from math import *
from random import *
from time import *

def mmod(a,b):
  return a%b
def getplatform():
  return 1
def getlinechars(o=False):
  c,k=2**31-1,getplatform()
  if k>=0:
    c=[53,o and 99 or 29,o and 509 or 21,31,32,c,c][k]
  return c
na,pkl,lnm=21,[],["Bulbizarre","Herbizarre","Florizarre","Salameche","Reptincel","Dracaufeu","Carapuce","Carabaffe","Tortank","Chenipan","Chrysacier","Papilusion","Aspicot","Coconfort","Dardargnan","Roucool","Roucoups","Roucarnage","Rattata","Rattatac","Piafabec","Rapasdepic","Abo","Arbok","Pikachu","Raichu","Sabelette","Sablaireau","Nidoran F","Nidorina","Nidoqueen","Nidoran M","Nidorino","Nidoking","Melofee","Melodelfe","Goupix","Feunard","Rondoudou","Grodoudou","Nosferapti","Nosferalto","Mystherbe","Ortide","Rafflesia","Paras","Parasect","Mimitoss","Aeromite","Taupiqueur","Triopikeur","Miaouss","Persian","Psykokwak","Akwakwak","Ferosinge","Colossinge","Caninos","Arcanin","Ptitard","Tetarte","Tartard","Abra","Kadabra","Alakazam","Machoc","Machopeur","Mackogneur","Chetiflor","Boustiflor","Empiflor","Tentacool","Tentacruel","Racaillou","Gravalanch","Grolem","Ponyta","Galopa","Ramoloss","Flagadoss","Magneti","Magneton","Canarticho","Doduo","Dodrio","Otaria","Lamantine","Tadmorv","Grotadmorv","Kokiyas","Crustabri","Fantominus","Spectrum","Ectoplasma"]
mrandmax,mrand,mfmax,nn,mp=2**31-1,0,93,getlinechars(True)-na,na//2
def mround(f):
  d=mmod(abs(f),1)
  return (mfloor(abs(f))+(d>=.5))*(1-2*(f<0))
def mfloor(f):
  return round(f)-(round(f)>f)
def mceil(f):
  return round(f)+(round(f)<f)
def mseed(s):
  global mrand
  mrand=mmod(s,mrandmax)
def mrandom():
  mseed(mrand*16807)
  return float(mrand/mrandmax)
def muniform(mini,maxi):
  return mrandom()*(maxi-mini)+mini
def mrandint(mini,maxi):
  return mround(muniform(mceil(mini),mfloor(maxi)))
def f2mf(f):
  return mround(float(f*mfmax))
def mf2f(n):
  return float(n/mfmax)
def mbit(a,b):
  return mmod((a//(2**b)),2)
def getattack(p,pts):
  global pkt
  mseed(42)
  for k in range(p+1):
    mrandom()
  a,pka=mrandint(1,mrandmax),""
  for j in range(na):
    if mbit(a,j)!=0:
      pka+="X"
      pkt[j]+=pts
    else:
      pka+=" -"[getplatform()>=5]
  return pka
def i2c(k):
  return chr(k+33)
def c2i(c):
  return ord(c)-33
def clean():
  global pkl
  t,s=0,0
  for l in pkl:
    t+=l[1]
  for l in pkl:
    l[2]=f2mf(l[1]/(t or 1))
    s+=l[2]
    if(l[2]<=0):
      pkl.remove(l)
      return clean()
  return s
def pk(n,p=1,d=2):
  global pkt, pkl
  n-=1
  if n>=0 and n<len(lnm):
    new=True
    for k in range(len(pkl)):
      if pkl[k][0]==n:
        new,pkl[k][1]=False,max(p,0)
    if new and len(pkl)<mp:
      pkl.append([n,max(p,0),0])
  ptt,pkt,t,st=clean(),[0 for k in range(na)],0,""
  for l in pkl:
    s=getattack(l[0],l[2]/ptt)
    if d:
      sn=" "+lnm[l[0]]
      if len(sn)>nn:
        sn=sn[:nn]
      print(s+sn)
    st=i2c(l[0])+st+i2c(l[2])
  for k in pkt:
    if(k):
      t+=log(e+k*len(pkl))
  if(d):
    if(d>=2):
      print("Bon score ? Si oui\nenvoie code suivant\na info@tiplanet.org :")
    print(""+st)
  return float(t)
def setst(st):
  s,pkl[:],n=0,[],len(st)//2
  for k in range(n):
    s=pk(c2i(st[n-1-k])+1,c2i(st[n+k+len(st)%2]),False)
  return s

pokemons = []

for l in range(94):
  mseed(42)
  for k in range(l + 1):
    mrandom()
  pokemons.append(mrandint(1, mrandmax))

def fast_score(code):
  pkt = [0.0 for l in range(21)]
  for k in range(10):
    p = code[19 - k] / 93.0
    for l in range(21):
      if pokemons[code[k]] & (1 << l):
        pkt[l] += p
  size = 0
  for k in range(10):
    if code[19 - k] > 0:
      size += 1
  score = 0.0
  for k in pkt:
    if k:
      score += log(e + k * size)
  return score

def random_pokemon(code):
  n = randint(0, 9)
  v = randint(0, 93)
  if not v in code[:10]:
    code[n] = v

def random_attack(code):
  score_max = fast_score(code)
  for k in range(300):
    while True:
      i = randint(10, 19)
      j = randint(10, 19)
      if i != j:
        break
    d = randint(-93, 93)
    vi = code[i] + d
    vj = code[j] - d
    if vi >= 0 and vi <= 93 and vj >= 0 and vj <= 93:
      code_next = code.copy()
      code_next[i] = vi
      code_next[j] = vj
      score_next = fast_score(code_next)
      if score_max < score_next:
        code[:] = code_next
        score_max = score_next

seed(time())

code = [0 for k in range(20)]
code[19] = 93

score = fast_score(code)

code_max = code.copy()
score_max = score

# find team using simulated annealing
t = 1.0
while t > 0.0001:
  t *= 0.999
  code_next = code.copy()
  random_pokemon(code_next)
  random_attack(code_next)
  score_next = fast_score(code_next)
  if score_max < score_next:
    code_max[:] = code_next
    score_max = score_next
    print('%.5f' % score_max, ''.join([chr(code_max[k] + 33) for k in range(20)]))
  delta = score_next - score;
  if delta >= 0 or random() < exp(delta / t):
    code[:] = code_next
    score = score_next

# find attack points using brute force
code_max = ''.join([chr(code_max[k] + 33) for k in range(20)])
for i in range(ord('2'), 256):
  for j in range(ord('e'), 256):
    code = code_max.replace('2', chr(i)).replace('e', chr(j))
    score = setst(code)
    if score_max < score:
      score_max = score
      print('%.5f' % score, code, i, j)