def _battle_order_bot(aktive: PlayerPokemon, wild: PlayerPokemon, players,
dmgp1: int, dmgp2: int):
if aktive.pokemon.speed >= wild.pokemon.speed:
obj = AttackLogic._battle_turn_bot(players, 1, wild, dmgp1)
if obj[1]:
obj2 = AttackLogic._battle_turn_bot(players, 0, aktive, dmgp2)
if not obj2[1]:
wild.current_hp = PokemonLogic.get_pokemon_max_hp(wild)
wild.save()
return obj2[0]
else:
return obj[0]
else:
obj = AttackLogic._battle_turn_bot(players, 0, aktive, dmgp2)
if obj[1]:
obj2 = AttackLogic._battle_turn_bot(players, 1, wild, dmgp1)
if not obj2[1]:
return obj2[0]
else:
wild.current_hp = PokemonLogic.get_pokemon_max_hp(wild)
wild.save()
return obj[0]
return f"New Stats:" \
f"\nPlayer 1:" \
f"\nPokemon: {aktive.pokemon.pokemon_name}" \
f"\nHP: {aktive.current_hp}" \
f"\nBot:" \
f"\nPokemon: {wild.pokemon.pokemon_name}" \
f"\nHP: {wild.current_hp}"
def _battle_turn(players: tuple, playerindex: int, aktive: PlayerPokemon,
dmg: int):
gs = GameState.get_instance()
aktive.current_hp -= dmg
if aktive.current_hp < 1:
aktive.current_hp = 0
aktive.save()
if PlayerLogic.has_live_pokemon_left(players[playerindex]):
return (
f"Player {playerindex + 1} knocked out the Enemies Pokemon, he has still Pokemon left. "
f"Use the choose Command to send a new one into battle!",
False)
else:
if playerindex == 0:
GameLogic.gain_money(players[0])
GameLogic.player_lose_penalty(players[1])
else:
GameLogic.gain_money(players[1])
GameLogic.player_lose_penalty(players[0])
gs.battle_finished(players)
PokemonLogic.heal_team(players[0])
PokemonLogic.heal_team(players[1])
return (
f"Player {playerindex + 1} knocked out the Enemies Pokemon. There are no more Pokemon "
f"left. Player {playerindex + 1} won the battle.", False)
aktive.save()
return "", True
def create_player(player_id: int, pokemon_name: str, money: int = 10000):
"""creates an entry for the player in the database if not already existing"""
try:
PlayerLogic.get_player_by_id(player_id)
raise PlayerAlreadyExistingException()
except NotAPlayerException:
pokemon: Pokemon = PokemonLogic.get_pokemon_by_name(pokemon_name)
if pokemon.starter != 1:
raise NotAStarterPokemonException(pokemon_name)
player = Player.create(got_starter=1,
money=money,
player_id=player_id)
player.save()
starter: PlayerPokemon = PlayerPokemon.create(
player_id=player.player_id,
pokemon=pokemon.pokedex_id,
pokemon_level=5,
team_position=1,
xp=500,
current_hp=0)
starter.current_hp = PokemonLogic.get_pokemon_max_hp(starter)
starter.save()
PlayerPokemonAttack.create(attack=1,
player_pokemon=starter).insert()
PlayerLogic.add_pokemon_to_player_pokedex(player.player_id,
pokemon.pokedex_id)
PlayerLogic._assign_default_items(player)
def _battle_turn_bot(players: tuple, playerindex: int,
aktive: PlayerPokemon, dmg: int):
gs = GameState.get_instance()
aktive.current_hp -= dmg
if aktive.current_hp < 1:
aktive.current_hp = 0
aktive.save()
if playerindex == 1:
GameLogic.gain_xp(players[0])
gs.reset_current_wild_pokemon()
gs.bot_battle_finished(players[0])
return "The Wild Pokemon got defeated congratulations!", False
else:
if PlayerLogic.has_live_pokemon_left(players[playerindex]):
return (
f"The Wild Pokemon knocked you out, but you have Pokemon left. "
f"Use the choose Command to send a new one into battle!",
False)
else:
GameLogic.player_lose_penalty(players[0])
gs.bot_battle_finished(players[0])
PokemonLogic.heal_team(players[0])
return (
"The Wild Pokemon knocked out all your Pokemon. The Fight is lost!"
" Good luck next time.", False)
aktive.save()
return "", True
def _calculate_damage(attack_p: PlayerPokemon, defense_p: PlayerPokemon,
attack: Attack) -> int:
if type(attack) is NonAttackAction:
return 0
# accuracy:
if random.randint(0, 101) > attack.accuracy: # if doesn't hit
return 0
# deduced from https://www.pokewiki.de/Schaden
base_a_pokemon = PokemonLogic.get_pokemon_by_id(
attack_p.pokemon.pokedex_id)
base_d_pokemon = PokemonLogic.get_pokemon_by_id(
defense_p.pokemon.pokedex_id)
# „Same-type attack bonus“.
stab_bonus = 1.5 if (base_a_pokemon.poke_type_id
== attack.poke_type_id) else 1
# multiplier for effectiveness
type_multiplier = AttackLogic.get_type_multiplier(
attack.poke_type_id, base_d_pokemon.poke_type_id)
random_factor = random.randint(85, 101) / 100
# att and def for calculating the ratios between defensive and offensive pokemon
att_val = AttackLogic.calc_attack(attack_p) if (
attack.attack_category
== AttackLogic.get_physical_attack_cat().attack_category_id
) else AttackLogic.calc_sp_attack(attack_p)
def_val = AttackLogic.calc_def(defense_p) if (
attack.attack_category
== AttackLogic.get_physical_attack_cat().attack_category_id
) else AttackLogic.calc_sp_def(defense_p)
return int(((attack_p.pokemon_level * 0.4 + 2) * attack.attack_power *
(att_val / (50 * def_val)) + 2) * stab_bonus *
type_multiplier.multiplier * random_factor)
async def spawn_new_pokemon(self):
if self.channelId is not None and not PokemonLogic.wild_pokemon_in_battle():
channel = self.bot.get_channel(self.channelId)
await channel.send(f"```A wild Pokémon appeared. Type {self.bot.command_prefix}pBattle "
f"to engage in battle.```")
wild = self.pokemons[random.randint(0, len(self.pokemons) - 1)]
while wild.legendary or wild.starter:
wild = self.pokemons[random.randint(0, len(self.pokemons) - 1)]
level = GameLogic.get_mean_pokemon_level()
PokemonLogic.create_wild_pokemon(wild, level)
await channel.send(f"```It´s a {wild.pokemon_name}```")
async def start_adventure(self, ctx):
"""Get ready to start a wonderful adventure in the world of Pokémon"""
try:
starters = PokemonLogic.get_all_starters()
await ctx.channel.send(
"```Hello there! Welcome to the world of pokemon!\nMy name is PokePy! People call me the pokemon bot! "
"This world is inhabited by creatures called pokemon! "
"For some people, pokemon are pets. Others use them for fights. Myself... I study pokemon as a "
"profession. "
"Any good trainer knows that you can't learn unless you play the game. Being a good trainer is a long "
"and complicated process which involves working with "
"the pokemon you have in order to accumulate experience and catch more pokemon. "
"A pokemon can appear anytime in tall grass. You need your own pokemon for your protection. "
"There are a few pokemon here! Haha! They are inside the poke balls. When I was young, "
"I was a serious pokemon trainer! "
"In my old age, I have only a few left, but you can have one! Choose!```"
)
await ctx.channel.send(
f"```Please choose a starter Pokemon with {self.bot.command_prefix}pPick<pokemon name>,"
f" e.g. {self.bot.command_prefix}pStarter Red Charmander```")
starter_text = "```These are eligible Starter-Pokemon:"
for p in starters:
starter_text += f"\n\t{p.pokemon_name}"
await ctx.channel.send(starter_text + "```")
except DatabaseException:
await Shutdown.shutdown(ctx)
def try_catch_wild(player_id, player_item, ball):
gs = GameState.get_instance()
wild = gs.get_current_wild_pokemon()
if gs.is_wild_battle(player_id):
player_item.amount -= 1
player_item.save()
if GameLogic.catch(ball.catch_multiplier, wild.current_hp,
PokemonLogic.get_pokemon_max_hp(wild), wild.pokemon.catch_rate):
gs.bot_battle_finished(player_id)
PokemonLogic.pokemon_cought(player_id, wild, gs.get_attacks_for_wild_pokemon())
gs.reset_current_wild_pokemon()
return f"```Congratulations, you caught {wild.pokemon.pokemon_name}```", True
else:
from src.Logic.AttackLogic import AttackLogic
return f"```You did not Catch the Wild Pokemon \n{AttackLogic.set_no_attack_turn(player_id, NonAttackAction.CATCH)}```", False
else:
raise InputError("You are not in Combat with the current Wild Pokemon!")
async def poke_center(self, ctx):
"""heals your team"""
team = PlayerLogic.get_player_team(ctx.message.author.id)
for p in team:
p.current_hp = PokemonLogic.get_pokemon_max_hp(p)
p.save()
await ctx.channel.send(
f"```HP Recoverd for {p.pokemon.pokemon_name}```")
async def team_info(self, ctx):
"""shows Information to your Team in Battle"""
try:
team = PlayerLogic.get_player_team(ctx.message.author.id)
for p in team:
await ctx.channel.send(PokemonLogic.get_player_pokemon_info(p))
except Exception:
await ctx.channel.send("Invalid Team")
def use_item(player_id: int, item_name: str, team_position: int) ->ItemUseResult:
"""uses the specified item on the pokemon at the specified team position."""
player = PlayerLogic.get_player_by_id(player_id)
item = ItemLogic.get_item_by_name(item_name)
player_pokemon = PlayerLogic.get_by_team_position(player_id)
gs = GameState.get_instance()
if gs.is_player_in_combat(player.player_id):
if ItemLogic.is_heal_item(item_name):
if player_pokemon.current_hp > 0:
raise PokemonAlreadyKnockedOutException()
else:
heal_item = ItemLogic.get_heal_item(item.name)
if not ItemLogic.has_item(item.item_name, player.player_id):
raise NotEnoughItemsException(item.item_name, 1)
if player_pokemon.current_hp <= 0:
raise PokemonAlreadyKnockedOutException()
PokemonLogic.heal(player_pokemon, heal_item.healing_amount)
ItemLogic._consume_item(player, item)
return ItemUseResult(heal_item.healing_amount, None)
else:
raise CurrentlyInBattleException("use " + item.item_name)
else:
if ItemLogic.is_heal_item(item.item_name):
if player_pokemon.current_hp <= 0:
raise PokemonAlreadyKnockedOutException()
else:
heal_item = ItemLogic.get_heal_item(item.name)
if not ItemLogic.has_item(item.item_name, player.player_id):
raise NotEnoughItemsException(item.item_name, 1)
PokemonLogic.heal(player_pokemon, heal_item)
ItemLogic._consume_item(player, item)
return ItemUseResult(heal_item.healing_amount, None)
elif ItemLogic.is_evolution_stone(item.item_name):
if not ItemLogic.has_item(item.item_name, player.player_id):
raise NotEnoughItemsException(item.item_name, 1)
old_pokemon = player_pokemon.pokemon
res = PokemonLogic.item_evolve(player_pokemon,item)
ItemLogic._consume_item(player,item)
return ItemUseResult(evolution_start=old_pokemon, evolution_result=res.pokemon)
else:
raise NotAnAppropriateItemException(item.item_name)
def get_pokedex_for_player(player_id: int):
all_pokemon = list(PokemonLogic.get_all_pokemon())
player_pokemon = PlayerPokedex.select().where(
PlayerPokedex.player_id == player_id)
# expect player to not have any pokemon
pokedex_info = {p: False for p in all_pokemon}
# this is not efficient but as long as it works it is fine
for x in range(0, len(all_pokemon)):
current_pokemon: Pokemon = all_pokemon[x]
for y in range(0, len(player_pokemon)):
current_player_pokemon: Pokemon = player_pokemon[y]
if current_pokemon.pokedex_id == current_player_pokemon.pokemon.pokedex_id:
pokedex_info[current_pokemon] = True
return pokedex_info
async def fill(self, ctx):
"""admin fill team with pokemon"""
PokemonLogic.fill_team_with_random_pokemon(ctx.message.author.id)
def gain_xp(player) -> int:
return PokemonLogic.add_xp(PlayerLogic.get_by_team_position(player), random.randint(100, 500))
def __init__(self, bot):
self.bot = bot
self.pokemons = PokemonLogic.get_all_pokemon()
self.channelId = None
self.spawn_new_pokemon.start()
def get_mean_pokemon_level() -> int:
players = [p.player_id for p in PlayerLogic.get_all_players()]
return PokemonLogic.get_active_pokemon_levels(players)
def calc_attack(p_pokemon: PlayerPokemon) -> int:
p = PokemonLogic.get_pokemon_by_id(p_pokemon.pokemon.pokedex_id)
return int(p.base_attack + (p_pokemon.pokemon_level *
(p.base_attack / 50)))
def calc_def(p_pokemon: PlayerPokemon) -> int:
p = PokemonLogic.get_pokemon_by_id(p_pokemon.pokemon.pokedex_id)
return int(p.base_defense + (p_pokemon.pokemon_level *
(p.base_defense / 50)))