def __init__(self, pokemon_id=1):
"""
Pokemon is the base class of all pokemon objects. It stores the data and stats of the pokemons.
It also generates the base stats of a pokemon basing on it's id.
Usage: p = Pokemon(pokemon_id)
Result: 'Pokemon detected as ´" + self.name + "´ has finished initializing.'
"""
# Pokemon ID to recognize what pokemon it is even if self.name is changed (For Example Zoroarks
# illusions or Dittos transformation)
self.__id = pokemon_id
pokemon = []
path = os.getcwd() # Gets the relative path from main.py
# Decides if using \ for windows or / for mac and linux in the path
if os.name == "nt":
path += "\\pokemonlib\\pokemon_data\\pokemon_properties\\"
else:
path += "/pokemonlib/pokemon_data/pokemon_properties/"
# Search in pokemon_data for the data of the pokemon depending on the ID
for filename in os.listdir(path):
if filename != "pokemon_" + str(self.__id) + ".json":
continue
else:
f = open(path + filename, "r")
pokemon = json.load(f)
f.close()
break
# When There are no properties in the list raise an error
if pokemon == []:
raise Exeptions.IdNotReferenced("The pokemon_data with id " + str(self.__id) +
" was not found in the directory ´" + path +
"´. Make sure it is in a file named pokemon_(id of the pokemon_data).json")
# Sets all the base pokemon data to object variables. If any needed information is missing
# raise an error
try:
stats = pokemon["stats"]
self.name = pokemon["name"]
self._hp = stats["hp"]
self._defph = stats["defense"]
self._defsp = stats["special-defense"]
self._attkph = stats["attack"]
self._attksp = stats["special-defense"]
self._speed = stats["speed"]
self._lv = 1
self._types = pokemon["types"]
self._attacks = {1: ["Thunderbolt", 20, True], 2: ["Poop", 40, True], 3: ["Earthquake", 40, True],
4: ["Scratch", 40, True]}
self._iv = random.randint(0, 31)
except KeyError:
raise Exeptions.InvalidPokemonData("Some needed data is missing in ´" + path + filename + "´. Please "
+ "ensure that the name, base stats, attacks and the type are included."
+ "")
logPokemon.info("Pokemon detected as ´" + pokemon["name"] + "´ has finished initializing.")
def transfer(self, TeamInstance, pokemon_index):
"""
Transfers a pokemon object from this Box instance to a Team instance.
:param TeamInstance:
:param pokemon_index:
:return:
"""
if not isinstance(TeamInstance, Team):
raise Exeptions.InvalidInput("The argument passed to this method should be an instance of the Team Class")
if TeamInstance.full is True:
raise Exeptions.ListFull("Can't add any more items to the Team: It's full.")
TeamInstance.add(self.__pokemonlist[pokemon_index])
_ = self.pop(pokemon_index)
return True
def testPokemonClass(loggerInstance=logPokemon):
"""
A function that inits an object of the Pokemon Class to see if it works.
:param loggerInstance:
:return:
"""
loggerInstance.info("Testing Pokemon Class:")
num = int(input("Give the id of a Pokemon to pass to the pokemon class")
) # Get id to pass to the __init__
# function from Pokemon Class
if type(num) is int:
num_poke = 0
path = os.getcwd() # Gets the relative path from main.py
# Decides if using \ for windows or / for mac and linux in the path
if os.name == "nt":
path += "pokemonlib\\pokemon_data\\pokemon_properties\\"
else:
path += "pokemonlib/pokemon_data/pokemon_properties/"
# Count the pokemon IDs
for _ in os.listdir(path):
num_poke += 1
if num not in range(0, num_poke):
raise Exeptions.IdNotReferenced("The id you entered is incorrect.")
else:
raise TypeError("Please enter an Integer.")
pkmn = Pokemon(num)
loggerInstance.info(pkmn.getstats())
return True
def __init__(self, pokemon1, pokemon2=None, pokemon3=None, pokemon4=None, pokemon5=None, pokemon6=None):
templist = [pokemon1, pokemon2, pokemon3, pokemon4, pokemon5, pokemon6]
self.__pokemonlist = []
for pokemon in templist:
if pokemon is not None: # Check if this argument was passed
if isinstance(pokemon, Pokemon): # Basic check
self.__pokemonlist.append(pokemon)
else:
raise Exeptions.NotAPokemon("Argument was passed that wasn't an instance of pokemon class")
def __init__(self, *args, **kwargs):
templist = []
self.__pokemonlist = []
if "MaxPokemon" in kwargs:
self.MaxPokemon = kwargs["MaxPokemon"]
else:
self.MaxPokemon = 50
for _ in range(self.MaxPokemon):
templist.append(None)
for pkmn in args:
length = 0
for p in templist:
if p is not None:
length += 1
logPokemon.debug(str(length))
logPokemon.debug(templist)
logPokemon.debug(len(templist))
templist[length] = pkmn
for pos, pkmn in kwargs.items():
if pos == "MaxPokemon":
continue
try:
pos = [int(s) for s in pos.split() if s.isdigit()][0]
templist[pos] = pkmn
except IndexError:
logPokemon.info(
"An Unvalid keyword arg was given. Handling it as a normal arg."
)
length = 0
for p in templist:
if p is not None:
length += 1
logPokemon.debug(str(length))
logPokemon.debug(templist)
logPokemon.debug(len(templist))
templist[length] = pkmn
if len(templist) - 1 > self.MaxPokemon:
raise ValueError(
"You entered contradictory values: More pokemons than the max capacity of the box"
)
for pokemon in templist:
if pokemon is not None: # Check if this argument was passed
if isinstance(pokemon, Pokemon): # Basic check
self.__pokemonlist.append(pokemon)
else:
raise Exeptions.NotAPokemon(
"Argument was passed that wasn't an instance of pokemon class"
)
else:
self.__pokemonlist.append(pokemon)