#! /usr/bin/python
#
#	todigit.py
#
#						Oct/08/99
#
#
# ----------------------------------------------------------------
import	sys
import	math
import	string
import	regex

def	main	():
	sys.stderr.write ("*** start ***\n");

	for line in sys.stdin.readlines ():
		if (0 <= regex.search ("[(%]",line[:1])):
			print	line[0:-1]
		else:
			line_parser	(line[0:-1])

	sys.stderr.write ("*** end ***\n");
#
# ----------------------------------------------------------------
# [4]:
#
def	line_parser	(line_a):
	while	1:
		pos_a = regex.search ("[\(A-Z]",line_a)

		if (pos_a == -1):
			break;

		ch_key = line_a[pos_a:1]


		if (ch_key == '('):
			sys.stdout.write (line_a[0:]);
			break
		else:
			line2 = line_a[pos_a + 1:]
			pos_b = parser_s4	(line2,ch_key)
			if (0 <=pos_b):
				line_a = line2[pos_b:]

		if (pos_b == -1):
			break

	sys.stdout.write ('\n')


# ----------------------------------------------------------------
# [4-4]:
def	parser_s4 (line2,ch_key):

	pos_b = regex.search ("[\(A-Z]",line2)

	if (pos_b == -1):
		line3 = line2
	else:
		line3 = line2[:pos_b]

	if (0 < regex.match ("[XYZIJKR]",ch_key)):
		sys.stdout.write (ch_key)
		ovalue = string.atof (line3) / 1000.0
		out_value_proc (ovalue)
	else:
		sys.stdout.write (ch_key+line3)

	return pos_b

# ----------------------------------------------------------------
# [2-4-4]:
def	out_value_proc (out_value):

	i1000 = int (out_value) * 1000

	if (i1000 == (out_value * 1000)):
		out_ch = "%.1f" % out_value
	else:
		out_ch = "%.3f" % out_value
	sys.stdout.write (out_ch)


# ---------------------------------------------------------------
main	()
# ---------------------------------------------------------------