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rock-paper-scissor-game.py
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rock-paper-scissor-game.py
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''' ! Basic Rock-Paper-Scissor game written in Python 3.
! Usage of Functional programming paradigm.
! Game simulation type is User vs. Computer.
'''
import random
movesAvail = ("rock", "paper", "scissor") # this is the moves tuple
def compChoice(): # this is the computer random choosing block
return random.choice(movesAvail)
def gameMessages(): # this block is to print out game emotions
msg1 = "\n=> Oopsie-topsie! A paper-cut XD XD\n"
msg2 = "\n=> Yaay! You wrapped up a rock :D :D\n"
msg3 = "\n=> Yaay! You paper-cut :D :D\n"
msg4 = "\n=> Oopsie-topsie! Your rock got wrapped up XD XD\n"
msg5 = "\n=> Oopsie-topsie! Your scissor got smashed down XD XD\n"
msg6 = "\n=> Yaay! You smashed down a scissor :D :D\n"
msg7 = "\n=> There's not point for equality here :P :P\n"
return (msg1, msg2, msg3, msg4, msg5, msg6, msg7)
def resultWaitNote(): # this block alerts user to wait for result
print("=> Game over :/ :/\n")
z = 0
while (z < 100000000):
if (z == 100000000//2):
print(".... Waiting for results ....\n")
z += 1
def delayer(): # a simple delay time block
y = 0
while (y < 100000000):
y += 1
def gameLogic(): # this is the game logic and simulation block
userResp = ""
compResp = ""
counter = 1
compPoint = userPoint = 0
getOut = ""
while (counter < 4): # outer loop for counting 3 shakes
if (getOut.lower() != "yes"): # check if not yes then block executes
userResp = input("<> Shake {}: Please enter your choice: ".format(str(counter)))
if (userResp.lower() in movesAvail):
compResp = compChoice()
if (compResp == "scissor" and userResp.lower() == "paper"):
print(gameMessages()[0])
compPoint += 1
counter += 1
elif (compResp == "rock" and userResp.lower() == "paper"):
print(gameMessages()[1])
userPoint += 1
counter += 1
elif (compResp == "paper" and userResp.lower() == "scissor"):
print(gameMessages()[2])
userPoint += 1
counter += 1
elif (compResp == "paper" and userResp.lower() == "rock"):
print(gameMessages()[3])
userPoint += 1
counter += 1
elif (compResp == "rock" and userResp.lower() == "scissor"):
print(gameMessages()[4])
compPoint += 1
counter += 1
elif (compResp == "scissor" and userResp.lower() == "rock"):
print(gameMessages()[5])
userPoint += 1
counter += 1
else:
print(gameMessages()[6])
else:
print("\n=> **warning** Invalid choice entered. Please enter correct shake move (rock, paper or scissor) X( X(\n")
getOut = input("<> Please press <enter> to retry, else type <yes> to exit the game: ")
print("\n")
if (getOut.lower() == "yes"):
break
if (getOut.lower() == "yes"):
pass # doing nothing
else:
return (compPoint, userPoint) # returning values if it contains as such
def gameResult(userPts, compPts): # this block prints the winner as per game points
winner = ""
if (userPts > compPts):
winner = userPts
print("=> Yaay! You have won by {} points ^_^ ^_^".format(str(userPts - compPts)))
else:
print("=> Ooopsie-topsie! You have lost by {} points *_* *_*".format(str(compPts - userPts)))
def set2(): # block for Set of 2 mode
delayer()
counter = user = comp = 0
while (counter < 3):
try:
userPts, compPts = gameLogic()
user += userPts
comp += compPts
counter += 1
# follow gameResult() block
except:
break
if (counter != 0):
resultWaitNote() # follow resultWaitNote() block
gameResult(user, comp)
def set1(): # block for Set of 1 mode
delayer()
try:
userPts, compPts = gameLogic()
resultWaitNote() # follow resultWaitNote() block
gameResult(userPts, compPts) # follow gameResult() block
except:
pass
def set3(): # block for Set of 3 mode
delayer()
counter = user = comp = 0
while (counter < 4):
try:
userPts, compPts = gameLogic()
user += userPts
comp += compPts
counter += 1
except:
break
if (counter != 0):
resultWaitNote() # follow resultWaitNote() block
gameResult(user, comp) # follow gameResult() block
def gameMode(): # this block is the interface for game, includes mode choices etc.
delayer()
print("1. Set of 1 (1 game 3 shakes => 1 * 3 shakes)\n2. Sets of 2 (2 games 3 shakes => 2 * 3 shakes)\n3. Sets of 3 (3 games 3 shakes => 3 * 3 shakes) \n")
userInpAgain = ""
while (userInpAgain.lower() != "quit"):
gameChoice = input("<> Please enter the Set (option) you want to play: ")
if (gameChoice == "1"):
print("\n=> So you've chosen Set of 1 to play :)")
print("\n=> Let's play the game :D :D\n")
set1()
break
elif (gameChoice == "2"):
print("\n=> So you've chosen Set of 2 to play :)")
print("\n=> Let's play the game :D :D\n")
set2()
break
elif (gameChoice == "3"):
print("\n=> So you've chosen Set of 3 to play :)")
print("\n=> Let's play the game :D :D\n")
set3()
break
else:
print("\n=> **warning** Invalid option entered. Please enter correct option number X( X(\n")
userInpAgain = input("<> Please press <enter> to retry, else type <quit> to exit the game: ")
print("\n")
goodbyeNote() # follow goodbyeNote() function block
def goodbyeNote(): # this block throws goodbye message
print("\n=> So sorry to see you go. Please play again ^_^ ^_^")
def welcomeNote(): # this block throws welcome message
firstStrVar = "## Welcome to the famous old-school Rock-Paper-Scissor game ##" # "firstStrVar" To be used for appending by length
print("\n")
print((len(firstStrVar)//4 * " ") + "@@@@@@@@@@@@@@@@@@@@@@@@@@")
print((len(firstStrVar)//4 * " ") + "@ Rock | Paper | Scissor @")
print((len(firstStrVar)//4 * " ") + "@@@@@@@@@@@@@@@@@@@@@@@@@@\n" + "\n")
print(firstStrVar)
delayer()
print("\n.............. Game loading in progress ..............")
delayer()
playerName = input("\n<> Hi user, please enter your name: ")
delayer()
print("\n=> Hey {}, welcome to this game. You will be playing against Mr. Robot :D :D\n".format(playerName))
gameMode() # follow gameMode() function block
if __name__ == "__main__":
welcomeNote()