def __init__(self):
# jack client
self.client = jack.Client("palette", no_start_server=True)
# interface
entities = [
Entity.KEYBOARD, Entity.SAMPLER, Entity.DRUM_MACHINE, Entity.PUSH
]
self.display = Interface(entities)
# metronome
self.metronome = Metronome(self.display, self.client)
# backend
constructors = [Keyboard, Sampler, DrumMachine, Push]
self.be = Backend(self.client, self.metronome, constructors)
# misc
self.pressed_keys = []
self.fifo = open("palette.pipe", mode="rt")
self.current_inst_number = 0
# let's go
self.client.activate()
self.display.paint_pad(0)
self.metronome.sync_transport()
def __init__(self):
GObject.GObject.__init__(self)
brush_file = open('../brushes/classic/charcoal.myb')
brush_info = brush.BrushInfo(brush_file.read())
brush_info.set_color_rgb((0.0, 0.0, 0.0))
self.default_eraser = brush_info.get_base_value("eraser")
self.default_radius = brush_info.get_base_value("radius_logarithmic")
self.brush = brush.Brush(brush_info)
self.button_pressed = False
self.last_event = (0.0, 0.0, 0.0) # (x, y, time)
self.onionskin_on = True
self.onionskin_by_cels = True
self.onionskin_length = 3
self.onionskin_falloff = 0.5
self.eraser_on = False
self.force_add_cel = True
self.surface = None
self.surface_node = None
self.xsheet = XSheet(24 * 60)
self.xsheet.connect('frame-changed', self.xsheet_changed_cb)
self.xsheet.connect('layer-changed', self.xsheet_changed_cb)
self.metronome = Metronome(self.xsheet)
self.update_surface()
self.nodes = {}
self.create_graph()
self.init_ui()
class TestMetronome(unittest.TestCase):
# Setup to allow the metronome to be tested
def setUp(self):
# A stub measure to be written to for testing purposes
class MeasureStub(object):
def __init__(self):
self.time_signature = (4, 4)
self.key_signature = ('F#', 'major')
self.notes = []
self.test_measure = MeasureStub()
# Tests that the metronome is only writing as a metronome.
def testCompose(self):
self.musician = Metronome()
self.musician.compose(self.test_measure, 0, 0, None)
self.assertNotEqual([], self.test_measure.notes)
listing = self.musician._plans.keys()
for x in listing:
self.assertTrue(x >= 0)
notelisting = self.musician._plans[x]
for y in range(len(notelisting)):
test = False
for z in range(len(self.test_measure.notes)):
if self.test_measure.notes[z] == notelisting[y]:
test = True
# Fails if there is a note played that is not on the beat
self.assertFalse(self.test_measure.notes[z].start % 1)
# Fails if a note is missing from the measure that should be there
self.assertNotEqual(test, False)
def __init__(self, ui=None, track=None, width=None, height=None, x=0, y=0):
self.ui = ui
# Offset on left side, leaving space for timestamps
self.offset = len("00:00.000 ")
if self.ui != None:
logger.log("Using ui")
self.height, self.width = list(map(int, self.ui.size()))
self.width -= self.offset
else:
logger.log("Not using ui")
self.height, self.width = 10, 10
self.cursorY = self.height / 2
self.cursorX = 44
self.track = track
self.bpm = self.track.beatsPerMinute
self.tpb = self.track.ticksPerBeat
self.seconds = 60.0 / self.tpb / self.bpm
#Begin and end using real time
#self.length = self.track.getLengthInSec()
#self.begin = 0.0
#self.end = (self.height-1) * 60.0 / self.bpm
#self.step = 60.0 / self.bpm
#Begin and end using beats
self.length = self.track.getLengthInBeats()
self.begin = 0
self.end = self.height - 1
self.step = 1
logger.log("Track's length: %.2f beats" % self.length)
self.beats = []
for i in range(int(self.track.getLengthInBeats() + 1)):
self.beats.append([])
logger.log("width = %d" % self.width)
## Create display window
if self.width > KEYS:
displayWidth = KEYS + self.offset
else:
displayWidth = self.width + self.offset
MIN = (KEYS - self.width) / 2
MAX = (KEYS - self.width) / 2 + self.width
if self.ui != None:
self.display = self.ui.newWindow(self.height, displayWidth,
"display", x, y)
self.ui.setWindow(self.display)
## Connect to Piano
self.piano = Piano()
self.player = Player()
self.player.start()
self.player.setPiano(self.piano)
self.piano.autoconnect()
self.playing = False
## Create metronome
beatLength = 60.0 / self.bpm
self.metronome = Metronome(self.down, beatLength)
def __init__(self):
self._log = logging.getLogger('musicbox.MusicBox')
# Internal attributes
self._selected_stompbox = 1 # 0 = global parameters, 1-8 = actual stompboxes
self._current_mode = Mode.PRESET
self._last_slider_update_time = 0
# OSC inputs (footpedal)
try:
self._midi_to_osc = MidiToOsc(
'Arduino Micro') # works via callbacks, so not blocking
except ValueError as e:
self._log.error('Failed to start Midi Footpedal: ' + str(e))
# OSC server (receives inputs)
self._osc_server = FootpedalOscServer(self.cb_mode, self.cb_preset,
self.cb_stomp, self.cb_looper,
self.cb_metronome,
self.cb_slider)
# mod-host LV2 host (output)
self._banks_manager = BanksManager()
self._banks_manager.append(
Bank('Bank 1')) # TODO: load banks from stored files
self._modhost = ModHost('localhost')
self._modhost.connect()
self._banks_manager.register(self._modhost)
self._pedalboard = None
self._log.info("STARTED mod-host client")
# Metronome output (using klick)
self._metronome = Metronome()
self._log.info("STARTED Metronome")
# Looper object (using sooperlooper)
self._looper = Looper()
self._log.info("STARTED Looper")
# Notifiers
self._notifier = TcpNotifier()
self._log.info("STARTED TcpNotifier")
# Initialize: set mode PRESET and load preset1
time.sleep(2)
self._set_mode(Mode.PRESET)
for preset_id in range(4):
self._load_preset('preset{:02d}.yaml'.format(preset_id))
def setup(self):
self._set_default_settings()
self._xsheet = XSheet()
self._xsheet.connect("cursor-changed", self._cursor_changed_cb)
self._canvas_graph = CanvasGraph(self._xsheet)
self._metronome = Metronome(self._xsheet)
self._setup_icons()
self._init_ui()
if os.path.exists('test.zip'):
self._xsheet.load('test.zip')
def __init__(self, beatsPerMeasure, numMeasures, bpm, startText, endText, bgInstrument, instrumentList):
self.beatsPerMeasure = beatsPerMeasure
self.numMeasures = numMeasures
self.bpm = bpm
self.startText = startText
self.endText = endText
self.bgInstrument = bgInstrument
self.instrumentList = instrumentList
self.activePlayer = 1
self.state = NOTE
self.fail = False
self.notesPlayed = {
1: [],
2: [],
}
self.metronome = Metronome(self.bpm, self.beatsPerMeasure)
def testCompose(self):
self.musician = Metronome()
self.musician.compose(self.test_measure, 0, 0, None)
self.assertNotEqual([], self.test_measure.notes)
listing = self.musician._plans.keys()
for x in listing:
self.assertTrue(x >= 0)
notelisting = self.musician._plans[x]
for y in range(len(notelisting)):
test = False
for z in range(len(self.test_measure.notes)):
if self.test_measure.notes[z] == notelisting[y]:
test = True
# Fails if there is a note played that is not on the beat
self.assertFalse(self.test_measure.notes[z].start % 1)
# Fails if a note is missing from the measure that should be there
self.assertNotEqual(test, False)
class Level(object):
__metaclass__ = ABCMeta
@abstractmethod
def isValidState(tickValue):
raise NotImplementedError
@abstractmethod
def isButtonPressValid(buttonPress,tickValue):
raise NotImplementedError
@abstractmethod
def playBackgroundInstrument():
raise NotImplementedError
def isComplete(self):
if (self.metronome.getBeat() > self.numMeasures*self.beatsPerMeasure):
return True
def getActivePlayer(self):
return self.activePlayer
def start(self):
pass
def getState(self):
return self.state
def advanceState(self):
if (self.state == NOTE):
self.state = ACTION
else:
self.state = NOTE
self.changeActivePlayer()
self.notesPlayed[self.activePlayer] = []
print "Play a note, player " + str(self.activePlayer)
def changeActivePlayer(self):
if self.activePlayer == 1:
self.activePlayer = 2
else:
self.activePlayer = 1
def failed(self):
return self.fail
def __init__(self, beatsPerMeasure, numMeasures, bpm, startText, endText, bgInstrument, instrumentList):
self.beatsPerMeasure = beatsPerMeasure
self.numMeasures = numMeasures
self.bpm = bpm
self.startText = startText
self.endText = endText
self.bgInstrument = bgInstrument
self.instrumentList = instrumentList
self.activePlayer = 1
self.state = NOTE
self.fail = False
self.notesPlayed = {
1: [],
2: [],
}
self.metronome = Metronome(self.bpm, self.beatsPerMeasure)
def update(self):
self.metronome.update()
if(self.metronome.isAtNextBeat()):
click = sc.Synth( "click" )
click.amp = 0.2
self.advanceState()
if(not self.isValidState()):
print "player " + str(self.activePlayer) + " LOSES"
self.fail = True
def handleMusicInput(self, player, note):
if(self.isButtonPressValid(player,note)):
self.notesPlayed[self.getActivePlayer()].append(note)
def playBackgroundInstrument():
pass
def getOtherPlayer(self):
if self.activePlayer == 2:
return 1
else:
return 2
clock.display_channel = midi_h.channel
state.reset_buttons()
clock.sequencers[midi_h.channel].show_pattern()
async def knob_handler(clock):
# apply knob position to chan
knob_ctl_val = knob.get_knob_value()
if knob_ctl_val is not None:
midi_h.controller_change(state.knob_controller, knob_ctl_val)
cbs = [button_handler, knob_handler]
# knob interrupt handler
# set tempo to 160 beats-per-minute
tempo = 320
# create the metronome
metronome = Metronome(tempo=tempo, callbacks=cbs)
# produce the coroutine
metronome_coro = metronome.start()
# asyncio boilerplate to run the coroutine
bounce_count = 1
loop = asyncio.get_event_loop()
loop.run_until_complete(metronome_coro)
class Main:
def __init__(self):
# jack client
self.client = jack.Client("palette", no_start_server=True)
# interface
entities = [
Entity.KEYBOARD, Entity.SAMPLER, Entity.DRUM_MACHINE, Entity.PUSH
]
self.display = Interface(entities)
# metronome
self.metronome = Metronome(self.display, self.client)
# backend
constructors = [Keyboard, Sampler, DrumMachine, Push]
self.be = Backend(self.client, self.metronome, constructors)
# misc
self.pressed_keys = []
self.fifo = open("palette.pipe", mode="rt")
self.current_inst_number = 0
# let's go
self.client.activate()
self.display.paint_pad(0)
self.metronome.sync_transport()
def key_released(self, key):
if key in pad:
self.be.entities[self.current_inst_number].key_released(key)
self.display.paint_key_off(key)
elif key in range(84, 88):
self.be.entities[self.current_inst_number].normal_mode()
def key_pressed(self, key):
if key in pad:
self.be.entities[self.current_inst_number].key_pressed(key)
self.display.paint_key_on(key)
elif key in looper:
self.be.entities[self.current_inst_number].loop(key - 89)
elif key in looper_mode_mappings:
self.be.entities[self.current_inst_number].set_looper_mode(
looper_mode_mappings[key])
# numpad /
elif key == 84:
self.be.entities[self.current_inst_number].delete_mode()
# numpad *
elif key == 85:
self.be.entities[self.current_inst_number].record_mode()
# numpad -
elif key == 86:
self.be.entities[self.current_inst_number].half_mode()
# numpad +
elif key == 87:
self.be.entities[self.current_inst_number].double_mode()
# space
elif key == 44:
self.metronome.toggle_transport()
# esc
elif key == 41:
self.fifo.close()
self.display.shutdown()
quit()
# instrument selection
elif key in headboard:
if key - 58 < len(self.be.entities):
self.current_inst_number = key - 58
self.display.paint_pad(self.current_inst_number)
# left arrow, decrement bpm
elif key == 80:
self.metronome.decrement_bpm()
# right arrow, increment bpm
elif key == 79:
self.metronome.increment_bpm()
class Display:
def __init__(self, ui=None, track=None, width=None, height=None, x=0, y=0):
self.ui = ui
# Offset on left side, leaving space for timestamps
self.offset = len("00:00.000 ")
if self.ui != None:
logger.log("Using ui")
self.height, self.width = list(map(int, self.ui.size()))
self.width -= self.offset
else:
logger.log("Not using ui")
self.height, self.width = 10, 10
self.cursorY = self.height / 2
self.cursorX = 44
self.track = track
self.bpm = self.track.beatsPerMinute
self.tpb = self.track.ticksPerBeat
self.seconds = 60.0 / self.tpb / self.bpm
#Begin and end using real time
#self.length = self.track.getLengthInSec()
#self.begin = 0.0
#self.end = (self.height-1) * 60.0 / self.bpm
#self.step = 60.0 / self.bpm
#Begin and end using beats
self.length = self.track.getLengthInBeats()
self.begin = 0
self.end = self.height - 1
self.step = 1
logger.log("Track's length: %.2f beats" % self.length)
self.beats = []
for i in range(int(self.track.getLengthInBeats() + 1)):
self.beats.append([])
logger.log("width = %d" % self.width)
## Create display window
if self.width > KEYS:
displayWidth = KEYS + self.offset
else:
displayWidth = self.width + self.offset
MIN = (KEYS - self.width) / 2
MAX = (KEYS - self.width) / 2 + self.width
if self.ui != None:
self.display = self.ui.newWindow(self.height, displayWidth,
"display", x, y)
self.ui.setWindow(self.display)
## Connect to Piano
self.piano = Piano()
self.player = Player()
self.player.start()
self.player.setPiano(self.piano)
self.piano.autoconnect()
self.playing = False
## Create metronome
beatLength = 60.0 / self.bpm
self.metronome = Metronome(self.down, beatLength)
def createList(self):
skip = []
t = 0.0
n = 0
for i in range(len(self.track.track)):
t += self.track.track[i].time * self.seconds
if self.track.track[i].type == "note_on":
if i in skip:
skip.remove(i)
else:
msg = self.track.track[i]
note = msg.note
length = 0
j = i + 1
## Find closing msg
while j != len(self.track.track):
## accumulate times
length += self.track.track[j].time
if self.track.track[j].type == "note_on":
if self.track.track[j].note == note:
## put on list to skip
skip.append(j)
break
j += 1
length *= self.seconds
beats = length * self.bpm / 60.0
beatZero = int(round(t / 60.0 * self.bpm))
for k in range(int(beats + 1)):
# Append a list [note, first beat of the note
self.beats[beatZero + k].append([i, k == 0])
if self.ui == None:
for beat in beats:
print(list(map(beat, note2char)))
## Display notes with length
def putStrXY(self, x, y, txt, colorPair=272):
self.ui.setColorPair(colorPair)
self.ui.putStrXY(self.offset + x, y, txt)
def timeStamp(self, y, timeStamp):
self.ui.setColorPair(50)
self.ui.putStrXY(0, y, timeStamp)
def update(self):
self.putStrXY(0, self.cursorY - self.begin, " " * ((MAX - MIN) / 1))
self.putStrXY(self.cursorX, self.cursorY - self.begin, "+", 2)
for beat in range(self.begin, self.end + 1):
y = beat - self.begin
seconds = 60.0 * beat / self.bpm
minutes = int(seconds / 60)
seconds = seconds % 60
milisec = int(1000 * (seconds - int(seconds)))
self.timeStamp(y,
"%02d:%2d.%03d" % (minutes, int(seconds), milisec))
for [idx, first] in self.beats[beat]:
note = self.track.track[idx].note
x = MIN if note < MIN else MAX if note > MAX else note
x -= MIN
if self.ui != None:
color = 262
if self.cursorY == y + self.begin and self.cursorX == x:
logger.log("update() - beat = %d" % beat)
logger.log("update() - cursorY = %d" % self.cursorY)
color = 282
if first:
self.putStrXY(x, y, "O", color)
else:
self.putStrXY(x, y, "|", color)
self.ui.refresh()
def quit(self):
self.player.stop()
self.metronome.stop()
def enter(self):
self.playing = self.playing == False
## Play
if self.playing:
logger.log("enter() - Play")
beat = self.cursorY
first = False
while not first:
for idx, first in self.beats[beat]:
if first:
break
beat += 1
track = self.track.subTrack(idx)
self.player.setTrack(track)
self.player.play()
self.metronome.play()
## Stop
else:
logger.log("enter() - Pause")
self.player.pause()
self.metronome.pause()
self.player.clearTrack()
note = self.cursorX
def up(self):
self.cursorY = max(0, self.cursorY - 1)
logger.log("Up. cursorY = %d" % self.cursorY)
if self.cursorY < self.height / 2 + self.begin:
self.begin -= self.step
if self.begin < 0:
self.begin += self.step
else:
self.end -= self.step
def down(self):
self.cursorY = min(self.length - 2, self.cursorY + 1)
logger.log("Down. cursorY = %d" % self.cursorY)
if self.cursorY > self.height / 2 + self.begin:
self.end += self.step
if self.end > self.length:
self.end -= self.step
else:
self.begin += self.step
def left(self):
self.cursorX = max(0, self.cursorX - 1)
def right(self):
self.cursorX = min(87, self.cursorX + 1)
def pgup(self):
for i in range(10):
self.up()
def pgdown(self):
for i in range(10):
self.down()
class Application(GObject.GObject):
def __init__(self):
GObject.GObject.__init__(self)
brush_file = open('../brushes/classic/charcoal.myb')
brush_info = brush.BrushInfo(brush_file.read())
brush_info.set_color_rgb((0.0, 0.0, 0.0))
self.default_eraser = brush_info.get_base_value("eraser")
self.default_radius = brush_info.get_base_value("radius_logarithmic")
self.brush = brush.Brush(brush_info)
self.button_pressed = False
self.last_event = (0.0, 0.0, 0.0) # (x, y, time)
self.onionskin_on = True
self.onionskin_by_cels = True
self.onionskin_length = 3
self.onionskin_falloff = 0.5
self.eraser_on = False
self.force_add_cel = True
self.surface = None
self.surface_node = None
self.xsheet = XSheet(24 * 60)
self.xsheet.connect('frame-changed', self.xsheet_changed_cb)
self.xsheet.connect('layer-changed', self.xsheet_changed_cb)
self.metronome = Metronome(self.xsheet)
self.update_surface()
self.nodes = {}
self.create_graph()
self.init_ui()
def create_graph(self):
self.graph = Gegl.Node()
main_over = self.graph.create_child("gegl:over")
self.nodes['main_over'] = main_over
layer_overs = []
for l in range(self.xsheet.layers_length):
over = self.graph.create_child("gegl:over")
layer_overs.append(over)
self.nodes['layer_overs'] = layer_overs
layer_overs[0].connect_to("output", main_over, "input")
for over, next_over in zip(layer_overs, layer_overs[1:]):
next_over.connect_to("output", over, "input")
background_node = self.graph.create_child("gegl:rectangle")
background_node.set_property('color', Gegl.Color.new("#fff"))
background_node.connect_to("output", layer_overs[-1], "input")
self.nodes['background'] = background_node
layer_nodes = []
for l in range(self.xsheet.layers_length):
nodes = {}
current_cel_over = self.graph.create_child("gegl:over")
current_cel_over.connect_to("output", layer_overs[l], "aux")
nodes['current_cel_over'] = current_cel_over
onionskin_overs = []
onionskin_opacities = []
for i in range(self.onionskin_length):
over = self.graph.create_child("gegl:over")
onionskin_overs.append(over)
opacity = self.graph.create_child("gegl:opacity")
opacity.set_property('value', 1 - self.onionskin_falloff)
onionskin_opacities.append(opacity)
over.connect_to("output", opacity, "input")
for over, next_opacity in zip(onionskin_overs,
onionskin_opacities[1:]):
next_opacity.connect_to("output", over, "aux")
onionskin_opacities[0].connect_to("output", current_cel_over,
"aux")
nodes['onionskin'] = {}
nodes['onionskin']['overs'] = onionskin_overs
nodes['onionskin']['opacities'] = onionskin_opacities
layer_nodes.append(nodes)
self.nodes['layer_nodes'] = layer_nodes
self.update_graph()
def update_graph(self):
get_cel = None
if self.onionskin_by_cels:
get_cel = self.xsheet.get_cel_relative_by_cels
else:
get_cel = self.xsheet.get_cel_relative
for layer_idx in range(self.xsheet.layers_length):
layer_nodes = self.nodes['layer_nodes'][layer_idx]
cur_cel = self.xsheet.get_cel(layer_idx=layer_idx)
if cur_cel is not None:
cur_cel.surface_node.connect_to(
"output", layer_nodes['current_cel_over'], "input")
else:
layer_nodes['current_cel_over'].disconnect("input")
if not self.onionskin_on:
continue
layer_diff = layer_idx - self.xsheet.layer_idx
for i in range(self.onionskin_length):
prev_cel = get_cel(-(i + 1), layer_diff=layer_diff)
over = layer_nodes['onionskin']['overs'][i]
opacity = layer_nodes['onionskin']['opacities'][i]
if prev_cel is not None:
prev_cel.surface_node.connect_to("output", over, "input")
else:
over.disconnect("input")
# debug
# print_connections(self.nodes['main_over'])
def init_ui(self):
window = Gtk.Window()
window.props.title = "XSheet"
window.connect("destroy", self.destroy_cb)
window.connect("size-allocate", self.size_allocate_cb)
window.connect("key-press-event", self.key_press_cb)
window.connect("key-release-event", self.key_release_cb)
window.show()
top_box = Gtk.Grid()
window.add(top_box)
top_box.show()
toolbar = Gtk.Toolbar()
top_box.attach(toolbar, 0, 0, 2, 1)
toolbar.show()
factory = Gtk.IconFactory()
icon_names = [
'xsheet-onionskin', 'xsheet-play', 'xsheet-eraser',
'xsheet-metronome', 'xsheet-settings'
]
for name in icon_names:
filename = os.path.join('data', 'icons', name + '.svg')
pixbuf = GdkPixbuf.Pixbuf.new_from_file(filename)
iconset = Gtk.IconSet.new_from_pixbuf(pixbuf)
factory.add(name, iconset)
factory.add_default()
play_button = Gtk.ToggleToolButton()
play_button.set_stock_id("xsheet-play")
play_button.connect("toggled", self.toggle_play_cb)
toolbar.insert(play_button, -1)
play_button.show()
onionskin_button = Gtk.ToggleToolButton()
onionskin_button.set_stock_id("xsheet-onionskin")
onionskin_button.set_active(True)
onionskin_button.connect("toggled", self.toggle_onionskin_cb)
toolbar.insert(onionskin_button, -1)
onionskin_button.show()
eraser_button = Gtk.ToggleToolButton()
eraser_button.set_stock_id("xsheet-eraser")
eraser_button.connect("toggled", self.toggle_eraser_cb)
toolbar.insert(eraser_button, -1)
eraser_button.show()
metronome_button = Gtk.ToggleToolButton()
metronome_button.set_stock_id("xsheet-metronome")
metronome_button.connect("toggled", self.toggle_metronome_cb)
toolbar.insert(metronome_button, -1)
metronome_button.show()
settings_button = Gtk.ToolButton()
settings_button.set_stock_id("xsheet-settings")
settings_button.connect("clicked", self.settings_click_cb)
toolbar.insert(settings_button, -1)
settings_button.show()
event_box = Gtk.EventBox()
event_box.connect("motion-notify-event", self.motion_to_cb)
event_box.connect("button-press-event", self.button_press_cb)
event_box.connect("button-release-event", self.button_release_cb)
top_box.attach(event_box, 0, 1, 1, 1)
event_box.props.expand = True
event_box.show()
view_widget = GeglGtk.View()
view_widget.set_node(self.nodes['main_over'])
view_widget.set_autoscale_policy(GeglGtk.ViewAutoscale.DISABLED)
view_widget.set_size_request(800, 400)
event_box.add(view_widget)
view_widget.show()
xsheet_widget = XSheetWidget(self.xsheet)
top_box.attach(xsheet_widget, 1, 1, 1, 1)
xsheet_widget.show()
def run(self):
return Gtk.main()
def destroy_cb(self, *ignored):
Gtk.main_quit()
def size_allocate_cb(self, widget, allocation):
background_node = self.nodes['background']
self.nodes['background'].set_property("width", allocation.width)
self.nodes['background'].set_property("height", allocation.height)
def motion_to_cb(self, widget, event):
# FIXME, better disconnect
if self.surface is None:
return
(x, y, time) = event.x, event.y, event.time
pressure = event.get_axis(Gdk.AxisUse.PRESSURE)
if pressure is None:
pressure = 0.5
xtilt = event.get_axis(Gdk.AxisUse.XTILT)
ytilt = event.get_axis(Gdk.AxisUse.YTILT)
if xtilt is None or ytilt is None:
xtilt = 0
ytilt = 0
dtime = (time - self.last_event[2]) / 1000.0
if self.button_pressed:
self.surface.begin_atomic()
self.brush.stroke_to(self.surface.backend, x, y, pressure, xtilt,
ytilt, dtime)
self.surface.end_atomic()
self.last_event = (x, y, time)
def button_press_cb(self, widget, event):
if self.force_add_cel:
self.xsheet.add_cel()
self.button_pressed = True
def button_release_cb(self, widget, event):
self.button_pressed = False
self.brush.reset()
def xsheet_changed_cb(self, xsheet):
self.update_surface()
self.update_graph()
def update_surface(self):
cel = self.xsheet.get_cel()
if cel is not None:
self.surface = cel.surface
self.surface_node = cel.surface_node
else:
self.surface = None
self.surface_node = None
def toggle_play_stop(self):
if self.xsheet.is_playing:
self.xsheet.stop()
else:
self.xsheet.play()
def toggle_play_cb(self, widget):
self.toggle_play_stop()
def toggle_onionskin(self):
self.onionskin_on = not self.onionskin_on
for layer_idx in range(self.xsheet.layers_length):
layer_nodes = self.nodes['layer_nodes'][layer_idx]
onionskin_opacities = layer_nodes['onionskin']['opacities']
current_cel_over = layer_nodes['current_cel_over']
if self.onionskin_on:
onionskin_opacities[0].connect_to("output", current_cel_over,
"aux")
else:
current_cel_over.disconnect("aux")
self.update_graph()
def toggle_onionskin_cb(self, widget):
self.toggle_onionskin()
def toggle_eraser(self):
self.eraser_on = not self.eraser_on
if self.eraser_on:
self.brush.brushinfo.set_base_value("eraser", 1.0)
self.brush.brushinfo.set_base_value("radius_logarithmic",
self.default_radius * 3)
else:
self.brush.brushinfo.set_base_value("eraser", self.default_eraser)
self.brush.brushinfo.set_base_value("radius_logarithmic",
self.default_radius)
def toggle_eraser_cb(self, widget):
self.toggle_eraser()
def toggle_metronome(self):
if self.metronome.is_on():
self.metronome.activate()
else:
self.metronome.deactivate()
def toggle_metronome_cb(self, widget):
self.toggle_metronome()
def settings_click_cb(self, widget):
dialog = SettingsDialog(widget.get_toplevel())
dialog.show()
def key_press_cb(self, widget, event):
if event.keyval == Gdk.KEY_Up:
self.xsheet.previous_frame()
elif event.keyval == Gdk.KEY_Down:
self.xsheet.next_frame()
def key_release_cb(self, widget, event):
if event.keyval == Gdk.KEY_c:
self.xsheet.add_cel()
elif event.keyval == Gdk.KEY_p:
self.toggle_play_stop()
elif event.keyval == Gdk.KEY_o:
self.toggle_onionskin()
elif event.keyval == Gdk.KEY_e:
self.toggle_eraser()
elif event.keyval == Gdk.KEY_BackSpace:
# FIXME, needs to be done in gegl backend
if self.surface is not None:
self.surface.clear()
elif event.keyval == Gdk.KEY_Left:
self.xsheet.previous_layer()
elif event.keyval == Gdk.KEY_Right:
self.xsheet.next_layer()
class Application(Gtk.Application):
_INSTANCE = None
def __init__(self):
assert Application._INSTANCE is None
Gtk.Application.__init__(self)
Application._INSTANCE = self
self.connect("activate", self._activate_cb)
def setup(self):
self._set_default_settings()
self._xsheet = XSheet()
self._xsheet.connect("cursor-changed", self._cursor_changed_cb)
self._canvas_graph = CanvasGraph(self._xsheet)
self._metronome = Metronome(self._xsheet)
self._setup_icons()
self._init_ui()
if os.path.exists('test.zip'):
self._xsheet.load('test.zip')
def _activate_cb(self, app):
self.setup()
self._main_window.present()
def get_metronome(self):
return self._metronome
def _about_cb(self, action, state):
print("About")
def _quit_cb(self, action, state):
self._quit()
def _new_cb(self, action, state):
self._xsheet.new()
def _cut_cb(self, action, state):
self._xsheet.cut()
def _copy_cb(self, action, state):
self._xsheet.copy()
def _paste_cb(self, action, state):
self._xsheet.paste()
def _remove_clear_cb(self, action, state):
self._xsheet.remove_clear()
def _next_frame_cb(self, action, state):
self._xsheet.next_frame()
def _previous_frame_cb(self, action, state):
self._xsheet.previous_frame()
def _next_layer_cb(self, action, state):
self._xsheet.next_layer()
def _previous_layer_cb(self, action, state):
self._xsheet.previous_layer()
def _pan_view_up_cb(self, action, state):
self._main_window.get_canvas_widget().pan_view("up")
def _pan_view_down_cb(self, action, state):
self._main_window.get_canvas_widget().pan_view("down")
def _pan_view_left_cb(self, action, state):
self._main_window.get_canvas_widget().pan_view("left")
def _pan_view_right_cb(self, action, state):
self._main_window.get_canvas_widget().pan_view("right")
def _zoom_view_in_cb(self, action, state):
self._main_window.get_canvas_widget().zoom_view(1)
def _zoom_view_out_cb(self, action, state):
self._main_window.get_canvas_widget().zoom_view(-1)
def _activate_toggle_cb(window, action, data=None):
action.change_state(GLib.Variant('b', not action.get_state()))
def _change_fullscreen_cb(self, action, state):
if state.unpack():
self._main_window.fullscreen()
else:
self._main_window.unfullscreen()
action.set_state(state)
def _change_timeline_cb(self, action, state):
if state.unpack():
self._main_window.get_xsheet_widget().show()
else:
self._main_window.get_xsheet_widget().hide()
action.set_state(state)
def _change_play_cb(self, action, state):
if state.unpack():
self._xsheet.play(_settings['play']['loop'])
else:
self._xsheet.stop()
action.set_state(state)
def _change_play_loop_cb(self, action, state):
if state.unpack():
_settings['play']['loop'] = True
else:
_settings['play']['loop'] = False
action.set_state(state)
def _change_onionskin_cb(self, action, state):
if state.unpack():
self._canvas_graph.set_onionskin_enabled(True)
else:
self._canvas_graph.set_onionskin_enabled(False)
action.set_state(state)
def _change_eraser_cb(self, action, state):
if state.unpack():
self._set_eraser_enabled(True)
else:
self._set_eraser_enabled(False)
action.set_state(state)
def _change_metronome_cb(self, action, state):
if state.unpack():
self._metronome.activate()
else:
self._metronome.deactivate()
action.set_state(state)
def _quit(self):
self._xsheet.save('test.zip')
Gtk.Application.quit(self)
def _set_default_settings(self):
brush = MyPaint.Brush()
brush_def = open('../mypaint/brushes/classic/charcoal.myb').read()
brush.from_string(brush_def)
set_base_color(brush, (0.0, 0.0, 0.0))
self._default_eraser = get_base_value(brush, "eraser")
self._default_radius = get_base_value(brush, "radius_logarithmic")
_settings['brush'] = brush
_settings['onionskin'] = {}
_settings['onionskin']['on'] = True
_settings['onionskin']['by_cels'] = True
_settings['onionskin']['length'] = 3
_settings['onionskin']['falloff'] = 0.5
_settings['eraser'] = {}
_settings['eraser']['on'] = False
_settings['play'] = {}
_settings['play']['loop'] = False
def _setup_icons(self):
factory = Gtk.IconFactory()
icon_names = ['xsheet-onionskin', 'xsheet-play', 'xsheet-eraser',
'xsheet-clear', 'xsheet-metronome', 'xsheet-settings',
'xsheet-prev-layer', 'xsheet-next-layer']
for name in icon_names:
filename = os.path.join('data', 'icons', name + '.svg')
pixbuf = GdkPixbuf.Pixbuf.new_from_file(filename)
iconset = Gtk.IconSet.new_from_pixbuf(pixbuf)
factory.add(name, iconset)
factory.add_default()
def _init_ui(self):
self._main_window = ApplicationWindow(self, self._xsheet,
self._canvas_graph)
def add_simple_actions(obj, actions):
for action_name, action_cb in actions:
action = Gio.SimpleAction(name=action_name)
action.connect("activate", action_cb)
obj.add_action(action)
def add_toggle_actions(obj, actions):
for action_name, change_cb, enabled in actions:
action = Gio.SimpleAction.new_stateful(action_name, None,
GLib.Variant('b', enabled))
action.connect("activate", self._activate_toggle_cb)
action.connect("change-state", change_cb)
obj.add_action(action)
app_actions = (
("about", self._about_cb),
("quit", self._quit_cb),
)
add_simple_actions(self, app_actions)
win_actions = (
("new", self._new_cb),
("cut", self._cut_cb),
("copy", self._copy_cb),
("paste", self._paste_cb),
("remove_clear", self._remove_clear_cb),
("next_frame", self._next_frame_cb),
("previous_frame", self._previous_frame_cb),
("next_layer", self._next_layer_cb),
("previous_layer", self._previous_layer_cb),
("pan_view_up", self._pan_view_up_cb),
("pan_view_down", self._pan_view_down_cb),
("pan_view_left", self._pan_view_left_cb),
("pan_view_right", self._pan_view_right_cb),
("zoom_view_in", self._zoom_view_in_cb),
("zoom_view_out", self._zoom_view_out_cb),
)
add_simple_actions(self._main_window, win_actions)
toggle_actions = (
("fullscreen", self._change_fullscreen_cb, False),
("timeline", self._change_timeline_cb, True),
("play", self._change_play_cb, False),
("play_loop", self._change_play_loop_cb, False),
("onionskin", self._change_onionskin_cb, True),
("eraser", self._change_eraser_cb, False),
("metronome", self._change_metronome_cb, False),
)
add_toggle_actions(self._main_window, toggle_actions)
non_menu_accels = (
("o", "win.onionskin", None),
("e", "win.eraser", None),
("BackSpace", "win.remove_clear", None),
("<Control>Up", "win.previous_frame", None),
("<Control>Down", "win.next_frame", None),
("<Control>Left", "win.previous_layer", None),
("<Control>Right", "win.next_layer", None),
("<Control><Shift>Up", "win.pan_view_up", None),
("<Control><Shift>Down", "win.pan_view_down", None),
("<Control><Shift>Left", "win.pan_view_left", None),
("<Control><Shift>Right", "win.pan_view_right", None),
("comma", "win.zoom_view_out", None),
("period", "win.zoom_view_in", None),
)
for accel, action_name, parameter in non_menu_accels:
self.add_accelerator(accel, action_name, parameter)
builder = Gtk.Builder()
builder.add_from_file("menu.ui")
self.set_app_menu(builder.get_object("app-menu"))
self.set_menubar(builder.get_object("menubar"))
self._main_window.connect("destroy", self._destroy_cb)
self._main_window.create_widgets()
def _destroy_cb(self, *ignored):
self._quit()
def _set_eraser_enabled(self, enabled):
_settings['eraser']['on'] = enabled
brush = _settings['brush']
if _settings['eraser']['on']:
set_base_value(brush, "eraser", 1.0)
set_base_value(brush, "radius_logarithmic",
self._default_radius * 3)
else:
set_base_value(brush, "eraser", self._default_eraser)
set_base_value(brush, "radius_logarithmic",
self._default_radius)
def _cursor_changed_cb(self, xsheet):
cut_action = self._main_window.lookup_action("cut")
copy_action = self._main_window.lookup_action("copy")
if cut_action.props.enabled and self._xsheet.get_cel() is None:
cut_action.props.enabled = False
copy_action.props.enabled = False
elif not cut_action.props.enabled and self._xsheet.get_cel() is not None:
cut_action.props.enabled = True
copy_action.props.enabled = True
class MusicBox:
OSC_MODES = {
'preset': Mode.PRESET,
'stomp': Mode.STOMP,
'looper': Mode.LOOPER,
'metronome': Mode.METRONOME
}
def __init__(self):
self._log = logging.getLogger('musicbox.MusicBox')
# Internal attributes
self._selected_stompbox = 1 # 0 = global parameters, 1-8 = actual stompboxes
self._current_mode = Mode.PRESET
self._last_slider_update_time = 0
# OSC inputs (footpedal)
try:
self._midi_to_osc = MidiToOsc(
'Arduino Micro') # works via callbacks, so not blocking
except ValueError as e:
self._log.error('Failed to start Midi Footpedal: ' + str(e))
# OSC server (receives inputs)
self._osc_server = FootpedalOscServer(self.cb_mode, self.cb_preset,
self.cb_stomp, self.cb_looper,
self.cb_metronome,
self.cb_slider)
# mod-host LV2 host (output)
self._banks_manager = BanksManager()
self._banks_manager.append(
Bank('Bank 1')) # TODO: load banks from stored files
self._modhost = ModHost('localhost')
self._modhost.connect()
self._banks_manager.register(self._modhost)
self._pedalboard = None
self._log.info("STARTED mod-host client")
# Metronome output (using klick)
self._metronome = Metronome()
self._log.info("STARTED Metronome")
# Looper object (using sooperlooper)
self._looper = Looper()
self._log.info("STARTED Looper")
# Notifiers
self._notifier = TcpNotifier()
self._log.info("STARTED TcpNotifier")
# Initialize: set mode PRESET and load preset1
time.sleep(2)
self._set_mode(Mode.PRESET)
for preset_id in range(4):
self._load_preset('preset{:02d}.yaml'.format(preset_id))
def run(self):
try:
self._osc_server.start()
self._osc_server._thread.join()
except KeyboardInterrupt:
self._log.warn('KeyboardInterrupt: shutting down')
self._osc_server.stop()
self._notifier.close()
def _set_mode(self, mode):
midisend(1, mode.value)
# Action when leaving mode
if mode != Mode.LOOPER:
self._looper.enable(False)
if mode != Mode.METRONOME:
self._metronome.enable(False)
# Action based on activated mode
if mode == Mode.PRESET:
pass
elif mode == Mode.STOMP:
self._activate_preset(0) # special preset 0 = stompbox mode
elif mode == Mode.LOOPER:
self._looper.enable(True)
elif mode == Mode.METRONOME:
self._metronome.enable(True)
self._current_mode = mode
self._notifier.update("MODE:{:d}".format(int(
self._current_mode.value)))
def _create_graph_from_config(self, filename):
"""
Loads a YAML file (could easily support JSON as well) and creates
a graph for defined plugins and connections. Also returns
other settings separately.
"""
with open(filename, 'r') as f:
data = yaml.safe_load(f)
settings = {
'name': data['preset']['name'],
'author': data['preset']['author'],
'global_parameters': data['preset']['global_parameters']
}
self._log.debug('yaml preset data: ' + str(data['preset']))
plugins = [
Lv2Plugin(sb['lv2'], sb['connections'])
for sb in data['preset']['stompboxes']
]
pb = PedalboardGraph(plugins)
# Disable stompboxes if configured
for i, sb in enumerate(data['preset']['stompboxes']):
if 'enabled' in sb:
plugins[i].is_enabled = sb['enabled']
# Assign index to each node
for p in pb.nodes:
p._index = pb.get_index(p)
# Add graph edges (connections between effects as index to node - mod_host module will do conversion to "effect_:in" string)
for p in pb.nodes:
self._log.debug('Adding edges {!s} for node {!s}'.format(
p._connections, p))
pb.add_edges(p, p._connections)
self._log.debug("Graph with edges:\n" + str(pb))
pb.settings = settings
return pb
def _activate_preset(self, preset_id):
# Store current pedalboard in attribute
self._pedalboard = self._banks_manager.banks[0].pedalboards[preset_id]
# Load new pedalboard into mod-host
self._modhost.pedalboard = self._pedalboard
self._log.info('Activated pedalboard {!s}'.format(self._pedalboard))
# Notifications
self._preset_info_notifier_update(preset_id)
for e in self._pedalboard.effects:
e.toggle()
self._notifier.update("STOMPEN:{:d}:{:d}".format(
e.index, int(e.active)))
def _load_preset(self, yaml_file, remove_previous=False):
# Create graph with effect plugin objects
graph = self._create_graph_from_config(yaml_file)
# Cleanup existing pedalboard in mod-host
if remove_previous and self._pedalboard is not None:
for e in list(self._pedalboard.effects):
for c in list(e.connections):
self._pedalboard.disconnect(c.output, c.input)
self._pedalboard.effects.remove(e)
self._banks_manager.banks[0] = []
del self._pedalboard
# Create PedalPi pedalboard and add to bank and mod-host
pedalboard = Pedalboard(graph.settings['name'])
pedalboard.graph = graph
self._banks_manager.banks[0].append(pedalboard)
# Add nodes (effects) to mod-host
lv2_builder = Lv2EffectBuilder()
for node in graph.nodes: # loop over Plugin objects
self._log.info("mod-host: add effect " + str(node))
node.effect = lv2_builder.build(node.uri)
pedalboard.effects.append(node.effect)
sys_effect = SystemEffect('system', ['capture_1', 'capture_2'],
['playback_1', 'playback_2'])
# Connect system capture to first effect
pedalboard.connect(sys_effect.outputs[0],
pedalboard.effects[0].inputs[0])
# Add edges (connections) to mod-host
for node in graph.nodes: # looper over Plugin objects
incoming = graph.get_incoming_edges(node)
outgoing = graph.get_outgoing_edges(node)
self._log.info(
'mod-host: add connection {!s} -> [{:d}] "{:s}" -> {!s}'.
format(incoming, node.index, node.name, outgoing))
# Go through outgoing edges (indices)
for e in outgoing: # loop over edge indices
# Connect current effect to effect given by index e
neighbor = graph.get_node_from_index(e)
if node.has_stereo_output and neighbor.has_stereo_input: # stereo to stereo
pedalboard.connect(node.effect.outputs[0],
neighbor.effect.inputs[0])
pedalboard.connect(node.effect.outputs[1],
neighbor.effect.inputs[1])
elif not node.has_stereo_output and neighbor.has_stereo_input: # split mono to stereo
pedalboard.connect(node.effect.outputs[0],
neighbor.effect.inputs[0])
pedalboard.connect(node.effect.outputs[0],
neighbor.effect.inputs[1])
elif node.has_stereo_output and not neighbor.has_stereo_input: # sum stereo to mono
pedalboard.connect(node.effect.outputs[0],
neighbor.effect.inputs[0])
pedalboard.connect(node.effect.outputs[1],
neighbor.effect.inputs[0])
else: # mono to mono
pedalboard.connect(node.effect.outputs[0],
neighbor.effect.inputs[0])
if outgoing == []:
left_output = node.effect.outputs[0]
right_output = node.effect.outputs[1 if node.
has_stereo_output else 0]
pedalboard.connect(left_output, sys_effect.inputs[0])
pedalboard.connect(right_output, sys_effect.inputs[1])
def _handle_slider_stompbox(self, slider_id, value):
stompbox = self._pedalboard.graph.nodes[
self._selected_stompbox -
1] # select by index from list of Plugin objects
param_name, param_info = stompbox.get_parameter_info_by_index(
slider_id - 1)
if param_name is None:
self._log.info('{!s} has no parameter for slider {:d}'.format(
stompbox, slider_id))
return
self._log.debug('{:s} param_info {!s}'.format(param_name, param_info))
# Convert slider value (0-1023) to parameters (min, max) range
min_max_ratio = 1024 / (param_info['Maximum'] - param_info['Minimum'])
value /= min_max_ratio
value += param_info['Minimum']
self._log.info(
'Setting stomp #{:d} param #{:d} "{:s}" [{:s}] to {} (ratio {})'.
format(self._selected_stompbox, slider_id, param_name,
param_info['Symbol'], value, min_max_ratio))
stompbox.effect.params[slider_id - 1].value = value
self._notifier.update("SLIDER:{:d}:{:f}".format(slider_id - 1, value))
def cb_mode(self, uri, msg=None):
"""Handle incoming /mode/... OSC message"""
mode = uri.rsplit('/', 1)[-1]
assert mode in self.OSC_MODES.keys()
self._log.info("MODE {} -> {}".format(mode, self.OSC_MODES[mode]))
self._set_mode(self.OSC_MODES[mode])
def _preset_info_notifier_update(self, preset_id):
# Construct JSON payload for notifiers:
# current preset, list of stompboxes with parameters
notifier_data = {
'preset_id': int(preset_id),
'preset_name': self._pedalboard.graph.settings['name'],
'stompboxes': []
}
# Loop over all stompboxes (nodes on pedalboard graph)
for sb in self._pedalboard.graph.nodes:
sb_data = {'name': sb.name, 'parameters': []}
# Loop over stombox's parameters
assert len(sb.parameters) == len(sb.effect.parameters)
for i, p in enumerate(
sb.parameters): # p is { 'NAME': { params } }
assert len(p.keys()) == 1
p_name = list(p.keys())[0]
param_data = {
'name': p_name,
'symbol': p[p_name]['Symbol'],
'min': p[p_name]['Minimum'],
'max': p[p_name]['Maximum'],
'value': sb.effect.parameters[i]
}
sb_data['parameters'].append(param_data)
notifier_data['stompboxes'].append(sb_data)
self._log.debug("Sending JSON: " + json.dumps(notifier_data))
self._notifier.update("PRESET:" + json.dumps(notifier_data))
def cb_preset(self, uri, msg=None):
"""Handle incoming /preset/<N> OSC message"""
preset_id = int(uri.rsplit('/', 1)[-1])
assert 0 < preset_id < 100
self._log.info("PRESET {:d}".format(preset_id))
self._activate_preset(preset_id)
def cb_stomp_enable(self, uri, msg=None):
"""Handle incoming /stomp/<N>/enable OSC message"""
uri_splits = uri.split('/')[2:] # throw away leading "/" and "stomp"
assert 2 <= len(uri_splits) <= 3, uri_splits
stomp_id = int(uri_splits[0])
op = uri_splits[1]
value = int(uri_splits[2]) if len(uri_splits) == 3 else None
self._log.debug('cb_stomp_{}: {:d} (value {!s})'.format(
op, stomp_id, value))
assert 0 < stomp_id < 10
assert op in ['enable', 'select']
if op == 'select':
self._selected_stompbox = stomp_id
self._notifier.update(
"STOMPSEL:{:d}".format(self._selected_stompbox - 1))
elif op == 'enable':
assert self._pedalboard
p = self._pedalboard.graph.get_node_from_index(stomp_id - 1)
if p:
assert p.index == stomp_id - 1
if value is None: # no value given: toggle internal state
p.is_enabled = not p.is_enabled
else:
p.is_enabled = bool(value)
self._log.info('STOMP {} "{}" ENABLE {:d}'.format(
p.index, p.name, p.is_enabled))
p.effect.active = True if not p.is_enabled else False
self._notifier.update("STOMPEN:{:d}:{:d}".format(
p.index, p.is_enabled))
else:
self._log.warn(
'cb_stomp_enable: node with index {:d} not in pedalboard'.
format(stomp_id - 1))
def cb_looper(self, uri, msg=None):
"""Handle incoming /looper OSC messages to be proxied to sooperlooper"""
_, command = uri.rsplit('/', 1)
cmd_fn = {
'undo': self._looper.undo,
'redo': self._looper.redo,
'record': lambda: self._looper.record(insert=False),
'overdub': lambda: self._looper.overdub(multiply=False),
'mute_trigger': lambda: self._looper.mute(trigger=True),
'insert': lambda: self._looper.record(insert=True),
'multiply': lambda: self._looper.overdub(multiply=True),
'pause': self._looper.pause,
}
if command in cmd_fn:
cmd_fn[command]()
self._log.info(
"Sent /sl/0/hit s:{:s} to sooperlooper".format(command))
else:
self._log.error(
"Invalid sooperlooper command {:s}".format(command))
def cb_metronome(self, uri, msg=None):
"""Handle incoming /metronome/ OSC messages"""
uri_splits = uri.split('/')
assert uri_splits[0] == ''
assert uri_splits[1] == 'metronome'
command = uri_splits[2]
self._log.info("METRONOME {}".format(command))
if command == 'pause':
self._metronome.enable(not self._metronome.is_running)
elif command == 'set_bpm':
assert len(uri_splits) == 4
self._metronome.set_bpm(int(uri_splits[3]))
elif command == 'inc_bpm':
self._metronome.set_bpm(self._metronome.bpm + 8)
elif command == 'dec_bpm':
self._metronome.set_bpm(self._metronome.bpm - 8)
elif command == 'tap':
self._metronome.tap()
bpm = self._metronome.get_bpm()
midisend(2, bpm)
self._notifier.update("BPM:{:d}".format(bpm))
def cb_slider(self, uri, msg=None):
"""Handle incoming /slider/<N> OSC message"""
now = time.time()
if now - self._last_slider_update_time < 0.2:
return
self._last_slider_update_time = now
uri_splits = uri.split('/')
assert uri_splits[0] == ''
assert uri_splits[1] == 'slider'
slider_id = int(uri_splits[2])
value = float(msg) if msg is not None else float(uri_splits[3])
self._log.info("SLIDER {:d} = {:f}".format(slider_id, value))
if self._current_mode in [Mode.PRESET, Mode.STOMP]:
# Adjust currently selected stompbox (default 1)
self._handle_slider_stompbox(slider_id, value)
elif self._current_mode == Mode.LOOPER:
# Adjust looper parameters
pass
elif self._current_mode == Mode.METRONOME:
if slider_id == 1:
self._metronome.set_bpm(value)
elif slider_id == 2:
self._metronome.set_volume(value)