#!/data/data/com.termux/files/usr/bin/python3 import random as r import time import os sleep = time.sleep colors = { "white": "\033[1;37m", "yellow": "\033[1;33m", "red": "\033[0;31m", "green": "\033[1;32m", "blue": "\033[0;34m" } # *************************** Global Functions ******************************* # ===================================================================================== def roll_die(sides: int): """Returns a value of a die roll""" return r.randint(1, sides) def color_this(color="white"): """Returns known color codes, white if not found""" return colors.get(color, "\033[1;37m") # *************************** Item Classes ******************************* # ===================================================================================== class Item: """Parent class of all items in game""" def __init__(self): self.name = '' self.type = None self.descrpit = '' self.weight = None self.value = None self.attack = None self.defense = None class Weapon(Item): """Items that do damage""" def __init__(self): super().__init__() self.type = "Weapon" self.hit_ratio = None def __hash__(self): return hash((self.attack, self.name)) def __eq__(self, other): return self.name == other.name def __ne__(self, other): return self == other def stats(self): """Prints weapon stats""" print(f"{self.name}\n" + ('=' * len(self.name))) print(f"Attack: {self.attack}") print(f"Hit Chance: {int(self.hit_ratio * 100)}%") print(f"Info: {self.descrpit}") print() class BasicWeapon(Weapon): """Crappy starter weapons""" def __init__(self, kind=None): Weapon.__init__(self) self.BASE = "Basic" self.kinds = ["Short Sword", "Long Sword", "Dagger", "Axe"] if kind is None: self.kind = r.choice(self.kinds) else: self.kind = kind.title() self.name = f"{self.BASE} {self.kind}" # setting weapon stats depending on type if self.kind == "Short Sword": self.attack = 4 self.descrpit = "A quick slashing sword." self.hit_ratio = .85 self.value = 85 elif self.kind == "Long Sword": self.descrpit = "A sharp pointy long sword." self.attack = 5 self.hit_ratio = .70 self.value = 115 elif self.kind == "Dagger": self.descrpit = "A large sturdy knife" self.attack = 3 self.hit_ratio = .9 self.value = 50 elif self.kind == "Axe": self.descrpit = "Heeeeere's JOHNNY!" self.attack = 4.5 self.hit_ratio = .75 self.value = 95 else: self.attack = 4 self.hit_ratio = .8 self.value = r.choice(list(range(70, 101))) self.descrpit = "A special weapon, one in a million..." class SpecialWeapon(Weapon): def __init__(self, name=""): super().__init__() self.name = color_this("green") + "+" + name + color_this() self.summon_weapon() def summon_weapon(self): if self.name == color_this("green") + "+Great Stone Axe" + color_this(): self.descrpit = "A large axe made completely of stone... handle and all." self.weight = 50 self.attack = 8 self.hit_ratio = .85 self.value = 1000 else: print("The Gods have not crafted such a weapon of power...\n") sleep(1) class Armor(Item): """Items that add defense""" def __init__(self): super().__init__() self.type = "Armor" def __hash__(self): return hash((self.defense, self.name)) def __eq__(self, other): return self.name == other.name def __ne__(self, other): return self.name != other.name def stats(self): """Prints armor stats""" print(f"{self.name}\n" + ('=' * len(self.name))) print(f"Defense: {self.defense}") print(f"Info: {self.descrpit}") print() class BasicArmor(Armor): """Class of basic armor""" kinds = ["Leather", "Iron", "Steel"] def __init__(self, kind=None): super().__init__() self.kind = kind self.BASE = "Basic" self.rand_choice_if_needed() def rand_choice_if_needed(self): if not self.kind: self.kind = r.choice(BasicArmor.kinds) self.name = f"{self.BASE} {self.kind} {self.type}" if self.kind == "Leather": self.defense = 2 self.value = 175 self.weight = 15 self.descrpit = "Light breathable armor" elif self.kind == "Iron": self.defense = 4 self.value = 225 self.weight = 30 self.descrpit = "Sturdy metal armor" elif self.kind == "Steel": self.defense = 8 self.value = 500 self.weight = 65 self.descrpit = "Strong shining armor" else: self.defense = r.choice(list(range(1, 5))) self.value = self.defense * 15 self.weight = r.choice(list(range(10, 55))) class Potion(Item): """Items that heal and other effects (health, attack, defense)""" def __init__(self, kinds=[]): super().__init__() self.type = "Potion" self.stat_add = 0 self.stat_buff = 0 self.effects = [] self.base_cost = 0 self.mix_potion(kinds) def mix_potion(self, kinds): if kinds: self.effects = [effect.lower() for effect in kinds] else: chances = roll_die(10) if chances > 8: amnt = 2 else: amnt = 1 for i in range(amnt): effect = r.choice(["health", "attack", "defense"]) if effect not in self.effects: self.effects.append(effect) self.name = ' & '.join(sorted(self.effects)).title() + " Potion" def use_on(self, player): for effect in self.effects: if effect == "health": player.health += self.stat_add if player.health > player.health_max: player.health = player.health_max if effect == "attack": player.attack += self.stat_buff if effect == "defense": player.defense += self.stat_buff def wear_off(self, player): for effect in self.effects: if effect == "health": pass if effect == "attack": player.attack -= self.stat_buff if effect == "defense": player.defense -= self.stat_buff def value_potion(self): self.value = len(self.effects) * self.base_cost def __hash__(self): return hash(('.'.join(sorted(self.effects)), self.name)) def __eq__(self, other): return self.name == other.name def __ne__(self, other): return self == other class SPotion(Potion): """Small Potion""" def __init__(self, *kinds): super().__init__(*kinds) self.stat_add = 25 self.stat_buff = 5 self.base_cost = 50 self.value_potion() class Gold(Item): """In game currency""" def __init__(self): super().__init__() self.name = 'Gold' self.descript = 'Small golden rounds. Visions of mountains made of them fill your head.' def __hash__(self): return hash(self.name) def __eq__(self, other): return self.name == other.name def __ne__(self, other): return self == other # *************************** Shop Classes ******************************* # =================================================================================== class Shop: """Base class for shops and buildings""" def __init__(self, name): self.name = name self.discount = 0 self.wares = {} self.item_types = [] def print_wares(self): """Displays shop wares""" inventory_index = 0 for type_ in self.wares.keys(): print(f"{type_.title()}\n=======") for i, item in enumerate(self.wares[type_]): print(f"{inventory_index + 1}. {item.name}".ljust(28, ' ') + f"|{item.value} GOLD") inventory_index += 1 def update_wares(self): pass def buy(self, player, item: Item): """Returns gold 50% of items worth""" if player.inventory.get(item, 0): amnt = int(input("How many would you like to sell? > ")) if amnt <= player.inventory.get(item, 0): cost = int(((item.value / 2) + (item.value * (self.discount / 100))) * amnt) choice = input(f"Sell for {cost}G? [y/n] > ") if choice in ['y', 'yes']: player._drop_item(item, amnt) player.inventory[Gold()] += cost def sell(self, item_index): pass def enter(self, player): player.location.append(self.name) @staticmethod def exit(player): player.location.pop() class WeaponShop(Shop): """Shops that sell weapons & armor""" def __init__(self, name): Shop.__init__(self, name) self.wares = {"Weapons": [], "Armor": []} self.inventory_index = 0 self.update_wares() def update_wares(self): self.wares = {"Weapons": [], "Armor": []} for i in range(5): self.wares["Weapons"].append(BasicWeapon()) for i in range(3): # add armour self.wares["Armor"].append(BasicArmor()) def sell(self, item_index): """Returns item to sell""" try: if item_index > len(self.wares["Weapons"]): item_index -= len(self.wares["Weapons"]) item = self.wares["Armor"].pop(item_index - 1) else: item = self.wares["Weapons"].pop(item_index - 1) return item except IndexError: return self.sell(int(input("Item No. NOT AVAILABLE\n\nEnter item number: "))) def browse(self, player): shopping = True gold = Gold() while shopping: shop_choice = input( f'\nWhat would you like to do?:\nPlayer Gold: {player.inventory.get(gold, 0)}\n' + '[0]EXIT\n[1]Buy\n[2]Sell\n\n> ').lower() if shop_choice == '0' or shop_choice == 'exit': shopping = False elif shop_choice == '1' or shop_choice == 'buy': buying = True while buying: print('\n' + "*" * 32) print("Welcome to Weapon O'Armor's!".center(32, ' ')) print(f'\nPlayer Gold: {player.inventory.get(gold, 0)}\n\n0. EXIT') self.print_wares() store_choice = int(input('\nTake your pick > ')) if store_choice == 0: break item = self.sell(store_choice) # returns object chosen if player.inventory.get(gold, 0) >= item.value: print(f"Bought a {item.name}!") sleep(1.25) player.inventory[gold] -= item.value player.pick_up(item) else: print(f"\nDang, that {item.kind} looks so nice! But I'm broke!\n") time.sleep(1.25) if item.type == "Weapon": self.wares["Weapons"].append(item) else: self.wares["Armor"].append(item) elif shop_choice == '2' or shop_choice == 'sell': selling = True while selling: inv_list = [(item_, amount) for item_, amount in player.inventory.items() if not isinstance(item_, Gold)] print("0. NONE") for i, item in enumerate(inv_list): print(f"{i+1}. {item[0].value}G\t{item[0].name}\t{item[1]}") i += 1 choice = int(input("Enter number choice > ")) if choice == 0: break self.buy(player, inv_list[choice-1][0]) else: print("\nPick a predefined choice.\n") sleep(1) class PotionShop(Shop): def __init__(self, name): Shop.__init__(self, name) self.wares = {"Potions": [], } self.inventory_index = 0 self.update_wares() def update_wares(self): self.wares = {"Potions": [], } for i in range(8): self.wares["Potions"].append(SPotion()) def sell(self, item_index): try: item = self.wares["Potions"].pop(item_index - 1) return item except IndexError: return self.sell(int(input("Item No. NOT AVAILABLE\n\nEnter item number: "))) def browse(self, player): shopping = True gold = Gold() while shopping: shop_choice = input( f'\nWhat would you like to do?:\nPlayer Gold: {player.inventory.get(gold, 0)}\n' + '[0]EXIT\n[1]Buy\n[2]Sell\n\n> ').lower() if shop_choice == '0' or shop_choice == 'exit': shopping = False elif shop_choice == '1' or shop_choice == 'buy': buying = True while buying: print('\n' + "*" * 32) print(f"Welcome to {self.name}!".center(32, ' ')) print(f'\nPlayer Gold: {player.inventory.get(gold, 0)}\n\n0. EXIT') self.print_wares() store_choice = int(input('\nTake your pick > ')) if store_choice == 0: player.location.pop() break item = self.sell(store_choice) # returns object chosen if player.inventory.get(gold, 0) >= item.value: print(f"Bought a {item.name}!") sleep(1.25) player.inventory[gold] -= item.value player.pick_up(item) else: print(f"\nDang, that {item.kind} looks so nice! But I'm broke!\n") time.sleep(1.25) self.wares["Potions"].append(item) elif shop_choice == '2' or shop_choice == 'sell': selling = True while selling: inv_list = [(item_, amount) for item_, amount in player.inventory.items() if not isinstance(item_, Gold)] print("0. NONE") for i, item in enumerate(inv_list): print(f"{i+1}. {item[0].value}G\t{item[0].name}\t{item[1]}") i += 1 choice = int(input("Enter number choice > ")) if choice == 0: break self.buy(player, inv_list[choice-1][0]) else: print("\nPick a predefined choice.\n") sleep(1) # *************************** Area Classes ******************************* # ===================================================================================== class Area: def __init__(self): self.name = "" self.items = [] self.sub_areas = [] self.active_quests = [] self.available_quests = [] def enter(self, player): player.location.append(self.name) @staticmethod def exit(player): player.location.pop() class SubArea(Area): def __init__(self): super().__init__() self.level = 1 class CavePassages(SubArea): def __init__(self): super().__init__() self.name = "Cave Passages" class CavePitRoom(SubArea): def __init__(self): super().__init__() self.name = "Cave Pit Room" self.unlocked = False self.items = [SpecialWeapon("Great Stone Axe"), ] class Cave(Area): passages = CavePassages() room = CavePitRoom() def __init__(self): super().__init__() self.name = "Dark Cave" self.sub_areas = [self.passages, self.room] self.available_quests = [Q1(), ] self.active_quests = [] @staticmethod def print_message(player): message = [f'{player.name} is hearing noises...', 'Into the abyss...', f'{player.name} isn\'t urinating out of fear right now at all...', '...What was that?', 'Spelunkin\' in the dark...'] print('\n' + r.choice(message)) sleep(2) def explore(self, player): gold = Gold() print(f'\n{player.name} pokes around a dark cave...') player.world.cave.passages.enter(player) spelunking = True while spelunking: player.quest_log.active_quest.set_stage(player, player.world) dice = roll_die(20) self.print_message(player) if player.quest_log.active_quest: player.quest_log.active_quest.set_stage(player, player.world) if dice >= 16: if dice % 2 == 0: print('Found some Gold!') gold = Gold() if gold in player.inventory.keys(): player.inventory[gold] += r.randint(20, 150) else: player.inventory.setdefault(gold, r.randint(20, 150)) else: print('Found some armor!') armor = BasicArmor("Leather") player.pick_up(armor) else: player.enemy = Goblin() print(f'\n{player.name} found a goblin in the cave!') print(f'|HP {player.enemy.health}/{player.enemy.health_max}| {player.enemy.name} <<|VS|>> ' + f'{player.name} |{player.health}/{player.health_max} HP|') player.enemy_attacks() player.state = 'fight' if player.state == 'fight': fighting = True while fighting: fight_or_flee = input('\nStay and fight or flee? > ') if fight_or_flee == 'fight': print("Fighting...") player.fight() fighting = False elif fight_or_flee == 'flee': player.flee() if player.enemy is not None: print('\n') player.fight() fighting = False else: fighting = False else: player.execute_command(fight_or_flee) if player.health <= 0: break choosing = True while choosing: choice = input( f'[HP {player.health}/{player.health_max} | ' + f'GOLD {player.inventory.get(gold, 0)}]\n' + f'[CAVE PASSAGES LVL {self.sub_areas[0].level + 1}]\n' 'Go deeper in the cave? [y/n] > ').lower() if choice == 'n': player.world.cave.passages.exit(player) self.sub_areas[0].level = 1 spelunking = False choosing = False elif choice == 'y': self.sub_areas[0].level += 1 choosing = False else: player.execute_command(choice) class TownTavern(SubArea): def __init__(self): super().__init__() self.name = "Wasted Widow" @staticmethod def have_drink(player): gold = Gold() if player.quest_log.active_quest: player.quest_log.active_quest.set_stage(player, player.world) if player.inventory.get(gold, 0) < 15: print(f'{player.name} was kicked out of the bar for stealing drinks.', end='') print(" Need some more gold...") else: if 15 <= player.inventory[gold] < 1000: print( 'Filled up your gut and got some much needed rest.\n\n-25 Gold\n+50% Health') player.inventory[gold] -= 25 if player.health < player.health_max: player.health += player.health_max / 2 if player.health > player.health_max: player.health = player.health_max else: print('Got laid babyyyy!') player.health_max += r.randint(15, 25) player.health += player.health_max / 2 if player.health > player.health_max: player.health = player.health_max class Town(Area): tavern = TownTavern() weapon_shop = WeaponShop("Weapon O'Armor's") potion_shop = PotionShop("The Smoking Pot") def __init__(self): super().__init__() self.name = "The Village" # self.sub_areas = [None, self.weapon_shop, self.tavern, self.potion_shop] def explore(self, player): in_town = True gold = Gold() print(f'\n{player.name} found a small town...\n') while in_town: print(f'\nWhere would you like to go?:\n' + f'Player Gold: {player.inventory.get(gold, 0)}\n') answer = input('[0]EXIT\n[1]Weapon O\'Armor\'s\n[2]Wasted Widow\n[3]Smoking Pot\n\n> ') if answer == '0': break elif answer == '1': shop = player.world.town.weapon_shop shop.enter(player) shop.browse(player) shop.exit(player) elif answer == '2': tavern = player.world.town.tavern tavern.enter(player) tavern.have_drink(player) tavern.exit(player) elif answer == '3': shop = player.world.town.potion_shop shop.enter(player) shop.browse(player) shop.exit(player) else: player.execute_command(answer) class DenseWoods(SubArea): def __init__(self): super().__init__() self.name = "Woods" class Forest(Area): woods = DenseWoods() def __init__(self): super().__init__() self.name = "Spooky Forest" def explore(self, player): self.woods.level = 1 gold = Gold() camping = True player.location.append("Forest") message = [f'{player.name} frolics through the forest...', f'{player.name} heads over the medow and through the woods...', f'{player.name} is stumbling about in the woods...', f'{player.name} finally feels free in the wilderness...', f"{player.name} is feeling one with nature..."] while camping: dice = roll_die(10) print('\n' + r.choice(message)) time.sleep(2) if self.woods.level % 10 == 0: answer = int( input('\nA dark fog creeps along the forest floor...\n' + 'Will you stick around?\n\n' '[1]I ain\'t scared of no fog!\n' + '[2]GET ME OUTTA HERE. \n> ')) if answer == 1: player.enemy = Boss() print(f'{player.enemy.name} walked menacingly out of the fog.') player.enemy_attacks() player.state = 'fight' else: print('I didn\'t want to know either...') break elif dice >= 4: print('Had a wonderful time!\n') player.health += r.randint(1, 5) if player.health > player.health_max: player.health = player.health_max elif dice <= 5: print('Found a goblin in the forest!') player.enemy = Goblin() player.enemy_attacks() print(f'|HP {player.enemy.health}/{player.enemy.health_max}| {player.enemy.name} <<|VS|>> ' + f'{player.name} |{player.health}/{player.health_max} HP| ', end='\r') player.state = 'fight' if player.state == 'fight': fighting = True while fighting: fight_or_flee = input('\n\nStay and fight or flee? > ').lower() if fight_or_flee in ("fi", "fig", "figh", "fight"): player.fight() fighting = False elif fight_or_flee in ("fl", "fle", "flee"): player.flee() if player.enemy is not None: player.fight() fighting = False else: fighting = False else: player.execute_command(fight_or_flee) if player.health <= 0: break choosing = True while choosing: choice = input( f'[HP {player.health}/{player.health_max}|GOLD {player.inventory.get(gold, 0)}]\n' + f'[FOREST LVL {self.woods.level + 1}]\n' + 'Go deeper in the forest? [y/n] > ') if choice == 'n': player.location.pop() camping = False choosing = False elif choice == 'y': self.woods.level += 1 choosing = False else: player.execute_command(choice) # *************************** Quest Classes ******************************* # =================================================================================== class Quest: """Main class to create quests""" def __init__(self): self.name = "" self.giver = "" self.hint = "" self.reward = None or "" self.stage = 0 self.complete = False @staticmethod def npc_speak(text): print(f"{color_this('yellow')}" + text, end=color_this() + '\n') sleep(2) def set_stage(self, player, world): pass def update(self, player, world): self.stage += 1 self.set_stage(player, world) class Q1(Quest): """The Lost Rock""" def __init__(self): super().__init__() self.name = "The Lost Rock" self.giver = "Gold Digger Woman" self.reward = SpecialWeapon(name="Great Stone Axe") self.hint = "" self.code = 1 def stage_0(self, player, world): self.hint = "Go to the Wasted Widow when you have more than 550G." if player.location == ["Camp", "Crossroads", f"{player.world.town.name}", f"{player.world.town.tavern.name}"] and \ player.inventory.get(Gold(), 0) >= 550: for i in range(3): print(f"{color_this('yellow')}.", end='') sleep(.75) self.npc_speak("A woman approaches...") self.npc_speak("Hey there big spender.") self.npc_speak("Buy a pretty girl a drink..?") choice = input(f"\nBuy {self.giver} the 250G drink? [y/n] > ") sleep(.5) print() if choice in ['y', "yes"]: player.inventory[Gold()] -= 250 self.npc_speak("Oh my lord, thank you!") self.npc_speak("Now only if there was some way to pay you...") self.npc_speak("OH, I know!") print(f"{color_this('yellow')}I lost a rock in {color_this('red')}the cave " + f"{color_this('yellow')}a while back, a big one.") sleep(3) self.npc_speak("If you go deep enough to get it, it's yours!") choice = input( "\n[1] Nice, thanks... I guess.\n[2] I'd rather take you home.\n[3] Yeah, OKAY ya bat.\n\n> ") if choice in ['1', '3']: self.npc_speak("\nNo problem, sugar!\n") elif choice == '2': print(f"\n*SLAP*") sleep(1.5) self.npc_speak("What do you take me for, some floozy?") self.npc_speak("I only hang around guys who can spend thousands, nerd.") player.world.cave.active_quests.append(self) self.update(player, world) else: self.npc_speak("Whatever, just don't come crawling back unless you know how to treat a woman") def stage_1(self, player, world): self.hint = "Search through the cave for any different looking passageways" if player.location == ["Camp", "Crossroads", f"{player.world.cave.name}", f"{player.world.cave.passages.name}"]: world.cave.sub_areas[1].unlocked = True print("\n[*]Heard a room unlocking in the distance...\n") sleep(1) self.update(player, world) def stage_2(self, player, world): self.hint = "Don't give up in the cave." if player.location == ["Camp", "Crossroads", f"{player.world.cave.name}", f"{player.world.cave.passages.name}"] and \ world.cave.passages.level >= 5: chance = roll_die(10) if chance > 5: print(f"\n{player.name} found a secret pit room!") sleep(1.5) print("And what's this..?") sleep(.4) player.pick_up(world.cave.room.items.pop()) print("I should go back to camp and check it out!") sleep(1) self.update(player, world) def stage_3(self, player): self.complete = True print("\n[*] Quest Completed [*]\n") sleep(2) player.quest_log.completed_quests.append(player.quest_log.active_quest) player.quest_log.active_quest = None def set_stage(self, player, world): if self.stage == 0: self.stage_0(player, world) elif self.stage == 1: self.stage_1(player, world) elif self.stage == 2: self.stage_2(player, world) elif self.stage == 3: self.stage_3(player) else: pass class QuestLog: """Keeps track of quests""" def __init__(self): self.active_quest = None self.available_quests = [] self.completed_quests = [] def add_quest(self, quest: Quest): self.available_quests.append(quest) def set_active(self, quest: Quest): for i, q in enumerate(self.available_quests): if isinstance(q, type(quest)): self.active_quest = self.available_quests.pop(i) # *************************** Character Classes ******************************* # ===================================================================================== class Characters: """Parent class of characters in game""" def __init__(self): self.name = '' self.health = None self.health_max = None self.attack = None self.defense = None self.state = None self.level = None self.xp = None self.enemy = None self.hit_ratio = .9 self.inventory = {} self.weapon_slot = [] self.armor_slot = [] self.equipped = {'Weapon': "", 'Armor': ""} def kills(self, enemy): """Attacking enemy. Returns True if enemy is killed""" dice = r.choice(list(range(1, 11))) if enemy.health >= .1: damage = r.randint(1, round(self.attack)) - (enemy.defense / 2) if dice < (self.hit_ratio * 10): if damage < 0: damage = 0 enemy.health -= damage if enemy.health <= 0: print(f'\n{self.name} finishes {enemy.name}. {enemy.name} is dead!') enemy.state = 'dead' else: pass if enemy.state != 'dead': if isinstance(self, Player): self.use_potion_if_needed() print(f'|HP {enemy.health}/{enemy.health_max}| {enemy.name} <<|VS|>> ' + f'{self.name} |{self.health}/{self.health_max} HP| ', end='\r') else: if isinstance(self, Player): print(f'|HP {enemy.health}/{enemy.health_max}| {enemy.name} <<|VS|>> ' + f'{self.name} |{self.health}/{self.health_max} HP| ', end='\r') return enemy.health <= 0 class Boss(Characters): """Extra strong enemy""" def __init__(self): super().__init__() self.name = 'The Big Boss' self.health_max = 75 self.health = r.randint(50, self.health_max) self.attack = 20 self.defense = 8 self.state = 'fight' class Goblin(Characters): """Enemy Character""" name_ls = ['Garwald', 'Griffin', 'Savage', 'Boony', 'Frantros', 'Harthor', 'Kevin', 'Trempan', 'Grobble', 'Wunsum'] def __init__(self): super().__init__() self.name = r.choice(Goblin.name_ls) + " Goblin" self.health_max = 25 self.health = r.randint(10, self.health_max) self.attack = 12.5 self.defense = 3 self.state = 'fight' class Player(Characters): """The player character with starter stats""" def __init__(self): super().__init__() self.world = GameWorld() self.health = 50 self.health_max = 50 self.state = "normal" self.attack = 10 self.defense = 5 self.enemy = None self.location = ["Camp", ] self.active_potions = [] self.quest_log = QuestLog() self.quest_log.add_quest(Q1()) self.quest_log.set_active(Q1()) self.quest_log.active_quest.set_stage(player=self, world=self.world) # self.inventory = {Gold(): 565, } def execute_command(self, line): arg = line.split() if len(arg) > 0: command_found = False command = [] for c in Game.Commands.keys(): if arg[0] == c[:len(arg[0])]: command.append(c) if len(command) == 1: Game.Commands[command[0]](self) command_found = True elif len(command) > 1: command_found = True for c in command: print(c) print('?\n') if not command_found: print('\nDoesn\'t understand the suggestion. If stuck, type "help".\n') sleep(1) def quit(self): """Quit and exit game""" print(f'{self.name} faded away and became dust in the wind.') self.health = 0 def help(self): """Prints a list of in-game keys""" help_text = f"""{color_this('yellow')}\n Story & info ============ Hello warrior, you may not know it yet, but yes, you are the chosen one. All you need to know now is that after a long night of drinking at the Rusty Axe you got into a scuffle with the local hot shot, Tyler the Terrible. You and him always had rubbed eachother the wrong way. He and his goons challenged you to a fight, loser gets out of town. Obviously the fight wasn't fair. His goons held you down as Tyler knocks you out. . . . You wake up in a field, no where near your home. A bit battered, but you'll make it. You set up a small camp and rest until you are able again, come back to this camp to rest for free and check your gear. All you need to do is exit out until all you see is the '>' prompt. Explore, survive, and see what else is around in the game!{color_this("blue")} """ print(help_text.center(50, ' ')) print('\nCommands:\n=========') for i, k in enumerate(game.Commands.keys()): if i == 0: print(k + ',', end=' ') elif i == len(game.Commands.keys()) - 1: print(k + '.') elif i % 3 == 0: print(k + ',') else: print(k, end=', ') print(f'\n{color_this()}') def quest_info(self): avail = False one_active = False quest_list = [] if self.quest_log.active_quest: one_active = True elif self.quest_log.available_quests and len(self.quest_log.available_quests) > 1: avail = True quest_list = [q for q in self.quest_log.available_quests] else: print("[!] No Quests Available [!]") if avail and one_active: print("Available Quests:") print("[*]", self.quest_log.active_quest.name) print(" -", self.quest_log.active_quest.hint) for quest in quest_list: print(f"[*] {quest.name}") print(f" - {quest.hint}") print() if one_active and not avail: print("Available Quests:") print("[*]", self.quest_log.active_quest.name) print(" -", self.quest_log.active_quest.hint) if avail and not one_active: print("Available Quests:") for quest in quest_list: print(f"[*] {quest.name}") print(f" - {quest.hint}") print() print("\nCompleted Quests:") if not self.quest_log.completed_quests: print("None\n") else: quest_list = self.quest_log.completed_quests for quest in quest_list: print(f"[x] {quest.name}") print() def use(self): inventory = list(self.inventory.items()) print("0.\tNone") for i, item in enumerate(inventory): print(f"{i+1}.\t{item[0].name}\t\tAvail: {item[1]}") choice = int(input("\nUse what? [Enter Number]: ")) - 1 if choice == -1: sleep(.5) pass else: item = inventory[choice][0] if isinstance(item, Potion): self._use_potion(item) else: print("\nNo use for that here!") sleep(.5) def _use_potion(self, potion): potion.use_on(self) self.active_potions.append(potion) self._drop_item(potion, 1) def use_potion_if_needed(self): """Uses potions to heal automatically during battle""" if self.health < (self.health_max / 2): for item in self.inventory.keys(): if isinstance(item, Potion) and "health" in item.effects: self._use_potion(item) print(f"{self.name} used a {item.name}!\n") break def show_stats(self): """Prints player health, attack, and defense""" print(f'\n{self.name}\'s stats: {self.health}/{self.health_max} Health') print(f'Attack: {self.attack}\nDefense: {self.defense}') print(f"\nEquipped:\n=========") if len(self.weapon_slot): print(f"Weapon: {self.weapon_slot[0].name}") else: print("Weapon: None") if len(self.armor_slot): print(f"Armour: {self.armor_slot[0].name}\n") else: print("Armour: None\n") def pick_up(self, obj: Item): if obj in self.inventory.keys(): self.inventory[obj] += 1 else: self.inventory.setdefault(obj, 1) print(f"{self.name} got {obj.name}!\n") sleep(.5) if obj.type in ["Armor", "Weapon"]: if self.equipped[f"{obj.type}"] == "": choice = input(f'Equip {obj.type}? [y/n] > ').lower() if choice == 'y': if obj.type == "Weapon": self.equipw() else: self.equipa() sleep(1.25) def _drop_item(self, obj: Item, amount): if self.inventory.get(obj, 0) > 0: if self.inventory[obj] >= amount: self.inventory[obj] -= amount else: print(f"\nNot enough {obj.name} available.\n") if self.inventory.get(obj) == 0: self.inventory.pop(obj) else: print("\nItem not here.\n") sleep(1) def drop(self): inv_list = list(enumerate(self.inventory)) print("\n0. EXIT") for i, item in inv_list: print(f"{i+1}. {self.inventory[item]}\t\t{item.name}") index = int(input("Choose item to drop > ")) - 1 amnt = int(input("Enter amount to drop > ")) if index > -1: self._drop_item(inv_list[index][1], amnt) def get_inventory(self): """Prints player inventory""" if len(self.inventory) == 0: print('\nMy pockets are as empty as my soul...') else: print('\nInventory:') for k, v in self.inventory.items(): print(f'{v:<6}', end='') print(f'{k.name:<}') def get_equipped(self): """Prints equipped weapon and armour""" print('\nEquipped:') for k, v in self.equipped.items(): print(f'{k}: {v}') def tired(self): print(f'{self.name} feels tired.') self.health = max(1, self.health - 5) def rest(self): """Rest to gain hp, may be attacked...""" if self.state != 'normal': print(f'{self.name} can\'t rest right now!') self.enemy_attacks() else: print(f'{self.name} rests.') dice = r.randint(1, 10) if dice <= 2: self.enemy = Goblin() print(f'{self.name} is startled awake!') print(f'{self.enemy.name} attacks!') self.enemy_attacks() self.state = 'fight' print(f'|HP {self.enemy.health}/{self.enemy.health_max}| {self.enemy.name} <<|VS|>> ' + f'{self.name} |{self.health}/{self.health_max} HP| ', end='\r') if self.state == 'fight': fighting = True while fighting: fight_or_flee = input('\n\nStay and fight or flee? > ') if fight_or_flee == 'fight': self.fight() fighting = False elif fight_or_flee == 'flee': self.flee() if self.enemy is not None: print('\n') self.fight() fighting = False else: fighting = False else: print('Try again.') if self.health <= 0: break else: print('\nSlept like a baby...') if self.health < self.health_max: print('+15 hp') self.health += 15 if self.health > self.health_max: print(f'\n{self.name} slept too much! -10 hp') self.health -= 10 if self.health > self.health_max: self.health = self.health_max - 5 def flee(self): """Run from fights you passafist""" if self.state != 'fight': print(f'\n{self.name} tries to flee from nothing...{self.name} is not the brightest torch in the hall.') self.tired() else: if r.randint(1, round(self.health + 5)) > r.randint(1, round(self.enemy.health)): print(f'\n{self.name} dipped on {self.enemy.name}!') self.enemy = None self.state = 'normal' else: print('\nCouldn\'t escape!') self.enemy_attacks() def fight(self): """After fight messages and boosts...if you win.""" if self.state != 'fight': print(f'\n{self.name} swats the air, without notable results...') self.tired() else: while self.enemy is not None and self.health > 0: # if player kills enemy if self.kills(self.enemy): if self.active_potions: for potion in self.active_potions: potion.wear_off(self) self.active_potions = [] self.enemy = None self.state = 'normal' gold = Gold() if gold in self.inventory.keys(): self.inventory[gold] += r.randint(25, 75) else: self.inventory.setdefault(gold, (r.randint(10, 80))) if self.health > self.health_max: self.health = self.health_max self.health_max += 1 else: self.health_max += 1 if self.health <= self.health_max / 4: print(f'\n{self.name} is victorious! But is also bleeding internally...\n') if self.health_max / 2 > self.health > self.health_max / 4: print(f'\n{self.name} feels pretty tired after that one!\n') if self.health_max / 2 < self.health < self.health_max / 1.25: print(f'\n{self.name} feels warmed up now!') if self.health >= self.health_max / 1.25: print(f'\n{self.name} didn\'t even feel a scratch.\n') time.sleep(2) else: self.enemy_attacks() def enemy_attacks(self): """Attack from enemy""" time.sleep(.7) if self.enemy.kills(self): print(f"\n{self.name} was clapped by {self.enemy.name}!!!\n\nR.I.P GAME OVER.") def equipw(self): """Equips weapon in inventory""" if not self.equipped['Weapon']: for item in self.inventory.keys(): if isinstance(item, Weapon): self.equipped['Weapon'] = item.name self.weapon_slot.append(item) self.attack += item.attack self.hit_ratio = item.hit_ratio print(f'{item.name} equipped!\n') if self.inventory[item] == 1: self.inventory.pop(item) else: self.inventory[item] -= 1 break if self.equipped['Weapon'] is None: print('\nNo weapon equipped\n') time.sleep(1.25) else: print("Equipped: ", end='') self.weapon_slot[0].stats() if len([w for w in self.inventory.keys() if isinstance(w, Weapon)]) > 0: weapons_list = [weapon for weapon in self.inventory.keys() if isinstance(weapon, Weapon)] max_atk = max(weapon.attack for weapon in weapons_list) heavy_hitters = [weapon for weapon in weapons_list if weapon.attack == max_atk] i = 1 print("0. None of these\n") for weapon in heavy_hitters: print(f"{i}.", end=' ') weapon.stats() i += 1 weapon_choice = int(input("Enter weapon number choice: ")) - 1 if weapon_choice == -1: print("\nNo worries, you don't need a new weapon anyways!\n") else: old_weapon = self.weapon_slot.pop() self.inventory.setdefault(old_weapon, 1) new_weapon = heavy_hitters[weapon_choice] self.attack -= old_weapon.attack self.weapon_slot.append(new_weapon) self.attack += new_weapon.attack self.hit_ratio = new_weapon.hit_ratio print(f"\n{new_weapon.name} equipped!\n") if self.inventory.get(new_weapon, 0) == 1: self.inventory.pop(new_weapon) elif self.inventory.get(new_weapon, 0) > 1: self.inventory[new_weapon] -= 1 else: print(f"You only have your trusty {self.equipped.get('Weapon')}.") sleep(1.25) def equipa(self): """Equips armor in inventory""" if not self.equipped['Armor']: for item in self.inventory.keys(): if isinstance(item, Armor): self.equipped['Armor'] = item.name self.armor_slot.append(item) self.defense += item.defense print(f'\n{item.name} equipped!\n') if self.inventory[item] == 1: self.inventory.pop(item) else: self.inventory[item] -= 1 break if self.equipped['Armor'] is None: print('\nNo armor equipped\n') sleep(1.25) else: print() self.armor_slot[0].stats() armor_list = [armor for armor in self.inventory.keys() if isinstance(armor, Armor)] max_def = max(armor.defense for armor in armor_list) best_armor = [armor for armor in armor_list if armor.defense == max_def] i = 1 print("0. None of these\n") for armor in best_armor: print(f"{i}.", end=' ') armor.stats() i += 1 armor_choice = int(input("Enter armor number choice: ")) - 1 if armor_choice == -1: print("\nNo worries, you don't need armor anyways!\n") else: old_armor = self.armor_slot.pop() self.inventory.setdefault(old_armor, 1) new_armor = best_armor[armor_choice] self.defense -= old_armor.defense self.armor_slot.append(new_armor) self.defense += best_armor[armor_choice].defense print(f"\n{new_armor.name} equipped!\n") if self.inventory.get(new_armor, 0) == 1: self.inventory.pop(new_armor) else: self.inventory[new_armor] -= 1 sleep(1.25) def print_map(self): print(" > ".join(self.location)) def explore(self): """The choosy part of the game logic""" if self.state != 'normal': print(f'{self.name} is too busy right now!') self.enemy_attacks() else: exploring = True while exploring: if self.location != ["Camp", "Crossroads"]: self.location = ["Camp", "Crossroads"] if self.health <= 0: break gold = Gold() print(f'\nWhere do you want to explore?\nPlayer Gold: {self.inventory.get(gold, 0)}') area = input('\n[0]EXIT (Back to camp)\n[1]Cave\n[2]Forest\n[3]City\n\n> ') if area == '0': self.location.pop() exploring = False elif area == '1': cave = self.world.cave cave.enter(player=self) cave.explore(player=self) cave.exit(player=self) elif area == '2': forest = self.world.forest forest.enter(player=self) forest.explore(player=self) forest.exit(player=self) elif area == '3': town = self.world.town town.enter(player=self) town.explore(player=self) town.exit(player=self) else: self.execute_command(area) sleep(1.5) # *************************** Main Program ******************************* # =================================================================================== class GameWorld: def __init__(self): self.name = "Slikvokia" self.town = Town() self.cave = Cave() self.forest = Forest() class Game: """Main Class to handle the gameplay""" Commands = { 'quit': Player.quit, 'help': Player.help, 'inventory': Player.get_inventory, 'stats': Player.show_stats, 'rest': Player.rest, 'explore': Player.explore, 'fight': Player.fight, 'flee': Player.flee, 'equipw': Player.equipw, 'equipa': Player.equipa, 'equipc': Player.get_equipped, 'use': Player.use, 'drop': Player.drop, 'quest': Player.quest_info } def __init__(self): self.player = Player() def game_start(self): """Clears screen and gets player name""" os.system("clear") print(color_this()) self.player.name = input('What\'s your hero\'s name?: ') print('\nType "help" to get a list of actions\n') sleep(.5) print(f'{self.player.name}... You are the chosen one...') sleep(1.5) print('You are the sexy one...') sleep(1.25) print('Go on and do... ', end='') sleep(1.5) print('HERO THINGS!') sleep(.75) def replay_start(self): """Takes care of restarting the game after death""" self.player = Player() self.player.name = input('What\'s your hero\'s name?: ') print('\nType "help" to get a list of actions\n') time.sleep(.5) print(f'{self.player.name}... Now YOU are the chosen one.\n' + 'You are the sexy one.\n' + ' Go on and do... EVEN MORE HERO THINGS!\n') def game_loop(self): """Choice to play again after death""" try: print(' Would you like to play again?\n [1]Yes or [2]No') ans = int(input('> ')) if ans == 1: self.replay_start() self.play() else: self.player.quit() except ValueError: print('Pick either 1 or 2') self.game_loop() def play(self): """Contains game and game loops and accepts commands""" self.game_start() while self.player.health > 0: # while player alive if self.player.quest_log.active_quest: self.player.quest_log.active_quest.set_stage(self.player, self.player.world) self.player.location = ["Camp", ] line = input('> ') arg = line.split() if len(arg) > 0: command_found = False command = [] for c in self.Commands.keys(): if arg[0] == c[:len(arg[0])]: command.append(c) if len(command) == 1: self.Commands[command[0]](self.player) command_found = True elif len(command) > 1: command_found = True for c in command: print(c) print('?\n') if not command_found: print('\nDoesn\'t understand the suggestion. If stuck, type "help".') self.game_loop() if __name__ == "__main__": game = Game() game.play()

rpg.v5.py