start_channel=i,
name="pulse_%s" % elementid,
attack_duration=1,
decay_duration=.8,
release_duration=0,
sustain_value=0,
)
l.hue = random()
l.saturation = 1
l.update_rgb()
# l.simple = True
# add the light to the network
dmx3.add_element(l)
p.elements.append(l)
show.add_element(p)
# set the input interface to trigger the element
# midi code 70 is the "J" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0, 70), p)
# startup the midi communication - runs in its own thread
dispatcher.start()
# start the show in a try block so that we can catch ^C and stop the midi
# dispatcher thread
try:
show.run_live()
except KeyboardInterrupt:
# cleanup
dispatcher.stop()
sys.exit(0)
# we don't want the effect to loop back, so we disable the default looping
fireball.set_loop(None)
# change from yello to red over the duration of the effect
fireball.add_hue_shift(.13, 0, fireball_duration, shape=tween.OUT_CIRC)
# at the beginning, start as white, and in the first 1/8th of the effect
# fade from white to full current hue
fireball.add_saturation_shift(0, 1, fireball_duration/8, shape=tween.OUT_CIRC)
# keep full intensity over the first third of the effect
fireball.add_intensity_shift(1, 1, fireball_duration/3)
# then for the next two thirds, fade out
fireball.add_intensity_shift(1, 0, (fireball_duration/3) * 2, shape=tween.OUT_CIRC)
# add the effect to our single test element
single.effects.append(fireball)
show.add_element(single, network=dmx3)
# now we create a chase of elements, and apply the effect to each element
# the result is that the effect is painted over time
chase = Chase(name='fireball streak')
elementid = 0
for i in range(1, 300, 3):
elementid += 1
l = RGBLight(
start_channel=i,
name="item_%s" % elementid,
)
dmx3.add_element(l)
chase.elements.append(l)
# deepcopy is used so that each element has an independent fireball effect
# add the light to the network
dmx3.add_element(l)
p.elements.append(l)
osc_dispatcher.add_map('/2/fader2', l, 'hue')
p.start_pos = 12
# p.left_width = p.right_width = 10
p.left_width = 10
p.right_width = 10
p.left_shape = p.right_shape = tween.OUT_CIRC
p.speed = 3
p.moveto = p.end_pos = 65
p.trigger_toggle = True
show.add_element(p)
# set the input interface to trigger the element
# midi code 70 is the "J" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0,70),p)
osc_dispatcher.add_map('/elements/fader1', p, 'speed', in_range=(0,4), out_range=(.5, 10))
# startup the midi communication - runs in its own thread
dispatcher.start()
osc_dispatcher.start()
# start the show in a try block so that we can catch ^C and stop the midi
# dispatcher thread
try:
show.run_live()
except KeyboardInterrupt:
# add the network to the show
show.networks.append(dmx3)
# create an input interface
dispatcher = MidiDispatcher("MidiKeys")
# create a single channel light element
single = LightElement(
start_channel=1,
name="singletest",
attack_duration=1,
release_duration=1.5,
)
# add the light to a network
show.add_element(single, network=dmx3)
# a blinker is configured by how many times it should blink per second
# 2 is the default
blinker = Blink(frequency=3)
# we tell the blinker what elements it should effect
blinker.targets.append(single)
# we add the blinker to the shows effects
show.effects.append(blinker)
# set the input interface to trigger the element
# midi code 41 is the "Q" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0,41),single)
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=0,
decay_duration=0,
release_duration=0,
sustain_value=1,
)
l.hue = .96
l.saturation = 1
l.update_rgb()
dmx3.add_element(l)
pixels.elements.append(l)
doors = LightGroup()
show.add_element(doors)
for i in range(10, 80, 10):
simple = Chase(name="simplechase")
simple.start_pos = 1
simple.speed = .5
simple.moveto = simple.end_pos = 11
simple.off_mode = "follow"
simple.elements = pixels.elements[i:i + 11]
show.add_element(simple)
doors.elements.append(simple)
# set the input interface to trigger the element
# midi code 70 is the "V" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0, 65), doors)
elementid = 0
for i in range(1, 27, 3):
elementid += 1
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=0,
release_duration=0,
sustain_value=1,
#simple=True
)
#l.hue = random.random() # * 255
l.hue = .74
l.saturation = 1
l.update_rgb()
show.add_element(l, network=dmx)
#l.simple = True
# add the light to the network
#dmx.add_element(l)
#p.elements.append(l)
dispatcher.add_map('/1/fader1', l, 'hue')
dispatcher.add_map('/1/fader2', l, 'intensity')
# l.effects.append(pulser)
# set the input interface to trigger the element
# midi code 41 is the "Q" key on the qwerty keyboard for the midikeys app
#dispatcher.add_observer((0,41), single)
dispatcher.add_trigger('/1/push1', l)
dispatcher.add_trigger('/1/toggle1', l)
#
for i in range(1, 180, 3):
# for i in range(1,2):
elementid += 1
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=0,
release_duration=0,
sustain_value=1,
)
l.hue = random()
l.saturation = 1
l.update_rgb()
# l.simple = True
# add the light to the network
show.add_element(l, network=dmx3)
p.elements.append(l)
e = Twinkle()
e.targets.append(l)
e.off_max = .4
e.off_min = .03
e.on_min = .08
e.on_max = .3
e.intensity_min = .004
e.intensity_max = .12
show.effects.append(e)
show.add_element(p)
# set the input interface to trigger the element
# midi code 70 is the "J" key on the qwerty keyboard for the midikeys app
# l.simple = True
# add the light to the network
dmx3.add_element(l)
simple.elements.append(l)
simple.start_pos = 12
# p.left_width = p.right_width = 10
simple.speed = .5
simple.moveto = simple.end_pos = 65
# simple.continuation_mode = 'loop'
# simple.trigger_toggle = True
simple.sweep = False
simple.width = 3
show.add_element(simple)
# set the input interface to trigger the element
# midi code 70 is the "V" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0, 65), simple) # J
p = Chase(name="bluechase")
elementid = 0
for i in range(1, 360, 3):
elementid += 1
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=.3,
decay_duration=0,
release_duration=.4,
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=0,
decay_duration=0,
release_duration=0,
sustain_value=1,
)
l.hue = .96
l.saturation = 1
l.update_rgb()
dmx3.add_element(l)
pixels.elements.append(l)
doors = LightGroup()
show.add_element(doors)
for i in range(10, 80, 10):
simple = Chase(name="simplechase")
simple.start_pos = 1
simple.speed = .5
simple.moveto = simple.end_pos = 11
simple.off_mode = "follow"
simple.elements = pixels.elements[i:i+11]
show.add_element(simple)
doors.elements.append(simple)
# set the input interface to trigger the element
# midi code 70 is the "V" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0,65), doors)
for i in range(1,180,3):
# for i in range(1,2):
elementid += 1
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=0,
release_duration=0,
sustain_value=1,
)
l.hue = random()
l.saturation = 1
l.update_rgb()
# l.simple = True
# add the light to the network
show.add_element(l, network=dmx3)
p.elements.append(l)
e = Twinkle()
e.targets.append(l)
e.off_max = .4
e.off_min = .03
e.on_min = .08
e.on_max = .3
e.intensity_min = .004
e.intensity_max = .12
show.effects.append(e)
show.add_element(p)
oscsingle = RGBLight(
start_channel=91,
name="singletestb",
attack_duration=0,
decay_duration=0,
release_duration=.75,
sustain_value=1,
)
oscsingle.hue = random.random()
oscsingle.saturation = 1
oscsingle.update_rgb()
# add the light to a network
show.add_element(single, network=dmx3)
show.add_element(oscsingle, network=dmx3)
# set the input interface to trigger the element
# midi code 41 is the "Q" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0, 41),single)
osc_dispatcher.add_trigger('/2/toggle2', oscsingle)
osc_dispatcher.add_map('/2/fader2', oscsingle, 'hue')
osc_dispatcher.add_map('/elements/fader1', oscsingle, 'saturation', in_range=(0,4))
# startup the midi communication - runs in its own thread
dispatcher.start()
osc_dispatcher.start()
# start the show in a try block so that we can catch ^C and stop the midi
# dispatcher thread
elementid = 0
for i in range(1,27,3):
elementid += 1
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=0,
release_duration=0,
sustain_value=1,
#simple=True
)
#l.hue = random.random() # * 255
l.hue = .74
l.saturation = 1
l.update_rgb()
show.add_element(l, network=dmx)
#l.simple = True
# add the light to the network
#dmx.add_element(l)
#p.elements.append(l)
dispatcher.add_map('/1/fader1', l, 'hue')
dispatcher.add_map('/1/fader2', l, 'intensity')
# l.effects.append(pulser)
# set the input interface to trigger the element
# midi code 41 is the "Q" key on the qwerty keyboard for the midikeys app
#dispatcher.add_observer((0,41), single)
dispatcher.add_trigger('/1/push1', l)
dispatcher.add_trigger('/1/toggle1', l)
#
l.bell_mode = True
# l.simple = True
# add the light to the network
dmx3.add_element(l)
simple.elements.append(l)
simple.start_pos = 12
# p.left_width = p.right_width = 10
simple.speed = .5
simple.moveto = simple.end_pos = 65
# simple.continuation_mode = 'loop'
# simple.trigger_toggle = True
simple.sweep = False
simple.width = 3
show.add_element(simple)
# set the input interface to trigger the element
# midi code 70 is the "V" key on the qwerty keyboard for the midikeys app
dispatcher.add_observer((0, 65), simple) # J
p = Chase(name="bluechase")
elementid = 0
for i in range(1, 360, 3):
elementid += 1
l = RGBLight(
start_channel=i,
name="pulse_%s" % elementid,
attack_duration=.3,
decay_duration=0,
release_duration=.4,
sustain_value=1,
