def __init__(self, hero, monster):
""" Constructor function initiates battle sequence. """
self.hero = hero
self.monster = monster
prompt("\n\n\t\t\t" + self.hero.name + " vs. " + self.monster.name + "\n")
self.first_strike = self.get_first_strike()
self.battle_loop()
def __init__(self, hero, monster):
""" Constructor function initiates battle sequence. """
self.hero = hero
self.monster = monster
prompt("\n\n\t\t\t" + self.hero.name + " vs. " + self.monster.name +
"\n")
self.first_strike = self.get_first_strike()
self.battle_loop()
def meeting1(self):
""" King gives you Treasure Map """
# Mission 3: Get a treasure map.
for message in messages.oldendrab1:
paragraph = message.replace("Hero", self.hero.name)
prompt(paragraph + "\n")
self.hero.inventory.append(items.t_map)
self.hero.missions[3] = True
prompt("You get:\n\tTreasure Map")
def shortcut(self):
for i in range(0, 2):
prompt(messages.shortcut[i] + "\n")
import battle_system, monsters
boss = monsters.Guillek()
battle_system.Battle(self.hero, boss)
if self.hero.health:
prompt(messages.shortcut[2] + "\n")
self.hero.missions[5] = True
def inv_function(self):
""" Allows hero to use item on himself while at a location's menu. """
self.hero.inventory_menu()
item = self.hero.item_pick()
if item != False:
if item.personal_use == True:
self.hero.use_item(item, self.hero)
else:
prompt("You cannot use this here.")
def inv_function(self):
""" Allows hero to use item on himself while at a location's menu. """
self.hero.inventory_menu()
item = self.hero.item_pick()
if item != False:
if item.personal_use == True:
self.hero.use_item(item, self.hero)
else:
prompt("You cannot use this here.")
def boss2(self):
for i in range(0, 8):
prompt(messages.boss2[i] + "\n")
import battle_system, monsters
boss = monsters.Guillek()
battle_system.Battle(self.hero, boss)
if self.hero.health:
for i in range(8, 10):
prompt(messages.boss2[i] + "\n")
self.hero.missions[5] = True
def travelor(self):
""" Missions 0 and 1: Helping a travelor. """
print("\"Hi, stranger. Going to Cow-Hip? Do you mind if I \
come along? I could certainly use the protection since I'll be \
transporting these goods.\"")
answer = ""
while answer != "y" and answer != "n":
answer = prompt("\nWhat do you say? (y/n) ").lower()
if answer == "y":
self.hero.missions[1] = True
prompt("\"Many thanks! I will repay you when we arrive.\"")
elif answer == "n":
prompt("\"Okay. Well I guess I'll just hire someone else.\"")
self.hero.missions[0] = True
def go(self, endpoint):
print("Your journey beginneth. Press 'I' at any time to use items.")
for segment in range(self.distance):
if self.hero.health:
# Opportunity to use item
entry = prompt("").upper()
while entry == "I":
self.hero.inventory_menu()
item = self.hero.item_pick()
if item != False:
self.hero.use_item(item, self.hero)
if entry == "I":
print("\nPress 'I' to use another item.")
entry = prompt("").upper()
# Start message string, get occurence
message = ""
occurence = random.randint(1, 100)
# Determine time and day, add to message
if segment in range(0,20,3):
message += "On the morning of day " + str(int((segment+3)/3))
elif segment in range(1,21,3):
message += "On the afternoon of day " + str(int((segment+2)/3))
else:
message += "On the evening of day " + str(int((segment+1)/3))
# If occurence == monster, update message, print message, start battle
if occurence < self.fight_chance:
monster = self.monster_pick()
message += " a monster approaches!"
print(message)
battle = battle_system.Battle(self.hero, monster)
if self.hero.health:
print("Your journey continues. Press 'I' at any \
time to use an item.")
# Or if occurence != monster, update message, print message
else:
message += " nothing happens."
print(message)
# If hero is still alive, return the proper endpoint.
if self.hero.health:
return endpoint
# Otherwise, return None
else:
return None
def update(self):
if self.hero.missions[1] == True:
self.messages = messages.cow_hip[0:2]
# Mission 2: If hero arrives safely with travelor, reward hero.
# Also add leather armor to shop inventory.
if self.hero.missions[2] == False:
self.hero.missions[2] = True
if self.hero.missions[1] == True:
reward = 18
prompt("\n\"Thank you for your protection! Here is your reward.\"")
print("You gain: ")
prompt("\t" + str(reward) + " coins")
self.hero.coins += reward
if items.leather not in self.inventory:
self.inventory.append(items.leather)
def menu(self):
""" Run the menu and return the next_location """
response = ""
while self.hero.health:
print("\nYOU ARE IN " + self.name.upper() + ".")
print("""
D - DIG
J - JOURNEY
I - INVENTORY
R - REST
G - GAME SAVE
Q - QUIT""")
response = prompt("").upper()
if response == "J":
destination = self.get_destination()
if destination:
next_location = self.journey(destination[0], destination[1])
return next_location
elif response == "D":
if self.hero.missions[3] == True and self.hero.missions[4] == False:
self.boss1()
else:
self.dig()
elif response == "I":
self.inv_function()
elif response == "R":
print("Inn")
elif response == "G":
print("save")
elif response == "Q":
return None
else:
print("\a")
return None
def get_destination(self):
response = prompt("""
Where shall you journey?
N) Fiddlestick
E) Cow-Hip
S) Wrathful Pass
W) Valley of Forbidden Objects
\nEnter the direction or location. Or press enter to exit.
""").lower()
if response == "n" or response == "fiddlestick":
destination = (paths.north, fiddlestick)
elif response == "e" or response == "cow-hip":
if self.hero.missions[0] == False:
# Missions 0 and 1: Helping a travelor.
self.travelor()
destination = (paths.east, cowhip)
elif response == "s" or response == "wrathful pass":
destination = self.south_path()
elif response == "w" or response == "valley of forbidden objects":
destination = (paths.west, valley)
elif response == "":
destination = None
else:
print("\a")
destination = None
return destination
def menu(self):
""" Run the menu and return the next_location """
response = ""
while self.hero.health:
print("\nYOU ARE IN " + self.name.upper() + ".")
print("""
J - JOURNEY
T - TALK TO KING
I - INVENTORY
R - REST
G - GAME SAVE
Q - QUIT""")
response = prompt("").upper()
if response == "J":
destination = self.get_destination()
if destination:
next_location = self.journey(destination[0], destination[1])
return next_location
elif response == "T":
if self.hero.missions[3] == False:
self.meeting1()
else:
print("\"The King cannot be seen right now.\"")
elif response == "I":
self.inv_function()
elif response == "R":
self.rest()
elif response == "G":
print("save")
elif response == "Q":
return None
else:
print("\a")
return None
def tactic(self, opponent):
""" The hero's tactic method consists of the battle menu. """
end_turn = False
while end_turn == False:
print(self.name + " has " + str(self.health) + \
" / " + str(self.health_max) +" health.")
print("""
A - Attack
I - Item
R - Run Away""")
choice = prompt("").upper()
if choice == "A":
self.attack(opponent)
end_turn = True
elif choice == "I":
self.inventory_menu()
item = self.item_pick()
if item != False:
if item.personal_use == True:
self.use_item(item, self)
else:
self.use_item(item, opponent)
end_turn = True
elif choice == "R":
opponent.run_away()
end_turn = True
def tactic(self, opponent):
""" The hero's tactic method consists of the battle menu. """
end_turn = False
while end_turn == False:
print(self.name + " has " + str(self.health) + \
" / " + str(self.health_max) +" health.")
print("""
A - Attack
I - Item
R - Run Away""")
choice = prompt("").upper()
if choice == "A":
self.attack(opponent)
end_turn = True
elif choice == "I":
self.inventory_menu()
item = self.item_pick()
if item != False:
if item.personal_use == True:
self.use_item(item, self)
else:
self.use_item(item, opponent)
end_turn = True
elif choice == "R":
opponent.run_away()
end_turn = True
def opening_menu():
choice = ""
while choice != "Q":
print("\nMAIN MENU")
print("R - Resume Game")
print("N - New Game")
print("Q - Quit")
print("T FOR TESTING!!!!")
choice = prompt("").upper()
if choice == "R":
print("LOAD")
elif choice == "N":
import items
data = introduction.intro()
hero = characters.New_Hero(data[0], data[1])
game = New_game(hero, locations.shmucksburg)
# For testing only!!!!!!!!
elif choice == "T":
import items
hero = characters.New_Hero("Bob", "Hooray!")
hero.missions = [True, True, True, True, False, False]
hero.weapon = items.shiny_sword
hero.shield = items.sturdy_shield
hero.armor = items.sweet_armor
hero.coins = 100
hero.inventory = [
items.herbenol, items.shiny_sword, items.sturdy_shield,
items.sweet_armor, items.kings_loot, items.t_map
]
for i in range(1, 7):
hero.inventory.append(items.bandage)
game = New_game(hero, locations.silverrock)
def boss1(self):
print("You dig where the map directs you to dig.")
prompt("And you find:\n\t" + items.kings_loot.name)
self.hero.inventory.append(items.kings_loot)
self.hero.inventory.remove(items.t_map)
prompt("King's First Servant: I see that much of this treasure was made by \
orcs. Perhaps Good King Vinny is trying to make amends by returning goods \
taken during one of the old wars.")
prompt("King's Second Servant: I don't believe the orcs would even \
realize.... What ho! Who goes there!?\n")
prompt("\nYou turn around to find that a stranger has snuck up on you!")
prompt("Prepare for battle!\n")
import battle_system, monsters
boss = monsters.Simon_Slick()
battle = battle_system.Battle(self.hero, boss)
if self.hero.health:
self.hero.missions[4] = True
def south_path(self):
""" Make sure the user really wants to travel this path. """
answer = prompt("That is a very dangerous path. Are you sure \
you want to proceed? (y/n) ").lower()
if answer == "y":
return (paths.south, wrathful)
elif answer == "n":
return None
else:
return None
def rest(self):
""" Allows hero to rest at an inn. """
price = 20
answer = prompt("\"Welcome to the " + self.name + " inn! \
A room costs " + str(price) + " silver. Care to rest a while?\" (y/n) ").lower()
if answer == "y":
if self.hero.coins >= price:
print("\"Have a nice stay\"!")
self.hero.coins -= price
self.hero.gain_health(50)
print(self.hero.name + " gains 50 health!")
else:
print("\"I'm sorry sir, but you haven't enough silver.\"")
def get_destination(self):
response = prompt("""
Where shall you journey?
SW) Fiddlestick
""").lower()
if response == "sw" or response == "fiddlestick":
destination = (paths.northeast, fiddlestick)
elif response == "":
destination = None
else:
print("\a")
destination = None
return destination
def get_destination(self):
response = prompt("""
Where shall you journey?
N) Shmucksburg
""").lower()
if response == "n" or response == "shmucksburg":
destination = (paths.south, shmucksburg)
elif response == "":
destination = None
else:
print("\a")
destination = None
return destination
def donation_menu(self):
response = ""
print("\t\t\tYou have entered the Armory.\n")
print("\"Welcome, patron!\"")
while response != "X":
print("""
ARMORY
V - View Contents
D - Donate
X - Exit
""")
response = prompt("\"Are we feeling philanthropic today?\" ").upper()
if response == "V":
print("ITEM\t\tCLASS")
for item in self.donations:
print(item.name + "\t" + item.item_class)
elif response == "D":
self.donate()
elif response == "X":
prompt("\"Have a grand day!\"\n")
else:
print("\"Could you repeat that?\"\a")
def shop_menu(self):
print("\n\t\t\tYou have entered Ye Olde Item Shoppe.\n")
print("\"Greetings, stranger!\"")
option = ""
while option != "X":
print("""
P - Purchase Item
S - Sell Item
I - View Inventory
X - Exit
""")
print("Silver: " + str(self.hero.coins))
option = prompt("What can I do for ye?\n").upper()
if option == "X":
prompt("\"Good day to you sir!\"\n")
elif option == "P":
self.hero_purchase()
elif option == "S":
self.hero_sell()
elif option == "I":
self.hero.inventory_menu()
else:
print("\a\"What jibberish thou art speaketh?!\"")
def shop_menu(self):
print("\n\t\t\tYou have entered Ye Olde Item Shoppe.\n")
print("\"Greetings, stranger!\"")
option = ""
while option != "X":
print("""
P - Purchase Item
S - Sell Item
I - View Inventory
X - Exit
""")
print("Silver: " + str(self.hero.coins))
option = prompt("What can I do for ye?\n").upper()
if option == "X":
prompt("\"Good day to you sir!\"\n")
elif option == "P":
self.hero_purchase()
elif option == "S":
self.hero_sell()
elif option == "I":
self.hero.inventory_menu()
else:
print("\a\"What jibberish thou art speaketh?!\"")
def rest(self):
""" Allows hero to rest at an inn. """
price = 20
answer = prompt("\"Welcome to the " + self.name + " inn! \
A room costs " + str(price) +
" silver. Care to rest a while?\" (y/n) ").lower()
if answer == "y":
if self.hero.coins >= price:
print("\"Have a nice stay\"!")
self.hero.coins -= price
self.hero.gain_health(50)
print(self.hero.name + " gains 50 health!")
else:
print("\"I'm sorry sir, but you haven't enough silver.\"")
def get_destination(self):
response = prompt("""
Where shall you journey?
W) Shmucksburg
\nEnter the direction or location. Or press enter to exit.
""").lower()
if response == "w" or response == "shmucksburg":
destination = (paths.east, shmucksburg)
elif response == "":
destination = None
else:
print("\a")
destination = None
return destination
def hero_sell(self):
# Show inventory, input item to sell
self.hero.inventory_menu()
item = prompt("\"What would ye like to sell?\" ").lower()
# If item does not exist, converter will print appropriate message
# and hero_sell() function will end.
item = converter.convert(item)
# If hero has the item and the item does not belong to the King, commence sale.
if item in self.hero.inventory and item.name != "Treasure Map" and item.name != "King's Loot":
sale_price = int(item.price * 0.8)
print("\"I'll offer you " + str(sale_price) + " silver.\"")
response = prompt("Is that agreeable to you?\" (y/n) ").upper()
# If sale price is accepted, commence sale
if response == "Y":
self.hero.drop(item)
self.hero.coins += sale_price
print("\"Nice doing business with you, sir!\"")
# If sale price is not accepted, end function
elif response == "N":
print("\"Tis the best I can do!\"")
# If response is invalid, end function
else:
print("\a\"What?\"")
# If the item is in hero's inventory, but does not belong to him, reject sale.
elif item in self.hero.inventory:
print("You can't sell that -- it belongs to the King!")
# If item does exist but is not in inventory, end function
elif item != False:
print("\"You don't have one!\a\"")
def hero_sell(self):
# Show inventory, input item to sell
self.hero.inventory_menu()
item = prompt("\"What would ye like to sell?\" ").lower()
# If item does not exist, converter will print appropriate message
# and hero_sell() function will end.
item = converter.convert(item)
# If hero has the item and the item does not belong to the King, commence sale.
if item in self.hero.inventory and item.name != "Treasure Map" and item.name != "King's Loot":
sale_price = int(item.price * 0.8)
print("\"I'll offer you " + str(sale_price) + " silver.\"")
response = prompt("Is that agreeable to you?\" (y/n) ").upper()
# If sale price is accepted, commence sale
if response == "Y":
self.hero.drop(item)
self.hero.coins += sale_price
print("\"Nice doing business with you, sir!\"")
# If sale price is not accepted, end function
elif response == "N":
print("\"Tis the best I can do!\"")
# If response is invalid, end function
else:
print("\a\"What?\"")
# If the item is in hero's inventory, but does not belong to him, reject sale.
elif item in self.hero.inventory:
print("You can't sell that -- it belongs to the King!")
# If item does exist but is not in inventory, end function
elif item != False:
print("\"You don't have one!\a\"")
def menu(self):
""" Run the menu and return the next_location """
response = ""
while self.hero.health:
print("\nYOU ARE IN " + self.name.upper() + ".")
print("""
J - JOURNEY
T - TALK TO VILLAGERS
S - SHOP
I - INVENTORY
R - REST
G - GAME SAVE
Q - QUIT""")
response = prompt("").upper()
if response == "J":
# Ask for next location via get_destination() method
destination = self.get_destination()
# If a destination was selected, call the journey function.
# If the hero survives the journey, the desired endpoint will
# be returned and fed back into the next_location of game.main_loop.
# But an unsuccessful journey returns None, which is fed back to
# the main_loop, and ends the game.main_loop.
if destination:
next_location = self.journey(destination[0],
destination[1])
return next_location
elif response == "T":
self.talk()
elif response == "S":
self.shop_menu()
elif response == "I":
self.inv_function()
elif response == "R":
self.rest()
elif response == "G":
print("save")
elif response == "Q":
return None
else:
print("\a")
# next_location is returned to the game.main_loop
return None
def menu(self):
""" Run the menu and return the next_location """
response = ""
while self.hero.health:
print("\nYOU ARE IN " + self.name.upper() + ".")
print("""
J - JOURNEY
T - TALK TO VILLAGERS
S - SHOP
I - INVENTORY
R - REST
G - GAME SAVE
Q - QUIT""")
response = prompt("").upper()
if response == "J":
# Ask for next location via get_destination() method
destination = self.get_destination()
# If a destination was selected, call the journey function.
# If the hero survives the journey, the desired endpoint will
# be returned and fed back into the next_location of game.main_loop.
# But an unsuccessful journey returns None, which is fed back to
# the main_loop, and ends the game.main_loop.
if destination:
next_location = self.journey(destination[0], destination[1])
return next_location
elif response == "T":
self.talk()
elif response == "S":
self.shop_menu()
elif response == "I":
self.inv_function()
elif response == "R":
self.rest()
elif response == "G":
print("save")
elif response == "Q":
return None
else:
print("\a")
# next_location is returned to the game.main_loop
return None
def get_destination(self):
response = prompt("""
Where shall you journey?
NW) Silverrock
NE) Oldendrab Castle
S) Shmucksburg
\nEnter the direction or location. Or press enter to exit.
""").lower()
if response == "nw" or response == "silverrock":
destination = (paths.northwest, silverrock)
elif response == "ne" or response == "oldendrab castle":
destination = (paths.northeast, oldendrab)
elif response == "s" or response == "shmucksburg":
destination = (paths.north, shmucksburg)
elif response == "":
destination = None
else:
print("\a")
destination = None
return destination
def hero_purchase(self):
self.show_inventory()
print("\"Which would ye like to purchase?\"")
item = prompt("")
item = converter.convert(item)
# Check if item is a real item.
if item != False:
# If item is in stock and hero can afford it:
if item in self.inventory and item.price <= self.hero.coins:
self.hero.inventory.append(item)
self.hero.coins -= item.price
print("\"Nice doing business with you, sir!\"")
# If item is in stock and hero cannot afford it:
elif item in self.inventory and item.price > self.hero.coins:
print("\a\"You can't afford that!\"")
# If item is not in stock:
else:
print("\a\"Sorry I haven't got that in stock.\"")
def hero_purchase(self):
self.show_inventory()
print("\"Which would ye like to purchase?\"")
item = prompt("")
item = converter.convert(item)
# Check if item is a real item.
if item != False:
# If item is in stock and hero can afford it:
if item in self.inventory and item.price <= self.hero.coins:
self.hero.inventory.append(item)
self.hero.coins -= item.price
print("\"Nice doing business with you, sir!\"")
# If item is in stock and hero cannot afford it:
elif item in self.inventory and item.price > self.hero.coins:
print("\a\"You can't afford that!\"")
# If item is not in stock:
else:
print("\a\"Sorry I haven't got that in stock.\"")
def menu(self):
response = ""
while self.hero.health:
print("\nYOU ARE IN " + self.name.upper() + ".")
print("""
J - JOURNEY
T - TALK TO VILLAGERS
S - SHOP
I - INVENTORY
D - DONATE
R - REST
G - GAME SAVE
Q - QUIT
""")
response = prompt("").upper()
if response == "J":
destination = self.get_destination()
if destination:
next_location = self.journey(destination[0], destination[1])
return next_location
elif response == "T":
self.talk()
elif response == "S":
self.shop_menu()
elif response == "I":
self.inv_function()
elif response == "D":
self.donation_menu()
elif response == "R":
self.rest()
elif response == "G":
print("save")
elif response == "Q":
return None
else:
print("\a")
return None
def opening_menu():
choice = ""
while choice != "Q":
print("\nMAIN MENU")
print("R - Resume Game")
print("N - New Game")
print("Q - Quit")
print("T FOR TESTING!!!!")
choice = prompt("").upper()
if choice == "R":
print("LOAD")
elif choice == "N":
import items
data = introduction.intro()
hero = characters.New_Hero(data[0], data[1])
game = New_game(hero, locations.shmucksburg)
# For testing only!!!!!!!!
elif choice == "T":
import items
hero = characters.New_Hero("Bob", "Hooray!")
hero.missions = [True, True, True, True, False, False]
hero.weapon = items.shiny_sword
hero.shield = items.sturdy_shield
hero.armor = items.sweet_armor
hero.coins = 100
hero.inventory = [items.herbenol,
items.shiny_sword,
items.sturdy_shield,
items.sweet_armor,
items.kings_loot,
items.t_map
]
for i in range(1, 7):
hero.inventory.append(items.bandage)
game = New_game(hero, locations.silverrock)
def donate(self):
""" For hero donating items to the armory. """
# Get item
import converter
self.hero.inventory_menu()
item = prompt("Select a weapon, shield or armor to donate. Or \
press enter to exit. ").lower()
item = converter.convert(item)
# If item is a weapon, shield or armor, accept the donation
if isinstance(item, items.Weapon) or isinstance(item, items.Shield) or isinstance(item, items.Armor):
if item in self.hero.inventory:
self.donations.append(item)
self.hero.drop(item)
self.sort_donations()
prompt("\"Thank you for your donation.\"")
else:
prompt("You don't have one!")
# If item is a real item but is not in the above classes, do not accept.
elif item != False:
prompt("That type of item is not needed.")
hero = characters.New_Hero(data[0], data[1])
game = New_game(hero, locations.shmucksburg)
# For testing only!!!!!!!!
elif choice == "T":
import items
hero = characters.New_Hero("Bob", "Hooray!")
hero.missions = [True, True, True, True, False, False]
hero.weapon = items.shiny_sword
hero.shield = items.sturdy_shield
hero.armor = items.sweet_armor
hero.coins = 100
hero.inventory = [items.herbenol,
items.shiny_sword,
items.sturdy_shield,
items.sweet_armor,
items.kings_loot,
items.t_map
]
for i in range(1, 7):
hero.inventory.append(items.bandage)
game = New_game(hero, locations.silverrock)
def main():
title()
opening_menu()
# Execute main()
main()
prompt("Thanks for playing!")
def __init__(self, good_guys, mission_data):
self.good_guys = good_guys
self.mission_data = mission_data
self.goods_health = 0
self.bads_health = 0
self.battle()
def battle(self):
# Each army attacks each other. Then the remaining health is totaled.
for i in range(0, 7):
good_guys[i].attack(bad_guys[i])
bad_guys[i].attack(good_guys[i])
self.goods_health += good_guys[i].health
self.bads_health += bad_guys[i].health
both = (self.goods_health, self.bads_health)
# If there is a tie, winner chosen randomly
if self.goods_health == self.bads_health:
winner = random.choice(both)
# Otherwise, winner is whoever has more health left
else:
winner = max(both)
return winner
if __name__ == "__main__":
print("This is a module for 'Oh Great Knight'.")
prompt("Press enter to exit.")
def intro():
print("Welcome to Shmucksburg: A knightless town in a dangerous world.")
prompt("")
print("Your name is Cecil. Cecil Farmer.\n")
prompt("You're a farmer.\n")
prompt("You leave your cabin one morning and walk to the townsquare. \
You can hear the beautiful sound of birds chirping.\n")
prompt("\ttweet!\a")
prompt("\ttweet tweet!\a\a")
prompt("\ttweet tweet tweet!\a\a\a\n")
print("You see your fellow villagers standing in the townsquare, \
mourning, as they've grown accustom to doing:\n")
prompt("\"Oh, that the town would be safe! \
Oh, that our goods would be returned! Oh, that the robbers would be put to \
justice! Oh, that we would be granted federal funding for our municipal \
improvements!\n \
\"But who? Who will be our knight!?\"\n")
prompt("You silently agree. A hero is needed! In the past, Shmucksburg \
has been able to defend itself because of its armory. But since that was \
robbed last year, they've had little luck defending the village. If only \
someone could find and retake the contents of your armory....\n")
prompt("You return home. You go into your barn to begin your work. \
As you reach for a shovel, you find an old mask from your childhood.\n")
prompt("\"Why this makes me look twice as dapper and three times as \
valiant!\"\n")
prompt("'Tis fate, perhaps, but the mask inspires you.\n")
prompt("\"A hero needs two things: heart, and a sweet mask! \
Now that I have the latter, I can be our village knight!\"\n")
name = ""
while name == "":
name = prompt("\tWhat shall you call yourself, sir knight?\n").title()
catchphrase = ""
while catchphrase == "":
catchphrase = prompt("\tWhat shall your battle cry be?\n")
prompt("\"When I wear this mask, I shall be known as " + name + "! \
And when I march into battle, I will shout, '" + catchphrase + "!'\"\n")
prompt("After some thought, you decide a hero may need some other things \
as well, such as weapons and armor and perhaps a shield. You head to \
the townsquare to pawn your gold ring and buy some supplies.")
prompt("\n\n\t\t\tYOUR JOURNEY BEGINS.\n\n")
intro_data = (name, catchphrase)
return intro_data
def use(self, target):
prompt("The map shows where to dig at the valley's end.")
def win(self):
prompt("Pretty Blob gives you a big kiss.")
def use(self, target):
prompt("The map shows where to dig at the valley's end.")
def item_pick(self):
item = prompt("Select an item to use or equip or press 'enter' to \
exit.\n").lower()
item = converter.convert(item)
return item
def win(self):
prompt("\"" + self.catchphrase + "\"")
def win(self):
prompt(self.name + " was having so much fun he tries to put you back together.")
def get_first_strike(self):
""" First strike chosen at random """
opponents = (self.hero, self.monster)
first_strike = random.choice(opponents)
prompt(first_strike.name + " strikes first!\n")
return first_strike
def win(self):
prompt("Tis a bad day to be a hero....\n")
self.good_guys = good_guys
self.mission_data = mission_data
self.goods_health = 0
self.bads_health = 0
self.battle()
def battle(self):
# Each army attacks each other. Then the remaining health is totaled.
for i in range(0, 7):
good_guys[i].attack(bad_guys[i])
bad_guys[i].attack(good_guys[i])
self.goods_health += good_guys[i].health
self.bads_health += bad_guys[i].health
both = (self.goods_health, self.bads_health)
# If there is a tie, winner chosen randomly
if self.goods_health == self.bads_health:
winner = random.choice(both)
# Otherwise, winner is whoever has more health left
else:
winner = max(both)
return winner
if __name__ == "__main__":
print("This is a module for 'Oh Great Knight'.")
prompt("Press enter to exit.")
def title():
print("\t\t\t****************")
print("\t\t\tOh Great Knight!")
print("\t\t\t****************")
print("\nby Mark Lauber\n\n")
prompt("Press enter to begin.\n\n")
def get_first_strike(self):
""" First strike chosen at random """
opponents = (self.hero, self.monster)
first_strike = random.choice(opponents)
prompt(first_strike.name + " strikes first!\n")
return first_strike
def win(self):
prompt(self.name + " decides she wasn't hungry after all!")
