AsciiGlass/Stephan			AsciiGlass/yervandsargsyan
t	1	def input_handling():	t	1	def input_handling():
	2	a = "a's not empty"		2	a = "a's not empty"
	3	data = [1, 1, 1, 1, 1]		3	data = [1, 1, 1, 1, 1]
	4	wall_y = -1		4	wall_y = -1
	5	wall_x = 0		5	wall_x = 0
	6	water_y = 0		6	water_y = 0
	7	glass_y = 0		7	glass_y = 0
	8	while True:		8	while True:
	9	if a != "":		9	if a != "":
	10	wall_x = len(a)		10	wall_x = len(a)
	11	a = input()		11	a = input()
	12	if "#" in a:		12	if "#" in a:
	13	glass_y += 1		13	glass_y += 1
	14	if "*" in a:		14	if "*" in a:
	15	water_y += 1		15	water_y += 1
	16	if "###" in a:		16	if "###" in a:
	17	glass_x = a.count('#')		17	glass_x = a.count('#')
	18			18
	19	else:		19	else:
	20	break		20	break
	21	wall_y += 1		21	wall_y += 1
	22			22
	23	data = [wall_x, wall_y, glass_y, glass_x, water_y]		23	data = [wall_x, wall_y, glass_y, glass_x, water_y]
	24	return data		24	return data
	25			25
	26			26
	27	def handle_falling(wall_x, glass_x, water_y):		27	def handle_falling(wall_x, glass_x, water_y):
	28	water_level = (glass_x - 2)*water_y		28	water_level = (glass_x - 2)*water_y
	29	water_heigth = water_level//wall_x		29	water_heigth = water_level//wall_x
	30	if (water_level/wall_x) != (water_level//wall_x):		30	if (water_level/wall_x) != (water_level//wall_x):
	31	water_heigth += 1		31	water_heigth += 1
	32	return water_heigth		32	return water_heigth
	33			33
	34			34
	35	def fallen_glass_draw(wall_x, wall_y, glass_x, glass_y, water_y):		35	def fallen_glass_draw(wall_x, wall_y, glass_x, glass_y, water_y):
	36	water_heigth = handle_falling(wall_x, glass_y, water_y)		36	water_heigth = handle_falling(wall_x, glass_y, water_y)
	37	wall_with_water_y = wall_y-water_heigth		37	wall_with_water_y = wall_y-water_heigth
	38	for i in range(0, wall_with_water_y):		38	for i in range(0, wall_with_water_y):
	39	if i < (wall_y-glass_y):		39	if i < (wall_y-glass_y):
	40	dot = "."		40	dot = "."
	41	else:		41	else:
	42	dot = "#"		42	dot = "#"
	43	for j in range(1, wall_x):		43	for j in range(1, wall_x):
	44	if (i == (wall_y - glass_y) or (water_heigth ==		44	if (i == (wall_y - glass_y) or (water_heigth ==
	45	0 and i == wall_y-1)) and j < glass_x:		45	0 and i == wall_y-1)) and j < glass_x:
	46	dot += "#"		46	dot += "#"
	47	else:		47	else:
	48	dot += "."		48	dot += "."
	49	print(dot)		49	print(dot)
	50			50
	51	for i in range(0, water_heigth):		51	for i in range(0, water_heigth):
	52	star = "*"		52	star = "*"
	53	for j in range(1, wall_x):		53	for j in range(1, wall_x):
	54	star += "*"		54	star += "*"
	55	print(star)		55	print(star)
	56	return		56	return
	57			57
	58			58
	59	data = input_handling()		59	data = input_handling()
	60	fallen_glass_draw(data[0], data[1], data[2], data[3], data[4])		60	fallen_glass_draw(data[0], data[1], data[2], data[3], data[4])
	61			61

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