def load_focus_mask_data():
coordinates_dict = {}
coordinates_file = renpy.file(COORDINATES_FILE_PATH)
coordinates_buffer = coordinates_file.read()
coordinates_file.close()
# Положение в буфере, начиная с которого читаем данные. Придётся двигать вручную.
offset = 0
while offset < len(coordinates_buffer):
# Читаем длину строки в которой хранится путь к файлу.
button_image_path_len = struct.unpack_from(STRUCT_IMAGE_PATH_LEN, coordinates_buffer, offset)[0]
offset += STRUCT_IMAGE_PATH_LEN_SIZE
# Читаем путь к файлу.
button_image_path = struct.unpack_from(STRUCT_IMAGE_PATH % button_image_path_len, coordinates_buffer, offset)[0].decode('utf-8')
offset += button_image_path_len
coordinates_set = set()
coordinates_dict[button_image_path] = coordinates_set
# Читаем количество координат.
coordinates_count = struct.unpack_from(STRUCT_COORDINATES_COUNT, coordinates_buffer, offset)[0]
offset += STRUCT_COORDINATES_COUNT_SIZE
# Читаем все координаты.
for coordinate_index in range(0, coordinates_count):
coordinates = struct.unpack_from(STRUCT_COORDINATE, coordinates_buffer, offset)
offset += STRUCT_COORDINATE_SIZE
coordinates_set.add(coordinates)
FocusMaskCallable.coordinates_dict = coordinates_dict
def get_shrinked_surface(button_image_path):
button_image_file = renpy.file(button_image_path)
button_surface = pygame.image.load(button_image_file, button_image_path)
button_size = button_surface.get_size()
return pygame.transform.scale(button_surface,
(button_size[0] / RESOLUTION_DIVIDER,
button_size[1] / RESOLUTION_DIVIDER))
def __init__(self, pos, image_folder, char_id):
self.id = char_id
self.char_images = {
'default':
pygame.image.load(renpy.file(image_folder + '/default.png')),
'with_weapon':
pygame.image.load(renpy.file(image_folder + '/with_weapon.png')),
}
self.base_image = self.char_images['default']
self.health = 100
self.max_health = 100
self.default_spawn_point = (15 * game_data.tile_size,
15 * game_data.tile_size)
self.invuln_time = 0.75
Entity.__init__(self, pos)
all_voices.add(self)
def init():
global tilemap, all_tiles, all_walls
if all_tiles is not None:
all_tiles.empty()
if all_walls is not None:
all_walls.empty()
all_tiles = pygame.sprite.Group()
all_walls = pygame.sprite.Group()
tilemap = load_map_image(renpy.file('map.png'))
read_tilemap()
def __init__(self, wielder, image, mount_point=(35, 10),
anchor_pt=(5, 40)):
self.mount_point = mount_point
self.anchor_pt = anchor_pt
self.wielder = wielder
self.base_image = pygame.image.load(renpy.file(image))
self.active = True
self.can_damage = False
self.is_melee = False
self.rot_offset = 0
self.rotate_to_wielder()
Entity.__init__(self, self.pos)
all_weapons.add(self)
def load_focus_mask_data():
coordinates_dict = {}
coordinates_file = renpy.file(COORDINATES_FILE_PATH)
coordinates_buffer = coordinates_file.read()
coordinates_file.close()
# Положение в буфере, начиная с которого читаем данные. Придётся двигать вручную.
offset = 0
while offset < len(coordinates_buffer):
# Читаем длину строки в которой хранится путь к файлу.
button_image_path_len = struct.unpack_from(STRUCT_IMAGE_PATH_LEN,
coordinates_buffer,
offset)[0]
offset += STRUCT_IMAGE_PATH_LEN_SIZE
# Читаем путь к файлу.
button_image_path = struct.unpack_from(
STRUCT_IMAGE_PATH % button_image_path_len, coordinates_buffer,
offset)[0].decode('utf-8')
offset += button_image_path_len
coordinates_set = set()
coordinates_dict[button_image_path] = coordinates_set
# Читаем количество координат.
coordinates_count = struct.unpack_from(STRUCT_COORDINATES_COUNT,
coordinates_buffer, offset)[0]
offset += STRUCT_COORDINATES_COUNT_SIZE
# Читаем все координаты.
for coordinate_index in range(0, coordinates_count):
coordinates = struct.unpack_from(STRUCT_COORDINATE,
coordinates_buffer, offset)
offset += STRUCT_COORDINATE_SIZE
coordinates_set.add(coordinates)
FocusMaskCallable.coordinates_dict = coordinates_dict
def get_shrinked_surface(button_image_path):
button_image_file = renpy.file(button_image_path)
button_surface = pygame.image.load(button_image_file, button_image_path)
button_size = button_surface.get_size()
return pygame.transform.scale(button_surface, (button_size[0]/RESOLUTION_DIVIDER, button_size[1]/RESOLUTION_DIVIDER))
import pygame
import math
import game_data
all_tiles = None
all_walls = None
tilemap = []
tile_sprites = []
tilemap_ctrlpanel = 2
tilemap_wall = 1
tilemap_empty = 0
tilemap_skip = -1
control_panel_sprite = pygame.image.load(renpy.file('tiles/control_panel.png'))
floor_tile_sprites = {
'normal': pygame.image.load(renpy.file('tiles/floor_tiles/basic.png')),
'vent': [
pygame.image.load(renpy.file('tiles/floor_tiles/vent_1.png')),
pygame.image.load(renpy.file('tiles/floor_tiles/vent_2.png')),
],
'panel': [
pygame.image.load(renpy.file('tiles/floor_tiles/panel_1.png')),
pygame.image.load(renpy.file('tiles/floor_tiles/panel_2.png')),
pygame.image.load(renpy.file('tiles/floor_tiles/panel_3.png')),
pygame.image.load(renpy.file('tiles/floor_tiles/panel_4.png')),
pygame.image.load(renpy.file('tiles/floor_tiles/panel_5.png')),
pygame.image.load(renpy.file('tiles/floor_tiles/panel_6.png')),
],
