Python - déobf

from math import *

def mmod(a, b):
  return a % b;
def getlinechars(o=False):
  c,k=2**31-1,1
  if k>=0:
    c=[53,o and 99 or 29,o and 509 or 21,31,32,c,c][k]
  return c
na = 21;
pokemons_in_team = [];
lnm = ["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 = 2147483647;
mrand = 0;
mfmax = 93;
nn = 78;

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 * 93))

def mf2f(n):
  return float(n / 93)

def mbit(a,b):
  return mmod((a//(2**b)),2)

def getattack(pokemon_id,pts):
  global pkt
  mseed(42)
  for k in range(pokemon_id + 1):
    mrandom()
  a = mrandint(1,mrandmax);
  for j in range(na):
    if mbit(a,j)!=0:
      pkt[j]+=pts

def i2c(k):
  return chr(k+33)

def c2i(c):
  return ord(c)-33

def clean():
  global pokemons_in_team
  sum_of_priorities = 0;
  s = 0;

  # Calcule la somme des priorités.
  for current_pokemon in pokemons_in_team:
    sum_of_priorities += current_pokemon[1];


  for current_pokemon in pokemons_in_team:
    #
    current_pokemon[2] = f2mf(current_pokemon[1]/(sum_of_priorities or 1))
    s += current_pokemon[2]

    # Check si on fait du sale.
    if(current_pokemon[2] <= 0):
      pokemons_in_team.remove(current_pokemon)
      return clean()
  return s

def pk(pokemon_id, priority = 1, d=2):
  global pkt, pokemons_in_team
  pokemon_id -= 1 # Obtenir id dans tableau (1-94 transformé en 0-93)
  if pokemon_id >= 0 and pokemon_id < len(lnm): # Check si id valide
    new = True
    for k in range(len(pokemons_in_team)):
      if pokemons_in_team[k][0] == pokemon_id: # Check si pokemon déjà rentré
        new = False;
        pokemons_in_team[k][1] = max(priority, 0);
    if new and len(pokemons_in_team) < 10: # Si nouveau et pas d'autre pkm dans l'équipe
      pokemons_in_team.append([pokemon_id,max(priority, 0),0]) # Ajout dans l'équipe


  ptt = clean();
  pkt = [0] * 21;
  total_score = 0;
  input_string = "";
  for current_pokemon in pokemons_in_team:
    getattack(current_pokemon[0], current_pokemon[2]/ptt)
    input_string = i2c(current_pokemon[0]) + input_string + i2c(current_pokemon[2])
  for k in pkt:
    if(k):
      total_score += log(e+k*len(pokemons_in_team))
  return float(total_score), input_string

def setst(input_string):
  score = 0;
  pokemons_in_team[:] = [];
  num_pokemon = len(input_string) // 2;
  for k in range(num_pokemon):
    score = pk(
        c2i(
            input_string[num_pokemon - 1 - k]
        ) + 1,
        c2i(
            input_string[num_pokemon + k + len(input_string) % 2]
        ),
        k + 1 >= num_pokemon
    )
  return score

print("pk(n,p) pour rajouter\nle Pokemon n a ta main\navec p points d'attaque.")