from random import randint
 
class Home:
 
	def __init__(self):
		self.cat_bowl = 0
		self.dirty = 0
 
 
class Man:
 
	def __init__(self, name):
		self.name = name
		self.mood = 0
		self.money = 1000000
		self.home = None
		self.cat = None
 
	def status(self):
		print('я - {}, настроение {}, денег {}'.format(
			self.name, self.mood, self.money))
 
	def buy_home(self, home):
		print('Ура! {} купил дом'.format(self.name))
		self.home = home
		self.money -= 999000
		self.mood += 80
 
	def go_work(self):
		print('{} пошел на работу'.format(self.name))
		self.money += 30
		self.mood -= 50
 
	def play_DOTA(self):
		print('{} играл в доту весь день'.format(self.name))
		self.mood += 30
 
	def pick_up_the_cat(self, cat):
		print('{} подобрал кота {}'.format(self.name, cat.name))
		self.cat = cat
		self.cat.home = self.home
 
	def act(self):
		dice = randint(1, 6)
		if dice == 1:
			self.go_work()
		else:
			self.play_DOTA()
 
 
class Cat:
 
	def __init__(self, name):
		self.mood = 50
		self.fullness = 50
		self.name = name
		self.home = None
 
	def status(self):
		print('я - {}, настроение {}, сытость {}'.format(
			self.name, self.mood, self.fullness))
 
	def eat(self):
		if self.home is not None:
			if self.home.cat_bowl > 20:
				print('Кот {} поел'.format(self.name))
				self.fullness += 10
				self.home.cat_bowl -= 20
			else:
				print('Коту {} не хватает еды'.format(self.name))
				self.mood -= 50
		else:
			print('У кота {} нет дома...'.format(self.name))
 
	def sleep(self):
		print('Кот {} спал весь день'.format(self.name))
		self.fullness -= 20
		self.mood += 10
 
 
	def act(self):
		if self.fullness <=0:
			print('Кот {} умер...'.format(self.name))
			return
		dice = randint(1, 6)
		if dice == 1:
			self.eat()
		else:
			self.sleep()
 
 
empty_home = Home()
 
vasya = Man(name='Вася')
vasya.status()
vasya.buy_home(home=empty_home)
 
murzik = Cat(name='Мурзик')
 
vasya.pick_up_the_cat(cat=murzik)
 
for day in range(1, 11):
	print('----------------------------- День {}'.format(day))
	vasya.act()
	murzik.act()
 
	vasya.status()
	murzik.status()
 
 
 

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