Жан-Юль-Ян Азель, 414 группа (КФ) CyberSausage 11198			Исанбеков Дамир 414 КФ CyberSausage 11229
f	1	from fractions import Fraction	f	1	from fractions import Fraction
	2			2
	3	class Sausage:		3	class Sausage:
	4			4
n	5	def __init__(self, meat='pork!', volume=1):	n	5	def __init__(self, ground='pork!', volume=1):
	6	self.meat = meat		6	self.ground = ground
	7	self.volume = Fraction(volume)		7	self.volume = Fraction(volume)
	8			8
	9	def __abs__(self):		9	def __abs__(self):
	10	return self.volume		10	return self.volume
	11			11
	12	def __add__(self, other):		12	def __add__(self, other):
n	13	return Sausage(self.meat, self.volume + other.volume)	n	13	return Sausage(self.ground, self.volume + other.volume)
	14			14
	15	def __sub__(self, other):		15	def __sub__(self, other):
n	16	return Sausage(self.meat, max(self.volume - other.volume, 0))	n	16	return Sausage(self.ground, max(self.volume - other.volume, 0))
	17			17
	18	def __mul__(self, factor):		18	def __mul__(self, factor):
n	19	return Sausage(self.meat, self.volume * factor)	n	19	return Sausage(self.ground, self.volume * factor)
	20			20
	21	def __rmul__(self, factor):		21	def __rmul__(self, factor):
	22	return self * factor		22	return self * factor
	23			23
	24	def __truediv__(self, divisor):		24	def __truediv__(self, divisor):
n	25	return Sausage(self.meat, self.volume / divisor)	n	25	return Sausage(self.ground, self.volume / divisor)
	26			26
	27	def __bool__(self):		27	def __bool__(self):
	28	return self.volume > 0		28	return self.volume > 0
	29			29
	30	def __str__(self):		30	def __str__(self):
	31	if self.volume == 0:		31	if self.volume == 0:
	32	return '/|\n||\n||\n||\n\\|'		32	return '/|\n||\n||\n||\n\\|'
	33	full_loafs = int(self.volume)		33	full_loafs = int(self.volume)
n	34	rems = self.volume - full_loafs	n	34	remaining_fraction = self.volume - full_loafs
	35	str1, str2, str3 = ('', '', '')		35	top_border, ground_line, bottom_border = ('', '', '')
	36	for i in range(full_loafs):		36	for _ in range(full_loafs):
	37	border1, filling, border2 = self.full()		37	a, b, c = self._create_full_loaf()
	38	str1 += border1		38	top_border += a
	39	str2 += filling		39	ground_line += b
	40	str3 += border2		40	bottom_border += c
	41	if rems > 0:		41	if remaining_fraction > 0:
	42	border1, filling, border2 = self.partial(rems)		42	a, b, c = self._create_partial_loaf(remaining_fraction)
	43	str1 += border1		43	top_border += a
	44	str2 += filling		44	ground_line += b
	45	str3 += border2		45	bottom_border += c
	46	return str1 + '\n' + (str2 + '\n') * 3 + str3		46	return top_border + '\n' + (ground_line + '\n') * 3 + bottom_bor
				>	der
	47			47
n	48	def full(self):	n	48	def _create_full_loaf(self):
				49	ground_remainder = 12 % len(self.ground)
	49	main = 12 // len(self.meat)		50	ground_main = 12 // len(self.ground)
	50	remain = 12 % len(self.meat)
	51	border1 = '/------------\\'		51	top_border = '/------------\\'
	52	filling = f'|{self.meat * main + self.meat[:remain]}|'		52	ground_line = f'|{self.ground * ground_main + self.ground[:groun
				>	d_remainder]}|'
	53	border2 = '\\------------/'		53	bottom_border = '\\------------/'
	54	return (border1, filling, border2)		54	return (top_border, ground_line, bottom_border)
	55			55
t	56	def partial(self, fraction):	t	56	def _create_partial_loaf(self, fraction):
	57	remaining_length = fraction.numerator * (12 // fraction.denomina		57	total_ground_length = fraction.numerator * (12 // fraction.denom
	>	tor)		>	inator)
	58	count_of_meat = remaining_length // len(self.meat)		58	ground_count = total_ground_length // len(self.ground)
	59	remaining_meat_length = remaining_length - count_of_meat * len(s		59	leftover_ground_length = total_ground_length - ground_count * le
	>	elf.meat)		>	n(self.ground)
	60	border1 = '/' + '-' * remaining_length + '|'		60	top_border = '/' + '-' * total_ground_length + '|'
	61	filling = f'|{self.meat * count_of_meat + self.meat[:remaining_m		61	ground_line = f'|{self.ground * ground_count + self.ground[:left
	>	eat_length]}|'		>	over_ground_length]}|'
	62	border2 = '\\' + '-' * remaining_length + '|'		62	bottom_border = '\\' + '-' * total_ground_length + '|'
	63	return (border1, filling, border2)		63	return (top_border, ground_line, bottom_border)

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