def main():
disk_direction = normalize_vector(np.array([,1,0]))
disk2_direction = normalize_vector(np.array([0,1,0]))
world_radius = 50000
objects_list = []
black_hole = BlackHole(mass=1.989e30, origin=np.array([world_radius - 10000, world_radius, world_radius]))
disk = Disk(
origin=np.array([world_radius - 10000, world_radius, world_radius]),
normal=disk_direction,
inner_radius=black_hole.radius * 2.6,
outer_radius=black_hole.radius * 6
)
# black_hole2 = BlackHole(mass=1.989e30, origin=np.array([world_radius + 10000, world_radius, world_radius]))
# disk2 = Disk(
# origin=np.array([world_radius + 10000, world_radius, world_radius]),
# normal=disk_direction,
# inner_radius=black_hole.radius * 2.6,
# outer_radius=black_hole.radius * 6
# )
bg = Background()
objects_list.append(black_hole)
# objects_list.append(black_hole2)
objects_list.append(disk)
# objects_list.append(disk2)
# objects_list.extend(generate_stars(10, world_radius))
objects_list.append(bg)
# disk = Disk()
world = World(objects=objects_list, size=np.array([world_radius * 2] * 3))
camera = Camera(resolution=(300, 200), fov=(1, 0.66), position=np.array([world_radius, world_radius, 0]))
image = render(world, camera)
image.save('test_render_binary_disks.png')
def __init__(self):
self.is_initialized = False
self.mouseRight = False
self.mouseMiddle = False
self.mouseLeft = False
self.mouseX = 0
self.mouseY = 0
self.mouseFirst = True
self.background_color = Prop[RGBAf](RGBAf(0.3, 0.3, 0.5, 0.0))
#
# gizmos
#
self.gizmos = ListProp[Node]()
self.gizmo_shader = shaders.GizmoShader
# axis
builder = MeshBuilder(self.gizmo_shader.vertex_layout)
builder.create_axis(5)
axis_mesh = Drawer.from_builder(builder, self.gizmo_shader)
axis_node = Node('axis')
axis_node.model.pos = lah.Vec3(0, 0.001, 0)
axis_node.components.append(MeshComponent(axis_mesh))
self.gizmos.append(axis_node)
# grid
builder = MeshBuilder(self.gizmo_shader.vertex_layout)
builder.create_grid(1, 5)
grid_mesh = Drawer.from_builder(builder, self.gizmo_shader)
grid_node = Node('grid')
grid_node.components.append(MeshComponent(grid_mesh))
self.gizmos.append(grid_node)
# camera
self.camera = Camera()
camera_node = Node('camera')
self.gizmos.append(camera_node)
# light
self.lightDir = lah.Vec3(1, -3, 10).normalized
light_node = Node('light')
self.gizmos.append(light_node)
#
# nodes
#
self.nodes = ListProp[Node]()
def yaml_file_to_world_objects(file_path):
tree = None
with open(file_path, 'r') as f:
tree = yaml.load(f, Loader=Loader)
if tree is None:
return []
rv = {'camera': None, 'lights': [], 'world': [], 'config': None}
defines = {}
extends_map = {}
for obj in tree:
if "define" in obj:
k = obj["define"]
v = obj.get("value")
opt = obj.get("extend")
defines[k] = v
if opt is not None:
extends_map[k] = opt
# replace 'extends' in defines map
for obj_name in extends_map:
parent_name = extends_map[
obj_name] # name of object which will be extended
parent_value = defines[parent_name]
child_value = defines[
obj_name] # name of object with 'extends' keyword
new_parent_value = deepcopy(parent_value)
if type(new_parent_value) == dict:
# assume child value is same type
for k in child_value:
new_parent_value[k] = child_value[k]
defines[obj_name] = new_parent_value
expand_defines_in_tree(tree, defines)
for obj in tree:
if "add" in obj:
if obj["add"] == "camera":
rv['camera'] = Camera.from_yaml(obj)
elif obj["add"] == "light":
rv['lights'].append(Light.from_yaml(obj))
elif obj['add'] == 'config':
rv['config'] = GlobalConfig.from_yaml(obj)
else:
possible_item = recursive_add(obj, defines)
if possible_item is not None:
rv['world'].append(possible_item)
g = Group(material=Material(),
transform=matrix4x4identity(),
children=rv['world'])
rv['world'] = [g]
return rv
def enter_dead_mode(screen, hero):
# pre_loading sprite
for mnstr_id in sfg.COMMON_MONSTER_ID_LIST:
mnstr_sfg = sfg.SPRITE_SETTING_MAPPING[mnstr_id]
mnstr = ENEMY_CLASS_MAPPING[mnstr_id](mnstr_sfg, (0, 0), cfg.Direction.SOUTH)
map_setting = util.load_map_setting(sfg.DeadMode.MAP_CHAPTER)
camera = Camera(screen, map_size=map_setting["size"])
game_map = GameMap(sfg.DeadMode.MAP_CHAPTER, map_setting)
static_objects = StaticObjectGroup()
allsprites = GameSpritesGroup()
enemies = EnemyGroup(map_setting["monsters"], allsprites, hero, static_objects, game_map)
game_world = GameWorld()
# load hero
hero.place(map_setting["hero"]["pos"], map_setting["hero"]["direction"])
hero.activate(allsprites, enemies, static_objects, game_map)
# load static objects
chapter_static_objects = map_setting["static_objects"]
for static_obj_init in chapter_static_objects:
t, p = static_obj_init["id"], static_obj_init["pos"]
static_obj = StaticObject(sfg.STATIC_OBJECT_SETTING_MAPPING[t], p)
static_objects.add(static_obj)
allsprites.add(hero)
allsprites.add(enemies)
game_world.batch_add(allsprites)
game_world.batch_add(static_objects)
game_director = GameDirector(sfg.DeadMode.MAP_CHAPTER, hero, enemies)
add_enemy_timer = util.Timer(sfg.DeadMode.ADD_ENEMY_TIME_DELTA)
enemy_add_num = sfg.DeadMode.ENEMY_ADD_INIT_NUM
enemy_add_delta = sfg.DeadMode.ENEMY_ADD_DELTA
current_round = 1
clock = pygame.time.Clock()
running = True
battle_keys= {}
for k in sfg.UserKey.ONE_PRESSED_KEYS:
battle_keys[k] = {"pressed": False, "cd": 0, "full_cd": sfg.UserKey.ONE_PRESSED_KEY_CD}
for k in sfg.UserKey.CONTINUE_PRESSED_KEYS:
battle_keys[k] = {"pressed": False}
battle_keys["last_direct_key_up"] = {"key": None, "time": None}
while running:
for event in pygame.event.get():
if event.type == pygame.QUIT:
return {"status": cfg.GameControl.QUIT}
if event.type == KEYDOWN:
if event.key == sfg.UserKey.PAUSE:
if game_director.status == cfg.GameStatus.IN_PROGRESS:
game_director.status = cfg.GameStatus.PAUSE
bg_box.pause()
game_director.menu.index = 0
elif game_director.status == cfg.GameStatus.PAUSE:
game_director.status = cfg.GameStatus.IN_PROGRESS
bg_box.unpause()
if event.key == sfg.UserKey.OK:
if game_director.status == cfg.GameStatus.HERO_WIN:
pass
elif game_director.status == cfg.GameStatus.HERO_LOSE:
return {"status": cfg.GameControl.DEAD_MODE}
elif game_director.status == cfg.GameStatus.PAUSE:
mark = game_director.menu.get_current_mark()
if mark == "continue":
game_director.status = cfg.GameStatus.IN_PROGRESS
bg_box.unpause()
elif mark == "main":
return {"status": cfg.GameControl.MAIN}
elif mark == "quit":
return {"status": cfg.GameControl.QUIT}
if event.key in sfg.UserKey.ONE_PRESSED_KEYS and battle_keys[event.key]["cd"] == 0:
battle_keys[event.key]["pressed"] = True
battle_keys[event.key]["cd"] = battle_keys[event.key]["full_cd"]
if game_director.status == cfg.GameStatus.PAUSE:
game_director.menu.update(event.key)
if event.type == KEYUP:
if event.key in sfg.UserKey.DIRECTION_KEYS:
battle_keys["last_direct_key_up"]["key"] = event.key
battle_keys["last_direct_key_up"]["time"] = time()
pressed_keys = pygame.key.get_pressed()
for k in sfg.UserKey.CONTINUE_PRESSED_KEYS:
battle_keys[k]["pressed"] = pressed_keys[k]
hero.event_handle(battle_keys, external_event=game_director.status)
for enemy in enemies:
if enemy_in_one_screen(hero, enemy):
enemy.event_handle(external_event=game_director.status)
time_passed = clock.tick(sfg.FPS)
passed_seconds = time_passed * 0.001
for k in sfg.UserKey.ONE_PRESSED_KEYS:
battle_keys[k]["pressed"] = False
battle_keys[k]["cd"] = max(battle_keys[k]["cd"] - passed_seconds, 0)
for k in sfg.UserKey.CONTINUE_PRESSED_KEYS:
battle_keys[k]["pressed"] = False
# update hero, enemies, game_director in sequence
hero.update(passed_seconds, external_event=game_director.status)
for enemy in enemies:
if enemy_in_one_screen(hero, enemy):
enemy.update(passed_seconds, external_event=game_director.status)
game_world.update(passed_seconds, game_director.status)
game_director.update(passed_seconds)
# judge enenmy nums
if len(enemies) == 0:
if add_enemy_timer.is_begin():
if add_enemy_timer.exceed():
add_enemy_timer.clear()
hero.set_emotion(cfg.SpriteEmotion.ALERT)
for _a_useless_var in xrange(enemy_add_num):
monster_id = choice(sfg.COMMON_MONSTER_ID_LIST)
monster_setting = sfg.SPRITE_SETTING_MAPPING[monster_id]
monster = ENEMY_CLASS_MAPPING[monster_id](monster_setting,
(randint(int(game_map.size[0] * 0.3), int(game_map.size[0] * 0.7)),
randint(int(game_map.size[1] * 0.3), int(game_map.size[1] * 0.7))),
choice(cfg.Direction.ALL))
monster_ai_setting = ai.AI_MAPPING[monster_id]
monster.activate(monster_ai_setting, allsprites, hero, static_objects, game_map)
monster.brain.set_target(hero)
monster.brain.set_active_state(cfg.SpriteState.CHASE)
enemies.add(monster)
game_world.add_object(monster)
allsprites.add(enemies)
enemy_add_num = min(enemy_add_num + enemy_add_delta, sfg.DeadMode.ENEMY_ADD_MAX)
else:
add_enemy_timer.begin()
current_round += 1
new_foods = []
for _is_a_useless_var in xrange(3):
food = StaticObject(sfg.STATIC_OBJECT_SETTING_MAPPING[
choice(sfg.FOOD_ID_LIST)],
(randint(int(game_map.size[0] * 0.2), int(game_map.size[0] * 0.5)),
randint(int(game_map.size[1] * 0.3), int(game_map.size[1] * 0.6)))
)
new_foods.append(food)
static_objects.add(food)
game_world.batch_add(new_foods)
camera.screen_follow(hero.pos)
# 3 layers from bottom to top: floor -> sprites in the playground -> game info(player hp, ep etc)
game_map.draw(camera)
game_world.draw(camera)
game_director.draw(camera)
# say how many enemies left
enemy_left_info = sfg.Font.MSYH_32.render(u"Ê£Óà¹ÖÎïÊý£º%s" % len(enemies), True, pygame.Color("white"))
screen.blit(enemy_left_info, sfg.DeadMode.ENEMY_LEFT_INFO_BLIT_POS)
# say current round
current_round_info = sfg.Font.MSYH_32.render(u"µÚ%s²¨" % current_round, True, pygame.Color("white"))
screen.blit(current_round_info, sfg.DeadMode.CURRENT_ROUND_INFO_BLIT_POS)
if len(enemies) == 0 and add_enemy_timer.is_begin() and (not add_enemy_timer.exceed()):
game_director.draw_count_down_number(camera, add_enemy_timer, sfg.DeadMode.ADD_ENEMY_TIME_DELTA)
if COMMAND_DEBUG_MODE or sfg.DEBUG_MODE:
debug_tools.run_debug_by_option_list(COMMAND_DEBUG_OPTIONS,
camera, game_world, game_map, clock)
if COMMAND_DEBUG_OPTIONS["god"]:
hero.hp = hero.setting.HP
hero.mp = hero.setting.MP
hero.sp = hero.setting.SP
hero.hp_status = hero.cal_sprite_status(hero.hp, hero.setting.HP)
hero.attacker.refresh_skill()
pygame.display.update()
def enter_chapter(screen, chapter, hero):
map_setting = util.load_map_setting(chapter)
camera = Camera(screen, map_size=map_setting["size"])
game_map = GameMap(chapter, map_setting)
static_objects = StaticObjectGroup()
allsprites = GameSpritesGroup()
enemies = EnemyGroup(map_setting["monsters"], allsprites, hero, static_objects, game_map)
game_world = GameWorld()
# load hero
hero.place(map_setting["hero"]["pos"], map_setting["hero"]["direction"])
hero.activate(allsprites, enemies, static_objects, game_map)
# load ambush
game_world.init_ambush_list(map_setting.get("ambush_list", []))
# load static objects
chapter_static_objects = map_setting["static_objects"]
for static_obj_init in chapter_static_objects:
t, p = static_obj_init["id"], static_obj_init["pos"]
static_obj = StaticObject(sfg.STATIC_OBJECT_SETTING_MAPPING[t], p)
static_objects.add(static_obj)
allsprites.add(hero)
allsprites.add(enemies)
game_world.batch_add(allsprites)
game_world.batch_add(static_objects)
game_director = GameDirector(chapter, hero, enemies)
if COMMAND_DEBUG_MODE:
# skip the init status in command debug mode
game_director.status = cfg.GameStatus.IN_PROGRESS
clock = pygame.time.Clock()
running = True
battle_keys= {}
for k in sfg.UserKey.ONE_PRESSED_KEYS:
battle_keys[k] = {"pressed": False, "cd": 0, "full_cd": sfg.UserKey.ONE_PRESSED_KEY_CD}
for k in sfg.UserKey.CONTINUE_PRESSED_KEYS:
battle_keys[k] = {"pressed": False}
battle_keys["last_direct_key_up"] = {"key": None, "time": None}
while running:
for event in pygame.event.get():
if event.type == pygame.QUIT:
return {"status": cfg.GameControl.QUIT}
if event.type == KEYDOWN:
if event.key == sfg.UserKey.PAUSE:
if game_director.status == cfg.GameStatus.IN_PROGRESS:
game_director.status = cfg.GameStatus.PAUSE
bg_box.pause()
game_director.menu.index = 0
elif game_director.status == cfg.GameStatus.PAUSE:
game_director.status = cfg.GameStatus.IN_PROGRESS
bg_box.unpause()
if event.key == sfg.UserKey.OK:
if game_director.status == cfg.GameStatus.HERO_WIN:
util.save_chapter_win_screen_image(chapter, camera.screen)
dat = util.load_auto_save() or {}
dat["current_chapter"] = chapter
dat["level"] = hero.level
dat["exp"] = hero.exp
util.auto_save(dat)
return {"status": cfg.GameControl.NEXT}
elif game_director.status == cfg.GameStatus.HERO_LOSE:
return {"status": cfg.GameControl.AGAIN, "chapter": chapter}
elif game_director.status == cfg.GameStatus.PAUSE:
mark = game_director.menu.get_current_mark()
if mark == "continue":
game_director.status = cfg.GameStatus.IN_PROGRESS
bg_box.unpause()
elif mark == "main":
return {"status": cfg.GameControl.MAIN}
elif mark == "quit":
return {"status": cfg.GameControl.QUIT}
if event.key in sfg.UserKey.ONE_PRESSED_KEYS and battle_keys[event.key]["cd"] == 0:
battle_keys[event.key]["pressed"] = True
battle_keys[event.key]["cd"] = battle_keys[event.key]["full_cd"]
if game_director.status == cfg.GameStatus.PAUSE:
game_director.menu.update(event.key)
if event.type == KEYUP:
if event.key in sfg.UserKey.DIRECTION_KEYS:
battle_keys["last_direct_key_up"]["key"] = event.key
battle_keys["last_direct_key_up"]["time"] = time()
pressed_keys = pygame.key.get_pressed()
for k in sfg.UserKey.CONTINUE_PRESSED_KEYS:
battle_keys[k]["pressed"] = pressed_keys[k]
hero.event_handle(battle_keys, external_event=game_director.status)
for enemy in enemies:
if enemy_in_one_screen(hero, enemy):
enemy.event_handle(external_event=game_director.status)
time_passed = clock.tick(sfg.FPS)
passed_seconds = time_passed * 0.001
for k in sfg.UserKey.ONE_PRESSED_KEYS:
battle_keys[k]["pressed"] = False
battle_keys[k]["cd"] = max(battle_keys[k]["cd"] - passed_seconds, 0)
for k in sfg.UserKey.CONTINUE_PRESSED_KEYS:
battle_keys[k]["pressed"] = False
# update hero, enemies, game_director in sequence
hero.update(passed_seconds, external_event=game_director.status)
for enemy in enemies:
if enemy_in_one_screen(hero, enemy):
enemy.update(passed_seconds, external_event=game_director.status)
game_world.update(passed_seconds, game_director.status)
game_world.update_ambush(passed_seconds, game_director, hero, allsprites, enemies,
static_objects, game_map)
game_director.update(passed_seconds)
camera.screen_follow(hero.pos)
# 3 layers from bottom to top: floor -> sprites in the playground -> game info(player hp, ep etc)
game_map.draw(camera)
game_world.draw(camera)
game_director.draw(camera)
if COMMAND_DEBUG_MODE or sfg.DEBUG_MODE:
debug_tools.run_debug_by_option_list(COMMAND_DEBUG_OPTIONS,
camera, game_world, game_map, clock)
if COMMAND_DEBUG_OPTIONS["god"]:
hero.hp = hero.setting.HP
hero.mp = hero.setting.MP
hero.sp = hero.setting.SP
hero.hp_status = hero.cal_sprite_status(hero.hp, hero.setting.HP)
hero.attacker.refresh_skill()
pygame.display.update()
class Scene:
"""
[CLASSES] Controllerクラスは、glglueの規約に沿って以下のコールバックを実装する
"""
def __init__(self):
self.is_initialized = False
self.mouseRight = False
self.mouseMiddle = False
self.mouseLeft = False
self.mouseX = 0
self.mouseY = 0
self.mouseFirst = True
self.background_color = Prop[RGBAf](RGBAf(0.3, 0.3, 0.5, 0.0))
#
# gizmos
#
self.gizmos = ListProp[Node]()
self.gizmo_shader = shaders.GizmoShader
# axis
builder = MeshBuilder(self.gizmo_shader.vertex_layout)
builder.create_axis(5)
axis_mesh = Drawer.from_builder(builder, self.gizmo_shader)
axis_node = Node('axis')
axis_node.model.pos = lah.Vec3(0, 0.001, 0)
axis_node.components.append(MeshComponent(axis_mesh))
self.gizmos.append(axis_node)
# grid
builder = MeshBuilder(self.gizmo_shader.vertex_layout)
builder.create_grid(1, 5)
grid_mesh = Drawer.from_builder(builder, self.gizmo_shader)
grid_node = Node('grid')
grid_node.components.append(MeshComponent(grid_mesh))
self.gizmos.append(grid_node)
# camera
self.camera = Camera()
camera_node = Node('camera')
self.gizmos.append(camera_node)
# light
self.lightDir = lah.Vec3(1, -3, 10).normalized
light_node = Node('light')
self.gizmos.append(light_node)
#
# nodes
#
self.nodes = ListProp[Node]()
def add_mesh(self, name, mesh: Drawer):
mesh_node = Node(name)
mesh_node.components.append(MeshComponent(mesh))
self.nodes.reset(mesh_node)
def onResize(self, w: int, h: int):
glViewport(0, 0, w, h)
self.camera.resize(w, h)
def onLeftDown(self, x, y):
#logger.debug('onLeftDown: %d, %d', x, y)
pass
def onLeftUp(self, x, y):
#logger.debug('onLeftUp: %d, %d', x, y)
pass
def onMiddleDown(self, x, y):
self.mouseMiddle = True
self.mouseX = x
self.mouseY = y
def onMiddleUp(self, x, y):
self.mouseMiddle = False
self.mouseX = x
self.mouseY = y
def onRightDown(self, x, y):
self.mouseRight = True
self.mouseX = x
self.mouseY = y
def onRightUp(self, x, y):
self.mouseRight = False
self.mouseX = x
self.mouseY = y
def onMotion(self, x, y):
dx = x - self.mouseX
dy = y - self.mouseY
#logger.debug("onMotion %d x %d => %d x %d", x, y, dx, dy)
self.mouseX = x
self.mouseY = y
if self.mouseFirst:
self.mouseFirst = False
return
if self.mouseMiddle:
self.camera.shift(dx, dy)
if self.mouseRight:
self.camera.yaw_pitch(dx, dy)
def onWheel(self, d):
self.camera.dolly(d.y())
def onKeyDown(self, keycode):
logger.debug('onKeyDown: %d', keycode)
def update(self, delta):
pass
def initialize(self):
logger.info(glGetString(GL_VERSION))
logger.info(glGetString(GL_SHADING_LANGUAGE_VERSION))
logger.info('OpenGL%d.%d', glGetInteger(GL_MAJOR_VERSION),
glGetInteger(GL_MINOR_VERSION))
# self.scene.initialize()
glEnable(GL_DEPTH_TEST)
glDepthFunc(GL_LESS)
self.is_initialized = True
def draw(self):
if not self.is_initialized:
self.initialize()
# clear
background_color = self.background_color.value
glClearColor(background_color.red, background_color.green,
background_color.blue, background_color.alpha)
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT)
#
# update
#
#
# render
#
context = RenderContext(self.camera, self.lightDir)
for x in self.gizmos.values:
context.set_model(x.model)
x.render(context)
for x in self.nodes.values:
context.set_model(x.model)
x.render(context)
def run(chapter):
clock = pygame.time.Clock()
map_setting = util.load_map_setting(chapter)
screen = pygame.display.set_mode(sfg.Screen.SIZE)
pygame.display.set_caption("Renne Map Editor")
camera = Camera(screen, map_size=map_setting["size"])
game_world = GameWorld()
game_map = GameMap(chapter, map_setting)
# load hero
hero = Renne(sfg.Renne, map_setting["hero"]["pos"], map_setting["hero"]["direction"])
game_world.add_object(hero)
# load monsters
monster_init_list = map_setting.get("monsters", [])
for monster_init in monster_init_list:
monster_id, pos, direct = monster_init["id"], monster_init["pos"], monster_init["direction"]
monster = Enemy(sfg.SPRITE_SETTING_MAPPING[monster_id], pos, direct)
game_world.add_object(monster)
# load static objects
chapter_static_objects = map_setting.get("static_objects", [])
for static_obj_init in chapter_static_objects:
t, p = static_obj_init["id"], static_obj_init["pos"]
static_obj = StaticObject(sfg.STATIC_OBJECT_SETTING_MAPPING[t], p)
game_world.add_object(static_obj)
# hack an attrbute ambush into game_world for easy saving
game_world.ambush_list = []
# some monsters is in ambush list
ambush_init_list = map_setting.get("ambush_list", [])
for ambush_init in ambush_init_list:
ambush = Ambush(ambush_init["ambush"]["pos"], sfg.Ambush.SURROUND_AREA_WIDTH,
sfg.Ambush.ENTER_AREA_WIDTH, ambush_init["ambush"]["type"])
for monster_init in ambush_init["monsters"]:
monster_id, pos, direct = monster_init["id"], monster_init["pos"], monster_init["direction"]
monster = Enemy(sfg.SPRITE_SETTING_MAPPING[monster_id], pos, direct)
game_world.add_object(monster)
ambush.add(monster)
game_world.ambush_list.append(ambush)
running = True
key_vec = Vector2()
selected_object = None
while running:
mouse_pos = pygame.mouse.get_pos()
map_pos_for_mouse = get_map_pos_for_mouse(camera.rect, mouse_pos)
for event in pygame.event.get():
if event.type == pygame.QUIT:
running = False
if event.type == KEYDOWN:
if event.key == K_ESCAPE:
if object_can_be_shift(selected_object) \
and put_down_selected_object(selected_object, game_world):
selected_object = None
elif isinstance(selected_object, Ambush) \
and put_down_ambush(selected_object, game_world):
selected_object = None
if event.key == sfg.MapEditor.KEY_STATIC_OBJECT:
# static object
selected_object = selected_object_shift(selected_object, cfg.GameObject.TYPE_STATIC)
elif event.key == sfg.MapEditor.KEY_ENEMY:
# enemy
selected_object = selected_object_shift(selected_object, cfg.GameObject.TYPE_DYNAMIC)
elif event.key == sfg.MapEditor.KEY_AMBUSH:
# ambush
selected_object = mouse_ambush_toggle(selected_object)
if event.key == sfg.MapEditor.KEY_ERASE_SELECTED_OBJECT:
selected_object = None
if event.key == sfg.MapEditor.KEY_TURN_DIRECTION:
if isinstance(selected_object, GameSprite):
selected_object = turn_sprite_direction(selected_object)
key_mods = pygame.key.get_mods()
if key_mods & KMOD_CTRL and event.key == sfg.MapEditor.KEY_CTRL_SAVE:
# ctrl+s to save map setting
change_map_setting(map_setting, game_world, game_map)
util.save_map_setting(chapter, map_setting)
print "save chapter %s map setting" % chapter
if key_mods & KMOD_ALT:
# debug draw switch
if event.key == sfg.MapEditor.KEY_ALT_SWITCH_POS:
DEBUG_DRAW["pos"] = not DEBUG_DRAW["pos"]
elif event.key == sfg.MapEditor.KEY_ALT_SWITCH_AREA:
DEBUG_DRAW["area"] = not DEBUG_DRAW["area"]
elif event.key == sfg.MapEditor.KEY_ALT_SWITCH_WAYPOINT:
DEBUG_DRAW["waypoints"] = not DEBUG_DRAW["waypoints"]
elif event.key == sfg.MapEditor.KEY_ALT_SWITCH_BLOCK_POINT:
DEBUG_DRAW["block_points"] = not DEBUG_DRAW["block_points"]
elif event.type == MOUSEBUTTONDOWN:
if event.button == 1:
# left click
if selected_object is None:
# pick up "this" unit if the mouse is over it
selected_object = select_unit(map_pos_for_mouse, game_world)
else:
# put down the current selected unit if no "collision" happen
if (isinstance(selected_object, GameSprite) or \
isinstance(selected_object, StaticObject)) \
and put_down_selected_object(selected_object, game_world):
if pygame.key.get_mods() & KMOD_CTRL:
selected_object = create_new_instance(selected_object)
else:
selected_object = None
elif isinstance(selected_object, Ambush) \
and put_down_ambush(selected_object, game_world):
selected_object = None
change_map_setting(map_setting, game_world, game_map)
pressed_keys = pygame.key.get_pressed()
key_vec.x = key_vec.y = 0.0
if pressed_keys[K_LEFT]:
key_vec.x -= 1.0
if pressed_keys[K_RIGHT]:
key_vec.x += 1.0
if pressed_keys[K_UP]:
key_vec.y -= 1.0
if pressed_keys[K_DOWN]:
key_vec.y += 1.0
time_passed = clock.tick(sfg.FPS)
passed_seconds = time_passed * 0.001
camera.screen_move(key_vec, sfg.MapEditor.SCREEN_MOVE_SPEED, passed_seconds)
if selected_object is not None:
if isinstance(selected_object, GameSprite) \
or isinstance(selected_object, StaticObject):
set_selected_object_follow_mouse(map_pos_for_mouse, selected_object)
elif isinstance(selected_object, Ambush):
set_ambush_follow_mouse(map_pos_for_mouse, selected_object)
game_map.draw(camera)
# draw ambush before all objects, because they are "close" to the floor
for ambush in game_world.ambush_list:
ambush.draw(camera)
for sp in sorted(game_world.yield_all_objects(), key=lambda sp: sp.pos.y):
if sp.setting.GAME_OBJECT_TYPE == cfg.GameObject.TYPE_DYNAMIC:
sp.animation.adjust_rect()
# select current image for corresponding direction
sp.animation.image = sp.animation.sprite_image_contoller.get_surface(
cfg.SpriteAction.STAND)[sp.direction]
sp.animation.draw_shadow(camera)
sp.draw(camera)
if selected_object is not None:
if isinstance(selected_object, GameSprite) \
or isinstance(selected_object, StaticObject):
# render selected_object
selected_object_name = sfg.Font.ARIAL_32.render(
selected_object.setting.NAME, True, pygame.Color("black"))
camera.screen.blit(selected_object_name, (5, 5))
if isinstance(selected_object, GameSprite):
selected_object.animation.draw_shadow(camera)
selected_object.animation.image = selected_object.animation.sprite_image_contoller.get_surface(
cfg.SpriteAction.STAND)[selected_object.direction]
selected_object.draw(camera)
draw_block_points_for_selected_object(camera, selected_object)
elif isinstance(selected_object, Ambush):
camera.screen.blit(sfg.Font.ARIAL_32.render("Ambush", True, pygame.Color("black")), (5, 5))
selected_object.draw(camera)
# debug drawings
for sp in game_world.yield_all_objects():
if DEBUG_DRAW["pos"]:
debug_tools.draw_pos(camera, sp)
if DEBUG_DRAW["area"]:
debug_tools.draw_area(camera, sp)
if DEBUG_DRAW["waypoints"]:
debug_tools.draw_waypoins(camera, game_map.waypoints)
if DEBUG_DRAW["block_points"]:
debug_tools.draw_block_points(camera, game_map.block_points)
pygame.display.update()