CRAPS!

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# Author: Anthony Romero
# Date: 2/23/2017
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#This program will simulate a game involving rolling dice.
#This program will simulate a game of Craps. It will roll the pair of dice three times. It will keep score for the “house” (the computer), and for the player.
#It will then display these scores each time the dice are rolled based on the rules listed below. It will lastly display a final winner at the end of the game.

# First, we have our general variables.

Number_of_Rolls = 0

Dice1 = 0

Dice2 = 0

Is_Craps = 0

h_score = 0

p_score = 0

total_h = 0

total_p = 0

Start_Game = True #Keeps Game in Loop

#Now we create our functions.

def Check(): # Runs all scenarios.
    Craps()
    Dble_Evn()
    Dble_Odd()
    Low()
    High()

def Craps():   #Logic for CRAPS dice.
    global h_score
    global Dice1
    global Dice2
    if Dice1 + Dice2 == 7 or 11:
        print ("\nCRAPS!")
        h_score += 2
        Is_Craps = 1

def Dble_Evn(): # Logic for Dble_Evn.
    global p_score
    global Dice1
    global Dice2
    if Dice1 == Dice2:
        if Dice1 % 2 == 0:
            if Dice2 % 2 == 0:
                p_score += 2
                print ('\nDouble and Even!')

def Dble_Odd(): # Logic for Dble_Odd.
    global h_score
    global Dice1
    global Dice2
    if Dice1 == Dice2:
         if Dice1 % 2 >= 1:
             if Dice2 % 2 >= 1:
                 h_score += 2
                 print ('\nDouble and Odd!')

def Low(): #Logic for lower than seven.
    global h_score
    global Dice1
    global Dice2
    if Dice1 != Dice2:
        if Dice1 + Dice2 < 7:
            if Is_Craps == 0:
                 h_score += 2
                 Is_Craps = 0
                 print ("\nLow!")

def High(): # Logic for higher than seven.
    global p_score
    global Dice1
    global Dice2
    if Dice1 != Dice2:
         if Dice1 + Dice2 > 7:
             if Dice1 + Dice2 != 11:
                p_score += 2
                print ("\nHigh!")

def Roll_Dice():  # Logic for the main functioning of the program.
     start_dice = 1
     global h_score
     global p_score
     global Dice1
     global Dice2
     global Number_Of_Rolls
     while start_dice == 1: # Begins dice rolling.
           Number_Of_Rolls += 1
           Dice1 = randint(1, 6)
           Dice2 = randint(1, 6)
           if Number_Of_Rolls == 1: # Roll 1.
               print('Roll 1\n\nDice 1 = {0}\nDice 2 = {1}'.format(Dice1, Dice2))
               Check() # checks winner
               print('\nYour score: \t{}\nHouse score: \t{}\n'.format(p_score, h_score))
           if Number_Of_Rolls == 2: # Roll 2.
               input ('Press Enter to continue.')
               print('Roll 2\n\nDice 1 = {0}\nDice 2 = {1}'.format(Dice1, Dice2))
               Check()# checks winner
               print('\nYour score: \t{}\nHouse score: \t{}\n'.format(p_score, h_score))
           if Number_Of_Rolls == 3: #Roll 3.
               input ('Press Enter to continue.')
               print('Roll 3\n\nDice 1 = {0}\nDice 2 = {1}'.format(Dice1, Dice2))
               Check()# Checks winner.
               print('\nYour score: \t{}\nHouse score: \t{}'.format(p_score, h_score))
               start_dice = 0 # Ends rolls after three rolls.


################################################################
# Time to begin the game.
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input ('Welcome to CRAPS. Press ENTER to begin.')
### Program begins.
from random import randint # turn on random

Start_Game = True # keeps game in loop
while Start_Game is True:
      Number_Of_Rolls = 0 #resets last games scores
      p_score = 0
      h_score = 0
      Roll_Dice() # <------ Most of the program is ran by this function
      if p_score > h_Score:
          total_p += 1 # Player wins
          input('\nYou Win!\n\nYour total wins: {}\t House total wins: {}' \
                '\n\nPress Enter to start a new game: '.format(total_p, total_h))
      if h_score > p_score:
          total_h += 1 # House wins
          input('\nHouse Wins!\n\nYour total wins: {}\t House total wins: {}' \
                '\n\nPress Enter to start a new game: '.format(total_p, total_h))