def __init__(self, name, race, sex, location):
# Assign the name to the name variable
self.name = name
# Assign race to the race variable
self.race = race
# Based on race, set appropriate stats and starting inventory
if race == 1:
sword = items.Weapon('sword', 2, 2)
self.inventory = {'sword': sword}
self.stats = [2, 3, 2]
elif race == 2:
bow = items.Weapon('bow', 2, 5)
self.inventory = {'bow': bow}
self.stats = [1, 4, 4]
elif race == 3:
axe = items.Weapon('axe', 4, 1)
self.inventory = {'axe': axe}
self.stats = [3, 1, 3]
elif race == 4:
mace = items.Weapon('mace', 5, 1)
self.inventory = {'mace': mace}
self.stats = [4, 2, 1]
# Assign proper sex
if sex == 'M':
self.sex = 'Male'
if sex == 'F':
self.sex = 'Female'
# Character has no location initially
self.location = location
def __init__(self):
self.itemlist = [
items.Weapon("Better Sword", 2, 2, 7),
items.Armor("Better Armor", 2, 2),
items.Shield("Better Shield", 2, 2),
items.Weapon("Ultra Sword", 8, 10, 15),
items.Armor("Ultra Armor", 8, 8),
items.Shield("Ultra Shield", 8, 10)
]
self.potion = items.Potion("Healing Potion", 1, 10)
def __init__(self):
self.gold = 0
self.weapon = items.Weapon("Short Sword", 0, 1, 5)
self.shield = items.Shield("Wooden Shield", 0, 1)
self.armor = items.Armor("Leather Scraps", 0, 1)
self.potion = items.Potion("Healing Potion", 0, 15)
self.potion_counter = 1
def load_char_if_saved():
query = Query()
if db is not None:
var = db.search(query.name == name_to_load)
if var:
var = var[0]
ch.name = var.get('name')
ch.coins = var.get('coins')
inventory = var.get('inventory')
player_inventory = []
for thing in inventory:
if thing.get('type') == 'item':
item = items.Item(thing.get('name'), thing.get('price'))
player_inventory.append(item)
elif thing.get('type') == 'weapon':
weap = items.Weapon(thing.get('name'), thing.get('price'),
thing.get('damage'))
player_inventory.append(weap)
elif thing.get('type') == 'armor':
armor = items.Armor(thing.get('name'), thing.get('price'),
thing.get('defense'))
player_inventory.append(armor)
elif thing.get('type') == 'potions':
potion = items.Potion(thing.get('name'),
thing.get('price'),
thing.get('health'))
player_inventory.append(potion)
ch.inventory = player_inventory
def __init__(self,
name,
game_map,
weapon=items.Weapon("Stick", 1, 4),
armour=None):
# Set attributes
self._map = game_map
self._room = self._map.start_room()
self._position = self._room.find_entrance("m")
# Set attributes associated with Character object
super().__init__(name, weapon=weapon, armour=armour)
# Replace inventory object with one that will pass to self.use function
self._inventory = items.Inventory(self.use)
def main():
a = items.Item(name='pirouni',
description='voithaei stin vrosi',
value=0.01)
print(a)
gold = items.Currency(currency_type='Silver', amount=30)
print(gold)
rock = items.Rock()
print(rock)
dagger = items.Weapon(name='Dagger',
description='A small dagger',
damage='d4',
value=0.2)
print(dagger)
another_dagger = items.Dagger()
print(another_dagger)
assassin_suit = items.AssassinSuit()
print(assassin_suit)
def create_shop_list_weapon():
lista = [
"Dagger 30", "Short Sword 80", "Long Sword 90", "Divine Sword 150",
"Bow 45", "War Hammer 95", "Knife 25"
]
shop_list = list()
for item in lista:
novo = item.split()
if len(novo) == 3:
temp = " ".join(novo[0:2])
novo[0] = temp
novo[1] = novo[2]
shop_list.append(items.Weapon(novo[0], novo[1]))
return shop_list
def load_instance(name):
inst = Instance(name)
paths = ["items/", "locations/"]
data = None
for i, path in enumerate(paths):
with open(path + name + ".json", "r", encoding="utf-8") as rf:
data = json.load(rf)
if i == 0:
for n in data:
if n["id"][0] == "a":
inst.armor.append(items.Armor(*n.values()))
elif n["id"][0] == "w":
inst.weapons.append(items.Weapon(*n.values()))
elif i == 1:
for n in data:
tmp_items = []
for loc_item in n["items"]:
tmp_items.append(inst.get_item(loc_item))
n["items"] = tmp_items
inst.locations.append(locations.Location(*n.values()))
return inst
def __init__(self):
# player textures
self.tx_face_down = pygame.image.load(
"assets/graphics/chars/base/down.png")
self.tx_face_left = pygame.image.load(
"assets/graphics/chars/base/left.png")
self.tx_face_up = pygame.image.load(
"assets/graphics/chars/base/up.png")
self.tx_face_right = pygame.image.load(
"assets/graphics/chars/base/right.png")
# Walk animations
self.tx_walk_down = [
pygame.image.load("assets/graphics/chars/base/down_walk/dw_1.png"),
pygame.image.load("assets/graphics/chars/base/down_walk/dw_2.png"),
pygame.image.load("assets/graphics/chars/base/down_walk/dw_3.png"),
pygame.image.load("assets/graphics/chars/base/down_walk/dw_4.png")
]
self.tx_walk_left = [
pygame.image.load("assets/graphics/chars/base/left_walk/lw_1.png"),
pygame.image.load("assets/graphics/chars/base/left_walk/lw_2.png"),
pygame.image.load("assets/graphics/chars/base/left_walk/lw_3.png"),
pygame.image.load("assets/graphics/chars/base/left_walk/lw_4.png")
]
self.tx_walk_up = [
pygame.image.load("assets/graphics/chars/base/up_walk/uw_1.png"),
pygame.image.load("assets/graphics/chars/base/up_walk/uw_2.png"),
pygame.image.load("assets/graphics/chars/base/up_walk/uw_3.png"),
pygame.image.load("assets/graphics/chars/base/up_walk/uw_4.png")
]
self.tx_walk_right = [
pygame.image.load(
"assets/graphics/chars/base/right_walk/rw_1.png"),
pygame.image.load(
"assets/graphics/chars/base/right_walk/rw_2.png"),
pygame.image.load(
"assets/graphics/chars/base/right_walk/rw_3.png"),
pygame.image.load("assets/graphics/chars/base/right_walk/rw_4.png")
]
# Stab attack animations
self.tx_stab_down = pygame.image.load(
"assets/graphics/chars/base/stab/down_hit.png")
self.tx_stab_left = pygame.image.load(
"assets/graphics/chars/base/stab/left_hit.png")
self.tx_stab_up = pygame.image.load(
"assets/graphics/chars/base/stab/up_hit.png")
self.tx_stab_right = pygame.image.load(
"assets/graphics/chars/base/stab/right_hit.png")
# player equipment data
self.weapon_equipped = True
self.weapon = items.Weapon("test_sword")
self.weapon_damage = 1
# player location/velocity/state info
self.x_pos = 50
self.y_pos = 50
self.x_tile = int(
self.x_pos /
32) # These are estimations of the tile the player will be on
self.y_tile = int(self.y_pos / 32)
self.attacking = False
self.walk_speed = 3
self.walking = False # If the player is currently moving
self.walkCount = 0
self.faceDirection = "D" # U D L R for each direction
self.can_move_up = True
self.can_move_down = True
self.can_move_left = True
self.can_move_right = True
# player collision data
self.hit_box = ((self.x_pos + 10), (self.y_pos + 3), 12, 28)
self.T_R = ((self.x_pos + 10), (self.y_pos + 3), 12, 1)
self.B_R = ((self.x_pos + 10), (self.y_pos + 30), 12, 1)
self.L_R = ((self.x_pos + 10), (self.y_pos + 4), 1, 26)
self.R_R = ((self.x_pos + 21), (self.y_pos + 4), 1, 26)
self.top_rect = pygame.Rect(self.T_R)
self.bottom_rect = pygame.Rect(self.B_R)
self.left_rect = pygame.Rect(self.L_R)
self.right_rect = pygame.Rect(self.R_R)
self.rect = pygame.Rect(self.hit_box)
self.stab_rect_up = pygame.Rect(
((self.x_pos + 10), (self.y_pos + 3), 12, 1))
self.stab_rect_down = pygame.Rect(
((self.x_pos + 10), (self.y_pos + 30), 12, 1))
self.stab_rect_left = pygame.Rect(
(self.x_pos, (self.y_pos + 20), 10, 4))
self.stab_rect_right = pygame.Rect(
((self.x_pos + 21), (self.y_pos + 20), 10, 4))
self.weapon_rect = pygame.Rect(0, 0, 0, 0)
import playerchar
import items
import monsterchar
import game_events
import world
#declare characters
playerone = playerchar.Player(100,1,[], "Forest",1,11)
monster1 = monsterchar.Monster('booby brown',22,2000,10,[])
w_stt = items.Weapon('Sword of a Thousand Truths', 29, 5)
shoes1 = items.Shoes('Silk Slippers',45,'silk',3.5,5)
playerone.bag = [w_stt,shoes1]
monsters = monsterchar.monsterMaker(2,1,1)
#for site in world.wMap:
# for lvl in site:
# world.roomFill(world.wMap[lvl].inv, monsters)
world.roomFill(world.wMap['Forest'].inv, monsters)
print(world.wMap['Forest'].inv)
#game = True
#while game == True: #start game
# playerone.look()
# n = input("What will you do? \n >>> ") #enquire command from player
# if n.strip() == "travel": # in case 'travel' command
# # tell where can travel - loop trough dir
# t = input("In what direction will you travel? \n >>> ") # where will player then travel?
# if t.strip() in {'N', 'E', 'S', 'W'}: # only take compass directions
# print(n,' towards ',t+'est') # confirming message
root.geometry("300x100+100+100")
start_room = rooms.Room("The Entrance", n=True)
end_room = rooms.Room("The Bee Room", s=True, n=start_room)
# Initialise a map
game_map = rooms.Map([[start_room], [end_room]], start_room, end_room)
# String var name
name = "Jordan Hay"
# Create player object
player = Player(name, game_map)
player.inventory().add_items([
items.Item("Bees"),
items.Weapon("A HIVE FULL OF BEES", 10, 300),
items.Armour("Honeycomb Kneepads", 100),
items.Potion("10mL Syringe full of Honey", 10)
])
# After ten seconds the name will change
root.after(10000, lambda: name.set("Different name"))
# Display player inventory
#player.inventory().gui(root)
# Display player stats
player.gui(root)
# Root mainloop
root.mainloop()
def __init__(self, health, position, inventory, skill):
self.position = position #list of two ints
self.inventory = inventory #list of item objects
self.weapon = items.Weapon("kajsdf", 15, 2)
self.previousPosition = position
super().__init__(health, skill)
def __init__(self, name): # name will load all the npc attributes from npc.json, player obj for collisions
# NPC textures
self.tx_face_down = pygame.image.load(npc_data[name][0]["textures"][0]["down"])
self.tx_face_left = pygame.image.load(npc_data[name][0]["textures"][0]["left"])
self.tx_face_up = pygame.image.load(npc_data[name][0]["textures"][0]["up"])
self.tx_face_right = pygame.image.load(npc_data[name][0]["textures"][0]["right"])
# Walk animations
self.tx_walk_down = [pygame.image.load(npc_data[name][0]["textures"][0]["down_walk"][0]),
pygame.image.load(npc_data[name][0]["textures"][0]["down_walk"][1]),
pygame.image.load(npc_data[name][0]["textures"][0]["down_walk"][2]),
pygame.image.load(npc_data[name][0]["textures"][0]["down_walk"][3])]
self.tx_walk_left = [pygame.image.load(npc_data[name][0]["textures"][0]["left_walk"][0]),
pygame.image.load(npc_data[name][0]["textures"][0]["left_walk"][1]),
pygame.image.load(npc_data[name][0]["textures"][0]["left_walk"][2]),
pygame.image.load(npc_data[name][0]["textures"][0]["left_walk"][3])]
self.tx_walk_up = [pygame.image.load(npc_data[name][0]["textures"][0]["up_walk"][0]),
pygame.image.load(npc_data[name][0]["textures"][0]["up_walk"][1]),
pygame.image.load(npc_data[name][0]["textures"][0]["up_walk"][2]),
pygame.image.load(npc_data[name][0]["textures"][0]["up_walk"][3])]
self.tx_walk_right = [pygame.image.load(npc_data[name][0]["textures"][0]["right_walk"][0]),
pygame.image.load(npc_data[name][0]["textures"][0]["right_walk"][1]),
pygame.image.load(npc_data[name][0]["textures"][0]["right_walk"][2]),
pygame.image.load(npc_data[name][0]["textures"][0]["right_walk"][3])]
# Stab attack animations
self.tx_stab_down = pygame.image.load(npc_data[name][0]["textures"][0]["down_stab"])
self.tx_stab_left = pygame.image.load(npc_data[name][0]["textures"][0]["left_stab"])
self.tx_stab_up = pygame.image.load(npc_data[name][0]["textures"][0]["up_stab"])
self.tx_stab_right = pygame.image.load(npc_data[name][0]["textures"][0]["right_stab"])
# equipment data
self.weapon_equipped = True
self.weapon = items.Weapon(npc_data[name][0]["default_weapon"])
# player location/velocity/state info
self.x_pos = 50
self.y_pos = 50
self.x_tile = int(self.x_pos / 32) # These are estimations of the tile the player will be on
self.y_tile = int(self.y_pos / 32)
self.attacking = False
self.walk_speed = 3
self.walking = False # If the player is currently moving
self.walkCount = 0
self.faceDirection = "D" # U D L R for each direction
self.can_move_up = True
self.can_move_down = True
self.can_move_left = True
self.can_move_right = True
# player collision data
self.hit_box = ((self.x_pos + 10), (self.y_pos + 3), 12, 28)
self.T_R = ((self.x_pos + 10), (self.y_pos + 3), 12, 1)
self.B_R = ((self.x_pos + 10), (self.y_pos + 30), 12, 1)
self.L_R = ((self.x_pos + 10), (self.y_pos + 4), 1, 26)
self.R_R = ((self.x_pos + 21), (self.y_pos + 4), 1, 26)
self.top_rect = pygame.Rect(self.T_R)
self.bottom_rect = pygame.Rect(self.B_R)
self.left_rect = pygame.Rect(self.L_R)
self.right_rect = pygame.Rect(self.R_R)
self.center_t_rect = pygame.Rect((self.x_pos + 15), (self.y_pos + 12), 2, 1)
self.center_b_rect = pygame.Rect((self.x_pos + 15), (self.y_pos + 15), 2, 1)
self.center_l_rect = pygame.Rect((self.x_pos + 14), (self.y_pos + 13), 1, 2)
self.center_r_rect = pygame.Rect((self.x_pos + 17), (self.y_pos + 13), 1, 2)
self.rect = pygame.Rect(self.hit_box)
# health bar
self.hp_bar_enabled = True
self.hp_background = ((self.x_pos + 10), (self.y_pos + 3), 10, 1)
self.hp_bar = ((self.x_pos + 10), (self.y_pos + 3), 10, 1)
# stats info
self.hit_points_max = npc_data[name][0]["HP"]
self.hit_points = self.hit_points_max
# - Main
root = tk.Tk() # Tkinter root object
# -- Items
# --- Keys
# Key to Dracula's crypt
draculas_key = items.Key("THE KEY TO THE CRYPT")
# --- Weapons
weapons = [
items.Weapon("Pointy Stick", 2, 5),
items.Weapon("Crowbar", 3, 8),
items.Weapon("Molten Cheese", 5, 9),
items.Weapon("Boomerang", 10, 15),
items.Weapon("Laser Jet Printer", 12, 18),
items.Weapon("Red Syringe", 10, 25)
]
# --- Armour
armour = [
items.Armour("MDF Shield", 5),
items.Armour("Sheet Metal Shield", 6),
items.Armour("Wooden Breastplate", 7),
items.Armour("Sheet Metal Breastplate", 10),
items.Armour("Shin Pads", 15)
#The main game world
import rooms as tile
import entities
import items
#The main game world. All information about everything is stored here. Do not delete
weapon = items.Weapon("stabby", 5, 1)
steve = entities.Enemy("steve", 5, weapon, 2)
fangs = items.Weapon("fangs", 5, 3)
Wolf = entities.Enemy("Wolf", 3, fangs, 2)
baseball_bat = items.Weapon("baseball bat", 5, 2)
Swatter = entities.Enemy("Swatter", 4, baseball_bat, 2)
spiky_pom_poms = items.Weapon("spiky_pom_poms", 5, 3)
Cheerbleeder = entities.Enemy("Cheerbleeder", 4, spiky_pom_poms, 3)
spear = items.Weapon("spear", 5, 3)
Gladiator = entities.Enemy("Gladiator", 5, spear, 5)
broomstick = items.Weapon("broomstick", 5, 1)
Janitor = entities.Enemy("Janitor", 3, broomstick, 1)
beak = items.Weapon("beak", 0, 2)
Rabid_Penguin = entities.Enemy("Rabid Penguin", 2, beak, 5)
contorting_spear = items.Weapon("contorting spear", 8, 6)
Monstrous_Gladiator = entities.Enemy("Monstrous Gladiator", 8, spear, 7)
teeth = items.Weapon("teeth", 5, 3)
Tiger = entities.Enemy("Wolf", 5, teeth, 6)
appendage = items.Weapon("appendage", 100, 7)
Shoggoth = entities.Enemy("Shoggoth", 10, appendage, 8)
plastic_katana = items.Weapon("plastic katana", 1, 0)
Weaboo = entities.Enemy("Weaboo", 2, plastic_katana, 1)
world = [[tile.DoorRoom([]), tile.IceAgeRoom([])], [tile.HistoryRoom([])],
[tile.IceAgeRoom([])], [tile.OtherRoom([])], [tile.Corridor([])]]