game.py

##########################################################
# DO NOT DISTRIBUTE ; DO NOT REPRODUCE ; DO NOT SELL   ###
# FOR EDUCATIONAL PURPOSES ONLY ; INSPIRED BY BRYAN TONG VIDEO CODE WITH PURPOSE IN LEARNING.; COPYRIGHT ###
##########################################################
# Coded in Python 3.5.0 -- Will not run in Py2  ####
####################################################
# Needed for the game to function. ##
#####################################

import sys
import os
import time

screen_width = 100

################
# Player Setup #
################
class player:
    def __init__(self):
        self.name = ''
        self.feeling = ''
        self.astrological = ''
        self.position = 'ground'
        self.won = False
        self.solves = 0
player1 = player()


#############
# Map Setup	#
#############
"""
You're basically in a cube, trying to solve each side of the cube to "break it open" and escape.
Here's a diagram!					
----------------------------------------------------
        North -v      _.-+							
                 _.-""     '						
             +:""            '						
             | \  v Top Side   '					
              | \             _.-+					
              |  '.       _.-"   |					
    West -->  |    \  _.-"       |  <-- East  	
               |    +"           |	 		
               +    | South->    | 					
                \   |          .+ 				
                 \  |       .-'					
                  \ |    .-'	<-- Ground/Center		
                   \| .-'							
                    +'   							
-----------------------------------------------------
You can travel to any adjcent wall, but not across.  The game will tell you there is a gap in space. 	
Unfolding walls will change this system.			
"""

#Sets up constant variables
DESCRIPTION = 'description'
INFO = 'info'
PUZZLE = 'puzzle'
SOLVED = False
SIDE_UP = 'up', 'forward'
SIDE_DOWN = 'down', 'back'
SIDE_LEFT = 'left',
SIDE_RIGHT = 'right',

room_solved = {'top': False, 'north': False, 'ground': False, 'east': False, 'west': False, 'south': False,}

"""
How this works:
dictionary = {
	keys1: {
		keys2: Value
	}
}
"""
cube = {
	'top': {
		DESCRIPTION: "You find yourself standing normally on clouds, strangely.",
		INFO: "Even more strange than standing on clouds is the\nbird that begins speaking to you.\n",
		PUZZLE: "The bird intimidatingly asks:\nI fly without wings. I see without eyes. I move without legs.\nI conjure more love than any lover and more fear than any beast.\nI am cunning, ruthless, and tall; in the end, I rule all.'\n'What am I?'",
		SOLVED: "imagination",
		SIDE_UP: 'north',
		SIDE_DOWN: 'south',
		SIDE_LEFT: 'east',
		SIDE_RIGHT: 'west',
	},
	'north': {
		DESCRIPTION: "You find yourself in a frigid artic valley.\nA campfire glows brightly in a nearby cave.",
		INFO: "You now stand face-to-face with a giant yeti.",
		PUZZLE: "The yeti asks you, 'What bites without teeth?'", 
		SOLVED: "frost",
		SIDE_UP: 'top',
		SIDE_DOWN: 'ground',
		SIDE_LEFT: 'west',
		SIDE_RIGHT: 'east',
	},
	'ground': {
		DESCRIPTION: "You find yourself in a rather pretty, generic grassy field.\nSomething feels amiss, as if this the core of the world.",
		INFO: "A rather large, though easily overlookable golden key\nstands vertical in the field.\nHow odd.",
		PUZZLE: "The key stands within respectively sized keyhole obscured\nby dirt and grass.  It doesn't seem to turn.",
		SOLVED: False, #Will work after you solve all other puzzles?
		SIDE_UP: 'north',
		SIDE_DOWN: 'south',
		SIDE_LEFT: 'west',
		SIDE_RIGHT: 'east',
	},
	'east': {
		DESCRIPTION: "You find yourself in lush woodlands, bursting with wildlife\nand a cacaphony of chirping.",
		INFO: "A rough-looking man sits next to a little cabin.\nHis eyes are glued to bird-watching binoculars.",
		PUZZLE: "The rough-looking man asks,\n'What is the airspeed of an unladen European swallow?'",
		SOLVED: "25",
		SIDE_UP: 'north',
		SIDE_DOWN: 'south',
		SIDE_LEFT: 'ground',
		SIDE_RIGHT: 'top',
	},
	'west': {
		DESCRIPTION: 'You find yourself encompassed by strong winds and sandy dunes.',
		INFO: 'A terrified looking man is hiding among some cacti.',
		PUZZLE: "The fearful man asks,\n'What can measure time, while eventually, all crumbles to it?'",
		SOLVED: "sand",
		SIDE_UP: 'north',
		SIDE_DOWN: 'south',
		SIDE_LEFT: 'top',
		SIDE_RIGHT: 'ground',
	},
	'south': {
		DESCRIPTION: "You find yourself next to a still, soothing pond.\nAn old man gazes at a table nearby.",
		INFO: "You greet the old man.\nHe beckons you to look at the intricate twelve-sided table.",
		PUZZLE: "Each side of the table has a unique symbol, though all are familar to you.\nWhich symbol do you sit by?",
		SOLVED: "",#Should be your astrological sign.
		SIDE_UP: 'ground',
		SIDE_DOWN: 'top',
		SIDE_LEFT: 'west',
		SIDE_RIGHT: 'east',
	}
}


################
# Title Screen #
################
def title_screen_options():
	#Allows the player to select the menu options, case-insensitive.
	option = input("> ")
	if option.lower() == ("play"):
		setup_game()
	elif option.lower() == ("quit"):
		sys.exit()
	elif option.lower() == ("help"):
		help_menu()		
	while option.lower() not in ['play', 'help', 'quit']:
		print("Invalid command, please try again.")
		option = input("> ")
		if option.lower() == ("play"):
			setup_game()
		elif option.lower() == ("quit"):
			sys.exit()
		elif option.lower() == ("help"):
			help_menu()

def title_screen():
	#Clears the terminal of prior code for a properly formatted title screen.
	os.system('clear')
	#Prints the pretty title.
	print('#' * 45)
	print('#   Welcome to this text-based puzzle RPG   #')
	print('#' * 45)
	print("                 .: Play :.                  ")
	print("                 .: Help :.                  ")
	print("                 .: Quit :.                  ")
	title_screen_options()


#############
# Help Menu #
#############
def help_menu():
	print("")
	print('#' * 45)
	print("Inspired by Bryan Tong tutorial video")
	print("Version Final (1.0.2a)")
	print("~" * 45)
	print("Type a command such as 'move' then 'left'")
	print("to nagivate the map of the cube puzzle.\n")
	print("Inputs such as 'look' or 'examine' will")
	print("let you interact with puzzles in rooms.\n")
	print("Puzzles will require various input and ")
	print("possibly answers from outside knowledge.\n")
	print("Please ensure to type in lowercase for ease.\n")
	print('#' * 45)
	print("\n")
	print('#' * 45)
	print("    Please select an option to continue.     ")
	print('#' * 45)
	print("                 .: Play :.                  ")
	print("                 .: Help :.                  ")
	print("                 .: Quit :.                  ")
	title_screen_options()


#################
# Game Handling #
#################
quitgame = 'quit'

def print_location():
	#Makes a pretty picture when printed and prints the cube floor information for the player.
	print('\n' + ('#' * (4 +len(player1.position))))
	print('# ' + player1.position.upper() + ' #')
	print('#' * (4 +len(player1.position)))
	print('\n' + (cube[player1.position][DESCRIPTION]))

def prompt():
	if player1.solves == 5:
		print("Something in the world seems to have changed. Hmm...")
	print("\n~~~~~~~~~~~~~~~~~~~~~~~~~~")
	print("What would you like to do?")
	action = input("> ")
	acceptable_actions = ['move', 'go', 'travel', 'walk', 'quit', 'inspect', 'examine', 'look', 'search']
	#Forces the player to write an acceptable sign, as this is essential to solving a puzzle later.
	while action.lower() not in acceptable_actions:
		print("Unknown action command, please try again.\n")
		action = input("> ")
	if action.lower() == quitgame:
		sys.exit()
	elif action.lower() in ['move', 'go', 'travel', 'walk']:
		move(action.lower())
	elif action.lower() in ['inspect', 'examine', 'look', 'search']:
		examine()

def move(myAction):
	askString = "Where would you like to "+myAction+" to?\n> "
	destination = input(askString)
	if destination == 'forward':
		move_dest = cube[player1.position][SIDE_UP] #if you are on ground, should say north
		move_player(move_dest)
	elif destination == 'left':
		move_dest = cube[player1.position][SIDE_LEFT]
		move_player(move_dest)
	elif destination == 'right':
		move_dest = cube[player1.position][SIDE_RIGHT]
		move_player(move_dest)
	elif destination == 'back':
		move_dest = cube[player1.position][SIDE_DOWN]
		move_player(move_dest)
	else:
		print("Invalid direction command, try using forward, back, left, or right.\n")
		move(myAction)

def move_player(move_dest):
	print("\nYou have moved to the " + move_dest + ".")
	player1.position = move_dest
	print_location()

def examine():
	if room_solved[player1.position] == False:
		print('\n' + (cube[player1.position][INFO]))
		print((cube[player1.position][PUZZLE]))
		puzzle_answer = input("> ")
		checkpuzzle(puzzle_answer)
	else:
		print("There is nothing new for you to see here.")

def checkpuzzle(puzzle_answer):
	if player1.position == 'ground':
		if player1.solves >= 5:
			endspeech = ("Without you having done anything, the key begins to rotate.\nIt begins to rain.\nAll of the sides of the box begin to crumble inwards.\nLight begins to shine through the cracks in the walls.\nA blinding flash of light hits you.\nYou have escaped!")
			for character in endspeech:
				sys.stdout.write(character)
				sys.stdout.flush()
				time.sleep(0.05)
			print("\nCONGRATULATIONS!")
			sys.exit()
		else:
			print("Nothing seems to happen still...")
	elif player1.position == 'south':
		if puzzle_answer == (player1.astrological):
			room_solved[player1.position] = True
			player1.solves += 1
			print("You have solved the puzzle. Onwards!")
			print("\nPuzzles solved: " + str(player1.solves))
		else:
			print("Wrong answer! Try again.\n~~~~~~~~~~~~~~~~~~~~~~~~~~")
			examine()
	else:
		if puzzle_answer == (cube[player1.position][SOLVED]):
			room_solved[player1.position] = True
			player1.solves += 1
			print("You have solved the puzzle. Onwards!")
			print("\nPuzzles solved: " + str(player1.solves))
		else:
			print("Wrong answer! Try again.\n~~~~~~~~~~~~~~~~~~~~~~~~~~")
			examine()

def main_game_loop():
	total_puzzles = 6
	while player1.won is False:
		#print_location()
		prompt()


################
# Execute Game #
################
def setup_game():
	#Clears the terminal for the game to start.
	os.system('clear')

	#QUESTION NAME: Obtains the player's name.
	question1 = "Hello there, what is your name?\n"
	for character in question1:
		#This will occur throughout the intro code.  It allows the string to be typed gradually - like a typerwriter effect.
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)
	player_name = input("> ")
	player1.name = player_name

	#QUESTION FEELING: Obtains the player's feeling.
	question2 = "My dear friend " + player1.name + ", how are you feeling?\n"
	for character in question2:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)
	feeling = input("> ")
	player1.feeling = feeling.lower()

	#Creates the adjective vocabulary for the player's feeling.
	good_adj = ['good', 'great', 'rohit', 'happy', 'aight', 'understanding', 'great', 'alright', 'calm', 'confident', 'not bad', 'courageous', 'peaceful', 'reliable', 'joyous', 'energetic', 'at', 'ease', 'easy', 'lucky', 'k', 'comfortable', 'amazed', 'fortunate', 'optimistic', 'pleased', 'free', 'delighted', 'swag', 'encouraged', 'ok', 'overjoyed', 'impulsive', 'clever', 'interested', 'gleeful', 'free', 'surprised', 'satisfied', 'thankful', 'frisky', 'content', 'receptive', 'important', 'animated', 'quiet', 'okay', 'festive', 'spirited', 'certain', 'kind', 'ecstatic', 'thrilled', 'relaxed', 'satisfied', 'wonderful', 'serene', 'glad', 'free', 'and', 'easy', 'cheerful', 'bright', 'sunny', 'blessed', 'merry', 'reassured', 'elated', '1738', 'love', 'interested', 'positive', 'strong', 'loving']
	hmm_adj = ['idk', 'concerned', 'lakshya', 'eager', 'impulsive', 'considerate', 'affected', 'keen', 'free', 'affectionate', 'fascinated', 'earnest', 'sure', 'sensitive', 'intrigued', 'intent', 'certain', 'tender', 'absorbed', 'anxious', 'rebellious', 'devoted', 'inquisitive', 'inspired', 'unique', 'attracted', 'nosy', 'determined', 'dynamic', 'passionate', 'snoopy', 'excited', 'tenacious', 'admiration', 'engrossed', 'enthusiastic', 'hardy', 'warm', 'curious', 'bold', 'secure', 'touched', 'brave', 'sympathy', 'daring', 'close', 'challenged', 'loved', 'optimistic', 'comforted', 're', 'enforced', 'drawn', 'toward', 'confident', 'hopeful', 'difficult']
	bad_adj = ['bad', 'meh', 'sad', 'hungry', 'unpleasant', 'feelings', 'angry', 'depressed', 'confused', 'helpless', 'irritated', 'lousy', 'upset', 'incapable', 'enraged', 'disappointed', 'doubtful', 'alone', 'hostile', 'discouraged', 'uncertain', 'paralyzed', 'insulting', 'ashamed', 'indecisive', 'fatigued', 'sore', 'powerless', 'perplexed', 'useless', 'annoyed', 'diminished', 'embarrassed', 'inferior', 'upset', 'guilty', 'hesitant', 'vulnerable', 'hateful', 'dissatisfied', 'shy', 'empty', 'unpleasant', 'miserable', 'stupefied', 'forced', 'offensive', 'detestable', 'disillusioned', 'hesitant', 'bitter', 'repugnant', 'unbelieving', 'despair', 'aggressive', 'despicable', 'skeptical', 'frustrated', 'resentful', 'disgusting', 'distrustful', 'distressed', 'inflamed', 'abominable', 'misgiving', 'woeful', 'provoked', 'terrible', 'lost', 'pathetic', 'incensed', 'in', 'despair', 'unsure', 'tragic', 'infuriated', 'sulky', 'uneasy', 'cross', 'bad', 'pessimistic', 'dominated', 'worked', 'up', 'a', 'sense', 'of', 'loss', 'tense', 'boiling', 'fuming', 'indignant', 'indifferent', 'afraid', 'hurt', 'sad', 'insensitive', 'fearful', 'crushed', 'tearful', 'dull', 'terrified', 'tormented', 'sorrowful', 'nonchalant', 'suspicious', 'deprived', 'pained', 'neutral', 'anxious', 'pained', 'grief', 'reserved', 'alarmed', 'tortured', 'anguish', 'weary', 'panic', 'dejected', 'desolate', 'bored', 'nervous', 'rejected', 'desperate', 'preoccupied', 'scared', 'injured', 'pessimistic', 'cold', 'worried', 'offended', 'unhappy', 'disinterested', 'frightened', 'afflicted', 'lonely', 'lifeless', 'timid', 'aching', 'grieved', 'shaky', 'victimized', 'mournful', 'restless', 'heartbroken', 'dismayed', 'doubtful', 'agonized', 'threatened', 'appalled', 'cowardly', 'humiliated', 'quaking', 'wronged', 'menaced', 'alienated', 'wary']

	#Identifies what type of feeling the player is having and gives a related-sounding string.
	if player1.feeling in good_adj:
		feeling_string = "I am glad you feel"
	elif player1.feeling in hmm_adj:
		feeling_string = "that is interesting you feel"
	elif player1.feeling in bad_adj:
		feeling_string = "I am sorry to hear you feel"
	else:
		feeling_string = "I do not know what it is like to feel"

	#Combines all the above parts.
	question3 = "Well then, " + player1.name + ", " + feeling_string + " " + player1.feeling + ".\n"
	for character in question3:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)

	#QUESTION SIGN: Obtains the player's astrological sign for a later puzzle.
	question4 = "Now tell me, what is your astrological sign?\n"
	for character in question4:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)

	#Prints the astrological sign guide for the player.  Also converts text to be case-insensitive, as with most inputs.
	print("#####################################################")
	print("# Please print the proper name to indicate your sign.")
	print("#  Aries (The Ram)")
	print("#  Taurus (The Bull)")
	print("#  Gemini (The Twins)")
	print("#  Cancer (The Crab)")
	print("#  Leo (The Lion)")
	print("#  Virgo (The Virgin)")
	print("#  Libra (The Scales)")
	print("#  Scorpio (The Scorpion)")
	print("#  Sagittarius (Centaur)")
	print("#  Capricorn (The Goat)")
	print("#  Aquarius (The Water Bearer)")
	print("#  Pisces (The Fish)")
	print("#####################################################")
	astrological = input("> ")
	acceptable_signs = ['aries', 'taurus', 'gemini', 'cancer', 'leo', 'virgo', 'libra', 'scorpio', 'sagittarius', 'capricorn', 'aquarius', 'pisces']
	#Forces the player to write an acceptable sign, as this is essential to solving a puzzle later.  Also stores it in class.
	
	while astrological.lower() not in acceptable_signs:
		print("That is not an acceptable sign, please try again.")
		astrological = input("> ")
	player1.astrological = astrological.lower()

	#Leads the player into the cube puzzle now!
	speech1 = "Ah, " + player1.astrological + ", how interesting.  Well then.\n"
	speech2 = "It seems this is where we must part, " + player1.name + ".\n"
	speech3 = "How unfortunate.\n"  
	speech4 = "Oh, you don't know where you are?  Well...\n"
	speech5 = "Luckily, I've left you in a little puzzle.  Hopefully you can escape this box.\n"
	speech6 = "Heh. Heh.. Heh...\n"
	for character in speech1:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)
	for character in speech2:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)
	for character in speech3:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.1)
	for character in speech4:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)
	for character in speech5:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.05)
	for character in speech6:
		sys.stdout.write(character)
		sys.stdout.flush()
		time.sleep(0.2)
	time.sleep(1)

	os.system('clear')
	print("################################")
	print("# Here begins the adventure... #")
	print("################################\n")
	print("You find yourself in the center of a strange place.\nSeems like you are trapped in a little box.\n")
	print("Every inside face of the box seems to have a different theme.\nHow can you get out of this...\n")
	print("You notice objects standing sideways on the walls.\nDoes gravity not apply? There are clouds though...")
	main_game_loop()


title_screen()