def play_game(self, player):
print("Watch the ball!")
time.sleep(0.5)
clear()
self.print_animation()
print(
"Could you follow? Tell me, under which cup is the ball? (left, middle, right)"
)
a = str(input("> ")).lower()
valid_options = ["left", "middle", "right"]
while a not in valid_options:
print("Come on... play the game!")
a = str(input("> ")).lower()
x = random.randint(1, 3)
if x == 1:
position = "left"
elif x == 2:
position = "middle"
elif x == 3:
position = "right"
if a == position:
print("Not bad, you got it right.")
self.result(x)
return 1
else:
print("Sorry, no luck this time.")
self.result(x)
return 0
def movement(destination):
if (myPlayer.location == "b1"
and destination == "c1") or (myPlayer.location == "c1"
and destination == "b1"):
print(
"Do you want do 'swim' over the river or go over the the bridge in the west?"
)
answer = input("> ")
if answer == "swim":
if random.random() < 0.2:
factor = random.random()
print("Unfortunately you get attacked by a snake.")
print("You get " + str(factor * 10) + " damage.")
myPlayer.health_cur -= factor * 10
if myPlayer.health_cur < 0:
print("You died.")
time.sleep(2)
game_over()
if (myPlayer.location == "b2"
and destination == "c2") or (myPlayer.location == "c2"
and destination == "b2"):
BridgeGuard(myPlayer)
myPlayer.location = destination
print("You have moved to the " + zonemap[myPlayer.location]["ZONENAME"] +
".")
time.sleep(2)
clear()
def show_stats(self):
"""
This function shows the stats of the player.
"""
clear()
print("#" * screen_width)
print("")
print("Name:" + " " * (20 - len("Name:")) + self.name)
print("Class:" + " " * (20 - len("Class:")) + self.play_class)
print("Level:" + " " * (20 - len("Level:")) + str(self.level))
print("Gold:" + " " * (20 - len("Gold:")) +
str(self.gold)) # Gold ergänzt
print("EP:" + " " * (20 - len("EP:")) + str(self.ep))
print("Health:" + " " * (20 - len("Health:")) + str(self.health_cur) +
"/" + str(self.health_max))
print("Mana:" + " " * (20 - len("Mana:")) + str(self.mp_cur_max[0]) +
"/" + str(self.mp_cur_max[1]))
print("Armor:" + " " * (20 - len("Armor:")) + str(self.armor))
print("Weapon:" + " " * (20 - len("Weapon:")) + self.weapon.name +
" with " + str(self.weapon.damage) + " damage")
print("")
print("#" * screen_width)
print("")
print("Press ENTER to continue.")
input()
clear()
def intro(self, player):
print("Hey!", end=" ")
time.sleep(1)
print(" " + player.name)
time.sleep(1)
speech_manipulation(
"Come over here for a second, I have an offer for you.", 0.08)
time.sleep(1)
clear()
print(
"You look like a trustworthy adventure. I have a problem, you see, and I need help. My farm was raided by some bandits and I have nothing left to eat."
)
time.sleep(3)
print(
"They left a note with a message. I have it in my house. Would you come take a look and help me?"
)
ant = str(input("> ")).lower()
if ant not in ["yes", "y"]:
print("Oh. I thought you were the one to save me...")
time.sleep(2)
else:
speech_manipulation("Thank you!!", 0.08)
time.sleep(1)
print(" ")
speech_manipulation(
"** You follow the man through a narrow street. After you turn a corner everything is black!",
0.065)
time.sleep(1)
clear()
time.sleep(2)
def fishing(self):
"""
The player can go fishing in the water if he has a fishingrot. Adds fish to the inventory.
:return:
"""
if self.location in ["a4", "c1", "c2"
] and "fishingrot" in self.inventory:
p = random.random()
if p > 0.95:
print("You get an old, stinky boot. *urgh*")
if "Old, stinky boot" not in self.inventory:
self.inventory["Old, stinky boot"] = 1
else:
self.inventory["Old, stinky boot"] += 1
elif p > 0.5:
print("You got a nice, fresh fish")
if "fish" not in self.inventory:
self.inventory["fish"] = 1
else:
self.inventory["fish"] += 1
else:
print(
"You got nothing for now. But you can fish all day long.")
else:
print(
"Well you can try to fish here. But you will not get any more than some dirt."
)
time.sleep(2)
clear()
def write_notebook(self):
"""
This function gives the possibility to write into the notebook.
"""
clear()
print("#" * screen_width)
print("#" + " " * int((screen_width - len("NOTEBOOK")) / 2 - 1) +
"NOTEBOOK" +
" " * int((screen_width - len("NOTEBOOK")) / 2 - 1) + "#")
print("#" * screen_width)
print(
"\nYou can escape the notebook with writing 'END' in the last line."
)
print("\nOlder Entries:\n")
with open("../notebook.txt", "r") as notebook:
for line in notebook.readlines():
print("> " + line, end="")
print("\nAppend the following lines:\n")
with open("../notebook.txt", "a") as notebook:
while True:
inp = input("> ")
if inp.strip() == "END":
break
else:
notebook.write(inp + "\n")
def __init__(self, player):
self.symbol = " " * int(
(screen_width - len("@xxxx[{::::::::::::::::::::::::::::::>")) / 2
) + " [" + " " * int(
(len("::::::::::::::::::::::::::::::") - len("Mr. & Mrs. Smith")) /
2) + "Mr. & Mrs. Smith\n" + " " * int(
(screen_width - len("@xxxx[{::::::::::::::::::::::::::::::>"))
/ 2) + "@xxxx[{::::::::::::::::::::::::::::::>\n" + " " * int(
(screen_width -
len("@xxxx[{::::::::::::::::::::::::::::::>")) /
2) + " ["
self.greeting = [
"Welcome, traveller. How may I help you?",
"Hey! You. Get over here. How about a nice new sword for you?",
"Oi! You have some coin to spend?"
]
self.inventory = []
self.set_inventory(player) # Auslage wird erstellt
self.gold = random.randrange(150, 301) # Gold für Ankäufe
clear()
print("#" * screen_width)
print(self.symbol, sep="\n")
print("#" * screen_width + "\n")
print(random.choice(self.greeting))
self.decision(player) # Interaktion mit blacksmith wird gestartet
def box_print(self, message, x):
print("#" * 70)
print(" ")
print(" ")
print(message)
print(" ")
print(" ")
print("#" * 70)
time.sleep(x)
clear()
def game_over():
clear()
speech_manipulation("Ouh there you are again.\n", 0.05)
speech_manipulation(
"Don't get me wrong. This is no surprise for me. Maybe you have more luck in your next reincarnation.\n",
0.05)
speech_manipulation("Have a good day. :)", 0.07)
myPlayer.game_over = True
time.sleep(2)
sys.exit()
def stay(direct):
directions = {
"up": "north",
"down": "south",
"left": "west",
"right": "east"
}
print("You cannot move further " + directions[direct] + ".")
time.sleep(3)
clear()
def title_screen():
clear()
print("#" * screen_width)
print("#" + (" " * int((screen_width - len("Welcome to the Text RPG")) / 2)) + "Welcome to the Text RPG" + (
" " * int((screen_width - 2 - len("Welcome to the Text RPG")) / 2)) + "#")
print("#" + "=" * (screen_width - 2) + "#")
print("#" + (" " * int((screen_width - 6) / 2)) + "-play-" + (" " * int((screen_width - 9) / 2)) + "#")
print("#" + (" " * int((screen_width - 6) / 2)) + "-help-" + (" " * int((screen_width - 9) / 2)) + "#")
print("#" + (" " * int((screen_width - 6) / 2)) + "-quit-" + (" " * int((screen_width - 9) / 2)) + "#")
print("#" * screen_width + "\n")
title_screen_selections()
def __init__(self, player):
self.greeting = [
"Welcome, traveller. How may I help you?",
"Hey! You. Get over here. How about a nice new sword for you?",
"Oi! You have some coin to spend?"
]
self.inventory = []
self.set_inventory(player) # Auslage wird erstellt
self.gold = random.randrange(150, 301) # Gold für Ankäufe
clear()
print_blacksmith()
print(random.choice(self.greeting))
self.decision(player) # Interaktion mit blacksmith wird gestartet
def fight_setup(player, poss):
clear()
print("#" * screen_width)
print(" " * int((screen_width - len("FIGHT")) / 2) + "FIGHT")
print("#" * screen_width)
x = random.random()
if x < poss[0]:
enemy = Bandit()
elif poss[0] < x < poss[0] + poss[1]:
enemy = Orc()
else:
enemy = Giant() # else, solange nur 3 mögliche Gegner
fight(player, enemy, zonemap)
def intro():
clear()
question3 = "Welcome, " + myPlayer.name + " the " + myPlayer.play_class + ".\n"
speech_manipulation(question3, 0.05)
speech_manipulation("Welcome to this fantasy world I created for you. ;)\n", 0.05)
speech_manipulation("I hope you will have some fun\n ... \n ... \n ...\n", 0.15)
speech_manipulation(
"Well, you are not the first adventurer here. There have been many before you. And to be honest, there will "
"be many after you ... when you have ... ",
0.05)
speech_manipulation("passed away ... \n", 0.25)
speech_manipulation("Now have some fun exploring the world. We will see each other when it's time to.\n", 0.05)
time.sleep(2)
def show_notebook(self):
"""
Prints out the notebook of the player.
"""
clear()
print("#" * screen_width)
print("#" + " " * int((screen_width - len("NOTEBOOK")) / 2 - 1) +
"NOTEBOOK" +
" " * int((screen_width - len("NOTEBOOK")) / 2 - 1) + "#")
print("#" * screen_width)
with open("../notebook.txt", "r") as notebook:
for line in notebook.readlines():
print("> " + line, end="")
def setup(self, player):
print("Hello there. Do you want to make some money?")
time.sleep(0.5)
speech_manipulation("How about a round of rock, paper, scissors?\n",
0.05)
a = str(input("> ")).lower()
while a not in ["yes", "no"]:
print("What did you say?")
a = str(input("> ")).lower()
if a == "yes":
clear()
speech_manipulation("Alright! Place your bet.\n", 0.05)
time.sleep(0.3)
speech_manipulation(
"How much do you want to play for? If you win, I'll double it.\n",
0.05)
amount = input("> ")
while not all([c in "0123456789" for c in amount]):
speech_manipulation(
"You should give me an amount of gold you want to bet?\n",
0.05)
amount = input("> ")
amount = int(amount)
if amount > 0:
if amount > player.gold:
print("Sorry mate, you don't have the bank for that.")
else:
speech_manipulation("Alright.", 0.05)
win = self.play_rps()
if win == 1:
speech_manipulation("You won! Not bad.\n", 0.05)
time.sleep(0.5)
print("Here is your reward!")
speech_manipulation(
"You earn " + str(amount) + " Gold.", 0.05)
player.gold += amount
time.sleep(2)
elif win == 2:
speech_manipulation("Oh. A tie.\n", 0.05)
print("Well, no luck for both of us.")
time.sleep(2)
else:
speech_manipulation(
"You lose... Better luck next time!\n", 0.05)
time.sleep(0.5)
print("Pay your bet!")
player.gold -= amount
time.sleep(2)
else:
print("Try again...")
def win_fight(player, enemy, zonemap):
print(" ")
print("**** You won!!! ****")
print(" ")
zonemap[player.location]["ENCOUNTERS"] -= 1
# Kampf ist vorbei --------------------------------------------------
if random.random() < enemy.loot_chance: # Chance ob Loot-Drop oder nicht (abhängig von Gegner)
loot(enemy, player) # Spieler erhält Trank(30%) oder Gegenstand(70%)
else:
print("Looks like you found nothing interesting...")
# Garantierte Belohnungen: Gold und Erfahrung
player.get_ep(enemy.ep_drop)
player.get_gold(random.randrange(10, 20) * enemy.loot_level)
time.sleep(2) # Notwendig?
clear()
def end_screen():
speech_manipulation(
"Congratulations, you have solved the complete game. I never thought you would be able to do this.", 0.05)
print("")
speech_manipulation(
"I will get in touch with you soon. Wait for a sign from me. I think I have a good job for some strong "
"adventurer like you.",
0.04)
time.sleep(5)
clear()
# print("Made by laeberkaes")
# print("Hit me "UP" at: https://github.com/laeberkaes/ or @laeberkaes:uraltemorla.xyz")
#
# time.sleep(5)
sys.exit()
def player_examine():
if zonemap[myPlayer.location]["ENCOUNTERS"] > 0:
fight_setup(myPlayer, zonemap[myPlayer.location]["POSSIBILITIES"])
if zonemap[myPlayer.location]["SOLVED"] == True:
print("You have already been here.")
print(zonemap[myPlayer.location]["EXAMINATION"])
time.sleep(3)
clear()
else:
print(zonemap[myPlayer.location]["EXAMINATION"])
zonemap[myPlayer.location]["SOLVED"] = True
if all(solved_places.values()):
myPlayer.game_over = True
time.sleep(3)
clear()
def help_menu():
clear()
print("#" * screen_width)
print(("=" * int((screen_width - len("HELP MENU")) / 2)) + "HELP MENU" + (
"=" * int((screen_width - len("HELP MENU")) / 2)))
print("#" * screen_width)
print("")
print(" -- You can always decide to 'examine' a location or 'move' to another.")
print(" -- You can always see your inventory with 'show inventory' and show your stats with 'show stats'")
print("-- If you examine a location you may trigger a random encounter and you can 'fish', 'hunt'. 'rest', "
"'learn' or 'get corn'")
print(" -- If you move, you can decide to move 'up', 'down', 'left' or 'right'")
print("")
print("Press ENTER to continue.")
input()
title_screen()
title_screen_selections()
def get_corn(self):
"""
The player can get corn from the corn field. Adds corn to the inventory.
:return:
"""
if self.location == "d2":
p = random.random()
if p > 0.25:
print("You get some nice corn.")
if "bag of corn" not in self.inventory["misc"]:
self.inventory["misc"]["bag of corn"] = 1
else:
self.inventory["misc"]["bag of corn"] += 1
else:
print("Baaah. You better not take this corn with you.")
else:
print("Well you cannot get corn out of this place.")
time.sleep(2)
clear()
def print_inventory(self, interactive=False):
"""
This function prints out the inventory of the player with weapons, armor, potions and miscellaneous.
"""
clear()
print("#" * screen_width)
print("=" * int((screen_width - len("WEAPONS")) / 2) + "WEAPONS" +
"=" * int((screen_width - len("WEAPONS")) / 2))
for weapon in self.inventory["weapons"]:
if weapon.equipped == True:
print("EQUIPPED: " + str(weapon)[13:])
else:
print(str(weapon)[13:])
print("")
print("=" * int((screen_width - len("ARMOR")) / 2) + "ARMOR" +
"=" * int((screen_width - len("ARMOR")) / 2))
for armor in self.inventory["armor"]:
if armor.equipped == True:
print("EQUIPPED: A" + str(armor)[6:])
else:
print("A" + str(armor)[6:])
print("")
print("=" * int((screen_width - len("POTIONS")) / 2) + "POTIONS" +
"=" * int((screen_width - len("POTIONS")) / 2))
if self.potions == 1:
print("You have " + str(self.potions) + " potion.")
if self.potions > 1:
print("You have " + str(self.potions) + " potions.")
print("")
print("=" * int((screen_width - len("MISC")) / 2) + "MISC" +
"=" * int((screen_width - len("MISC")) / 2))
for misc in self.inventory["misc"]:
print(misc + ": " + str(self.inventory["misc"][misc]))
print("")
if not interactive:
print("Press ENTER to continue.")
input()
clear()
def use_potion(self):
"""
Adds health and mana, if the player has potions left.
:return:
"""
if self.potions > 0:
# Adding health and mana
self.health_cur += 25
self.mp_cur_max[0] += 25
# Check if the result is more than the max value
if self.health_cur > self.health_max:
self.health_cur = self.health_max
if self.mp_cur_max[0] > self.mp_cur_max[1]:
self.mp_cur_max[0] = self.mp_cur_max[1]
self.potions -= 1
print(
"Ahhhh this feels good. You feel new power filling up your body. (HP +25)"
)
else:
print("You don't have any potions left.")
time.sleep(2)
clear()
def setup_game():
clear()
question1 = "Hello what's your name?\n"
speech_manipulation(question1, 0.05)
print("")
myPlayer.name = input("> ").lower()
clear()
classes = ["warrior", "mage", "rogue"]
question2 = "What Class do you want to play? (Warrior, Mage, Rogue)\n"
speech_manipulation(question2, 0.01)
print("")
player_class = input("> ").lower()
print("")
if player_class.lower() in classes:
myPlayer.play_class = player_class
print("You are now a " + player_class)
time.sleep(1.5)
else:
while player_class.lower() not in classes:
print("No valid class.\n")
player_class = input("> ").lower()
if player_class.lower() in classes:
myPlayer.play_class = player_class
print("You are now " + player_class)
time.sleep(1.5)
if myPlayer.play_class == "warrior":
myPlayer.health_max = 120
myPlayer.health_cur = 120
myPlayer.mp_cur_max.append(20)
myPlayer.mp_cur_max.append(20)
elif myPlayer.play_class == "mage":
myPlayer.health_max = 80
myPlayer.health_cur = 80
myPlayer.mp_cur_max.append(80)
myPlayer.mp_cur_max.append(80)
elif myPlayer.play_class == "rogue":
myPlayer.health_max = 100
myPlayer.health_cur = 100
myPlayer.mp_cur_max.append(40)
myPlayer.mp_cur_max.append(40)
# intro()
clear()
print("#" * screen_width + "\n")
print("#" + (" " * int((screen_width - 2 - len("Let's start now")) / 2)) + "Let's start now" + (
" " * int((screen_width - 2 - len("Let's start now")) / 2)) + "#\n")
print("#" * screen_width + "\n")
game_loop()
end_screen()
def setup_game():
clear()
question1 = "Hello what's your name?\n"
speech_manipulation(question1, 0.05)
print("")
myPlayer.name = input("> ").lower()
clear()
classes = ["warrior", "mage", "rogue", "debug"]
question2 = "What Class do you want to play? ('Warrior', 'Mage', 'Rogue')\n"
speech_manipulation(question2, 0.01)
print("")
player_class = input("> ").lower()
print("")
if player_class.lower() in classes:
myPlayer.play_class = player_class
print("You are now a:")
else:
while player_class.lower() not in classes:
print("No valid class.\n")
player_class = input("> ").lower()
if player_class.lower() in classes:
myPlayer.play_class = player_class
print("You are now " + player_class)
if myPlayer.play_class == "warrior":
print_warrior()
time.sleep(2)
myPlayer.health_max = 120
myPlayer.health_cur = 120
myPlayer.mp_cur_max.append(20)
myPlayer.mp_cur_max.append(20)
myPlayer.karma = 1.0
myPlayer.strength = 0.3
myPlayer.dexterity = -0.1
myPlayer.constitution = 0.2
myPlayer.intelligence = 0.0
myPlayer.wisdom = 0.1
myPlayer.charisma = 0.2
elif myPlayer.play_class == "mage":
print_mage()
time.sleep(2)
myPlayer.health_max = 80
myPlayer.health_cur = 80
myPlayer.mp_cur_max.append(80)
myPlayer.mp_cur_max.append(80)
myPlayer.karma = 1.0
myPlayer.strength = 0.0
myPlayer.dexterity = 0.2
myPlayer.constitution = 0.2
myPlayer.intelligence = 0.3
myPlayer.wisdom = 0.1
myPlayer.charisma = -0.1
elif myPlayer.play_class == "rogue":
print_rogue()
time.sleep(2)
myPlayer.health_max = 100
myPlayer.health_cur = 100
myPlayer.mp_cur_max.append(40)
myPlayer.mp_cur_max.append(40)
myPlayer.karma = 1.0
myPlayer.strength = -0.1
myPlayer.dexterity = 0.3
myPlayer.constitution = 0.1
myPlayer.intelligence = 0.1
myPlayer.wisdom = 0.0
myPlayer.charisma = 0.3
elif myPlayer.play_class == "debug":
myPlayer.health_max = 1000
myPlayer.health_cur = 1000
myPlayer.mp_cur_max.append(400)
myPlayer.mp_cur_max.append(400)
myPlayer.level = 10
myPlayer.gold = 10000
myPlayer.karma = 1.0
myPlayer.strength = -0.1
myPlayer.dexterity = 0.3
myPlayer.constitution = 0.1
myPlayer.intelligence = 0.1
myPlayer.wisdom = 0.0
myPlayer.charisma = 0.3
for i in range(3):
myPlayer.spells.append(Spell(myPlayer))
myPlayer.weapon = game_object.Weapon(10)
print("Where to start? (a1, a2, etc.")
myPlayer.location = input("> ")
# intro()
clear()
print("#" * screen_width + "\n")
print("#" + (" " * int((screen_width - 2 - len("Let's start now")) / 2)) + "Let's start now" + (
" " * int((screen_width - 2 - len("Let's start now")) / 2)) + "#\n")
print("#" * screen_width + "\n")
game_loop()
end_screen()
def fight_options():
print("Choose: attack, magic, heal, flee, show stats, quit\n")
ant = input("> ")
clear()
return ant
def repair(self, player):
clear()
player.print_inventory(interactive=True)
print("What do you want to repair? ('weapon', 'armor'): ")
sell = input("> ")
while sell.lower() not in ["weapon", "armor"]:
print("Please write 'weapon' or 'armor'")
sell = input("> ")
clear()
if sell.lower() == "weapon":
print("#" * screen_width, end="\n\n")
for num, weapon in enumerate(player.inventory["weapons"]):
if weapon.durability[0] < weapon.durability[1]:
print(" " * 5 + str(num + 1) + " " + weapon.name +
" with " + str(weapon.durability[0] /
weapon.durability[1] * 100) +
"% of durability.")
print(" " * 9 + "~~ Cost: " +
str(int(weapon.value * .25)) + " Gold ~~",
end="\n\n")
else:
print(
" " * 5 + str(num + 1) + " --> >>FULL DURABILITY<< " +
weapon.name + " with " +
str(weapon.durability[0] / weapon.durability[1] * 100)
+ "% of durability.",
end="\n\n")
print("#" * screen_width, end="\n\n")
print("Which one do you want to repair? (number):")
select = input("> ")
if player.inventory["weapons"][int(select) - 1].durability[0] < \
player.inventory["weapons"][int(select) - 1].durability[1]:
if player.gold - int(player.inventory["weapons"][int(
int(select) - 1)].value * .25) >= 0:
print("This costs you " + str(
int(player.inventory["weapons"][int(int(select) -
1)].value * .25)) +
" Gold.")
player.gold -= int(
player.inventory["weapons"][int(int(select) - 1)].value
* .25)
player.inventory["weapons"][int(select) - 1].durability[0] = \
player.inventory["weapons"][int(select) - 1].durability[1]
time.sleep(2)
else:
print(
"Oh this seems to be too expensive for a poor guy like you."
)
time.sleep(2)
self.decision(player)
else:
print("This weapon is in shape. No need to repair..")
self.decision(player)
elif sell.lower() == "armor":
print("#" * screen_width, end="\n\n")
for num, armor in enumerate(player.inventory["armor"]):
if armor.durability[0] < armor.durability[1]:
print(" " * 5 + str(num + 1) + " --> " + armor.name +
" for your " + armor.slot + " with " +
str(armor.durability[0] / armor.durability[1] *
100) + "% of durability.")
print(" " * 9 + "~~ Cost: " + str(int(armor.value * .25)) +
" Gold ~~",
end="\n\n")
else:
print(
" " * 5 + str(num + 1) + " --> >> FULL DURABILITY<< " +
armor.name + " for your " + armor.slot + " with " +
str(armor.durability[0] / armor.durability[1] * 100) +
"% of durability.",
end="\n\n")
print("#" * screen_width, end="\n\n")
print("Which one do you want to repair? (number):")
select = input("> ")
if player.inventory["armor"][int(select) - 1].durability[0] < \
player.inventory["armor"][int(select) - 1].durability[1]:
if player.gold - int(player.inventory["weapons"][int(
int(select) - 1)].value * .25) >= 0:
print("This costs you " + str(
int(player.inventory["armor"][int(int(select) -
1)].value * .25)) +
" Gold.")
player.gold -= int(
player.inventory["armor"][int(int(select) - 1)].value *
.25)
player.inventory["armor"][int(select) - 1].durability[0] = \
player.inventory["armor"][int(select) - 1].durability[1]
time.sleep(2)
else:
print(
"Oh this seems to be too expensive for a poor guy like you."
)
time.sleep(2)
self.decision(player)
else:
print("This armor is in shape. No need to repair..")
self.decision(player)
def movement(destination):
myPlayer.location = destination
print("You have moved to the " + zonemap[myPlayer.location]["ZONENAME"] + ".")
time.sleep(3)
clear()
def buy_inventory(self, player):
clear()
print("#" * screen_width)
for i in range(3):
o = self.inventory[i]
if o.obj_type == "weapon":
m = o.obj_type + ": " + o.name + ", damage: " + str(
o.damage) + " " * (
screen_width - (11 + len(o.obj_type + ": " + o.name +
", damage: " + str(o.damage)))
) + "#\n" + "#" + " " * 10 + ">> Price: " + str(
o.value) + " <<" + " " * (screen_width - (12 + len(
">> Price: " + str(o.value) + " <<"))) + "#"
else:
m = o.obj_type + ": " + o.name + " for your " + o.slot + ", protection: " + str(
o.protection
) + " " * (
screen_width -
(11 + len(o.obj_type + ": " + o.name + " for your " +
o.slot + ", protection: " + str(o.protection)))
) + "#" + "\n" + "#" + " " * 10 + ">> Price: " + str(
o.value) + " <<" + " " * (
screen_width -
(12 + len(">> Price: " + str(o.value) + " <<"))) + "#"
print("#" + " " * 6 + str(i + 1) + ". " + m)
print("#" * screen_width) # TODO Hannes, mach das schön! :D
print(" ")
print("Which one do you want? ('1', '2', '3', 'nothing')")
valid_input = ["1", "2", "3", "nothing"]
a_capital = input("> ")
a = a_capital.lower() # Workaround fürs debuggen
auswahl = -1 # Hilfsmittel :D
while a not in valid_input:
print("Please give me a normal answer, stranger.")
self.buy_inventory(player)
if a == "1":
auswahl = 0
elif a == "2":
auswahl = 1
elif a == "3":
auswahl = 2
elif a == "nothing": # oder direkt else, für die Lesbarkeit aber noch so
print("Well, why do you waste my time then?")
if auswahl >= 0:
if self.inventory[auswahl] != " ":
if player.gold > self.inventory[auswahl].value:
print("So you want the " + self.inventory[auswahl].name +
". Are you sure? ('y'/'n')")
ax = input()
a2 = ax.lower() # debug workaround
if a2 == "y": # der eigentliche Kauf
if self.inventory[auswahl].obj_type == "weapon":
player.get_weapon(self.inventory[auswahl], p=False)
player.equip_weapon(self.inventory[auswahl])
else:
player.get_armor(self.inventory[auswahl], p=False)
player.equip_armor(self.inventory[auswahl])
player.gold -= self.inventory[
auswahl].value # Bezahlvorgang
self.inventory[
auswahl] = " " # Inventarslot wird geleert. Man könnte auch direkt nen neuen Gegenstand rein, aber weiß nich ob das so cool ist :D
else: # Quasi if a2 == "n" oder was anderes
(print("Your loss."))
self.buy_inventory(player)
else:
print("You don't have the coin for that!")
self.buy_inventory(player)
else:
print("I got nothing there for you.")
self.buy_inventory(player)
time.sleep(2)
clear()
def play_rps(self):
rock_left = """ _______
---' ____)
(_____)
(_____)
(____)
---.__(___)
"""
rock_right = """ _______
(____ '---
(_____)
(_____)
(____)
(___)__.---
"""
paper_left = """ _______
---' ____)____
______)
_______)
_______)
---.__________)"""
paper_right = """ _______
____(____ '---
(______
(_______
(_______
(__________.---"""
scissors_left = """ _______
---' ____)____
______)
__________)
(____)
---.__(___)"""
scissors_right = """ _______
____(____ '---
(______
(__________
(____)
(___)__.---"""
clear()
print("Choose your symbol: (rock, paper, scissors)")
choice = str(input("> ")).lower()
while choice not in ["rock", "paper", "scissors"]:
print("Choose a valid answer.")
choice = str(input("> ")).lower()
print("ROCK")
time.sleep(0.8)
print("PAPER")
time.sleep(0.8)
print("SCISSORS")
time.sleep(0.8)
clear()
own_choice = random.choice(["rock", "paper", "scissors"])
print("Your choice: Opponent's choice:")
print(" " + choice + " " +
own_choice)
if choice == "rock":
print(rock_left)
elif choice == "paper":
print(paper_left)
else:
print(scissors_left)
if own_choice == "rock":
print(rock_right)
elif own_choice == "paper":
print(paper_right)
else:
print(scissors_right)
winning_combinations = [("rock", "scissors"), ("scissors", "paper"),
("paper", "rock")]
losing_combinations = [("rock", "paper"), ("paper", "scissors"),
("scissors", "rock")]
tie_combinations = [("scissors", "scissors"), ("rock", "rock"),
("paper", "paper")]
for combination in winning_combinations:
if combination[0] == choice and combination[1] == own_choice:
return 1
for combination in losing_combinations:
if combination[0] == choice and combination[1] == own_choice:
return 0
for combination in tie_combinations:
if combination[0] == choice and combination[1] == own_choice:
return 2
