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game_10_with_design.py
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game_10_with_design.py
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import os
# Let's clean it up (or refactor), and create a function to ask for your name and return it.
# This will keep main() as clean as possible.
# New code starts at line 147
#
# Run this code a few times and see what happens with different choices.
# It's good to test all options and see if that's what you expected.
##### ACTIONS #####
def you_died(why):
print_game_over()
# You expect a reason why the player died. It's a string.
print("{}. Good job!".format(why))
# This exits the program entirely.
exit(0)
### END ACTIONS ###
### CHARACTERS ###
def guard():
print_guard()
# The guard
print("You approach the guard, he's still sleeping.")
print("Suddenly you knocked a wooden cask with a mug on it... CRASSH!")
print("\nOi, what you doing 'ere?")
# Guard is not moving initially
guard_moved = False
# - When a player dies, it calls you_died() and it exits() the program.
# - When a player escapes through the door, you return to the previous function which
# called this function.
while True:
next_action = input("[run | door] > ").lower()
if next_action == "run" and guard_moved:
you_died("Guard was faster than he looks and your world goes dark...")
elif next_action == "run" and not guard_moved:
print("Guard jumps up and looks the other way, missing you entirely.")
guard_moved = True
elif next_action == "door" and guard_moved:
print("You just slipped through the door before the guard realised it.")
print("You are now outside, home free! Huzzah!")
return
elif next_action == "door" and not guard_moved:
you_died("Guard was faster than he looks and your world goes dark...")
else:
print("Not sure what you meant there... try again.")
# END CHARACTERS #
##### ROOMS #####
def blissful_ignorance_of_illusion_room():
print_chest()
# The variable treasure_chest is an object type called a list
# A list maybe empty as well.
# So our treasure_chest list contains 4 items.
treasure_chest = ["diamonds", "gold", "silver", "sword"]
print("You see a room with a wooden treasure chest on the left, and a sleeping guard on the right in front of the door")
# Ask player what to do.
action = input("What do you do? > ")
# This is a way to see if the text typed by player is in the list
if action.lower() in ["treasure", "chest", "left"]:
print("Oooh, treasure!")
print("Open it? Press '1'")
print("Leave it alone. Press '2'")
choice = input("> ")
# Try just leaving 1 and 2 as a number
# Change to string and see what happens
if choice == "1":
print("Let's see what's in here... /grins")
print("The chest creaks open, and the guard is still sleeping. That's one heavy sleeper!")
print("You find some")
# for each treasure (variable created on the fly in the for loop)
# in the treasure_chest list, print the treasure.
for treasure in treasure_chest:
print(treasure)
# So much treasure, what to do? Take it or leave it.
print("What do you want to do?")
print("Take all {} treasure, press '1'".format(len(treasure_chest)))
print("Leave it, press '2'")
treasure_choice = input("> ")
if treasure_choice == "1":
print("\tWoohoo! Bounty and a shiney new sword. /drops your crappy sword in the empty treasure chest.")
print("\tYou just received [{}]".format(", ".join(treasure_chest)))
elif treasure_choice == "2":
print("It will still be here (I hope), right after I get past this guard")
# Picked up treasure or left it, you will now encounter the guard.
# Let's call the guard() function here.
guard()
else:
# Let's call the guard() function here as well, no point writing a bunch of same code
# twice (or more). It's good to be able to re-use code.
print("The guard is more interesting, let's go that way!")
guard()
def painful_truth_of_reality_room():
print_monster()
print("There you see the great evil Cthulhu.")
print("He, it, whatever stares at you and you go insane.")
print("Do you flee for your life or eat your head?")
next_move = input("> ")
# Flee to return to the start of the game, in the room with the blue and red door or die!
if "flee" in next_move:
start_adventure()
else:
# You call the function you_died and pass the reason why you died as
# a string as an argument.
you_died("You died. Well, that was tasty!")
### END ROOMS ###
def get_player_name():
# LOCAL VARIABLES
# The player enters their name and gets assigned to a variable called "name"
name = input("What's your name? > ")
# This is just an alternative name that the game wants to call the player
alt_name = "Rainbow Unicorn"
answer = input("Your name is {}, is that correct? [Y|N] > ".format(alt_name.upper()))
if answer.lower() in ["y", "yes"]:
name = alt_name
print("You are fun, {}! Let's begin our adventure!".format(name.upper()))
elif answer.lower() in ["n", "no"]:
print("Ok, picky. {} it is. Let's get started on our adventure.".format(name.upper()))
else:
print("Trying to be funny? Well, you will now be called {} anyway.".format(alt_name.upper()))
name = alt_name
# Now notice that we are returning the variable called name.
# In main(), it doesn't know what the variable "name" is, as it only exists in
# get_player_name() function.
# This is why indentation is important, variables declared in this block only exists in that block
return name
def start_adventure():
print_dungeon()
print("You enter a room, and you see a red door to your left and a blue door to your right.")
door_picked = input("Do you pick the red door or blue door? > ")
# Pick a door and we go to a room and something else happens
if door_picked == "red":
painful_truth_of_reality_room()
elif door_picked == "blue":
blissful_ignorance_of_illusion_room()
else:
print("Sorry, it's either 'red' or 'blue' as the answer. You're the weakest link, goodbye!")
def main():
os.system("clear")
# Calls get_player_name and returns the player name
player_name = get_player_name()
####################################################################
# ACTIVITIES
#
# Read some of the best practices when writing Python code
# http://legacy.python.org/dev/peps/pep-0008/
# Main thing is if you are using tabs, make sure it's 4-spaces,
# most editors will convert it (check preferences/settings).
#
# Modify the code
# - add taunting the guard or talking
# - sword fight with the guard, and keep track of health points (HP)
# - puzzles like 1+2 during an encounter
# - modifiy blissful_ignorance_of_illusion_room()'s if statement
# so it takes into account player typing "right" or "guard"
# Hint: Add another elif before the else statement
#
# So many if statements, this can be made simpler and easier to
# maintain by using Finite State Machine (FSM)
# You can find info about it, but it will mainly be touching
# object-orient programming, which is another lesson for another day.
#
#####################################################################
start_adventure()
print("\nThe end\n")
print("Thanks for playing, {}".format(player_name.upper()))
def print_dungeon():
print()
print(" _________________________________________________________")
print(" /| -_- _- |\ ")
print("/ |_-_- _ -_- _- -| \ ")
print(" | _- _-- | ")
print(" | , |")
print(" | .-'````````'. '(` .-'```````'-. |")
print(" | .` | `. `)' .` | `. | ")
print(" | / | () \ U / | () \ |")
print(" | | | ; | o T o | | ; | |")
print(" | | | ; | . | . | | ; | |")
print(" | | | ; | . | . | | ; | |")
print(" | | | ; | .|. | | ; | |")
print(" | | |____;_________| | | |____;_________| | ")
print(" | | / __ ; - | ! | / `'() _ - | |")
print(" | | / __ () -| - | / __-- - | |")
print(" | | / __-- _ | _- _ - | / __--_ | |")
print(" |__|/__________________|___________|/__________________|__|")
print(" / _ - lc \ ")
print("/ -_- _ - _- _--- -_- -_ \ ")
print()
def print_monster():
print()
print(" | | ")
print(" \ / \ / ")
print(" -= .'> =- -= <'. =- ")
print(" '.'. .'.' ")
print(" '.'. .'.' ")
print(" '.'.----^----.'.' ")
print(" /'==========='\ ")
print(" . / .-. .-. \ . ")
print(" :'.\ '.O.') ('.O.' /.': ")
print(" '. | | .' ")
print(" '| / \ |' ")
print(" \ (o'o) / ")
print(" |\ /| ")
print(" \('._________.')/ ")
print(" '. \/|_|_|\/ .' ")
print(" /'._______.'\ lc ")
print()
def print_chest():
print()
print(" _.--. ")
print(" _.-'_:-'|| ")
print(" _.-'_.-::::'|| ")
print(" _.-:'_.-::::::' || ")
print(" .'`-.-:::::::' || ")
print(" /.'`;|:::::::' ||_ ")
print(" || ||::::::' _.;._'-._ ")
print(" || ||:::::' _.-!oo @.!-._'-. ")
print(" ('. ||:::::.-!()oo @!()@.-'_.| ")
print(" '.'-;|:.-'.&$@.& ()$%-'o.'-U|| ")
print(" `>'-.!@%()@'@_%-'_.-o _.|'|| ")
print(" ||-._'-.@.-'_.-' _.-o |'|| ")
print(" ||=[ '-._.-+U/.-' o |'|| ")
print(" || '-.]=|| |'| o |'|| ")
print(" || || |'| _| '; ")
print(" || || |'| _.-'_.-' ")
print(" |'-._ || |'|_.-'_.-' ")
print(" '-._'-.|| |' `_.-' ")
print(" '-.||_/.-' ")
print()
def print_guard():
print()
print(" ___I___ ")
print(" /= | #\ ")
print(" /.__-| __ \ ")
print(" |/ _\_/_ \| ")
print(" (( __ \__)) ")
print(" __ ((()))))()) __ ")
print(" ,' |()))))(((()|# `. ")
print(" / |^))()))))(^| =\ ")
print(" / /^v^(())()()v^;' .\ ")
print(" |__.'^v^v^))))))^v^v`.__| ")
print(" /_ ' \______(()_____( | ")
print(" _..-' _//_____[xxx]_____\.-| ")
print(" /,_#\.=-' /v^v^v^v^v^v^v^v^| _| ")
print(" \)|) v^v^v^v^v^v^v^v^v| _| ")
print(" || :v^v^v^v^v^v`.-' |# \, ")
print(" || v^v^v^v`_/\__,--.|\_=_/ ")
print(" >< :v^v____| \_____|_ ")
print(" , || v^ / \ / ")
print(" //\_||_)\ `/_..-._\ )_...__\ ")
print(" || \/ #| |_='_( | =_(_ ")
print(" || _/\_ | / =\ / ' =\ ")
print(" \\\/ \/ )/ gnv |=____#| '=....#| ")
print()
def print_game_over():
print()
print(" _____ __ __ ______ ______ ________ _____ ")
print(" / ____| /\ | \/ | ____| / __ \ \ / / ____| __ \ ")
print(" | | __ / \ | \ / | |__ | | | \ \ / /| |__ | |__) |")
print(" | | |_ | / /\ \ | |\/| | __| | | | |\ \/ / | __| | _ / ")
print(" | |__| |/ ____ \| | | | |____ | |__| | \ / | |____| | \ \ ")
print(" \_____/_/ \_\_| |_|______| \____/ \/ |______|_| \_\\")
print()
if __name__ == '__main__':
main()