# input: space-separated table of focus names and ai_weight
# output: SVG graph on stdout, numerical probabilities on stderr
import sys
from fractions import Fraction
from collections import namedtuple
from math import sin, cos, pi, sqrt

Focus = namedtuple('Focus', ['name', 'will_do'])

focuses = [Focus(name, Fraction(will_do)) for (name, will_do) in [x.strip().split() for x in sys.stdin]]

f_prob = {f.name: 0 for f in focuses}

working_set = list(focuses)
prob_accu = Fraction(0)
rings = []
while working_set:
	highest_remaining = max(x.will_do for x in working_set)
	if highest_remaining <= 0:
		break
	top_group, lower_group = [], []
	for focus in working_set:
		if focus.will_do == highest_remaining:
			top_group.append(focus)
		else:
			lower_group.append(focus)
	next_highest = max(x.will_do for x in lower_group) if lower_group else 0
	sector_probability = (Fraction(1) - pow(next_highest/highest_remaining, len(top_group))) * (Fraction(1) - prob_accu)
	for f in top_group:
		f_prob[f.name] += sector_probability / len(top_group)
	prob_accu += sector_probability
	rings.append((highest_remaining, sector_probability, list(top_group)))
	# align ring sectors to get coherent shapes
	stride = int((len(working_set)-len(top_group)) / len(top_group) + 0.5)
	working_set = [Focus(top_group.pop(0).name, next_highest)]
	while len(top_group) or len(lower_group):
		for _ in range(stride):
			if len(lower_group):
				working_set.append(lower_group.pop(0))
		if len(top_group):
			working_set.append(Focus(top_group.pop(0).name, next_highest))

print(f_prob, file=sys.stderr)

colors = ['#edd400', '#f57900', '#c17d11', '#73d216', '#3465a4', '#75507b', '#cc0000', '#d3d7cf', '#ff00ff', '#ffff00']
print('<svg width="400" height="400" xmlns="http://www.w3.org/2000/svg">')
prob_accu = 0
for will_do, prob, items in rings:
	radius = 190 * sqrt(1 - prob_accu)
	print(f'<path id="ring{will_do}" fill="none" stroke="black" stroke-dasharray="4,16" d="M200,200m0,{-radius}a{radius},{radius} 0 0,1 {radius},{radius}a{radius},{radius} 0 1,1 {-radius},{-radius}"/>')
	print(f'<text><textPath href="#ring{will_do}">{will_do}</textPath></text>')
	n = len(items)
	if n == 1:
		idx, = [i for i, e in enumerate(focuses) if e.name == items[0].name]
		print(f'<circle fill="{colors[idx]}" cx="200" cy="200" r="{radius}"/>')
	else:
		for i, focus in enumerate(items):
			idx, = [i for i, e in enumerate(focuses) if e.name == focus.name]
			print(f'<path fill="{colors[idx]}" d="M200 200')
			curr_angle = 2 * pi * i / n
			next_angle = 2 * pi * (i + 1) / n
			print('l')
			print(radius * sin(curr_angle))
			print(-radius * cos(curr_angle))
			print('A', radius, radius, 0, 0, 1)
			print(200 + radius * sin(next_angle))
			print(200 - radius * cos(next_angle))
			print('"/>')
	prob_accu += prob
print('</svg>')