def main():
args = parse_args()
level = args.verbose and logging.DEBUG or logging.INFO
config = load_config()
video_buffer.operator = config.get('operator', 'add')
video_buffer.add_effect('clear', fx.Clear, enabled=config.get('clear', True))
video_buffer.add_effect('background', fx.BackGround, color=[0, 0, 0], enabled=config.get('background', False))
video_buffer.add_effect('fade', fx.FadeBackGround, enabled=config.get('fade', False))
# video_buffer.add_effect('midi_note_spark_1', fx.MidiNoteSpark, nrange=(300,420), enabled=config.get('midi_note_spark_1', False))
# video_buffer.add_effect('midi_note_spark_2', fx.MidiNoteSpark, nrange=(0,150), enabled=config.get('midi_note_spark_2', False))
# video_buffer.add_effect('midi_note_spark_3', fx.MidiNoteSpark, nrange=(150,300), enabled=config.get('midi_note_spark_3', False))
# video_buffer.add_effect('strobe', fx.Strobe, enabled=config.get('strobe', False))
video_buffer.add_effect('noise', fx.Noise, enabled=config.get('noise', False))
video_buffer.add_effect('wave', fx.Wave, enabled=config.get('wave', False))
video_buffer.add_effect('creamsicle', fx.Creamsicle, enabled=config.get('creamsicle', False))
# note_ranges = ((260,320), (300,340), (340,380), (380,420), (0,40),(40,80),(80,120),(120,160),)
# note_ranges = ((340, 380), (340,420), (340,380), (380,420), (0,40),(40,80),(80,120),(120,160),)
# note_ranges = ((0,0), (300,420),)
# for i, note_range in enumerate(note_ranges):
# name = 'midi_note'+str(i)
# video_buffer.add_effect(name, fx.MidiNote, nrange=note_range, enabled=config.get(name, False))
video_buffer.add_effect('midi_note', fx.MidiNote, nrange=(.5,0.8), enabled=config.get('midi_note', False))
# video_buffer.add_effect('pointX', fx.PointFx, nrange=(360,420), enabled=True)
# video_buffer.add_effect('pointY', fx.PointFx, nrange=(360,420), enabled=True)
# video_buffer.add_effect('pointZ', fx.PointFx, nrange=(360,420), enabled=True)
video_buffer.add_effect('scanner', fx.LarsonScanner, enabled=config.get('scanner', True), scanners=[
{'p1': .9,'p2': .98, 'width': .025, 'color': (.8,.1,0.05)},
{'p1': .6,'p2': .65, 'width': .015, 'color': (.1,.8,.05)},
{'p1': .3,'p2': .4, 'width': .015, 'color': (.04,.2,1)},
{'p1': .02,'p2': .1, 'width': .015, 'color': (1,.8,0)},
])
# video_buffer.add_effect('peak_meter', fx.PeakMeter, enabled=config.get('peak_meter', False), meters=(
# {'n1': 60, 'n2': 120, 'reverse': True, 'color': (1,.5,0)},
# {'n1': 120, 'n2': 160, 'reverse': False, 'color': (1,.5,0)},
# {'n1': 160, 'n2': 214, 'reverse': True, 'color': (1,.5,0)},
# {'n1': 214, 'n2': 260, 'reverse': False, 'color': (1,.5,0)},
# {'n1': 260, 'n2': 332, 'reverse': True, 'color': (1,.5,0)},
# {'n1': 332, 'n2': 380, 'reverse': False, 'color': (1,.5,0)},
# {'n1': 320, 'n2': 420, 'reverse': True, 'color': (1,.5,0)},
# {'n1': 0, 'n2': 100, 'reverse': False, 'color': (1,.5,0)},
# ))
# video_buffer.add_effect('convolution', fx.Convolution, enabled=config.get('convolution', False))
video_buffer.add_effect('yb&rgp', fx.YellowBlackAndRedGreenPurple, enabled=config.get('yb&rgp', False))
video_buffer.add_effect('matrix', fx.Matrix, enabled=config.get('matrix', False))
video_buffer.add_effect('camera_rot', fx.CameraRot, enabled=config.get('camera_rot', False))
def toggle_fx(addr, state):
logging.info(f"toggling : {addr} : {state}")
x,y = map(lambda x: int(x)-1, addr.split('/')[2:])
i = x + 7*y
fx = list(video_buffer.effects.values())[i]
logging.info(fx)
fx.toggle()
osc_maps = [
('/metronome', video_buffer.effects['scanner'].metronome),
# ('/audio/envelope', video_buffer.effects['peak_meter'].envelope),
('/midi/note', video_buffer.effects['midi_note'].set),
('/q', video_buffer.effects['fade'].set), # /fade or /fader cause bugs in touchosc, awesome
('/color/r', functools.partial(video_buffer.effects['background'].set, color='r')),
('/color/g', functools.partial(video_buffer.effects['background'].set, color='g')),
('/color/b', functools.partial(video_buffer.effects['background'].set, color='b')),
('/brightness', video_buffer.set_brightness),
('/gamma', video_buffer.set_gamma),
('/operator/*', video_buffer.set_operator, True),
('/fx/*', toggle_fx),
('/*', osc_logger)
]
console_coros = ()
if args.no_console:
log.configure_logging(level=level)
import uvloop
asyncio.set_event_loop_policy(uvloop.EventLoopPolicy())
else:
osc_maps.append(('/*', console.osc_recv))
log.configure_logging(level=level, queue_handler=True)
console_coros = console.init(video_buffer)
osc_server = OSCServer(
maps = osc_maps,
server_address = (args.ip, args.port)
)
serial_comms.init(video_buffer)
coros = (
osc_server.serve(),
idle(),
*console_coros,
websocket_server.serve(video_buffer)
# input_audio_stream(functools.partial(callback_video_buffer, video_buffer=video_buffer))
)
try:
loop = asyncio.get_event_loop()
loop.set_exception_handler(exception_handler)
loop.run_until_complete(main_loop(coros))
except (KeyboardInterrupt, CancelledError, UserQuit) as e:
print("have a great day")
except MainLoopError as e:
print("whooops")
finally:
loop.close()
save_config()
def main():
args = parse_args()
if args.verbose:
logging.basicConfig(level=logging.DEBUG)
else:
logging.basicConfig(level=logging.INFO)
# effects['background'] = fx.BackGround(video_buffer, color='')
video_buffer.add_effect("fade", fx.FadeBackGround, q=2, enabled=False)
video_buffer.add_effect("strobe", fx.Strobe, enabled=False)
video_buffer.add_effect("noise", fx.Noise, enabled=False)
video_buffer.add_effect("wave", fx.Wave, enabled=True)
video_buffer.add_effect("midi_note", fx.MidiNote, range=(300, 420), enabled=False)
# add_effect('pointX'] = fx.PointFx(video_buffer, range=(360,420))
# add_effect('pointY'] = fx.PointFx(video_buffer)
# add_effect('pointZ'] = fx.PointFx(video_buffer)
video_buffer.add_effect("scanner", fx.LarsonScanner, enabled=False, scanners=scanners(10))
video_buffer.add_effect(
"peak_meter",
fx.PeakMeter,
enabled=True,
meters=(
{"n1": 320, "n2": 420, "reverse": True, "color": (1, 0.5, 0)},
{"n1": 0, "n2": 100, "reverse": False, "color": (0, 0.5, 1)},
),
)
video_buffer.add_effect("brightness", fx.Brightness, level=0.4, enabled=True)
video_buffer.add_effect("convolution", fx.Convolution, enabled=False)
# midi_thread = threading.Thread(target=midi.main,kwargs={'q':midi_queue})
# midi_thread.daemon = True
# midi_thread.start()
loop = asyncio.get_event_loop()
console.init(loop, video_buffer)
websocket_server.serve(loop, video_buffer)
serial_comms.init(loop, video_buffer)
osc_server = OSCServer(
loop=loop,
maps=(
("/metronome", video_buffer.effects["scanner"].metronome),
("/metronome", video_buffer.effects["strobe"].metronome),
("/audio/envelope", video_buffer.effects["peak_meter"].envelope),
("/midi/note", video_buffer.effects["midi_note"].set),
# ('/accxyz', functools.partial(accxyz, axis=0, point=effects['pointX'])),
# ('/1/fader1', effects['background'].red),
# ('/1/fader2', effects['background'].green),
# ('/1/fader3', effects['background'].blue),
("/*", osc_logger),
),
forward=(websocket_server.osc_recv,),
server_address=(args.ip, args.port),
)
osc_server.serve()
try:
loop.run_forever()
except KeyboardInterrupt:
logging.info("keyboard int")
finally:
loop.close()
