([left, number]), 17),
Outcome('Split ' + '-'.join([number, down]), 17))
# case 34
elif number == '34':
return (Outcome('Split ' + '-'.join([up, number]), 17),
Outcome('Split ' + '-'.join([number, right]), 17))
# case 35
elif number == '35':
return (Outcome('Split ' + '-'.join([up, number]), 17),
Outcome('Split ' + '-'.join([left, number]), 17),
Outcome('Split ' + '-'.join([number, right]), 17))
# case 36
elif number == '36':
return (Outcome('Split ' + '-'.join([up, number]), 17),
Outcome('Split ' + '-'.join([left, number]), 17))
# case left column
elif int(number) % 3 == 1:
return (Outcome('Split ' + '-'.join([up, number]), 17),
Outcome('Split ' + '-'.join([number, right]), 17),
Outcome('Split ' + '-'.join([number, down]), 17))
# case middle column
elif int(number) % 3 == 2:
return (Outcome('Split ' + '-'.join([up, number]), 17),
Outcome('Split ' + '-'.join([left, number]), 17),
Outcome('Split ' + '-'.join([number, right]), 17),
Outcome('Split ' + '-'.join([number, down]), 17))
# case right column
elif int(number) % 3 == 0:
return (Outcome('Split ' + '-'.join([up, number]), 17),
Outcome('Split ' + '-'.join([left, number]), 17),
Outcome('Split ' + '-'.join([number, down]), 17))
def generateCornerBets(self, number: str):
''' Returns Outcomes for a bet on
4 adjacent numbers in a corner'''
topright = [
str(int(number) - 1), number,
str(int(number) + 2),
str(int(number) + 3)
]
topleft = [
number,
str(int(number) + 1),
str(int(number) + 3),
str(int(number) + 4)
]
bottomright = [
str(int(number) - 4),
str(int(number) - 3),
str(int(number) - 1), number
]
bottomleft = [
str(int(number) - 3),
str(int(number) - 2), number,
str(int(number) + 1)
]
# case 1
if number == '1':
return Outcome('Corner ' + '-'.join(topleft), 11)
# case 2
elif number == '2':
return (Outcome('Corner ' + '-'.join(topright),
11), Outcome('Corner ' + '-'.join(topleft), 11))
# case 3
elif number == '3':
return Outcome('Corner ' + '-'.join(topright), 11)
# case 34
elif number == '34':
return Outcome('Corner ' + '-'.join(bottomleft), 11)
# case 35
elif number == '35':
return (Outcome('Corner ' + '-'.join(bottomright),
11), Outcome('Corner ' + '-'.join(bottomleft), 11))
# case 36
elif number == '36':
return Outcome('Corner ' + '-'.join(bottomright), 11)
# case left column
elif int(number) % 3 == 1:
return (Outcome('Corner ' + '-'.join(bottomleft),
11), Outcome('Corner ' + '-'.join(topleft), 11))
# case middle column
elif int(number) % 3 == 2:
return (Outcome('Corner ' + '-'.join(bottomright),
11), Outcome('Corner ' + '-'.join(bottomleft), 11),
Outcome('Corner ' + '-'.join(topright),
11), Outcome('Corner ' + '-'.join(topleft), 11))
# case right column
elif int(number) % 3 == 0:
return (Outcome('Corner ' + '-'.join(bottomright),
11), Outcome('Corner ' + '-'.join(topright), 11))
def generateStraightBets(self, number: str):
''' Returns an Outcome for a bet
on a single number '''
return Outcome('Number ' + number, 35)
def generateHighLowBets(self, number: str):
''' Returns an Outcome for a High or a Low bet'''
if int(number) < 19:
return Outcome('Low', 1)
else:
return Outcome('High', 1)