def load_game():
response = prompt_usr("Select (N)ew game or (C)ontinue: \t",
"string").upper()
if (response == "C"):
try:
hero = load("saveGame.txt")
hero.stats()
#print("File Loaded")
except FileNotFoundError:
print("SaveGame not found")
create_character()
#hero = Hero("bill", "warrior")
return hero
elif (response == "N"):
hero = restart()
print(
"\nThree months ago, you set out from your village looking for glory and riches."
)
print(
"After a long journey into the mountains, you came across a cave.")
print("You hear horrible noises coming from inside.")
response = prompt_usr("Do you want to (E)enter or (L)leave? \t",
"string").upper()
if (response == "E"):
return hero
else:
print("You Left")
return
else:
print("Not an option, Sorry")
print("Terminating")
def create_character():
name = prompt_usr("Enter your hero's name: \t", "string")
char_class = prompt_usr(
"What class shall they be, a mighty (W)warrior or cunning (T)thief? \t",
"string")
hero = Hero(name, char_class)
return hero
def choice():
# prompt user
print("\nThe room is now safe")
response = ""
while (not response == "E"):
response = prompt_usr(
"Do you want to (R)est to recover stamina and health, check your(S)status, open your (I)inventory, "
+
" \n(E)enter the next room, Enter the s(H)op, or save and (Q)uit the game. \t",
"string").upper()
# resting
if (response == "R"):
hero.rest()
# status
elif (response == "S"):
hero.stats()
# open inventory
elif (response == "I"):
hero.inventory.handleInventory(hero)
#elif(response == "H"):
# g_store.enterStore(hero)
# quit game
elif (response == "Q"):
#return False
try:
save(hero, r"save_game.txt")
return False
except FileNotFoundError:
print("There was a problem Saving, file not found")
return False
return True
def examine(self):
_id = prompt_usr(
"Which item would you like to examine (Enter the item number): ",
"number")
# parse the number(and catch)
try:
examine_item(_id)
except ValueError:
print("You must enter a valid number")
def unequip(self, hero):
_id = prompt_usr(
"Which item would you like to unequip (Enter the item number): ",
"number")
# parse the number(and catch)
try:
self.unequip_item(_id, hero)
except ValueError:
print("You must enter a valid number")
def play_again():
play = prompt_usr("Play Again? Y or N: \t", "string").upper()
if play == "N":
print("Fine")
time.sleep(2)
print("bye bye")
elif play == "Y":
#resart to play again
return restart()
else:
print("!!!What!!!\n\n")
time.sleep(2)
print("Nah Forget it, bye")
def handleInventory(self, hero):
response = ""
while (not response == "C"):
response = prompt_usr(
"Choose One: (L)list your items, E(x)amine an item, (S)ell an Item, (E)quip an item,"
+ "\n (U)unequip an item, or (C)lose backpack) \t", "string")
# list items
if (response == "L"):
list_items()
elif (response == "X"):
examine(input)
elif (response == "S"):
hero.gold += remove()
elif (response == "E"):
equip(input, hero)
elif (response == "U"):
unequip(input, hero)
def get_treasure(treasure):
# build a list of items that dropped
lootItems = []
# number of basic items
basic = treasure % 10
# advanced items
advanced = treasure / 10 % 10
# epic items
epic = treasure / 100 % 10
# setup the basic items
for i in range(basic):
lootItems.append(loot.getBasic(hero))
# setup the advanced items
for i in range(advanced):
lootItems.append(loot.getAdvanced(hero))
# setup the epic items
for i in range(epic):
lootItems.append(loot.getEpic(hero))
if (len(lootItems) > 0):
# print a list of the items
print()
print("***************")
print("Treasure Items")
print("**************")
for i in lootItems:
print("{} {}\n".format(i.uniqueID, i.name))
# ask the user whether they want to(S)ell items or (K)eep items
valid_response = False
response = ""
while (not response == "S" and not response == "K"):
response = prompt_usr(
"Do you want to (S)ell or (K)eep the items (duplicates will be added to your current weapons): \t",
"string")
# sell
if (response == "S"):
for i in lootItems:
hero.gold += i.price / 10
print("You wisely sell the items")
else:
# put items in inventory(upgrade if duplicate)
for i in lootItems:
hero.gold += hero.inventory.append(i)
print_case()
print("You wisely put the items in your backpack.")
def fight_monster(self):
monster_list = MonsterList()
valid_monster = False
while (not valid_monster):
cur_monster = monster_list.get_monster()
if (cur_monster.level <= self.level):
valid_monster = True
cur_monster.cur_health = cur_monster.health
# copy the monsters health
print("You come face to face with a {}".format(cur_monster.name))
print(cur_monster.desc)
print("The {} is poised, ready to attack!".format(cur_monster.name))
if (self.level >= cur_monster.level):
print("\n***********************")
print("Good Monster: {}".format(cur_monster.name))
else:
print("\n***********************")
print("Bad Monster: {}".format(cur_monster.name))
print("player level: {}".format(self.level))
print("Monster level: {}".format(cur_monster.level))
print("***********************\n")
# calculate potential treasure
treasure = cur_monster.epic * 100 + cur_monster.advanced * 10 + cur_monster.basic
# main fighting loop
keep_fighting = True
# should we keep fighting
while (keep_fighting):
# get their input
valid_input = False
response = ""
while (not valid_input):
print("\nMonster's HP: {}/{} \t Your HP: {}/{}".format(
cur_monster.cur_health, cur_monster.health, self.health,
self.max_health))
response = prompt_usr(
"Do you want to (F)lee, make a (S)strong attack, or make a (W)eak attack? \t",
"string").upper()
if (response == "F" or response == "S" or response == "W"):
# it is a valid response
valid_input = True
else:
print("Invalid input!")
# end valid_input while
# generate an attack
flee = cur_monster.singleAttack(self, response)
# handles one attack
# did the player flee?
if (flee):
print("\nYou manage to flee!\n")
# no treasure
return 0
# did the player die?
elif (self.health <= 0):
# the player died
print("\nYou have been slain by a {}".format(cur_monster.name))
print("Total Gold: {}, Total Level {}".format(
self.gold, self.level))
print("Better luck next time!\n")
return -1
# did the player win?
elif (cur_monster.cur_health <= 0):
print("\n*************************************")
print("You vanquish the {}".format(cur_monster.name))
print("Your Health: {}".format(self.health))
# reward with food, gold and xp
self.give_food(cur_monster.give_food())
self.give_gold(cur_monster.give_gold())
self.give_XP(cur_monster.xp)
return cur_monster.get_treasure()
#end keepFight while
return -1