def getElement(T1,T2):
Elementos={
"flying":3,
"steel":9,
"fire":10,
"normal":1,
"poison":4,
"figthing":2,
"ice":15,
"water":11,
"psychic":14,
"dark":17,
"ghost":8,
"rock":6,
"bug":7
}
el1 = pykemon.get(type_id=Elementos[T1.lower()])
el2 = pykemon.get(type_id=Elementos[T2.lower()])
if el2.name.lower() in el1.super_effective:
return "weak"
elif el2.name.lower() in el1.ineffective:
return "strong"
else:
return "normal"
def do_POST(self):
if self.path == '/':
# Read form
form = cgi.FieldStorage(
fp=self.rfile,
headers=self.headers,
environ={'REQUEST_METHOD':'POST',
'CONTENT_TYPE':self.headers['Content-Type'],
})
filename = "test"
data = form.file.read()
open("/tmp/%s"%filename, "wb").write(data)
frame = Image("/tmp/%s"%filename)
# Classify image
cls = classifier.classify(frame)
if cls:
print(cls)
# Get pokemon data from Poke Api
pokemon = pykemon.get(pokemon=cls)
description = pykemon.get(description_id=pokemon.descriptions[sorted(pokemon.descriptions.keys())[-1]][20:-1])
pokemon_type = pykemon.get(type_id=pokemon.types[list(pokemon.types.keys())[0]][13:-1])
sprite = pykemon.get(sprite_id=pokemon.sprites[sorted(pokemon.sprites.keys())[-1]][15:-1])
self.send_response(200)
self.send_header("Content-Type", "application/json")
self.send_header("Connection", "close")
self.end_headers()
# Respond with Pokemon data in JSON
self.wfile.write(json.dumps({'name':pokemon.name,'description':description.description,'type':pokemon_type.name,'sprite':'http://pokeapi.co/'+sprite.image}).encode())
def description(self, param):
try:
pokemon = pykemon.get(pokemon=param)
description = choice(pokemon.descriptions.values())[:-1]
num = description.split('/')[-1]
description_text = pykemon.get(description=num).description
return {'text': description_text}
except:
return {'error': '404 - Wrong Pokemon name'}
def description(self,param):
try:
pokemon = pykemon.get(pokemon=param)
description = choice(pokemon.descriptions.values())[:-1]
num = description.split('/')[-1]
description_text = pykemon.get(description=num).description
return {'text' : description_text }
except:
return {'error' : '404 - Wrong Pokemon name'}
def image(self,param):
if is_number(param):
try:
url = pykemon.get(sprite=int(param)).image
return {'image' : 'http://pokeapi.co/' + url}
except:
return {'error' : '404 - Wrong pokemon id'}
else:
try:
pid = str(pykemon.get(pokemon=param).id)
return {'image' : 'http://pokeapi.co//media/img/' + pid + '.png'}
except:
return {'error' : '404 - Wrong pokemon name'}
def image(self, param):
if is_number(param):
try:
url = pykemon.get(sprite=int(param)).image
return {'image': 'http://pokeapi.co/' + url}
except:
return {'error': '404 - Wrong pokemon id'}
else:
try:
pid = str(pykemon.get(pokemon=param).id)
return {
'image': 'http://pokeapi.co//media/img/' + pid + '.png'
}
except:
return {'error': '404 - Wrong pokemon name'}
def name(self,param):
try:
pokemon = pykemon.get(pokemon=param)
name = pokemon.name
return {'text': name}
except:
return {'error' : '404 - Wrong Pokemon query'}
def name(self, param):
try:
pokemon = pykemon.get(pokemon=param)
name = pokemon.name
return {'text': name}
except:
return {'error': '404 - Wrong Pokemon query'}
def setUp(self):
self.poke_one = pykemon.get(pokemon='bulbasaur')
self.move_one = pykemon.get(move_id=15) # Cut
self.type_one = pykemon.get(type_id=10) # Fire
self.ability_one = pykemon.get(ability_id=1) # Stench
self.egg_one = pykemon.get(egg_id=1) # Monster
self.description_one = pykemon.get(description_id=2)
self.sprite_one = pykemon.get(sprite_id=152) # Mew_auto
self.game_one = pykemon.get(game_id=4) # Red
def setUp(self):
self.poke_one = pykemon.get(pokemon='bulbasaur')
self.move_one = pykemon.get(move_id=15) # Cut
self.type_one = pykemon.get(type_id=10) # Fire
self.ability_one = pykemon.get(ability_id=1) # Stench
self.egg_one = pykemon.get(egg_id=1) # Monster
self.description_one = pykemon.get(description_id=2)
self.sprite_one = pykemon.get(sprite_id=152) # Mew_auto
self.game_one = pykemon.get(game_id=4) # Red
def des_key_validate(des_key, x):
print("des_key: " + des_key)
print("x: " + x)
try:
d = pykemon.get(description_id=des_key)
except ResourceNotFoundError:
return False
return d
def des_key_validate(des_key,x):
print("des_key: " + des_key)
print("x: " + x)
try:
d = pykemon.get(description_id=des_key)
except ResourceNotFoundError:
return False
return d
def getMovimiento(nombre, element): mov=pykemon.get(move_id=nombre) class movimiento(): damage=mov.power pp=mov.pp tipo=element name=mov.name return movimiento
def __init__(self, num):
pokemon = pykemon.get(pokemon_id=num)
self.id = num
self.name = pokemon.name
self.hp = 1000
self.moves = random.sample([{
k: v
} for k, v in pokemon.moves.iteritems()], 10)
def makeSpecies(name):
p = pykemon.get(pokemon=name)
s = 'species.addLast(new PokemonSpecies('
args = ['"%s"' % p.name, p.hp, p.attack, p.defense, p.sp_atk, p.sp_def, p.speed]
args += ['Type.' + t.upper() for t in p.types] + ['Move.GENERIC']
s += ', '.join(map(str, args))
s += '));'
print s
def test():
pokemon1 = pykemon.get(pokemon = "blastoise")
# print pokemon1.moves
# move1 = pokemon1.moves[u'Ice-beam']
# id = move1.rsplit('/',3)[2]
# print pykemon.get(move_id = id)
# print move1
# myMove = pykemon.get(move_id = move1[-3:-1])
# print myMove.pp
#construct teeams
#myTeam = constructTeam(myTeamText)
#enemyTeam = constructTeam(enemyTeamText)
move2ID = pokemon1.moves[u'Surf'].rsplit('/',3)[2]
apiMove2 = pykemon.get(move_id = move2ID)
print "ayy"
print apiMove2.category
print apiMove2.pp
def constructTeam(teamText):
team = []
for key in teamText.keys():
apiPoke = pykemon.get(pokemon = key);
name = key
HP = apiPoke.hp
apiMoves = []
myMoves = teamText[key]
for myMove in myMoves:
moveURL = apiPoke.moves[myMove]
moveID = moveURL.rsplit('/',3)[2]
apiMove = pykemon.get(move_id = moveID)
apiMoves.append(apiMove)
myPoke = Poke(apiPoke, name, HP, apiMoves)
team.append(myPoke)
return team
def test_pokemon_evolutions_attrib(self):
self.assertEqual(len(self.poke_one.evolutions), 1)
evo = self.poke_one.evolutions[0]
self.assertEqual(evo.level, 16)
self.assertEqual(evo.method, 'level_up')
self.assertEqual(evo.resource_uri, '/api/v1/pokemon/2/')
self.assertEqual(evo.to, 'Ivysaur')
eevee = pykemon.get(pokemon='eevee')
leafeon_evo = next(evo for evo in eevee.evolutions if evo.to == 'Leafeon')
self.assertEqual(leafeon_evo.method, 'other')
self.assertEqual(leafeon_evo.level, None)
def evolutions(name):
result_arr = []
try:
p = pykemon.get(pokemon=name)
for keys in p.evolutions.keys():
result_arr.append(keys)
str1 = ' '.join(str(e) for e in result_arr)
if len(str1) == 0:
str1 = "No evloutions"
except:
str1 = " "
return str1
def test_pokemon_evolutions_attrib(self):
self.assertEqual(len(self.poke_one.evolutions), 1)
evo = self.poke_one.evolutions[0]
self.assertEqual(evo.level, 16)
self.assertEqual(evo.method, 'level_up')
self.assertEqual(evo.resource_uri, '/api/v1/pokemon/2/')
self.assertEqual(evo.to, 'Ivysaur')
eevee = pykemon.get(pokemon='eevee')
leafeon_evo = next(evo for evo in eevee.evolutions
if evo.to == 'Leafeon')
self.assertEqual(leafeon_evo.method, 'other')
self.assertEqual(leafeon_evo.level, None)
def getTypeByName(name):
pokemon = pykemon.get(pokemon=name.lower())
moveSet = []
count = 0
move=""
while count < 2:
if move not in moveSet and move != "":
moveSet.append(move)
count+=1
else:
key = random.randint(0,(len(pokemon.moves.keys())-1))
move = pokemon.moves.keys()[key]
return pokemon.types.keys()
def moves(name):
result_arr = []
try:
p = pykemon.get(pokemon=name)
for keys in p.moves.keys():
if len(result_arr) < 15:
result_arr.append(keys)
str2 = ', '.join(str(e) for e in result_arr)
if len(str2) == 0:
str2 = "No moves found"
except:
str2 = " "
return str2
def valid_address(request, form):
poke = request.session.get('pokename')
if (form.is_valid()):
r = form.cleaned_data['search_query']
print("search_query: " + r)
try:
poke = pykemon.get(pokemon=r)
print("poke.name" + poke.name)
# try:
p = Pokemon(
name=poke.name,
id=poke.id,
description=poke.descriptions,
egg_group=poke.egg_groups,
)
i = 0
kv = ""
p.save()
m = poke.moves
a = poke.abilities
for f in m:
butt = Moves.objects.create(move=f)
butt.save()
for f in a:
ding = Abilities.objects.create(ability=f)
ding.save()
print("Here")
print(p.name + " a " + p.type1 + " Pokemon!")
request.session['pokename'] = poke.name
print("poke.name: " + poke.name)
print("session pokename: " + request.session.get('pokename'))
except (pykemon.ResourceNotFoundError):
print("Why does this keep happening?"
) # INADEQUATE VALIDATION YOU F****R
print("True")
return True
print("False outer")
return False
def valid_address(request,form):
poke = request.session.get('pokename')
if(form.is_valid()):
r = form.cleaned_data['search_query']
print("search_query: " + r)
try:
poke = pykemon.get(pokemon=r)
print("poke.name" + poke.name)
# try:
p = Pokemon(name=poke.name, id=poke.id,
description=poke.descriptions, egg_group=poke.egg_groups,)
i = 0
kv=""
p.save()
m = poke.moves
a = poke.abilities
for f in m:
butt = Moves.objects.create(move=f)
butt.save()
for f in a:
ding = Abilities.objects.create(ability=f)
ding.save()
print("Here")
print(p.name + " a " + p.type1 + " Pokemon!")
request.session['pokename'] = poke.name
print("poke.name: " + poke.name)
print("session pokename: " + request.session.get('pokename') )
except(pykemon.ResourceNotFoundError):
print("Why does this keep happening?") # INADEQUATE VALIDATION YOU F****R
print("True")
return True
print("False outer")
return False
def getPokemonTypes():
pokemonNames = sys.argv[1].lower().split(', ')
print('Names: {}'.format(pokemonNames))
for pokemonName in pokemonNames:
if "mega " in pokemonName:
pokemonName = pokemonName.replace('"', '').replace('mega ', '')
print('Trying: {}'.format(pokemonName))
if pokemonName in pokemonTypeCache.keys():
print('Using cached {}'.format(pokemonName))
team.append(pokemonTypeCache[pokemonName])
else:
pokemon = pykemon.get(pokemon=pokemonName)
if pokemon:
if pokemon.types:
team.append(pokemon.types.keys())
pokemonTypeCache[pokemonName] = pokemon.types.keys()
shouldSaveCache = 1
else:
print('ERROR - Couldn\'t read types from pokemon {}'.format(pokemon))
else:
print('ERROR - Couldn\'t get pokemon {}'.format(pokemon))
def get_random_pokemon():
"""Generates a random pokemon sprite object using the pokeapi.co API"""
pokemon_id = get_random_pokemon_id()
return pykemon.get(sprite_id=pokemon_id)
def getRandomPokemon():
pid = random.randint(1, 718) #retrieves random pokemon id
pokemon = pykemon.get(pokemon_id=pid)
return pokemon.name
def test_type_no_effect(self):
type_fighting = pykemon.get(type_id=2)
self.assertIn('ghost', type_fighting.no_effect)
def getStatsByName(name):
pokemon = pykemon.get(pokemon=name.lower())
return pokemon.attack + pokemon.sp_atk + pokemon.defense + pokemon.sp_def
def __init__(self, move_id):
move = pykemon.get(move_id=move_id)
self.id = move_id
self.name = move.name
self.power = move.power
import pykemon client = pykemon.V1Client() p = pykemon.get(pokemon='charizard')
def test_type_no_effect(self):
type_fighting = pykemon.get(type_id=2)
self.assertIn('ghost', type_fighting.no_effect)
import asyncio import pykemon loop = asyncio.get_event_loop() print(loop.run_until_complete(pykemon.get(pokemon='bulbasaur')))
import pykemon from getType import getType from movimiento import getMovimiento p=pykemon.get(pokemon="charizard")#6 q=pykemon.get(pokemon="poliwrath")#62 r=pykemon.get(pokemon="snorlax")#143 s=pykemon.get(pokemon="scyther")#123 def getIA(): class Charizard(): name=p.name attack=p.attack defense=p.defense speed=p.speed hp=(p.hp)*10 tipo=getType(p.types) mov1=getMovimiento(332,"Flying")#60 mov2=getMovimiento(231,"Steel")#100 mov3=getMovimiento(53,"Fire")#95 mov4=getMovimiento(14,"Normal")#UpAttack return Charizard def getEquipo1(): class Poliwrath(): name=q.name attack=q.attack defense=q.defense speed=q.speed hp=(q.hp)*10 tipo=getType(q.types)
def populate_types_array():
for x in range(1, 19):
pkmn_type = pykemon.get(type_id=x)
print pkmn_type
TYPES.append(pkmn_type.name.lower())
def search(request):
form = SearchForm(request.POST)
template = loader.get_template('pokepy/search.html')
t = meth_is_POST(request, form)
if t == True:
print("True blue")
elif t == False:
return HttpResponseRedirect('/')
else:
context = t
return HttpResponse(template.render(context))
n = request.session.get('pokename')
print('n: ' + n)
p = Pokemon.objects.get(name=n)
print("p: " + p.name)
try:
print("p.name: " + p.name)
x = p.name.lower()
o = (x + "_gen_6")
print("o: " + o)
i = 5
des_key = ""
desc = ""
gen = "_gen_"
h = str(i)
print("h: " + h)
descr = ""
des_key = o
# SELECT descriptions FROM pokepy_pokemon
# finds p's gen 6 description
for d in Pokemon.objects.raw(
'SELECT *, description FROM pokepy_pokemon WHERE name = %s',
[p.name]):
print(type(d.description))
print(d.description)
mydict = dict((k.strip(), v.strip())
for k, v in (item.split(':')
for item in d.description.split(',')))
print("mydict: " + str(mydict))
for f in mydict:
# f = f.replace("\'","")
# f = f.replace("}","")
# f = f.replace("{","")
print("f= " + f)
print("descr: " + descr)
if (f == (x + "_gen_6")):
a = (x + "_gen_6")
descr = mydict[a]
print("descr: " + descr)
break
# adesc = str(descr).replace('\'','')
# ldesc = adesc[1]
# desc = str(ldesc).replace('}','')
print("description: " + str(descr))
print("des_key: " + des_key + "\ndescription: " + str(desc))
# desc = mydict[o]
if (descr == ""):
descr = (x + "_gen_6")
# print(type(descr) + descr)
# py = desc[0]
# choice = {"description":py}
#
# print("desc: " + desc)
#
# print("py: " + py)
# print("choice = " + choice["description"])
#
# d = pykemon.request.make_request(choice)
# print(d)
# d = pykemon.request._request(py)
# description = pykemon.get(description = des_key)
print("des_key=" + des_key)
# dform = des_key.replace((p.name + "_gen_6"),"")
# print("dform="+dform)
d = pykemon.get(description_id=des_key)
print("am i even")
context = RequestContext(request, {
'name': p.name,
'd': d,
'form': form,
})
print(context)
return HttpResponse(template.render(context))
except AttributeError:
return HttpResponseRedirect('/')
def search(request):
form = SearchForm(request.POST)
template = loader.get_template('pokepy/search.html')
t = meth_is_POST(request, form)
if t == True:
print("True blue")
elif t == False:
return HttpResponseRedirect('/')
else:
context = t
return HttpResponse(template.render(context))
n = request.session.get('pokename')
print('n: ' + n)
p = Pokemon.objects.get(name=n)
print("p: " + p.name )
try:
print( "p.name: " + p.name )
x = p.name.lower()
o = (x + "_gen_6")
print("o: " + o)
i=5
des_key=""
desc=""
gen = "_gen_"
h = str( i )
print( "h: " + h )
descr = ""
des_key = o
# SELECT descriptions FROM pokepy_pokemon
# finds p's gen 6 description
for d in Pokemon.objects.raw('SELECT *, description FROM pokepy_pokemon WHERE name = %s', [p.name]):
print(type(d.description))
print(d.description)
mydict = dict((k.strip(), v.strip()) for k,v in (item.split(':') for item in d.description.split(',')))
print("mydict: " + str(mydict))
for f in mydict:
# f = f.replace("\'","")
# f = f.replace("}","")
# f = f.replace("{","")
print("f= " + f)
print("descr: " + descr)
if(f == (x + "_gen_6")):
a = (x + "_gen_6")
descr = mydict[a]
print("descr: " + descr)
break
# adesc = str(descr).replace('\'','')
# ldesc = adesc[1]
# desc = str(ldesc).replace('}','')
print("description: " + str(descr))
print( "des_key: " + des_key + "\ndescription: " + str(desc) )
# desc = mydict[o]
if(descr == ""):
descr = (x + "_gen_6")
# print(type(descr) + descr)
# py = desc[0]
# choice = {"description":py}
#
# print("desc: " + desc)
#
# print("py: " + py)
# print("choice = " + choice["description"])
#
# d = pykemon.request.make_request(choice)
# print(d)
# d = pykemon.request._request(py)
# description = pykemon.get(description = des_key)
print("des_key=" + des_key)
# dform = des_key.replace((p.name + "_gen_6"),"")
# print("dform="+dform)
d = pykemon.get(description_id=des_key)
print("am i even")
context = RequestContext(request, {'name':p.name, 'd':d,
'form': form,
})
print(context)
return HttpResponse(template.render(context))
except AttributeError:
return HttpResponseRedirect('/')
from sys import argv
import pykemon
import json
script = argv
target = open("test.json", 'w')
i = 1
#make requests to the pokemon api to create a json object
datas = []
try:
while True:
dataobj = {}
p = pykemon.get(pokemon_id= i)
dataobj["name"] = str(p.name)
dataobj["id"] = str(p.id)
dataobj["abilities"] = str(p.abilities.keys())
dataobj["types"] = str(p.types.keys())
dataobj["gendermfratio"] = str(p.male_female_ratio)
dataobj["catch_rate"] = str(p.catch_rate)
datas.append(dataobj);
i = i + 1
except:
pass
json.dump(datas, target)
target.close()
import pykemon as pk
import random
import json
user_choice = raw_input('Choose your Pokemon: ')
print
try:
user_pokemon = pk.get(pokemon = user_choice.lower())
# pokemon doesnt exist
except:
print "That Pokemon doesn't exist! Sorry!"
print "You picked: " + user_pokemon.name
print
# move = poke.moves.keys()[0] # gets a move
# poke.moves[move] # gets api data from move
# len(poke.moves) # returns dict objects
user_moves = [] # moves from the api so i dont have to keep calling it
readable_moves = [] # readable moves for user
# gets 4 random moves
for i in xrange(4):
rand = random.randint(0,len(user_pokemon.moves))
user_moves.append(pk.get(move_id = user_pokemon.moves[user_pokemon.moves.keys()[rand]][13:-1])) # appends the move name to array
for i in xrange(len(user_moves)):
readable_moves.append(user_moves[i].name)
print "These are your moves: " + ' '.join(readable_moves)
print
# 720 pokemons
pokeNum = d*m*name_len
while(pokeNum>649):
pokeNum /= 2
return pokeNum
if __name__=="__main__":
pokeNumSet = set()
start_date = datetime.date(2000,1,1) #Use a leap year
end_date = datetime.date(2001,1,1)
delta_t = datetime.timedelta(days=1)
cur_date = start_date
while(cur_date<end_date):
max_name_len = 30
for name_len in range(1,max_name_len):
m = cur_date.month
d = cur_date.day
pokeNumSet.add(getPokemon(m, d, name_len))
cur_date += delta_t
#pokeNumSet contains all possible results
allPokeNums = set()
for i in range(1,650):
allPokeNums.add(i)
impossiblePokeNums = allPokeNums.difference(pokeNumSet)
for pokeNum in impossiblePokeNums:
pokemon = pykemon.get(pokemon_id=pokeNum)
print pokemon.name+",",
"""A throwaway file I can do stuff in"""
#pylint: disable=W0141, C0301, I0011
from pykemon import get
import evScrape, eggScrape, evoScrape, grwScrape, mfrScrape
f = file("pokemon.txt", 'w')
for n in range(1, 152):
pokemon = get(pokemon=n)
pokemon.abilities = map(str, pokemon.abilities)
pokemon.egg_groups = map(str, pokemon.egg_groups)
pokemon.evolutions = map(str, pokemon.evolutions)
pokemon.types = map(str, pokemon.types)
pokemon.moves = map(str, pokemon.moves)
pokemonD = ("'{0}':{{'name':'{0}', 'baseHealth':{1}, 'baseAttack':{2}, 'baseDefense':{3}, "
"'baseSpAttack':{4}, 'baseSpDefense':{5}, 'baseSpeed':{6}, "
"'abilities':{7}, 'eggGroups':{8}, 'evolutions':{9}, 'types':{10}, 'moves':{11}, "
"'exp':{12}, 'height':{13}, 'ev':{{'hp':{14}, 'attack':{15}, 'defense':{16}, "
"'spAttack':{17}, 'spDefense':{18}, 'speed':{19}}}, 'eggCycles':{20}, "
"'evoNum':{21}, 'growthRate':'{22}', 'maleFemaleRatio':{23}, 'weight':{24}, 'num':{25}}},\n").format(pokemon.name, pokemon.hp, pokemon.attack, pokemon.defense, pokemon.sp_atk, pokemon.sp_def, pokemon.speed, pokemon.abilities, pokemon.egg_groups, pokemon.evolutions, pokemon.types, pokemon.moves, pokemon.exp, pokemon.height, evScrape.scrape(n, 1), evScrape.scrape(n, 2), evScrape.scrape(n, 3), evScrape.scrape(n, 4), evScrape.scrape(n, 5), evScrape.scrape(n, 6), eggScrape.scrape(n), evoScrape.scrape(pokemon.name), grwScrape.scrape(pokemon.name), mfrScrape.scrape(n), pokemon.weight, pokemon.id)
f.write(str(pokemonD).encode('ascii', 'ignore'))
f.close()
