def debug_wrapper():
# initialize things
pygame.init()
pose_source = user_pose.FPS_Pose(two_d=True) # initialize position source
visar_controller = controller.Controller(
pose_source) # initialize controller
renderer = rendering.Renderer(visar_controller) # initialize renderer
# add pose source to update stack
visar_controller.add_update(pose_source.update)
# setup a static square object (from rendertest)
square1 = Debug_Static() # create a render module
renderer.add_module(square1) # add module to render stack
# setup dynamic (moving) square object (rendertest)
square2 = Debug_Dynamic() # create another module
visar_controller.add_update(square2.update) # add pose listener
renderer.add_module(square2) # add drawable to render stack
# setup a static square object with depth (from rendertest)
square3 = Debug_Depth() # create a render module
renderer.add_module(square3) # add module to render stack
# run the controller (spawns new thread)
#visar_controller.do_loop() # removed unused code
# run the renderer (blocks until code is done)
renderer.do_loop(visar_controller.kill_flag)
# program quit, kill pygame
pygame.quit()
def __init__(self, sequences, start, input):
self.sequences = sequences
self.input = input
self.current = self.sequences[start](self.input)
self.renderer = rendering.Renderer()
self.timer = pygame.time.Clock()
telemetry.log('Starting.')
self.inactive_start = 0
self.refresh = 0
def visar():
debug_mode = False
if len(sys.argv) > 1:
if sys.argv[1] == '--debug':
debug_mode = True # check for debug mode
# initialize things
pygame.init()
pose_source = user_pose.FPS_Pose() # initialize position source
visar_controller = controller.Controller(
pose_source) # initialize controller
renderer = rendering.Renderer(visar_controller,
debug_mode) # initialize renderer
# arrows
arrows_ = arrows.Arrows()
renderer.add_module(arrows_)
# communications pop up
comm_pu = comms_pop_up.Pop_Up()
renderer.add_module(comm_pu)
# menu buttons
menu = menu_button.Menu()
renderer.add_module(menu)
# add pose source to update stack
visar_controller.add_update(pose_source.update)
visar_controller.add_update(menu.update)
visar_controller.add_update(arrows_.update)
visar_controller.add_update(comm_pu.update)
# setup/start the audio manager (voice communication)
audio_controller = audio.Audio_Manager(visar_controller)
audio_controller.start_server_thread()
visar_controller.book.audio_manager = audio_controller
# start the controller (new thread)
#visar_controller.do_loop() #temporarily disabled
# run the renderer (same thread)
renderer.do_loop(visar_controller.kill_flag)
# cleanup
print 'Shutting Down'
audio_controller.cleanup()
pygame.quit() # shutdown pygame
def __init__(self, enable_render=True):
super(BabaEnv, self).__init__()
self.path = '../../../Resources/Maps/volcano.txt'
self.game = pyBaba.Game(self.path)
self.renderer = rendering.Renderer(self.game)
self.action_space = [
pyBaba.Direction.UP, pyBaba.Direction.DOWN, pyBaba.Direction.LEFT,
pyBaba.Direction.RIGHT
]
self.action_size = len(self.action_space)
self.seed()
self.reset()
def CARAS():
type = "PTRAIN"
if(typeSwitcher(type) == ""):
print("ERROR: Invalid type: {}".format(type))
sys.exit(0)
frames = 20
numAnims = 1000
# Use this to vary the name of the images we want to create
index_name = "CaffeImage"
sc.clearPickleIndex(type, index_name)
sc.clearIndex(index_name)
for i in range(numAnims):
#need a delimiter to separate scene# from frame#
delim = "D"
name = index_name + str(i) + delim
#bugfix
sc.secondAnimation(name, type, index_name)
# sc.createBasicAnimation(name, 0)
renderer = r.Renderer(frames=None)
renderer.renderByName(name, type)
renderer.appendImages(name, type)
print("Completed Anim rendering")