def add_items(self):
item1 = Items('Iphone10', 'A brand new Iphone')
item2 = Items('Storagekey',
'This is a key which unlocks the storage room door')
self.items.append(item1)
self.items.append(item2)
def add_items(self):
item1 = Items('Tube of water','A tube filled with dirty water! Do not drink it')
item2 = Items('Key','This is a key you can use it to open your way to the roof ')
item3 = Items('Parachute','This is a very reliable military parachute')
self.items.append(item1)
self.items.append(item2)
self.items.append(item3)
def add_items(self):
item1 = Items('Military bag',
'A big bag used by the military forces in WWII')
item2 = Items('Sunglases', 'A big travelling suitcase')
item3 = Items('Wire rope', 'A very durable and reliable rope')
self.items.append(item1)
self.items.append(item2)
self.items.append(item3)
def add_items(self):
from Items import Items
item1 = Items('Nice warm jacket', 'A very warm jacket')
item2 = Items(
'Hammer',
'A legit heavy hummer used as a weapon in the 18th century! The kids can not lift it obviously, but you can!'
)
item3 = Items('Gun(toy)', 'Just a toy gun loaded with rubber arrows')
self.items.append(item1)
self.items.append(item2)
self.items.append(item3)
def add_items(self):
item1 = Items('Machete','This is a big and sharp machete you can use it to free yourself')
item2 = Items('Basementkey','This is a key use it to open the door')
item3 = Items('Lighter','This is a lighter use it to see where you are')
item4 = Items('Axe','This is an axe use it to cut and break things')
self.items.append(item1)
self.items.append(item2)
self.items.append(item3)
self.items.append(item4)
def add_items(self):
item1 = Items('Finalroomkey', 'A key for the Finalroom door')
item2 = Items('Bottle', 'Empty bottle')
item3 = Items('Granade',
'This is a lighter use it to see where you are')
item4 = Items(
'AK-47',
'The AK-47 is a gas-operated, 7.62×39mm assault rifle, developed in the Soviet Union by Mikhail Kalashnikov. It is the originating firearm of the Kalashnikov rifle (or "AK") family.'
)
self.items.append(item1)
self.items.append(item2)
self.items.append(item3)
self.items.append(item4)
def _calc_src_dest(path): items = Items() for step in path: for (item, item_cardinality) in step.recipe.src.items(): items.add(-step.cardinality * item_cardinality, item) for (item, item_cardinality) in step.recipe.dest.items(): items.add(step.cardinality * item_cardinality, item) return items.src_dest()
def insertar_items():
while True:
item = Items(input("Nombre: "), input("Tipo: "), input("Costo: "),
input("Activa: "), input("Pasiva: "))
if (not (procesamiento.existe_nombre(path_items, item.nombre, 0))):
break
else:
print("El item ya está registrado, ingrese otro por favor.")
return procesamiento.insertar(path_items, str(item))
def actualizar_items():
while True:
item = Items(input("Nombre: "), input("Tipo: "), input("Costo: "),
input("Activa: "), input("Pasiva: "))
if (procesamiento.existe_nombre(path_items, item.nombre, 0)):
break
else:
print(
"El item no se encuentra registrado, ingrese otro por favor."
)
return procesamiento.actualizar(path_items, str(item))
def actualizar(self):
if self.muriendo == True:
self.ani_num += 1
if self.ani_num == 2:
self.sonido_al_morir.play()
if self.ani_num == self.ani_max:
self.muerto = True
self.muriendo = False
self.items.append(
Items("imagenes/item", self.getPosicion(), self.camara))
self.setPosicion([-100, -100])
self.ani_num = 0
if self.muerto == False:
self.mover()
def __init__(self, p, args={}):
self.info = args
self.items = Items()
self.player = p
s_width = args['sidebar_width']
b_height = args['button_height']
width = args['width']
height = args['height']
self.submenu = "player"
#create all the little subsections of the menu
self.menu_back = pygame.Surface((width, height))
self.sidebar = self.menu_back.subsurface(
pygame.Rect(0, 0, s_width, height))
self.buttons = self.menu_back.subsurface(
pygame.Rect(s_width, 0, width - s_width, b_height))
self.action_items = self.menu_back.subsurface(
pygame.Rect(s_width, b_height, (width / 2) - s_width,
height - b_height))
self.menu_area = self.menu_back.subsurface(
pygame.Rect(s_width, b_height, width - s_width, height - b_height))
#print self.action_items.get_rect()
#print self.menu_back.get_rect()
#print self.sidebar.get_rect()
#print self.buttons.get_rect()
self.options = self.menu_back.subsurface(
pygame.Rect(
(self.sidebar.get_width() + self.action_items.get_width()),
b_height, width -
(self.sidebar.get_width() + self.action_items.get_width()),
height - b_height))
#initialize sprite box
self.sprites = pygame.sprite.RenderUpdates()
#build buttons to click
#self.sidebar.fill((255, 0, 0))
#self.buttons.fill((0, 255, 0))
#self.action_items.fill((0, 0, 255))
#self.options.fill((255, 255, 0))
items = self.make_button("Items", self.buttons, 0, 0)
equip = self.make_button("Equipment", self.buttons,
items.rect.width + 2, 0)
skill = self.make_button("Skills", self.buttons,
items.rect.width + equip.rect.width + 6, 0)
play = self.make_button(
"Player", self.buttons,
items.rect.width + equip.rect.width + skill.rect.width + 10, 0)
#build submenu that defaults to - Player Info
self.run_play()
def setUp(self):
self.items = Items(209321299,
"Sour Patch Watermelon Soft & Chewy Candy - 8oz",
1.99)
catalog_format_type_dao = dao_session.getCatalogFormatTypeDao()
catalog_status_type_dao = dao_session.getCatalogStatusTypeDao()
users_dao = dao_session.getUsersDao()
list_it_types = catalog_item_type_dao.readAll()
format_type = catalog_format_type_dao.readRandom()
list_catalog_status_type = catalog_status_type_dao.readAll()
list_users = users_dao.readAll()
list_items = []
number_items = 10000
number_assets = 1000
for j in range(number_assets):
time.sleep(.001)
item_item = Items()
# item_item.setId(i)
item_item.setClass(1)
item_item.setName('Asset_' + str(j))
item_item.setPath('Path_' + str(j))
item_item.setDateTime(datetime.datetime.now())
item_item.setType(list_it_types[randint(0, len(list_it_types) - 1)].getId())
item_item.setFormat(randint(0, len(format_type.getField(list_it_types[item_item.getType()].getItemType())) - 1))
item_item.setStatus(list_catalog_status_type[randint(0, len(list_catalog_status_type) - 1)].getId())
item_item.setVersion(0.1)
item_item.setPrevVersion('')
item_item.setNextVersion('')
for i in range(0, randint(0, len(list_users) - 1)):
item_item.addUserSubscription(randint(0, len(list_users) - 1))
list_items.append(item_item)
def setUp(self):
self.item = Items(1, '12.95', 'Beer', 'Coors', 'Molson')
def makeWebhookResult(req, menu):
'''
Returns a dictionary based on individual intent action
'''
# Deal with the intent - showMenu
if req['queryResult']['action'] == 'showMenuAction':
speech = "The details you asked are : \n\n " + "\n".join(
[str(i) for i in list(menu.extractMenu())])
return makeSpeech(speech)
# Deal with the intent - showCategory
elif req['queryResult']['action'] == 'expandMenuAction':
result = req['queryResult']
parameters = result.get('parameters')
category = parameters.get('categoryEntity')
cat = Category()
cat.extractCatergoryId(category)
speech = "The details you asked are : \n\n " + "\n".join(
[str(i) for i in list(cat.getdata())])
return makeSpeech(speech)
# Deal with the intent - exploreItem
elif req['queryResult']['action'] == 'exploreItemAction':
result = req['queryResult']
parameters = result.get('parameters')
item = parameters.get('items')
it = Items()
plateDetails = it.exploreItem(item)
speech = "Price for " + str(
item) + "\n\n" + "for half plate: " + plateDetails[
0] + "\nfull plate: " + plateDetails[1]
return makeSpeech(speech)
# Deal with the intent - addThisToCart
# Used when user is exploring a specific item and then says to add the item which is being explored to the cart.
elif req['queryResult']['action'] == 'addThisToCartAction':
result = req['queryResult']
parameters = result.get('parameters')
quantity = parameters.get('quantity')
platesize = parameters.get("plateSize")
if quantity and platesize:
item_name = req['queryResult']['outputContexts'][0]['parameters'][
'items']
email_id = fetchMail(req)
it1 = Items()
price_both = it1.exploreItem(
item_name) # item plate size and menuID
if platesize == "full":
price = price_both[1]
elif platesize == "half" and price_both[0] != "Not Available":
price = price_both[0]
else:
price = price_both[1]
platesize = "full (Half-not available)"
temp_dict = {
'item_name': item_name,
'quantity': quantity,
'price': int(quantity) * int(price[1:]),
'plate_size': platesize
}
email_dict[email_id].append(temp_dict)
paymentPOST[email_id]['cart'] = [{
'name': item_name,
'id': price_both[2],
'quantity': int(quantity),
'type': "ANY",
'price': int(price[1:])
}]
speech = "Cart Updated Successfully !"
return makeSpeech(speech)
# Deal with the intent - clearCart
elif req['queryResult']['action'] == 'clearCartAction':
email_id = fetchMail(req)
if email_id in email_dict:
del email_dict[email_id]
# Deal with the intent - addItemToCart
# Used when user says add @ITEM_NAME to cart directly.
elif req['queryResult']['action'] == 'addItemToCartAction':
result = req['queryResult']
parameters = result.get('parameters')
quantity = parameters.get('quantity')
platesize = parameters.get("plateSize")
if quantity and platesize:
item_name = req['queryResult']['outputContexts'][0]['parameters'][
'items']
email_id = fetchMail(req)
it2 = Items()
price_both = it2.exploreItem(item_name)
if platesize == "full":
price = price_both[1]
elif platesize == "half" and price_both[0] != "Not Available":
price = price_both[0]
else:
price = price_both[1]
platesize = "full (Half-not available)"
# Cart updation to show user
temp_dict = {
'item_name': item_name,
'quantity': quantity,
'price': int(quantity) * int(price[1:]),
'plate_size': platesize
}
email_dict[email_id].append(temp_dict)
paymentPOST[email_id]['cart'] = [{
'name': item_name,
'id': price_both[2],
'quantity': int(quantity),
'type': "ANY",
'price': int(price[1:])
}]
speech = "Cart Updated Successfully !"
return makeSpeech(speech)
# Deal with the intent - placeOrder
elif req['queryResult']['action'] == 'placeOrderAction':
result = req['queryResult']
parameters = result.get('parameters')
name = parameters.get("name")
mobile = parameters.get("mobile")
address = parameters.get("address")
landmark = parameters.get('landmark')
city = parameters.get('city')
pincode = parameters.get('pincode')
if name and mobile and address and city and pincode:
email_id = fetchMail(req)
# Updating Payment Api format for POST request
paymentPOST[email_id]['customer'] = [{
'name': name,
'number': mobile,
'email': email_id,
'address': address,
'landmark': landmark,
'city': city,
'pincode': int(pincode)
}]
makeSpeech("Redirecting to payment gateway...")
# Post request to payment API
linkRequest = requests.post(url=menu.paymentAPI,
data=json.dumps(paymentPOST[email_id]))
return makeSpeech(
"This is your payment link click on the link and complete your payment. Thankyou for ordering !\n\n"
+ str(linkRequest.text))
# Deal with the intent - shoeCart
elif req['queryResult']['action'] == 'showCartAction':
result = req['queryResult']
email_id = fetchMail(req)
no = 1
speech = ""
for i in email_dict[email_id]:
speech += "Item: " + str(no) + "\n"
for k in i:
speech += str(k) + "-" + str(i[k]) + "\n"
no += 1
return makeSpeech(speech)
from World import World
from Player import Player
from Items import Items
items = [
Items("club", "melee", 1, 0, 1),
Items("dagger", "melee", 3, 0, 4),
Items("greatclub", "melee", 5, 0, 12),
Items("handaxe", "melee", 8, 0, 18),
Items("greatsword", "melee", 12, 0, 25),
Items("Maul", "melee", 9, 0, 20),
Items("woodshield", "melee", 0, 2, 5),
Items("metalshield", "melee", 0, 5, 13),
Items("ironshield", "melee", 0, 9, 25),
Items("steelshield", "melee", 0, 15, 40)
]
t = Player("name", 1, 0, [5, 5])
world = World(t)
world.menu()
def add_items(self):
item1 = Items('Board','A big board')
self.items.append(item1)
