baseball pitching game

Baseball.py

# Baseball Game
# By: Sergio Camalich
# Website: www.camali.ch

# Import modules
import sys
import random
import time



# Are we playing?
class PLAY:

	def __init__(self):
		# Playing?
		self.playing = 'y'

		# Agreements
		self.yes = ('y','yes')
		self.no = ('n', 'no')

		self.loses = 0
		self.ties = 0

		# Throws
		self.strikes = 0
		self.balls = 0
		self.fouls = True

		# Pitches
		self.pitches = 0

		# Hits
		self.hits = ('catch', 'single', 'double', 'triple', 'homerun')
		self.options = ('strike', 'ball', 'foul', 'hit', 'miss')

		# Runs
		self.position = 0
		self.runs = 0

		# Outs
		self.outs = 0

	def Play(self):

    # YES WE ARE
	    while self.playing in self.yes:

	        # Swing
	        self.Swing()

	        # Play Again?
	        self.PlayAgain()

	def Swing(self):

	    human = input('Press \'enter\' to swing or write \'q\' and enter to quit: ')

	    if human == 'q':
	        print ('\nThanks for playing!')
	        sys.exit()


	    while self.strikes < 3 or self.balls < 4:

	        # Random choice
	        batter = random.choice(self.options)
	        pitcher = random.choice(self.options)

	        if batter != pitcher:
	            # That's a strike!
	            if batter == self.options[0]:
	                self.Strike()
	            # That's a ball!
	            elif batter == self.options[1]:
	                self.Ball()
	            # That's a foul!
	            elif batter == self.options[2]:
	                self.Foul()
	            # That's a hit!
	            elif batter == self.options[3]:
	                self.Hit()
	            # That's a miss!
	            elif batter == self.options[4]:
	                self.Miss()
	        # THAT'S A HOOOOOOOOOOOMMMMMMMMEEEEEE RUUUUUUNNNN!!!!!!!
	        elif batter == pitcher:
	            self.HomeRun()

	        if self.strikes == 3:
	            self.Out()
	        elif self.balls == 4:
	            print ('\nBASEBALL!\n')

	        # Strikes/Balls Status
	        self.Count()
	        
	        self.PlayAgain()

# What is Strike()?
	def Strike(self):

	    print ('\nThats:')

	    # global strikes

	    while self.strikes <= 3:

	        # This is a strike
	        self.strikes += 1

	        # Indeed it is...
	        print ('STRIKE ', self.strikes, '!\n', sep='')

	        # Strike 3!
	        if self.strikes == 3:
	            self.Out()

	        self.Count()

	        self.Swing()

	# What is Ball()?
	def Ball(self):

	    print ('\nThats:')

	    # global balls

	    while self.balls <= 4:

	        # This is a ball
	        self.balls += 1

	        # Indeed it is...
	        print ('BALL ', self.balls, '!\n', sep='')

	        # Ball 4!
	        if self.balls == 4:
	            self.Single()

	        self.Count()

	        self.Swing()

	# What is Foul()?
	def Foul(self):

	    print ('\nFoul Ball!')

	    # global strikes
	    # global fouls

	    if self.fouls == True:

	        while self.strikes < 2:

	            self.Strike()

	            self.Swing()

	        self.Count()

	        self.Swing()

	# What is Hit()?
	def Hit(self):

	    # global hits
	    
	    baseball = random.choice(self.hits)

	    if baseball == self.hits[0]:
	        self.print()  
	        self.Catch()  

	    elif baseball == self.hits[1]:
	        self.print()
	        self.Single()

	    elif baseball == self.hits[2]:
	        self.print()
	        self.Double()

	    elif baseball == self.hits[3]:
	        self.print()
	        self.Triple()

	    elif baseball == self.hits[4]:
	        self.print()
	        self.HomeRun()

	    self.PlayAgain()

	# What is a Miss()?
	def Miss(self):

	    print ('\nYou missed the ball!')

	    self.Strike()

	# What is the count?
	def Count(self):

	    # global pitches

	    self.pitches += 1

	    print ('Strikes: ', self.strikes, sep='')
	    print ('Balls: ', self.balls, '\n', sep='')
	    print ('Outs: ', self.outs)
	    print ('Runs: ', self.runs, '\n')

	    self.Pitches()

	def Pitches(self):
	    
	    print('Pitches this batter: ', self.pitches, '\n')

	# What is BaseBall()?
	def BaseBall(self):

	    #global position

	    self.position += 1

	    print ('BAAAAAAAASSSSSEEEEEE BAAAAAAAALLL!')

	    self.Position()

	    self.PlayAgain()

	# What is a HomeRun()?
	def HomeRun(self):

	    # global position
	    # global strikes
	    # global balls

	    print ('\nTHAT\'S A HOOOOOOOOOOOMMMMMMMMEEEEEE RUUUUUUNNNN!!!!!!!\n')

	    self.position += 4

	    self.strikes = 0
	    self.balls = 0

	    self.Position()

	    self.NextBatter()    

	# What is Triple()?
	def Single(self):

	    # global position

	    self.position += 1

	    print ('SINGLE!')

	    self.Position()

	    self.NextBatter()

	# What is Double()?
	def Double(self):

	    # global position

	    self.position += 2

	    print ('DOUBLE!')

	    self.Position()

	    self.NextBatter()

	# What is Triple()?
	def Triple(self):

	    # global position

	    self.position += 3

	    print ('TRIPLE!')

	    self.Position()

	    self.NextBatter()

	# What is Position()?
	def Position(self):

	    # global position

	    if self.position <= 3:
	        print ('\nYou reached base', self.position, '\n')

	    elif self.position % 4:
	        self.AddRun()

	# What is Run()?
	def AddRun(self):
	    
	    # global runs
	    # global strikes
	    # global balls

	    self.strikes = 0
	    self.balls = 0

	    print ('You scored a run!\n')

	    self.runs += 1

	# What is Catch()?
	def Catch(self):

	    print ('The fielder caught the ball.')

	    self.Out()

	# What is Out()?
	def Out(self):

	    # global outs

	    print ('You are OUT!\n')

	    while self.outs <= 3:

	        self.outs += 1

	        print ('Outs: ', self.outs, '\n')

	        if self.outs == 3:
	            print ('End of inning')
	            sys.exit()

	        self.NextBatter()

	# What is NextBatter()?
	def NextBatter(self):
	    
	    #global playing
	    #global yes
	    #global no
	    #global pitches

	    self.pitches = 0

	    # Next batter?
	    self.playing = input('Bring next batter?(y/n): ')

	    # YAY! :D
	    while self.playing in self.yes:        
	        print()
	        self.Play()

	    # NAY! :(
	    if self.playing in self.no:
	        print ('\nThanks for playing!')
	        sys.exit()

	# What is PlayAgain()?
	def PlayAgain(self):

	    #global playing
	    #global yes
	    #global no

	    # global pitches

	    self.pitches = 0

	    # Play again?
	    self.playing = input('Would you like to play again?(y/n): ')

	    # YAY! :D
	    while self.playing in self.yes:        
	        self.print()
	        self.Play()

	    # NAY! :(
	    if self.playing in self.no:
	        print ('\nThanks for playing!')
	        sys.exit()

# Can we FINALLY play?    
# Play()

obj = PLAY()
obj.Play()

gistfile1.txt

# Baseball Game
# By: Sergio Camalich
# Website: www.camali.ch

# Import modules
import sys
import random
import time



# Are we playing?
class PLAY:

    def __init__(self):
        # Playing?
        self.playing = 'y'

        # Agreements
        self.yes = ('y','yes')
        self.no = ('n', 'no')

        self.loses = 0
        self.ties = 0

        # Throws
        self.strikes = 0
        self.balls = 0
        self.fouls = True

        # Pitches
        self.pitches = 0

        # Hits
        self.hits = ('catch', 'single', 'double', 'triple', 'homerun')
        self.options = ('strike', 'ball', 'foul', 'hit', 'miss')

        # Runs
        self.position = 0
        self.runs = 0

        # Outs
        self.outs = 0

    def Play(self):

    # YES WE ARE
        while self.playing in self.yes:

            # Swing
            self.Swing()

            # Play Again?
            self.PlayAgain()

    def Swing(self):

        human = input('Press \'enter\' to swing or write \'q\' and enter to quit: ')

        if human == 'q':
            print ('\nThanks for playing!')
            sys.exit()


        while self.strikes < 3 or self.balls < 4:

            # Random choice
            batter = random.choice(self.options)
            pitcher = random.choice(self.options)

            if batter != pitcher:
                # That's a strike!
                if batter == self.options[0]:
                    self.Strike()
                # That's a ball!
                elif batter == self.options[1]:
                    self.Ball()
                # That's a foul!
                elif batter == self.options[2]:
                    self.Foul()
                # That's a hit!
                elif batter == self.options[3]:
                    self.Hit()
                # That's a miss!
                elif batter == self.options[4]:
                    self.Miss()
            # THAT'S A HOOOOOOOOOOOMMMMMMMMEEEEEE RUUUUUUNNNN!!!!!!!
            elif batter == pitcher:
                self.HomeRun()

            if self.strikes == 3:
                self.Out()
            elif self.balls == 4:
                print ('\nBASEBALL!\n')

            # Strikes/Balls Status
            self.Count()
            
            self.PlayAgain()

# What is Strike()?
    def Strike(self):

        print ('\nThats:')

        # global strikes

        while self.strikes <= 3:

            # This is a strike
            self.strikes += 1

            # Indeed it is...
            print ('STRIKE ', self.strikes, '!\n', sep='')

            # Strike 3!
            if self.strikes == 3:
                self.Out()

            self.Count()

            self.Swing()

    # What is Ball()?
    def Ball(self):

        print ('\nThats:')

        # global balls

        while self.balls <= 4:

            # This is a ball
            self.balls += 1

            # Indeed it is...
            print ('BALL ', self.balls, '!\n', sep='')

            # Ball 4!
            if self.balls == 4:
                self.Single()

            self.Count()

            self.Swing()

    # What is Foul()?
    def Foul(self):

        print ('\nFoul Ball!')

        # global strikes
        # global fouls

        if self.fouls == True:

            while self.strikes < 2:

                self.Strike()

                self.Swing()

            self.Count()

            self.Swing()

    # What is Hit()?
    def Hit(self):

        # global hits
        
        baseball = random.choice(self.hits)

        if baseball == self.hits[0]:
            print()  
            self.Catch()  

        elif baseball == self.hits[1]:
            print()
            self.Single()

        elif baseball == self.hits[2]:
            print()
            self.Double()

        elif baseball == self.hits[3]:
            print()
            self.Triple()

        elif baseball == self.hits[4]:
            print()
            self.HomeRun()

        self.PlayAgain()

    # What is a Miss()?
    def Miss(self):

        print ('\nYou missed the ball!')

        self.Strike()

    # What is the count?
    def Count(self):

        # global pitches

        self.pitches += 1

        print ('Strikes: ', self.strikes, sep='')
        print ('Balls: ', self.balls, '\n', sep='')
        print ('Outs: ', self.outs)
        print ('Runs: ', self.runs, '\n')

        self.Pitches()

    def Pitches(self):
        
        print('Pitches this batter: ', self.pitches, '\n')

    # What is BaseBall()?
    def BaseBall(self):

        #global position

        self.position += 1

        print ('BAAAAAAAASSSSSEEEEEE BAAAAAAAALLL!')

        self.Position()

        self.PlayAgain()

    # What is a HomeRun()?
    def HomeRun(self):

        # global position
        # global strikes
        # global balls

        print ('\nTHAT\'S A HOOOOOOOOOOOMMMMMMMMEEEEEE RUUUUUUNNNN!!!!!!!\n')

        self.position += 4

        self.strikes = 0
        self.balls = 0

        self.Position()

        self.NextBatter()    

    # What is Triple()?
    def Single(self):

        # global position

        self.position += 1

        print ('SINGLE!')

        self.Position()

        self.NextBatter()

    # What is Double()?
    def Double(self):

        # global position

        self.position += 2

        print ('DOUBLE!')

        self.Position()

        self.NextBatter()

    # What is Triple()?
    def Triple(self):

        # global position

        self.position += 3

        print ('TRIPLE!')

        self.Position()

        self.NextBatter()

    # What is Position()?
    def Position(self):

        # global position

        if self.position <= 3:
            print ('\nYou reached base', self.position, '\n')

        elif self.position % 4:
            self.AddRun()

    # What is Run()?
    def AddRun(self):
        
        # global runs
        # global strikes
        # global balls

        self.strikes = 0
        self.balls = 0

        print ('You scored a run!\n')

        self.runs += 1

    # What is Catch()?
    def Catch(self):

        print ('The fielder caught the ball.')

        self.Out()

    # What is Out()?
    def Out(self):

        # global outs

        print ('You are OUT!\n')

        while self.outs <= 3:

            self.outs += 1

            print ('Outs: ', self.outs, '\n')

            if self.outs == 3:
                print ('End of inning')
                sys.exit()

            self.NextBatter()

    # What is NextBatter()?
    def NextBatter(self):
        
        #global playing
        #global yes
        #global no
        #global pitches

        self.pitches = 0

        # Next batter?
        self.playing = input('Bring next batter?(y/n): ')

        # YAY! :D
        while self.playing in self.yes:        
            print()
            self.Play()

        # NAY! :(
        if self.playing in self.no:
            print ('\nThanks for playing!')
            sys.exit()

    # What is PlayAgain()?
    def PlayAgain(self):

        #global playing
        #global yes
        #global no

        # global pitches

        self.pitches = 0

        # Play again?
        self.playing = input('Would you like to play again?(y/n): ')

        # YAY! :D
        while self.playing in self.yes:        
            print()
            self.Play()

        # NAY! :(
        if self.playing in self.no:
            print ('\nThanks for playing!')
            sys.exit()

# Can we FINALLY play?    
# Play()

obj = PLAY()
obj.Play()