def create_pokemon(pokemon_numbers, moves):
pokemon = []
numbered_pokemon = get_pokemon_info.get_dict("numbered_pokemon.txt")
i = 0
all_stats = get_pokemon_info.get_dict("pokemon_stats.txt")
for num in pokemon_numbers:
name = numbered_pokemon[get_pokemon_info.pokemon_number(num)]
pokemon += [battle.Pokemon(name, moves[i], all_stats[name])]
i += 1
return pokemon
def create_pokemon(pokemon_numbers, moves):
pokemon = []
numbered_pokemon = get_pokemon_info.get_dict("numbered_pokemon.txt")
# TODO:
# - Get the following placeholder stats from a dict instead
i = 0
all_stats = get_pokemon_info.get_dict("pokemon_stats.txt")
for num in pokemon_numbers:
name = numbered_pokemon[get_pokemon_info.pokemon_number(num)]
pokemon += [battle.Pokemon(name, moves[i], all_stats[name])]
i += 1
return pokemon
def get_pokemon_names(pokemon_numbers):
numbered_pokemon = get_pokemon_info.get_dict("numbered_pokemon.txt")
names = []
for num in pokemon_numbers:
names += [numbered_pokemon[num]]
return names
def calculate_damage(attacker, defender, move):
# This calculates the damage dealt to the defender
# EXCEPTIONS:
# - "Other" attacks in the other_attacks dict
# - Direct damaging moves (e.g. Dragon Rage, Bide):
# http://bulbapedia.bulbagarden.net/wiki/
# Category:Moves_that_deal_direct_damage
# These moves will be in their own dict and will
# either have a constant value (e.g. Dragon Rage - 40)
# or will have a custom-calculated value (e.g. Bide, Counter)
all_moves = get_pokemon_info.get_dict("all_moves.txt")
move_data = all_moves[move]
pokemon_types = get_pokemon_info.get_dict("pokemon_types.txt")
level = 100
modifier = 1
if move_data[1] == "physical":
attack = attacker.stats["ATK"]
defence = defender.stats["DEF"]
elif move_data[1] == "special":
attack = attacker.stats["SP.ATK"]
defence = defender.stats["SP.DEF"]
elif move_data[1] == "other":
attack = 1
defence = 1
else:
print("\nError with move type of: " + move_data[1])
attack = 1
defence = 1
if move_data[3] == "--":
power = 0
else:
power = int(move_data[3])
damage = power * (attack / defence) / 50
damage *= (2 * level / 5 + 2)
# STAB multiplier
if move_data[0] in pokemon_types[attacker.name]:
modifier *= 1.5
damage *= modifier
damage = round(damage)
return damage
def load_resources(screen=None, my_pk=None, opp_pk=None):
"""my_pk and opp_pk must be the national dex numbers
of the pokemon"""
# State machine functions
res["show moves logic"] = show_moves_logic
res["show moves display"] = show_moves_display
res["first attack logic"] = attack_logic
res["first attack display"] = attack_display
res["second attack logic"] = attack_logic
res["second attack display"] = attack_display
res["game over logic"] = game_over_logic
res["game over display"] = game_over_display
res["font"] = pygame.font.Font("Resources\\Pokemon Fonts\\pkmnrs.ttf", 30)
res["black"] = (0, 0, 0)
res["red"] = (255, 0, 0)
res["green"] = (0, 255, 0)
res["yellow"] = (255, 255, 0)
res["blue"] = (0, 0, 255)
res["text colour"] = res["black"]
res["anti alias"] = True
res["size"] = 720, 480
# Don't think the following if/else are necessary, may remove later
if screen:
res["screen"] = screen
else:
res["screen"] = pygame.display.set_mode(res["size"])
number_of_pokemon = 2
pokemon_numbers = get_random_pokemon(number_of_pokemon)
if my_pk:
my_pk = get_pokemon_info.pokemon_number(my_pk)
pokemon_numbers[0] = my_pk
if opp_pk:
opp_pk = get_pokemon_info.pokemon_number(opp_pk)
pokemon_numbers[1] = opp_pk
pokemon_names = get_pokemon_names(pokemon_numbers)
pokemon_1 = pokemon_numbers[0]
pokemon_2 = pokemon_numbers[1]
res["my moves"] = get_moves(pokemon_names[0])
res["opp moves"] = get_moves(pokemon_names[1])
res["all moves"] = get_pokemon_info.get_dict("all_moves.txt")
res["physical moves"] = get_pokemon_info.get_dict("physical_moves.txt")
res["special moves"] = get_pokemon_info.get_dict("special_moves.txt")
res["other moves"] = get_pokemon_info.get_dict("other_moves.txt")
res["pokemon"] = create_pokemon(pokemon_numbers,
[res["my moves"], res["opp moves"]])
p0 = res["pokemon"][0]
p1 = res["pokemon"][1]
# Original size: 96 x 96, scaled size = 288, 288
f2 = pygame.image.load("Resources\\bw-001n\\" + pokemon_2 + ".png")
pokemon_position = get_opponent_position(pokemon_2)
res["positions"] = [(60, 150), pokemon_position]
f2 = pygame.transform.scale(f2, (192, 192))
f1 = pygame.image.load("Resources\\bwback-001n\\" + pokemon_1 + ".png")
f1 = pygame.transform.scale(f1, (288, 288))
res["opp pokemon sprite"] = f2
res["my pokemon sprite"] = f1
res["bg"] = pygame.image.load(
"Resources\\battle_screen_with_moves_blank.png")
res["type icons"] = load_pokemon_type_icons()
res["moves bar"] = pygame.image.load("Resources\\moves_bar.png")
res["move selection"] = pygame.image.load("Resources\\move_selection.png")
res["text bar"] = pygame.image.load("Resources\\text_bar.png")
res["my hp bar"] = pygame.image.load("Resources\\hp_bar_01.png")
res["opp hp bar"] = pygame.image.load("Resources\\hp_bar_02.png")
res["my green hp"] = pygame.image.load("Resources\\hp_bars\\green.png")
res["opp green hp"] = pygame.image.load("Resources\\hp_bars\\green.png")
res["my yellow hp"] = pygame.image.load("Resources\\hp_bars\\yellow.png")
res["opp yellow hp"] = pygame.image.load("Resources\\hp_bars\\yellow.png")
res["my red hp"] = pygame.image.load("Resources\\hp_bars\\red.png")
res["opp red hp"] = pygame.image.load("Resources\\hp_bars\\red.png")
res["my empty hp"] = pygame.image.load("Resources\\hp_bars\\empty.png")
res["opp empty hp"] = pygame.image.load("Resources\\hp_bars\\empty.png")
res["hp bars pos"] = [(380, 225), (30, 43)]
res["hp colour pos"] = [(res["hp bars pos"][1][0] + 95,
res["hp bars pos"][1][0] + 61)]
res["hp colour pos"] += [(res["hp bars pos"][1][0] + 459,
res["hp bars pos"][1][0] + 242)]
res["hp max colour width"] = 144
res["hp widths"] = [144, 144]
res["hp percent"] = [p0.stats["HP"] / p0.original_stats["HP"]]
res["hp percent"] += [p1.stats["HP"] / p1.original_stats["HP"]]
res["my hp bar status"] = {
"colour": "green",
"width": 144 * res["hp percent"][0]
}
res["opp hp bar status"] = {
"colour": "green",
"width": 144 * res["hp percent"][1]
}
res["hp bars"] = [{
"green": res["my green hp"],
"yellow": res["my yellow hp"],
"red": res["my red hp"],
"empty": res["my empty hp"]
}]
res["hp bars"] += [{
"green": res["opp green hp"],
"yellow": res["opp yellow hp"],
"red": res["opp red hp"],
"empty": res["opp empty hp"]
}]
res["prev hp"] = [p1.original_stats["HP"], p0.original_stats["HP"]]
res["move surfaces"] = []
for move in res["my moves"]:
res["move surfaces"] += [
get_move_surface(move, res["anti alias"], res["text colour"])
]
res["quadrants"] = initialise_display()
res["move selection pos"] = []
for quadrant in res["quadrants"]:
res["move selection pos"] += [(quadrant[0] + 3, quadrant[1] + 3)]
#res["battle music"] =
load_sound("FRLG_Battle_01.mp3")
def get_pokemon_names():
return get_pokemon_info.get_dict("numbered_pokemon.txt")
pokemon_position = (420, 50)
if pokemon_1 == "632": pokemon_position = (380, 20)
# Test pokemon
# Original size: 96 x 96, scaled size = 288, 288
f2 = pygame.image.load("Resources\\bw-001n\\" + pokemon_2 + ".png")
#f2 = pygame.transform.scale(f2, (288, 288))
f2 = pygame.transform.scale(f2, (192, 192))
f1 = pygame.image.load("Resources\\bwback-001n\\" + pokemon_1 + ".png")
f1 = pygame.transform.scale(f1, (288, 288))
bg = pygame.image.load("Resources\\battle_screen_with_moves_blank.png")
moves_bar = pygame.image.load("Resources\\moves_bar.png")
# Get moves
#move_1 = input("Enter move 1: ")
moves = ["Scratch", "Water Gun", "Bite", "Ice Fang"]
physical_moves = get_pokemon_info.get_dict("physical_moves.txt")
special_moves = get_pokemon_info.get_dict("special_moves.txt")
all_moves = {**physical_moves, **special_moves}
movesets = get_pokemon_info.get_dict("pokemon_movesets.txt")
poke_1 = "Totodile"
poke_2 = "Charizard"
moves = get_pokemon_info.get_random_moves(poke_1)
# Note that positions are in (width, height) or (x, y) rather than (row, col)
move_1_surface = myfont.render(moves[0], anti_alias, text_colour)
move_2_surface = myfont.render(moves[1], anti_alias, text_colour)
move_3_surface = myfont.render(moves[2], anti_alias, text_colour)
move_4_surface = myfont.render(moves[3], anti_alias, text_colour)
move_power = myfont.render('Move Power', anti_alias, text_colour)
#screen.blit(textsurface,(0,0))
anti_alias = True
size = width, height = 720, 480
screen = pygame.display.set_mode(size)
number_of_pokemon = 2
pokemon_numbers = get_random_pokemon(number_of_pokemon)
#pokemon_numbers[1] = "007"
pokemon_names = get_pokemon_names(pokemon_numbers)
pokemon_1 = pokemon_numbers[0]
pokemon_2 = pokemon_numbers[1]
#pokemon_position = (420, 50)
moves = get_moves(pokemon_names[0])
opponent_moves = get_moves(pokemon_names[1])
all_moves = get_pokemon_info.get_dict("all_moves.txt")
pokemon = create_pokemon(pokemon_numbers, [moves, opponent_moves])
p0 = pokemon[0]
p1 = pokemon[1]
#if pokemon_1 == "632": pokemon_position = (380, 20)
# Test pokemon
# Original size: 96 x 96, scaled size = 288, 288
f2 = pygame.image.load("Resources\\bw-001n\\" + pokemon_2 + ".png")
pokemon_position = get_opponent_position(pokemon_2)
#f2 = pygame.transform.scale(f2, (288, 288))
f2 = pygame.transform.scale(f2, (192, 192))
f1 = pygame.image.load("Resources\\bwback-001n\\" + pokemon_1 + ".png")
f1 = pygame.transform.scale(f1, (288, 288))
bg = pygame.image.load("Resources\\battle_screen_with_moves_blank.png")
type_icons = load_pokemon_type_icons()
moves_bar = pygame.image.load("Resources\\moves_bar.png")