def color_for_note(note, velocity_range_thresholds=None):
thresholds = velocity_range_thresholds or DEFAULT_VELOCITY_RANGE_THRESHOLDS
if not note_muted(note):
velocity_range_index = index_if(lambda threshold: note_velocity(note) >= threshold, thresholds)
return VELOCITY_RANGE_INDEX_TO_COLOR[velocity_range_index]
else:
return 'Muted'
def insert_scene_button(self, _):
try:
song = self.song
scenes = song.scenes
song.create_scene(clamp(index_if(lambda s: s == song.view.selected_scene, scenes) + 1, 0, len(scenes)))
except Live.Base.LimitationError:
pass
def color_for_note(note, velocity_range_thresholds = None):
thresholds = velocity_range_thresholds or DEFAULT_VELOCITY_RANGE_THRESHOLDS
if not note_muted(note):
velocity_range_index = index_if(lambda threshold: note_velocity(note) >= threshold, thresholds)
return VELOCITY_RANGE_INDEX_TO_COLOR[velocity_range_index]
else:
return 'Muted'
def _first_scale_note_offset(self):
if not self._note_layout.is_in_key:
return self._note_layout.notes[0]
if self._note_layout.notes[0] == 0:
return 0
return len(self._note_layout.notes) - index_if(lambda n: n >= 12,
self._note_layout.notes)
def _update_button_selection(self):
selected_item = self._item_provider.selected_item
items = self.items
selected_index = index_if(lambda item: item == selected_item, items)
if selected_index >= len(items):
selected_index = -1
self.select_buttons.checked_index = selected_index
def _do_update_playing_position_subject(self, index):
session_ring = self._session_ring
tracks = session_ring.tracks_to_use()
track_index = session_ring.track_offset + index
new_subject = None
if track_index < len(tracks):
track = tracks[track_index]
if self._can_have_playing_slots(track):
if liveobj_valid(track.group_track):
group_track_index = index_if(
lambda t: t == track.group_track, tracks)
if group_track_index < len(tracks):
subject_index = index - track_index + group_track_index
if in_range(subject_index, 0, session_ring.num_tracks):
self._do_update_playing_position_subject(
subject_index)
if track.is_foldable:
track = find_first_playing_grouped_track(
track, self.song.tracks)
if liveobj_valid(track):
playing_slot_index = track.playing_slot_index
if playing_slot_index >= 0:
clip_slot = track.clip_slots[playing_slot_index]
if clip_slot.has_clip:
new_subject = clip_slot.clip
self._playing_position_subjects[index] = new_subject
self._SessionComponent__on_playing_position_changed.replace_subjects(
(self._playing_position_subjects), identifiers=(count()))
self._SessionComponent__on_playing_position_changed(index)
def _update_button_selection(self):
selected_item = self._item_provider.selected_item
items = self.items
selected_index = index_if(lambda item: item == selected_item, items)
if selected_index >= len(items):
selected_index = -1
self.select_buttons.checked_index = selected_index
def _first_scale_note_offset(self):
if not self._note_layout.is_in_key:
return self._note_layout.notes[0]
elif self._note_layout.notes[0] == 0:
return 0
else:
return len(self._note_layout.notes) - index_if(lambda n: n >= 12, self._note_layout.notes)
def preselect(self):
old_selected_child_index = self.selected_child
if old_selected_child_index == None:
devices = map(second, self.children)
instrument = index_if(
lambda d: isinstance(d, Live.Device.Device) and d.type ==
DeviceType.instrument, devices)
if in_range(instrument, 0, len(devices)):
if devices[instrument].can_have_drum_pads and devices[
instrument].drum_pads and instrument + 1 < len(
devices):
self.selected_child = instrument + 1
else:
self.selected_child = instrument
super(ChainNode, self).preselect()
new_selected_child_index = self.selected_child
track = self._get_track()
if new_selected_child_index == old_selected_child_index and new_selected_child_index != None:
_, selected_object = self.children[new_selected_child_index]
if isinstance(
selected_object, Live.Device.Device
) and track and track.view.selected_device != selected_object:
select_and_appoint_device(self._get_song(), selected_object)
self._device_bank_registry.set_device_bank(track.view.selected_device,
0)
return
def _selected_track_clip_is_above_playing_clip(self):
song_view = self.song.view
track = song_view.selected_track
playing_slot_index = track.playing_slot_index
selected_index = index_if(
lambda slot: slot == song_view.highlighted_clip_slot,
track.clip_slots)
return playing_slot_index <= selected_index
def _do_scroll(self, delta):
selected_track = self._song.view.selected_track
tracks = all_tracks(self._song)
selected_track_index = index_if(lambda t: t == selected_track, tracks)
len_tracks = len(tracks)
new_index = selected_track_index + delta * self._track_provider.num_tracks
self._song.view.selected_track = tracks[clamp(new_index, 0, len_tracks - 1)]
self.notify_scrolled()
def _update_selected_item_index(self):
new_index = None
if not self.has_invalid_selection:
items = self.items
index = index_if(lambda i: get_item(i) == self.selected_item,
items)
if index < len(items):
new_index = index
self._selected_index = new_index
def find_first_playing_grouped_track(group_track, all_tracks):
def is_playing_and_grouped(track):
return is_child_of_group_track(
group_track,
track) and not track.is_foldable and track.playing_slot_index >= 0
return find_if(
is_playing_and_grouped,
all_tracks[index_if(lambda t: t == group_track, all_tracks):])
def color_for_note(note, velocity_range_thresholds = None):
thresholds = velocity_range_thresholds or DEFAULT_VELOCITY_RANGE_THRESHOLDS
velocity = note[3]
muted = note[4]
if not muted:
velocity_range_index = index_if(lambda threshold: velocity >= threshold, thresholds)
return VELOCITY_RANGE_INDEX_TO_COLOR[velocity_range_index]
else:
return 'Muted'
def _show_selected_item(self):
selected_item = self.item_provider.selected_item
if selected_item is not None:
items = self.item_provider.items
if len(items) > self._num_visible_items:
selected_index = index_if(lambda i: i[0] == selected_item, items)
if selected_index >= self._num_visible_items + self.item_offset - 1 and selected_index < len(items) - 1:
self.item_offset = selected_index - self._num_visible_items + 2
elif selected_index > 0 and selected_index <= self.item_offset:
self.item_offset = selected_index - 1
def color_for_note(note, velocity_range_thresholds=None):
thresholds = velocity_range_thresholds or DEFAULT_VELOCITY_RANGE_THRESHOLDS
velocity = note[3]
muted = note[4]
if not muted:
velocity_range_index = index_if(
lambda threshold: velocity >= threshold, thresholds)
return VELOCITY_RANGE_INDEX_TO_COLOR[velocity_range_index]
else:
return 'Muted'
def _select_reached_region(self, zoom_in):
rois = self._get_unique_regions_of_interest()
i = index_if(lambda roi: self.visible_region == roi.region_with_margin, rois)
if i != len(rois):
if zoom_in:
if i < len(rois) - 1:
self._set_source_and_target_roi(rois[i], rois[(i + 1)])
elif i > 0:
self._set_source_and_target_roi(rois[(i - 1)], rois[i])
return True
return False
def _select_hotswap_target(self, list_index = 0):
if list_index < len(self._lists):
l = self._lists[list_index]
l.access_all = True
children = l.items
i = index_if(lambda i: i.is_selected, children)
if i < len(children):
self._focused_list_index = list_index
l.selected_index = i
self._replace_preview_list()
self._select_hotswap_target(list_index + 1)
def _select_reached_region(self, zoom_in):
rois = self._get_unique_regions_of_interest()
i = index_if(lambda roi: self.visible_region == roi.region_with_margin, rois)
if i != len(rois):
if zoom_in:
if i < len(rois) - 1:
self._set_source_and_target_roi(rois[i], rois[i + 1])
elif i > 0:
self._set_source_and_target_roi(rois[i - 1], rois[i])
return True
return False
def _select_hotswap_target(self, list_index = 0):
if list_index < len(self._lists):
l = self._lists[list_index]
l.access_all = True
children = l.items
i = index_if(lambda i: i.is_selected, children)
if i < len(children):
self._focused_list_index = list_index
l.selected_index = i
self._replace_preview_list()
self._select_hotswap_target(list_index + 1)
def _show_selected_item(self):
selected_item = self.item_provider.selected_item
if selected_item is not None:
items = self.item_provider.items
if len(items) > self._num_visible_items:
selected_index = index_if(lambda i: i[0] == selected_item,
items)
if selected_index >= self._num_visible_items + self.item_offset - 1 and selected_index < len(
items) - 1:
self.item_offset = selected_index - self._num_visible_items + 2
elif selected_index > 0 and selected_index <= self.item_offset:
self.item_offset = selected_index - 1
def _select_reached_region(self, zoom_in):
region_getters = self._get_unique_region_getters()
i = index_if(self._visible_region_reaches, imap(apply, region_getters))
if i != len(region_getters):
if zoom_in:
if i < len(region_getters) - 1:
self._source_region_getter = region_getters[i]
self._target_region_getter = region_getters[i + 1]
elif i > 0:
self._source_region_getter = region_getters[i - 1]
self._target_region_getter = region_getters[i]
return True
return False
def _select_reached_region(self, zoom_in):
region_getters = self._get_unique_region_getters()
i = index_if(self._visible_region_reaches, imap(apply, region_getters))
if i != len(region_getters):
if zoom_in:
if i < len(region_getters) - 1:
self._source_region_getter = region_getters[i]
self._target_region_getter = region_getters[i + 1]
elif i > 0:
self._source_region_getter = region_getters[i - 1]
self._target_region_getter = region_getters[i]
return True
return False
def get_filter_type(self):
selected = self.get_selection_for_insert()
chain = selected.canonical_parent if selected else self._selection.selected_track
chain_len = len(chain.devices)
index = index_if(lambda device: device == selected, chain.devices)
is_drum_pad = isinstance(chain.canonical_parent, Live.DrumPad.DrumPad)
midi_support = chain.has_midi_input
if not is_drum_pad:
supports_instrument = chain.has_midi_input and (chain.has_audio_output or isinstance(chain, Live.Track.Track))
left = self.insert_left and (chain.devices[index - 1] if index > 0 else None)
return filter_type_between(left, selected, midi_support, is_drum_pad, supports_instrument)
else:
right = chain.devices[index + 1] if index < chain_len - 1 else None
return filter_type_between(selected, right, midi_support, is_drum_pad, supports_instrument)
def update_selection(self):
last_seleced_list_index = None
if self._browser.hotswap_target != None:
list_index = 0
while list_index < self._num_contents:
content_list, _ = self._contents[list_index]
items = content_list.items
index = index_if(lambda x: x.content.is_selected, items)
if in_range(index, 0, len(items)):
content_list.select_item_index_with_offset(index, 2)
last_seleced_list_index = list_index
list_index += 1
if last_seleced_list_index != None:
self.notify_selection_updated(last_seleced_list_index)
def assign_items(self, items):
old_selection = unicode(self.selected_item)
for item in self._items:
item._scrollable_list = None
self._items = tuple([ self.item_type(index=index, content=item, scrollable_list=self) for index, item in enumerate(items) ])
if self._items:
new_selection = index_if(lambda item: unicode(item) == old_selection, self._items)
self._selected_item_index = new_selection if in_range(new_selection, 0, len(self._items)) else 0
self._normalize_offset(self._selected_item_index)
else:
self._offset = 0
self._selected_item_index = -1
self._last_activated_item_index = None
self.notify_selected_item()
self.request_notify_item_activated()
def assign_items(self, items):
old_selection = str(self.selected_item)
for item in self._items:
item._scrollable_list = None
self._items = tuple([ self.item_type(index=index, content=item, scrollable_list=self) for index, item in enumerate(items) ])
if self._items:
new_selection = index_if(lambda item: str(item) == old_selection, self._items)
self._selected_item_index = new_selection if in_range(new_selection, 0, len(self._items)) else 0
self._normalize_offset(self._selected_item_index)
else:
self._offset = 0
self._selected_item_index = -1
self._last_activated_item_index = None
self.notify_selected_item()
self.request_notify_item_activated()
def preselect(self):
old_selected_child_index = self.selected_child
if old_selected_child_index == None:
devices = map(second, self.children)
instrument = index_if(lambda d: isinstance(d, Live.Device.Device) and d.type == DeviceType.instrument, devices)
if in_range(instrument, 0, len(devices)):
if devices[instrument].can_have_drum_pads and devices[instrument].drum_pads and instrument + 1 < len(devices):
self.selected_child = instrument + 1
else:
self.selected_child = instrument
super(ChainNode, self).preselect()
new_selected_child_index = self.selected_child
track = self._get_track()
if new_selected_child_index == old_selected_child_index and new_selected_child_index != None:
_, selected_object = self.children[new_selected_child_index]
if isinstance(selected_object, Live.Device.Device) and track and track.view.selected_device != selected_object:
select_and_appoint_device(self._get_song(), selected_object)
self._device_bank_registry.set_device_bank(track.view.selected_device, 0)
def __on_interval_changed(self, interval):
index = index_if(lambda layout: layout.interval == interval, self._layouts)
self.selected_layout_index = index
def _track_index(self, track):
return index_if(lambda t: t == track, self._session_ring.tracks_to_use())
def is_track_in_session_ring(track):
controlled_tracks = self._session_ring.controlled_tracks()
return index_if(lambda t: t == track, controlled_tracks) < len(controlled_tracks)
def force_to_live_crossfade_assign_value(value):
return index_if(lambda v: v == value, LIVE_CROSSFADE_ASSIGN_VALUES)
def __on_interval_changed(self, interval):
index = index_if(lambda layout: layout.interval == interval,
self._layouts)
self.selected_layout_index = index
def _selected_track_clip_is_above_playing_clip(self):
song_view = self.song.view
track = song_view.selected_track
playing_slot_index = track.playing_slot_index
selected_index = index_if(lambda slot: slot == song_view.highlighted_clip_slot, track.clip_slots)
return playing_slot_index <= selected_index
