def see_player(self, room):
player = room.level.player
if not self.alive or not player.alive:
self.sees_player = False
return
if abs(player.collider.y - self.collider.y) > 2 * helpers.TILE_SIZE:
self.sees_player = False
return
if player.x > self.x:
width = abs(self.collider.right - player.collider.left)
collider = gameobject.GameObject(self.collider.right,
self.collider.centery, width,
helpers.TILE_SIZE)
else:
width = abs(self.collider.left - player.collider.right)
collider = gameobject.GameObject(self.collider.left - width,
self.collider.centery, width,
helpers.TILE_SIZE)
if collider.get_collisions(room):
self.sees_player = False
else:
self.sees_player = True
def test_crossing_func(self):
game_object_1 = go.GameObject(50, 50, 50)
game_object_2 = go.GameObject(50, 50, 50)
result = go.has_crossing(game_object_1, game_object_2, 16)
self.assertTrue(result)
game_object_1 = go.GameObject(50, 51, 50)
game_object_2 = go.GameObject(50, 100, 50)
result = go.has_crossing(game_object_1, game_object_2, 16)
self.assertFalse(result)
def __init__(self):
self._running = True
self._display_surf = None
self.size = self.weight, self.height = 720, 720
self.background = pygame.Surface(self.size)
self.scenes = ["some_path", "some_other_path", "etc_you_get_the_idea"]
self.current_scene = scene.Scene(self.scenes[0], player.Player(), [
collectiblegameobject.CollectibleGameObject(
"key.png", 50, 50, "Chujka", "Klucz do kurwy"),
gameobject.GameObject("bed.png", 150, 150, "Luszko"),
gameobject.GameObject("desk.png", 350, 300, "Dzwi")
])
self.font = pygame.font.Font("assets/BebasNeue.otf", 15)
def __init__(self, surfaces, frameOffsets, x, y, totalDuration,
frameDuration):
self.gob = GameObjects.GameObject(surfaces, frameOffsets)
self.x = x
self.y = y
self.hmirror = False
self.vmirror = False
self.totalDuration = totalDuration
self.gob.animDur = frameDuration
self.startTime = umachine.time_ms()
def spawn(self):
if not self.representation:
actual_object_size = Size(
self.settings["tile_size"].width * self.settings["scale"] *
game.settings.get('screen')["scale"],
self.settings["tile_size"].height * self.settings["scale"] *
game.settings.get('screen')["scale"])
self.representation = gameobject.GameObject(
self.settings["name"], self.settings["position"],
actual_object_size, self.charset_lib["default"])
game.add(self.representation)
def initGame():
# Create "main menu" selectable menu items
mMenu = menu.Selectable(Game.font, Game.screen)
mMenuItem = menu.SelectableItem("New Game", constants.ACTION_NEWGAME)
mMenu.addItem(mMenuItem)
mMenuItem = menu.SelectableItem("Quit", constants.ACTION_QUIT)
mMenu.addItem(mMenuItem)
Game.menus.append(mMenu)
# Create "choose mode" selectable menu items
mMenu = menu.Selectable(Game.font, Game.screen)
mMenuItem = menu.SelectableItem("1 Player", constants.ACTION_MODE1P)
mMenu.addItem(mMenuItem)
mMenuItem = menu.SelectableItem("2 Players", constants.ACTION_MODE2P)
mMenu.addItem(mMenuItem)
Game.menus.append(mMenu)
# Create "score" texts
mText = menu.Text(Game.font, Game.screen)
mTextItem = menu.TextItem(
Game.font, str(Game.score[constants.PLAYER_ONE]),
(constants.WINDOW_WIDTH / 2.0) + (constants.WINDOW_WIDTH / 6),
((constants.WINDOW_HEIGHT - constants.GAMEAREA_HEIGHT) / 2.0) -
(constants.WALL_THICKNESS / 2.0))
mText.addItem(mTextItem)
mTextItem = menu.TextItem(
Game.font, str(Game.score[constants.PLAYER_TWO]),
(constants.WINDOW_WIDTH / 2.0) - (constants.WINDOW_WIDTH / 6),
((constants.WINDOW_HEIGHT - constants.GAMEAREA_HEIGHT) / 2.0) -
(constants.WALL_THICKNESS / 2.0))
mText.addItem(mTextItem)
Game.texts.append(mText)
# Create pause text
mText = menu.Text(Game.font, Game.screen)
mTextItem = menu.TextItem(Game.font, "'P' Unpauses 'Esc' Quits",
(constants.WINDOW_WIDTH / 2.0),
(constants.WINDOW_HEIGHT / 3))
mText.addItem(mTextItem)
Game.texts.append(mText)
# Player 1 paddle
mGameObject = gameobject.Paddle(Game.screen, constants.PLAYER_ONE)
Game.paddles.append(mGameObject)
# Player 2 paddle
mGameObject = gameobject.Paddle(Game.screen, constants.PLAYER_TWO)
Game.paddles.append(mGameObject)
# Ball
mGameObject = gameobject.Ball(Game.screen)
Game.balls.append(mGameObject)
# Game area
mGameObject = gameobject.GameObject(
Game.screen, constants.GAMEOBJECT_WALL, constants.GAMEAREA_WIDTH,
constants.GAMEAREA_HEIGHT, constants.GAMEAREA_X, constants.GAMEAREA_Y,
constants.WALL_THICKNESS, constants.WALL_COLOR)
Game.wall = mGameObject
def update(self, room):
super().update(room)
player = room.level.player
height = abs(self.collider.y - player.collider.y)
collider = gameobject.GameObject(self.collider.bottom,
self.collider.left,
self.collider.width, height)
for c in collider.get_collisions(room):
if c is not player and c is not self:
self.sees_player = False
break
else:
self.sees_player = True
self.gravity_scale = 1
def read_levels(self):
for level_name, level in self.levels.items():
level.tileset = level.settings["tileset"]
level.heightmap = level.settings["heightmap"]
level.terrainmap = level.settings["terrainmap"]
if "tile_width" in level.settings:
level.tile_width = int(level.settings["tile_width"])
if game.settings.get('debug')['on']:
debug(level.settings, "Loaded Level " + level_name)
for object_name, object_settings in level.settings["gobjects"].items():
gobject_from_level_dict = game.add(
gameobject.GameObject(object_name,
Position(object_settings['position'][0],
object_settings['position'][1]),
Size(object_settings["size"][0],
object_settings["size"][1])))
gobject_from_level_dict.chimg(object_settings["image"])
def __init__(self,
x,
y,
width,
height,
health,
path,
group=gameobject.CollisionGroup.enemies):
super().__init__(x, y, width, height, path, group)
self.spawn_x = x
self.spawn_y = y
self.alive = True
self.bullets = []
for s in self.sprites:
s.play('idle')
self.max_health = health
self.health = self.max_health
self.sees_player = False
self.vision = gameobject.GameObject(0, 0, 0, 0)
def test_camera_update(self):
camera = go.Camera(500, 500)
game_object_1 = go.GameObject(50, 50, 50)
camera.update(game_object_1)
self.assertTrue(True)
def test_gameobject_explosion(self):
camera = go.Camera(500, 500)
game_object_1 = go.GameObject(50, 50, 50)
game_display = s.GAME_DISPLAY
game_object_1.draw_explosion(game_display, camera)
self.assertTrue(True)
def test_initialization(self):
game_object = go.GameObject(50, 50, 50)
self.assertTrue(isinstance(game_object, go.GameObject))
def __init__(self):
super().game_objects.append(gameobject.GameObject())
super().game_objects.append(gameobject.GameObject())
super().game_objects.append(gameobject.GameObject())
def loadLevel():
Game.bricks[:] = []
Game.paddles[:] = []
Game.balls = []
Game.powerUps = []
Game.wall = None
level = [[]]
# Load the level from a file
filename = os.path.join(os.getcwd(), str(Game.levelNow) + ".txt")
print "Trying to open " + filename
if fileAccessible(filename, 'r') == True:
with open(filename) as f:
level = f.readlines()
constants.LEVEL_WIDTH = len(level[0]) - 1
constants.LEVEL_HEIGHT = len(level)
else:
print "Could not open " + filename
print "Creating a dummy level"
Game.levelNow = 0
constants.LEVEL_WIDTH = 10
constants.LEVEL_HEIGHT = 6
level = [['1' for x in range(constants.LEVEL_WIDTH)]
for x in range(constants.LEVEL_HEIGHT)]
# Adjust the dimensions of bricks, paddles and game area
constants.BRICK_WIDTH = ceil(constants.WINDOW_WIDTH *
(1.0 / (constants.LEVEL_WIDTH + 15)))
if constants.BRICK_THICKNESS == 0:
constants.GAMEAREA_WIDTH = ceil(constants.WALL_THICKNESS + (
(constants.BRICK_WIDTH + constants.BRICK_THICKNESS) *
constants.LEVEL_WIDTH) + 1)
else:
constants.GAMEAREA_WIDTH = ceil(constants.WALL_THICKNESS + (
(constants.BRICK_WIDTH + constants.BRICK_THICKNESS) *
constants.LEVEL_WIDTH))
constants.GAMEAREA_X = ceil((constants.WINDOW_WIDTH / 2.0) -
(constants.GAMEAREA_WIDTH / 2.0))
constants.BALL_STARTINGSPEED = constants.WINDOW_HEIGHT * 0.006
constants.PADDLE_STARTINGSPEED = constants.WINDOW_WIDTH * 0.005
constants.PADDLE_WIDTH = ceil(constants.WINDOW_WIDTH * 0.10)
constants.PADDLE_HEIGHT = ceil(constants.PADDLE_WIDTH * 0.125)
# Create game objects
# Player 1 paddle
mGameObject = gameobject.Paddle(Game.screen, constants.PLAYER_ONE)
Game.paddles.append(mGameObject)
# Player 2 paddle
mGameObject = gameobject.Paddle(Game.screen, constants.PLAYER_TWO)
Game.paddles.append(mGameObject)
# The ball
mGameObject = gameobject.Ball(Game.screen)
Game.balls.append(mGameObject)
# The game area
mGameObject = gameobject.GameObject(
Game.screen, constants.GAMEOBJECT_WALL, constants.GAMEAREA_WIDTH,
constants.GAMEAREA_HEIGHT, constants.GAMEAREA_X, constants.GAMEAREA_Y,
constants.WALL_THICKNESS, constants.WALL_COLOR)
Game.wall = mGameObject
# Balls left indicator
updateBallIndicator()
if Game.numPlayers == 1:
Game.paddles[constants.PLAYER_TWO].disable()
elif Game.numPlayers == 2:
Game.paddles[constants.PLAYER_TWO].enable()
for i in range(0, constants.LEVEL_HEIGHT):
for j in range(0, constants.LEVEL_WIDTH):
if level[i][j] != '0':
if constants.BRICK_THICKNESS == 0:
padding = 1
else:
padding = 0
mGameObject = gameobject.Brick(
Game.screen, level[i][j],
(constants.GAMEAREA_X +
floor(constants.WALL_THICKNESS / 2.0) +
ceil(constants.BRICK_THICKNESS / 2.0) +
((constants.BRICK_WIDTH + constants.BRICK_THICKNESS) * j)
+ padding),
(constants.GAMEAREA_Y +
floor(constants.WALL_THICKNESS / 2.0) +
ceil(constants.BRICK_THICKNESS / 2.0) +
((constants.BRICK_HEIGHT + constants.BRICK_THICKNESS) * i)
+ padding), i, j)
Game.bricks.append(mGameObject)
print level[i][j],
print ""
Game.bricksLeft = len(Game.bricks)
print "level loaded"
import pygame, draw, gameobject, scene, events, text, walker, platformer, snake, threading, space
from pygame.locals import *
pygame.init()
pygame.display.set_caption('dbd')
clock = pygame.time.Clock()
bed = gameobject.GameObject('bed', 'assets/bed.png', 400, 200)
sleepy = gameobject.GameObject('sleepy', 'assets/wakingup.png', 400, 200)
textbox = gameobject.GameObject('textbox', 'assets/textbox.png', 64, 350, 128)
walker = walker.Walker('walker', 'assets/walkingd.png', 570, 200)
lunch = gameobject.GameObject('lunch', 'assets/lunchlady.png', 320, 200)
essay = gameobject.GameObject('essay', 'assets/essay.png', 340, 100, 32, 32, 8)
bedscene = scene.Scene()
bedscene.add(bed)
bedscene.add_actor(sleepy)
lunchscene = scene.Scene()
lunchscene.add_actor(walker)
lunchscene.add(lunch)
essayscene = scene.Scene()
essayscene.add_actor(essay)
scenes = [bedscene, lunchscene, essayscene]
curscene = 0
gamevars = {'state': 1}
def state(s=None):
if s:
gamevars['state'] = s
return gamevars['state']
tilemap.set_tile(0xb, tileSize, tileSize, data.tile11)
tilemap.set_tile(0xc, tileSize, tileSize, data.tile12)
tilemap.set_tile(0xd, tileSize, tileSize, data.tile13)
tilemap.set_tile(0xe, tileSize, tileSize, data.tile14)
tilemap.set_tile(0xf, tileSize, tileSize, data.tile15)
# Setup global variables
glob.viewPortX = 0
glob.viewPortY = 0
# setup sprite group
all_objects = sprite.Group()
all_objects_list = []
#Init game objects
targetCityGob = GameObjects.GameObject(
[data.targetCity6x5_f1, data.targetCity6x5_f2], [[0, 0], [0, 0]])
targetCityGob.wx = 282 - 3
targetCityGob.wy = 75 - 3
targetCityGob.active = False
all_objects.add(targetCityGob)
all_objects_list.append(targetCityGob)
heroGob = GameObjects.GameObject([data.heroUp_f1, data.heroUp_f2],
[[0, 0], [0, 0]])
dustGob1 = GameObjects.GameObject(
[data.dustRight_f1, data.dustRight_f2, data.dustRight_f3],
[[0, 0], [0, 0], [0, 0]])
dustGob1.animMode = "once"
infectedPeople = GameObjects.GameObject([data.infected_f1, data.infected_f2],
[[0, 0], [0, 0]])
