def Dice(self, Chance_Count):
while (Chance_Count < 5):
Dice1, Dice2 = random.randint(1, 6), random.randint(1, 6)
#Sum Of The Two Dice To Be Entered By User
try_again = 0
while try_again == 0:
try:
Dice_Num_User = int(input('GUESS THE SUM OF TWO DICE '))
if (Dice_Num_User < 2 or Dice_Num_User > 12):
raise ValueError
else:
try_again = 1
except ValueError:
Chance_Count, Chance_Rem = Chance_Count + 1, 4 - Chance_Count
print(
'Please Enter The Sum in Range 2 to 12 in Integer Form',
'\n', '\n', 'You Lose Your Chance', '\n', '\t',
'COMPUTER WON', '\n', '\n', 'You Have Only',
Chance_Rem, 'Chances Remaining')
if Chance_Count == 5:
break
#To Compare User Values with Computer and Declare Who Won
if Chance_Count == 5:
break
elif (Dice1 + Dice2 == Dice_Num_User):
print('\n',
'I Guess Winning Is Not in Your Destiny LOL ',
end=' ')
sleep(3)
Dice.Dice_Value(Dice1), Dice.add(), Dice.Dice_Value(Dice2)
print('Sum of Two Dice Rolls too: ', Dice1 + Dice2, '\n', '\n',
'\t', '>>> YOU WON <<<', '\n', '\n', 'Beginner\'s Luck',
'\n', '\n')
try_again = 0
while try_again == 0:
try:
play_again = input(
'Do You Wanna Play Again(Y/N): ').upper()
if play_again != 'Y' and play_again != 'N' and play_again != 'YES' and play_again != 'NO':
raise NameError
else:
try_again = 1
except NameError:
print('Please Enter (YES/NO) or (Y/N) To Play Again')
if (play_again == 'Y' or play_again == 'YES'):
Chance_Count = 1
elif (play_again == 'N' or play_again == 'NO'):
Chance_Count = 5
print('THANKS FOR PLAYING')
else:
pass
else:
Chance_Count, Chance_Rem = Chance_Count + 1, 4 - Chance_Count
print('I Guess Winning Is Not in Your Destiny LOL ', end=' ')
sleep(3)
Dice.Dice_Value(Dice1), Dice.add(), Dice.Dice_Value(Dice2)
print('Sum of Two Dice Rolls too: ', Dice1 + Dice2, '\n', '\n',
'\t', '>>> COMPUTER WON <<<', '\n', '\n',
'You Have Only', Chance_Rem,
'Chances Remaining To Prove Yourself Kiddo', '\n', '\n')
import Dice as d
d = d.Dice()
d.add(4)
d.add(4)
d.add(4)
d.add(4)
for x in range(1000):
d.roll()
print("Count: " + str(d.count()))
print("Mean: " + str(d.mean()))
print("Mode: " + str(d.mode()))
print("Counts Per Outcome: " + str(d.countPerOutcome()))
import pyodbc
