I have posted my first [version](http://codereview.stackexchange.com/questions/109813/rock-paper-scissors-with-scores-and-save-file) of RockPaperScissors a while back. It was on an old version of python with improper use of some functions. This version was updated to a more recent version of python and has a little extra for users who run on terminal. Is there anything I should add or change? Are my classes used correctly? Are there any bugs? Any overall improvements?
# Programmer: DeliriousSyntax
# Date: October 30, 2015
# File: RockPaperScissorsV2-py3.py
# This is a classic game of rock paper scissors.
import random
import shelve
import time
import colorama
import sys
class Scorecard(dict):
"""Stores all items related to "Score\""""
def __init__(self, **kwargs):
"""Makes all values set to 0"""
super().__init__(**kwargs)
for key in ('rounds', 'losses', 'wins', 'draws', 'games_won',
'games_lost', 'games_played', "total_rounds",
'rounds_won', 'rounds_lost', 'rounds_tied', 'game_draws'):
self[key] = 0
def reset(self):
"""Resets the scores for next game"""
for key in ('rounds', 'losses', 'wins', 'draws'):
self[key] = 0
def round_update(self, result):
"""Updates the info for each round
:param result:
"""
self['rounds'] += 1
if result == 'win':
self['wins'] += 1
elif result == 'loss':
self['losses'] += 1
else:
self['draws'] += 1
def add2score(self):
"""Adds the scores from the game to total scores"""
self['games_played'] += 1
self['rounds_lost'] += self['losses']
self['rounds_won'] += self['wins']
self['rounds_tied'] += self['draws']
self['total_rounds'] += self['rounds']
if self['losses'] > self['wins']:
self['games_lost'] += 1
elif self['losses'] < self['wins']:
self['games_won'] += 1
else:
self['game_draws'] += 1
def stats_board(self):
"""Returns the stat board"""
return ('\n\n++++++++++++++++++++-=Stats=-++++++++++++++++++++++\n'
'===================================================\n'
'|--{:^11}--|--{:^12}--|--{:^12}--|\n'.format("X ", "Rounds", "Games") +
'|--{:^11}--|--{:^12}--|--{:^12}--|\n'.format("Wins ", self['rounds_won'], self['games_won']) +
'|--{:^11}--|--{:^12}--|--{:^12}--|\n'.format("Losses", self['rounds_lost'], self['games_lost']) +
'|--{:^11}--|--{:^12}--|--{:^12}--|\n'.format("Draws ", self['rounds_tied'], self['game_draws']) +
'|--{:^11}--|--{:^12}--|--{:^12}--|\n'.format("Played", self['total_rounds'], self['games_played']) +
'\n')
def final_score(self):
"""Returns the games final board"""
return ('\n\n+++++++++++Final Score++++++++++++\n'
'==================================\n'
'|--{:^11}--|--{:^12}--|\n'.format('Wins ', self['wins']) +
'|--{:^11}--|--{:^12}--|\n'.format('Losses', self['losses']) +
'|--{:^11}--|--{:^12}--|\n'.format('Draws ', self['draws']) +
'|--{:^11}--|--{:^12}--|\n'.format('Rounds', self['rounds']) +
'\n')
class Game:
"""Main Game Class"""
MOVES = ('rock', 'paper', 'scissors')
ROUND_OPTIONS = ('1', '3', '5', '7')
MENU = ('stats', 'play', 'quit')
WIN_CONDITIONS = {
"rock": "scissors",
"scissors": "paper",
"paper": "rock",
}
green = colorama.Fore.GREEN
yellow = colorama.Fore.YELLOW
cyan = colorama.Fore.CYAN
blue = colorama.Fore.BLUE
magenta = colorama.Fore.MAGENTA
COLORS = (green, yellow, cyan, blue, magenta)
def delirioussyntax(self):
"""Creator"""
colorama.init()
idle = "idlelib" in sys.modules
time.sleep(.3)
if idle is False:
print(colorama.Back.BLACK + colorama.Style.BRIGHT, end='')
for letter in "Delirious":
if idle is False:
print(random.choice(Game.COLORS))
print(letter, end='')
sys.stdout.flush()
time.sleep(random.uniform(.1, .4))
if idle is False:
print(colorama.Fore.RED, end='')
for letter in "Syntax":
print(letter, end='')
sys.stdout.flush()
time.sleep(random.uniform(.1, .4))
print(colorama.Style.RESET_ALL, "\n\n")
def intro(self):
"""Intro statements"""
self.Score = Scorecard()
try:
with shelve.open("RPSv2.dat") as f:
self.Score = f["statistics"]
except KeyError:
with shelve.open("RPSv2.dat") as f:
f["statistics"] = self.Score
print("Brought to you by: ", end='')
sys.stdout.flush()
self.delirioussyntax()
time.sleep(1)
print("Welcome to the greatest, mind blowing challenge of all time.")
print(" - Rock, Paper, Scissors!\n")
print("Many have tried and many have FAILED...")
print("This will be a test between the human mind and my AI.")
input("Press \"enter\" when you believe your ready for this challenge.\n")
print("\nGood Luck... Human.\n\n")
def custom_input(self, question, choices):
"""A custom loop that checks to see if choices are valid
:param choices:
:param question:
"""
response = None
while True:
while response not in choices:
response = input(question).lower()
if response in choices:
return response
print("Correct inputs:\n >", end='')
print("\n >".join(choices), "\n")
def start_game(self):
"""Main menu of game basically"""
self.intro()
while True:
choice = self.custom_input("Would you like to play, look at stats, or quit?:\n ->", self.MENU)
if choice == 'play':
self.play_game()
elif choice == 'stats':
stats = self.Score.stats_board()
print(stats)
else:
break
def computer_choice_gen(self):
"""Generates computer choice"""
return random.choice(Game.MOVES)
def play_game(self):
"""Player vs Computer game"""
rounds = int(self.custom_input("\nHow many rounds would you like to play?\n ->", self.ROUND_OPTIONS))
while self.Score['rounds'] != rounds:
self.user_choice = self.custom_input("\nWhat is your choice, human?\n ->", self.MOVES)
self.computer_choice = self.computer_choice_gen()
print("\nComputer choice is {}".format(self.computer_choice))
result = self.evaluate()
self.Score.round_update(result)
if result == "win":
print("{} beats {}! The human wins this round.\n\n".format(self.user_choice, self.computer_choice))
elif result == "loss":
print("{} beats {}! Hahaha! You lost this round!\n\n".format(self.computer_choice, self.user_choice))
else:
print("I knew you were going to pick {}!\n\n".format(self.user_choice))
print(self.Score.final_score())
self.Score.add2score()
self.Score.reset()
with shelve.open("RPSv2.dat") as f:
f["statistics"] = self.Score
def evaluate(self):
"""returns if outcome of round"""
if Game.WIN_CONDITIONS[self.user_choice] == self.computer_choice:
return "win"
elif self.user_choice == self.computer_choice:
return "draw"
else:
return "loss"
if __name__ == "__main__":
Game = Game()
Game.start_game()