def launch():
config = parse_command_line()
osc_server = osc_utils.create_osc_server(
host=STATE.servers["hosting"]["osc_server"]["host"],
port=int(STATE.servers["hosting"]["osc_server"]["port"]))
opc_client = build_opc_client(config.verbose)
# stations = create_osc_station_clients(servers=STATE.servers["remote"]["osc_controls"])
# STATE.station_osc_clients = stations
# STATE.buttons = [StationButtons(client=client) for s_id, client in enumerate(stations)]
STATE.stations = Stations()
framework = init_animation_framework(osc_server, opc_client, config.scene, config.tags)
keyboard_thread = Thread(
target=listen_for_keyboard, args=(framework, ), name="KeyboardListeningThread")
keyboard_thread.setDaemon(True)
keyboard_thread.start()
try:
framework.serve_forever()
except KeyboardInterrupt:
print "Received interrupt. Stopping..."
finally:
framework.shutdown()
opc_client.disconnect()
STATE.stations.shutdown()
def main():
parser = argparse.ArgumentParser()
parser.add_argument(
'--row', choices=['sine', 'single', 'fader', 'rainbow', 'linear'], default='rainbow')
args = parser.parse_args()
# TODO: copy and paste is bad, mkay.
client = opc.Client('localhost:7890')
if not client.can_connect():
print('Connection Failed')
return 1
STATE.fps = 30
with open('layout/hoeLayout.json') as f:
hoe_layout = layout.Layout(json.load(f))
osc_queue = Queue.Queue()
server = osc_utils.create_osc_server()
# pylint: disable=no-value-for-parameter
server.addMsgHandler("/input/fader", lambda *args: osc_queue.put(args[2][-1]))
coordinated = CoordinatedTransition()
rotation = Rotate(hoe_layout.columns, coordinated.first())
up_speed = consistent_speed_to_pixels(1) # rows / second
if args.row == 'single':
row = SingleColumn(hoe_layout, rotation)
elif args.row == 'rainbow':
r_row = RainbowRow(hoe_layout, rotation)
b_row = ConstantRow(hoe_layout, 5)
row = r_row
#row = SwapRow(
# (r_row, b_row),
# (lambda: utils.randrange(10, 25), lambda: utils.randrange(4, 5)))
elif args.row == 'fader':
row = FaderRow(hoe_layout, osc_queue)
elif args.row == 'sine':
row = SineRow(hoe_layout)
elif args.row == 'linear':
row = LinearBrightness(hoe_layout)
if args.row == 'linear':
effect = UpAndRotateEffect(
hoe_layout, row, up_speed, rotate_speed=consistent_speed_to_pixels(0))
else:
effect = UpAndRotateEffect(hoe_layout, row, up_speed, rotate_speed=coordinated.second())
#effect = UpAndExpandEffect(hoe_layout)
render = Render(client, osc_queue, hoe_layout, [effect])
render.run_forever()
def main():
# TODO: copy and paste is bad, mkay.
client = opc.Client('localhost:7890')
if not client.can_connect():
print('Connection Failed')
return 1
with open('layout/hoeLayout.json') as f:
hoe_layout = layout.Layout(json.load(f))
osc_queue = Queue.Queue()
server = osc_utils.create_osc_server()
# pylint: disable=no-value-for-parameter
server.addMsgHandler("/input/button", lambda *args: set_direction(osc_queue, *args))
interaction = MazeEffect(hoe_layout, osc_queue)
render = su.Render(client, osc_queue, hoe_layout, [interaction])
render.run_forever()
def main():
client = opc.Client('localhost:7890')
if not client.can_connect():
print('Connection Failed')
return 1
with open('layout/hoeLayout.json') as f:
layout = json.load(f)
server = osc_utils.create_osc_server()
server.addMsgHandler("/button", lambda *args: flash(client, layout, *args))
max_row = max(pt['row'] for pt in layout)
pixels = [WHITE] * len(layout)
client.put_pixels(pixels)
while True:
time.sleep(.1)
def main():
# TODO: copy and paste is bad, mkay.
client = opc.Client('localhost:7890')
if not client.can_connect():
print('Connection Failed')
return 1
with open('layout/hoeLayout.json') as f:
hoe_layout = layout.Layout(json.load(f))
osc_queue = Queue.Queue()
server = osc_utils.create_osc_server()
# pylint: disable=no-value-for-parameter
server.addMsgHandler("/input/button",
lambda *args: stl.add_station_id(osc_queue, *args))
server.addMsgHandler("/input/fader", handle_fader)
background = su.Effect(hoe_layout, TargetRow(hoe_layout, osc_queue))
render = su.Render(client, osc_queue, hoe_layout, [background])
render.run_forever()
def main():
global ROTATION_SPEED
parser = argparse.ArgumentParser()
parser.add_argument(
'--row',
choices=['sine', 'single', 'fader', 'rainbow', 'linear'],
default='rainbow')
args = parser.parse_args()
# TODO: copy and paste is bad, mkay.
client = opc.Client('localhost:7890')
if not client.can_connect():
print('Connection Failed')
return 1
STATE.fps = 30
with open('layout/hoeLayout.json') as f:
hoe_layout = layout.Layout(json.load(f))
osc_queue = Queue.Queue()
server = osc_utils.create_osc_server()
# pylint: disable=no-value-for-parameter
server.addMsgHandler("/input/fader",
lambda *args: osc_queue.put(args[2][-1]))
if args.row == 'single':
row = SingleColumn(hoe_layout)
elif args.row == 'rainbow':
row = RainbowRow(hoe_layout)
elif args.row == 'fader':
row = FaderRow(hoe_layout, osc_queue)
elif args.row == 'sine':
row = SineRow(hoe_layout)
elif args.row == 'linear':
row = LinearBrightness(hoe_layout)
effect = UpAndRotateEffect(hoe_layout, row)
#effect = UpAndExpandEffect(hoe_layout)
render = Render(client, osc_queue, hoe_layout, [effect])
render.run_forever()
