def test_initializes_correctly():
#testing for damage dealing moves
scratch = Move("scratch")
assert scratch.name == "Scratch"
assert scratch.type == "normal"
assert scratch.power == 40
assert scratch.accuracy == 100
ember = Move("ember")
assert ember.name == "Ember"
assert ember.type == "fire"
assert ember.power == 40
assert ember.accuracy == 100
#testing for move with spaces and upper case
jumpKick = Move("Jump Kick")
assert jumpKick.name == "Jump Kick"
assert jumpKick.type == "fighting"
assert jumpKick.power == 100
assert jumpKick.accuracy == 95
#testing for non-valid moves
blank = Move("")
assert blank.name == ""
assert blank.type == "normal"
assert blank.power == 0
assert blank.accuracy == 0
fake = Move("fake")
assert fake.name == "Struggle"
assert fake.type == "normal"
assert fake.power == 50
assert fake.accuracy == None
def test_move_effectiveness_function():
battler = PokemonBattler()
#half damage test
ember = Move("ember")
flambi = Pokemon("Flambi", "Flareon", ["fire", ""])
assert battler.moveTypeModifier(ember, flambi) == 0.5
#double damage test with two moves
iceBeam = Move("ice beam")
pidgey = Pokemon("Pipi", "Pidgey", ["normal", "flying"])
assert battler.moveTypeModifier(iceBeam, pidgey) == 2
#no damage test
thunderBolt = Move("thunderbolt")
phanpy = Pokemon("Cheerio", "Phanpy", ["ground", ""])
assert battler.moveTypeModifier(thunderBolt, phanpy) == 0
#quadrouble damage test
rockBlast = Move("rock blast")
butterfree = Pokemon("Flutter", "Butterfree", ["bug", "flying"])
assert battler.moveTypeModifier(rockBlast, butterfree) == 4
#quarter damage test
#reuses ember move from above
kingdra = Pokemon("King", "Kingdra", ["water", "dragon"])
assert battler.moveTypeModifier(ember, kingdra) == 0.25
def test_equals_overload_works():
scratch1 = Move("scratch")
scratch2 = Move("scratch")
ember = Move("ember")
assert scratch1 == scratch2
assert not (scratch1 == ember)
class Moves_list(Enum):
########################
# Grass TYPE MOVES #
########################
petal_dance = Move("petal dance", "grass", 120)
vine_whip = Move("vine whip", "grass", 45)
razor_leaf = Move("razor leaf", "grass", 55)
def valid_moves(self):
moves = [
Move([self.hole_row, self.hole_col + 1]),
Move([self.hole_row, self.hole_col - 1]),
Move([self.hole_row + 1, self.hole_col]),
Move([self.hole_row - 1, self.hole_col])
]
return [move for move in moves if self.can_move(move)]
def _generate_plays(board):
moves = []
for card in board.current_player().hand:
if card.is_construct():
moves.append(Move("play", card.name, None))
else:
target_sets = _generate_target_sets_for_card(board, card)
moves.extend([Move("play", card.name, targets) for targets in target_sets])
return moves
def __init__(self):
self.name = 'Wizard'
fireball = Move('Fireball', 0.85, lambda: randint(5, 8), 2, '5 - 8')
lightningSpray = Move('Lightning Spray', 0.25, lambda: randint(11, 14),
1, '11 - 14')
shield = mageShield(1.00, 5, 'N/A')
ult = ('Meteor (Ult)', 1, lambda: randint(25, 35), 6, '25 - 35')
self.moves = [punch, fireball, shield, lightningSpray]
self.ult = ult
self.HP = 43
def create_entry(self):
trainer_name = input('What is your name? ')
trainer_age = input('How old are you? ')
trainer_city = input('What city are you from? ')
trainer = Trainer(trainer_name, trainer_age, trainer_city)
pokemon_name = input('What is the name of your pokemon? ')
pokemon_type = input('What type is your pokemon? ')
pokemon = Pokemon(pokemon_name, pokemon_type)
move_name = input('Enter its signature move: ')
move_type = input('Enter the move type: ')
move = Move(move_name, move_type)
pokemon.add_moves(move_name)
print('Thank you for your information!')
print('Here is your entry: ')
#creates list of trainer attributes
trainer_list = [
'Name: ' + trainer_name, 'Age: ' + trainer_age,
'City: ' + trainer_city
]
for i in trainer_list:
print(i)
#creates list for pokemon attributes
pokemon_list = [
'Pokemon: ' + pokemon_name, 'Type: ' + pokemon_type,
'Signature Move: ' + move_name, 'Move Type: ' + move_type
]
for i in pokemon_list:
print(i)
def move(self):
left = self.get_my_left()
right = self.get_my_right()
if left == right:
if left == 0:
return Move.LEFT_TO_LEFT
else:
return Move.RIGHT_TO_LEFT
return Move.SWITCH(right, left)
def __init__(self):
self.name = 'Goose'
honk = Move('HONK', 0.5, lambda: randint(255, 255), 4, '255')
ult = Ult('NOOT NOOT (Ult)', 1, lambda: randint(511, 511), 6, '511')
self.moves = [honk, honk, honk, honk]
self.ult = ult
self.HP = 7
def is_check_mate(self, white):
opposite = 0 if white else 1
for spot in self.board[opposite]:
for move in self.board[opposite][spot].get_moves(
spot[0], spot[1], self.board[opposite], self.board[white]):
board = Board(copy.deepcopy(self.board))
board.move(Move(opposite, spot, move))
if not board.is_check(white):
return False
return True
def __init__(self):
self.name = 'Cleric'
smite = Move('Smite', 0.70, lambda: randint(8, 10), 2, '8 - 10')
healMove = heal(0.95, lambda: randint(5, 8), 4, '5 - 8')
ult = Ult('God Blow (Ult)', 1, lambda: randint(23, 25), 6, '23 - 25')
self.moves = [punch, smite, healMove, block]
self.ult = ult
self.HP = 40
def _generate_activates(board):
legal_constructs = [card for card in board.current_player().constructs
if board.current_player().can_activate_construct(card.name)]
moves = []
for card in legal_constructs:
target_sets = _generate_target_sets_for_card(board, card)
moves.extend([Move("activate", card.name, targets) for targets in target_sets])
return moves
def __init__(self):
self.name = 'Bard'
rock = Move('Rock', 0.65, lambda: randint(8, 11), 2, '8 - 11')
heavyMetal = recoil('Heavy Metal', 0.20, lambda: randint(18, 22), 1,
'18 - 22')
ult = Ult('Wonderwall(Ult)', 1, lambda: randint(28, 32), 6, '28 - 32')
self.moves = [punch, rock, block, heavyMetal]
self.ult = ult
self.HP = 38
def __init__(self):
self.name = 'Ranger'
arrow = Move('Arrow', 0.80, lambda: randint(4, 12), 2, '4 - 12')
boomArrow = recoil('Explosive Arrow', 0.20, lambda: randint(16, 24), 1,
'16 - 24')
ult = Ult('Headshot (Ult)', 1, lambda: randint(22, 35), 6, '22 - 35')
self.moves = [punch, arrow, block, boomArrow]
self.ult = ult
self.HP = 39
def __init__(self):
self.name = 'Bard'
kick = Move('Kick', 0.70, lambda: randint(7, 9), 2, '7 - 9')
headbutt = recoil('Headbutt', 0.25, lambda: randint(15, 20), 1,
'15, 20')
ult = Ult('Ki Strike (Ult)', 1, lambda: randint(25, 30), 6, '25 - 30')
self.moves = [punch, kick, block, headbutt]
self.ult = ult
self.HP = 40
def __init__(self):
self.name('F*** off, I win.')
hammer = Move('HAMMER OF GOD', 1.00, lambda: randint(30, 34), 2,
'30 - 34')
forceWin = recoil('Power Abuse', 1.00, lambda: randint(9999, 9999), 6,
'9999')
ult = Ult('ForceWin.exe', 1.00, lambda: randint(99999, 99999), 6,
'99999')
self.moves = [punch, hammer, block, forceWin]
self.ult = ult
self.HP = 9999
def _generate_acquires(board):
card_names = []
runes = board.current_player().runes_remaining
if board.mystics > 0 and runes >= 3:
card_names.append("Mystic")
if board.heavy > 0 and runes >= 2:
card_names.append("Heavy Infantry")
for card in board.center:
if not card.is_monster() and board.current_player().can_acquire_card(card):
card_names.append(card.name)
return [Move("acquire", card_name, None) for card_name in card_names]
def changeMove(self, moveNum, newMoveName):
moveNum = moveNum - 1
newMove = Move(newMoveName)
#if this isn't a real move, return false and don't change the move
if newMove.name == "Struggle" or newMove.name == "":
return False
#if it is a real move
if moveNum >= len(self.moves): #and the slot doesn't have a move in it
self.moves.append(newMove) #add the mvoe as a new move
else: #and the slot already has a move in it
self.moves[moveNum] = newMove #replace the old move with the new one
return True
def _generate_defeats(board):
GAIN_HONOR_EFFECT = 4
card_name_target_tuples = []
power = board.current_player().power_remaining
if power >= 2:
card_name_target_tuples.append(("Cultist", {GAIN_HONOR_EFFECT: ()}))
for card in board.center:
if card.is_monster() and card.cost <= power:
for targets in _generate_target_sets_for_card(board, card):
card_name_target_tuples.append((card.name, targets))
return [Move("defeat", card_name, targets) for card_name, targets in card_name_target_tuples]
def play(self, spot):
if not self.check_mate:
if self.move_start:
if spot in self.move_array:
move = Move(self.turn, self.move_start, spot)
pawn_promotion = self.board.move(move)
self.moves.append(move)
if pawn_promotion:
self.move_start = spot
self.move_array = self.board.get_move_array(
spot[0], spot[1], self.turn)
return self.board.get_board(self.move_array)
self.check = self.board.is_check(self.turn)
if self.check:
self.check_mate = self.board.is_check_mate(self.turn)
self.turn = 0 if self.turn else 1
self.__prep_move()
else:
if self.board.isPiece(spot[0], spot[1], self.turn):
self.move_start = spot
self.move_array = self.board.get_move_array(
spot[0], spot[1], self.turn)
return self.board.get_board(self.move_array)
if self.is_alive() == False and opponent.is_alive() == False:
print(f"\nDouble KO")
return f"Double KO"
def hobby(self):
print(f"{self._name} likes to eat Poke-Puffs")
if __name__ == "__main__":
#####################
# LIST OF MOVES #
#####################
# moves for Venusaur
petal_dance = Move("petal dance", "grass", 120)
vine_whip = Move("vine whip", "grass", 45)
razor_leaf = Move("razor leaf", "grass", 55)
double_edge = Move("double edge", "normal", 120)
# mvoes for charizard
flame_thrower = Move("flame thrower", "fire", 90)
dragon_breath = Move("dragon breath", "dragon", 60)
ember = Move("ember", "fire", 40)
fire_spin = Move("fire spin", "fire", 35)
# moves for balstoise
flash_cannon = Move("flash cannon", "steel", 80)
rapid_spin = Move("rapid spin", "normal", 50)
aqua_tail = Move("aqua tail", "water", 90)
hydro_pump = Move("hydro pump", "water", 110)
def _createMovesList(self, namesList):
movesList = []
for name in namesList:
movesList.append(Move(name))
return movesList
super().__init__(name, types, weakness)
self.advantage = "grass"
def get_weaknesses(self):
print(
f"{self._name} is strong against {self.advantage} and weak against {self._weakness}"
)
def hobby(self):
print(f"{self._name} likes to fly high above the clouds.")
if __name__ == "__main__":
# List of moves
flame_thrower = Move("flame thrower", "fire", 90)
dragon_breath = Move("dragon breath", "dragon", 60)
ember = Move("ember", "fire", 40)
fire_spin = Move("fire spin", "fire", 35)
# creating pokemon
charizard = Charizard("Charizard")
charizard.setEVs(100, 40, 20)
charizard.addMove(flame_thrower)
charizard.addMove(ember)
# charizard.use( fire_spin )
lilChar = Charizard("lil Char")
lilChar.setEVs(100, 50, 180)
lilChar.addMove(flame_thrower)
lilChar.addMove(dragon_breath)
import unittest
from unittest import mock
from pokemon import Pokemon
from moves import Move
pound = Move("Pound", "Deals damage with no additional effect.", "Normal",
"Physical", 40, 100, 35)
leer = Move("Leer", "Lowers the target's Defense by 1 stage.", "Normal",
"Status", 0, 100, 30)
sing = Move("Sing", "Puts the target to sleep.", "Normal", "Status", 0, 55, 15)
supersonic = Move("Supersonic", "Confuses the target.", "Normal", "Status", 0,
55, 20)
example_moves = [pound, leer, sing, supersonic]
class TestDetermineStats(unittest.TestCase):
def test_each_stat_correctly_divided(self):
# Example Pokémon (from bulbapedia.bulbagarden.net/wiki/Statistic)
garchomp = Pokemon("Garchomp", "Male", 78, example_moves, "Adamant",
[24, 12, 30, 16, 23, 5], [74, 190, 91, 48, 84, 23])
self.assertEqual(garchomp.hp, 289)
self.assertEqual(garchomp.attack, 278)
self.assertEqual(garchomp.defense, 193)
self.assertEqual(garchomp.spatk, 135)
self.assertEqual(garchomp.spdef, 171)
self.assertEqual(garchomp.speed, 171)
class TestCalculateEffectiveness(unittest.TestCase):
def test_correct_eff_dict_creation(self):
# Example Pokémon Litleo (Fire/Normal) and Misdreavus (Ghost)
def do_move(self, acting_player: PlayerType, move: Move) -> None:
if acting_player != self.next_player:
raise InvalidMoveError(f"It's {self.next_player}'s turn")
# switch to opponent stones if still in the initial move sequence
player = acting_player if not self.initial_moves else get_opponent(
acting_player)
if isinstance(move, PlaceStone):
self.place_stone(player, *move.get_xy(), move.stoneType)
if isinstance(move, MoveStack):
x, y = move.get_xy()
start_stack = self.get_stack(x, y)
top_stone = start_stack[-1] if len(start_stack) > 0 else None
if not top_stone:
raise InvalidMoveError(f"There is no stack on {x}/{y} to move")
if top_stone.player != player:
raise InvalidMoveError(
f"Stack on {x}/{y} belongs to {top_stone.player} and not to {player}"
)
# If no stack was defined, pick up as much as the carry limit allows
pickup = move.pickup if move.pickup else min(
len(start_stack), self.board_size)
if pickup > self.board_size:
raise InvalidMoveError(
f"The carry limit is {self.board_size} (tried to pick up {move.pickup})"
)
if pickup > len(start_stack):
raise InvalidMoveError(
f"Stack on {x}/{y} has only {len(start_stack)} pieces (tried to pick up {move.pickup})"
)
carried_stones = start_stack[-pickup:]
for _ in range(pickup): # remove stones from stack
start_stack.pop()
# If no droppings were defined, drop all at once
droppings = move.droppings if move.droppings else [pickup]
if pickup != sum(droppings):
raise InvalidMoveError(
f"Cannot pickup {pickup} stones and drop a total of {droppings}"
)
dropped_stones = split_by_counts(carried_stones, droppings)
drop_reach = len(
droppings) # number of fields stones will be dropped on
drop_stacks = self.get_stacks(x, y, move.direction, drop_reach)
for stack, stones in zip(drop_stacks, dropped_stones):
top_stone = stack[-1] if len(stack) > 0 else None
dropping_capstone_only = stones[0].type == StoneType.CAPSTONE
if top_stone and top_stone.type == StoneType.CAPSTONE:
raise InvalidMoveError(
"Can't drop stones on a {top_stone.stoneType}")
if top_stone and top_stone.type == StoneType.STANDING:
if dropping_capstone_only:
stack[-1] = top_stone.flatten()
else:
raise InvalidMoveError(
"Standing stones can only be flattened with a capstone alone"
)
stack.extend(stones)
if self.initial_moves and acting_player == PlayerType.BLACK:
self.initial_moves = False
self.next_player = get_opponent(self.next_player)
super().__init__(name, types, weakness)
self.advantage = "fire"
def get_weaknesses(self):
print(
f"{self._name} is strong against {self.advantage} and weak against {self._weakness}"
)
def hobby(self):
print(f"{self._name} likes to nap inside of his shell.")
if __name__ == "__main__":
# List of moves
flash_cannon = Move("flash cannon", "steel", 80)
rapid_spin = Move("rapid spin", "normal", 50)
aqua_tail = Move("aqua tail", "water", 90)
hydro_pump = Move("hydro pump", "water", 110)
# creating pokemon
blastoise = Blastoise("Blastoise")
blastoise.setEVs(100, 25, 200)
blastoise.addMove(flash_cannon)
blastoise.addMove(hydro_pump)
shell_shucker = Blastoise("Shell Shucker")
shell_shucker.setEVs(100, 25, 200)
shell_shucker.addMove(flash_cannon)
shell_shucker.addMove(hydro_pump)
shell_shucker.addMove(aqua_tail)
from random import randint
from moves import Move, Block, recoil, Ult, heal, mageShield
global punch
global block
global baseUlt
punch = Move('Punch', 1.00, lambda: randint(3, 6), 3, '3 - 6')
block = Block(1.00, 5, 'N/A')
baseUlt = Ult('Ultimate', 1, lambda: randint(18, 26), 6, '18 - 26')
class Character:
def __init__(self, moveList, name, ult):
self.moves = moveList
self.name = name
self.ult = ult
class Monk(Character):
def __init__(self):
self.name = 'Bard'
kick = Move('Kick', 0.70, lambda: randint(7, 9), 2, '7 - 9')
headbutt = recoil('Headbutt', 0.25, lambda: randint(15, 20), 1,
'15, 20')
ult = Ult('Ki Strike (Ult)', 1, lambda: randint(25, 30), 6, '25 - 30')
self.moves = [punch, kick, block, headbutt]
self.ult = ult
self.HP = 40