ardour/livetrax
13
0
Fork 0
Code
0fa63b6d37
livetrax/gtk2_ardour/midi_region_view.cc
Paul Davis 9f475d5427 avoid double call to ::model_changed() during set up of a MidiRegionView 
There is a DisplaySuspender in MidiRegionView::init(), and another invoked
during the addition of a RegionView to a StreamView. Before this change, both
suspenders were created to invoke a full "model-changed" redisplay. Since every
RegionView must be added to a StreamView to be visible, we only need the second
suspender to invoke the model-change. The first one can be just a view
change (and probably isn't necessary at all, but I did not want to change that
much at this point in time).
2023-09-24 18:41:51 -06:00

4767 lines
126 KiB
C++
Raw Blame History

/*
* Copyright (C) 2006-2016 David Robillard <d@drobilla.net>
* Copyright (C) 2007-2012 Carl Hetherington <carl@carlh.net>
* Copyright (C) 2007-2018 Paul Davis <paul@linuxaudiosystems.com>
* Copyright (C) 2008-2012 Hans Baier <hansfbaier@googlemail.com>
* Copyright (C) 2013-2017 John Emmas <john@creativepost.co.uk>
* Copyright (C) 2014-2017 Nick Mainsbridge <mainsbridge@gmail.com>
* Copyright (C) 2014-2018 Ben Loftis <ben@harrisonconsoles.com>
* Copyright (C) 2014-2019 Robin Gareus <robin@gareus.org>
* Copyright (C) 2015-2016 Tim Mayberry <mojofunk@gmail.com>
* Copyright (C) 2015-2017 André Nusser <andre.nusser@googlemail.com>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License along
* with this program; if not, write to the Free Software Foundation, Inc.,
* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
*/
#include <cmath>
#include <algorithm>
#include <ostream>
#include <gtkmm.h>
#include "gtkmm2ext/gtk_ui.h"
#include <sigc++/signal.h>
#include "midi++/midnam_patch.h"
#include "pbd/stateful_diff_command.h"
#include "pbd/unwind.h"
#include "ardour/debug.h"
#include "ardour/midi_model.h"
#include "ardour/midi_playlist.h"
#include "ardour/midi_region.h"
#include "ardour/midi_source.h"
#include "ardour/midi_track.h"
#include "ardour/operations.h"
#include "ardour/quantize.h"
#include "ardour/session.h"
#include "evoral/Parameter.h"
#include "evoral/Event.h"
#include "evoral/Control.h"
#include "evoral/midi_util.h"
#include "canvas/debug.h"
#include "automation_region_view.h"
#include "automation_time_axis.h"
#include "control_point.h"
#include "debug.h"
#include "editor.h"
#include "editor_drag.h"
#include "ghostregion.h"
#include "gui_thread.h"
#include "item_counts.h"
#include "keyboard.h"
#include "midi_channel_dialog.h"
#include "midi_cut_buffer.h"
#include "midi_list_editor.h"
#include "midi_region_view.h"
#include "midi_streamview.h"
#include "midi_time_axis.h"
#include "midi_util.h"
#include "midi_velocity_dialog.h"
#include "note_player.h"
#include "paste_context.h"
#include "public_editor.h"
#include "route_time_axis.h"
#include "rgb_macros.h"
#include "selection.h"
#include "streamview.h"
#include "patch_change_dialog.h"
#include "velocity_ghost_region.h"
#include "verbose_cursor.h"
#include "note.h"
#include "hit.h"
#include "patch_change.h"
#include "sys_ex.h"
#include "ui_config.h"
#include "pbd/i18n.h"
using namespace ARDOUR;
using namespace PBD;
using namespace Editing;
using namespace std;
using namespace Temporal;
using Gtkmm2ext::Keyboard;
#define MIDI_BP_ZERO ((Config->get_first_midi_bank_is_zero())?0:1)
MidiRegionView::MidiRegionView (ArdourCanvas::Container* parent,
RouteTimeAxisView& tv,
std::shared_ptr<MidiRegion> r,
double spu,
uint32_t basic_color)
: RegionView (parent, tv, r, spu, basic_color)
, _current_range_min(0)
, _current_range_max(0)
, _active_notes(0)
, _note_group (new ArdourCanvas::Container (group))
, _note_diff_command (0)
, _ghost_note(0)
, _step_edit_cursor (0)
, _step_edit_cursor_width (1, 0)
, _channel_selection_scoped_note (0)
, _mouse_state(None)
, _pressed_button(0)
, _optimization_iterator (_events.end())
, _list_editor (0)
, _no_sound_notes (false)
, _last_display_zoom (0)
, _last_event_x (0)
, _last_event_y (0)
, _entered (false)
, _entered_note (0)
, _select_all_notes_after_add (false)
, _mouse_changed_selection (false)
{
CANVAS_DEBUG_NAME (_note_group, string_compose ("note group for %1", get_item_name()));
_patch_change_outline = UIConfiguration::instance().color ("midi patch change outline");
_patch_change_fill = UIConfiguration::instance().color_mod ("midi patch change fill", "midi patch change fill");
_note_group->raise_to_top();
PublicEditor::DropDownKeys.connect (sigc::mem_fun (*this, &MidiRegionView::drop_down_keys));
Config->ParameterChanged.connect (*this, invalidator (*this), boost::bind (&MidiRegionView::parameter_changed, this, _1), gui_context());
connect_to_diskstream ();
}
MidiRegionView::MidiRegionView (ArdourCanvas::Container* parent,
RouteTimeAxisView& tv,
std::shared_ptr<MidiRegion> r,
double spu,
uint32_t basic_color,
bool recording,
TimeAxisViewItem::Visibility visibility)
: RegionView (parent, tv, r, spu, basic_color, recording, visibility)
, _current_range_min(0)
, _current_range_max(0)
, _active_notes(0)
, _note_group (new ArdourCanvas::Container (group))
, _note_diff_command (0)
, _ghost_note(0)
, _step_edit_cursor (0)
, _step_edit_cursor_width (1,0)
, _channel_selection_scoped_note (0)
, _mouse_state(None)
, _pressed_button(0)
, _optimization_iterator (_events.end())
, _list_editor (0)
, _no_sound_notes (false)
, _last_display_zoom (0)
, _last_event_x (0)
, _last_event_y (0)
, _entered (false)
, _entered_note (0)
, _select_all_notes_after_add (false)
, _mouse_changed_selection (false)
{
CANVAS_DEBUG_NAME (_note_group, string_compose ("note group for %1", get_item_name()));
_patch_change_outline = UIConfiguration::instance().color ("midi patch change outline");
_patch_change_fill = UIConfiguration::instance().color_mod ("midi patch change fill", "midi patch change fill");
_note_group->raise_to_top();
PublicEditor::DropDownKeys.connect (sigc::mem_fun (*this, &MidiRegionView::drop_down_keys));
connect_to_diskstream ();
}
void
MidiRegionView::parameter_changed (std::string const & p)
{
RegionView::parameter_changed (p);
if (p == "display-first-midi-bank-as-zero") {
if (display_enabled()) {
view_changed ();
}
} else if (p == "color-regions-using-track-color") {
set_colors ();
} else if (p == "use-note-color-for-velocity") {
color_handler ();
}
}
MidiRegionView::MidiRegionView (const MidiRegionView& other)
: sigc::trackable(other)
, RegionView (other)
, _current_range_min(0)
, _current_range_max(0)
, _active_notes(0)
, _note_group (new ArdourCanvas::Container (get_canvas_group()))
, _note_diff_command (0)
, _ghost_note(0)
, _step_edit_cursor (0)
, _step_edit_cursor_width (1,0)
, _channel_selection_scoped_note (0)
, _mouse_state(None)
, _pressed_button(0)
, _optimization_iterator (_events.end())
, _list_editor (0)
, _no_sound_notes (false)
, _last_display_zoom (0)
, _last_event_x (0)
, _last_event_y (0)
, _entered (false)
, _entered_note (0)
, _mouse_changed_selection (false)
{
init (false);
}
MidiRegionView::MidiRegionView (const MidiRegionView& other, std::shared_ptr<MidiRegion> region)
: RegionView (other, std::shared_ptr<Region> (region))
, _current_range_min(0)
, _current_range_max(0)
, _active_notes(0)
, _note_group (new ArdourCanvas::Container (get_canvas_group()))
, _note_diff_command (0)
, _ghost_note(0)
, _step_edit_cursor (0)
, _step_edit_cursor_width (1,0)
, _channel_selection_scoped_note (0)
, _mouse_state(None)
, _pressed_button(0)
, _optimization_iterator (_events.end())
, _list_editor (0)
, _no_sound_notes (false)
, _last_display_zoom (0)
, _last_event_x (0)
, _last_event_y (0)
, _entered (false)
, _entered_note (0)
, _mouse_changed_selection (false)
{
init (true);
}
void
MidiRegionView::init (bool /*wfd*/)
{
DisplaySuspender ds (*this, true);
PublicEditor::DropDownKeys.connect (sigc::mem_fun (*this, &MidiRegionView::drop_down_keys));
_model = midi_region()->midi_source(0)->model();
assert (_model);
RegionView::init (false);
//set_height (trackview.current_height());
region_muted ();
region_sync_changed ();
region_resized (ARDOUR::bounds_change);
//region_locked ();
set_colors ();
reset_width_dependent_items (_pixel_width);
group->raise_to_top();
midi_view()->midi_track()->playback_filter().ChannelModeChanged.connect (_channel_mode_changed_connection, invalidator (*this),
boost::bind (&MidiRegionView::midi_channel_mode_changed, this),
gui_context ());
instrument_info().Changed.connect (_instrument_changed_connection, invalidator (*this),
boost::bind (&MidiRegionView::instrument_settings_changed, this), gui_context());
trackview.editor().SnapChanged.connect(snap_changed_connection, invalidator(*this),
boost::bind (&MidiRegionView::snap_changed, this),
gui_context());
trackview.editor().MouseModeChanged.connect(_mouse_mode_connection, invalidator (*this),
boost::bind (&MidiRegionView::mouse_mode_changed, this),
gui_context ());
Config->ParameterChanged.connect (*this, invalidator (*this), boost::bind (&MidiRegionView::parameter_changed, this, _1), gui_context());
connect_to_diskstream ();
}
InstrumentInfo&
MidiRegionView::instrument_info () const
{
RouteUI* route_ui = dynamic_cast<RouteUI*> (&trackview);
return route_ui->route()->instrument_info();
}
const std::shared_ptr<ARDOUR::MidiRegion>
MidiRegionView::midi_region() const
{
return std::dynamic_pointer_cast<ARDOUR::MidiRegion>(_region);
}
void
MidiRegionView::connect_to_diskstream ()
{
midi_view()->midi_track()->DataRecorded.connect(
*this, invalidator(*this),
boost::bind (&MidiRegionView::data_recorded, this, _1),
gui_context());
}
bool
MidiRegionView::canvas_group_event(GdkEvent* ev)
{
if (in_destructor || _recregion) {
return false;
}
if (!trackview.editor().internal_editing()) {
// not in internal edit mode, so just act like a normal region
return RegionView::canvas_group_event (ev);
}
//For now, move the snapped cursor aside so it doesn't bother you during internal editing
//trackview.editor().set_snapped_cursor_position(_region->position());
bool r;
switch (ev->type) {
case GDK_ENTER_NOTIFY:
_last_event_x = ev->crossing.x;
_last_event_y = ev->crossing.y;
enter_notify(&ev->crossing);
// set entered_regionview (among other things)
return RegionView::canvas_group_event (ev);
case GDK_LEAVE_NOTIFY:
_last_event_x = ev->crossing.x;
_last_event_y = ev->crossing.y;
leave_notify(&ev->crossing);
// reset entered_regionview (among other things)
return RegionView::canvas_group_event (ev);
case GDK_SCROLL:
if (scroll (&ev->scroll)) {
return true;
}
break;
case GDK_KEY_PRESS:
return key_press (&ev->key);
case GDK_KEY_RELEASE:
return key_release (&ev->key);
case GDK_BUTTON_PRESS:
return button_press (&ev->button);
case GDK_BUTTON_RELEASE:
r = button_release (&ev->button);
return r;
case GDK_MOTION_NOTIFY:
_last_event_x = ev->motion.x;
_last_event_y = ev->motion.y;
return motion (&ev->motion);
default:
break;
}
return RegionView::canvas_group_event (ev);
}
bool
MidiRegionView::enter_notify (GdkEventCrossing* ev)
{
enter_internal (ev->state);
_entered = true;
return false;
}
bool
MidiRegionView::leave_notify (GdkEventCrossing*)
{
leave_internal ();
_entered = false;
return false;
}
void
MidiRegionView::mouse_mode_changed ()
{
// Adjust frame colour (become more transparent for internal tools)
set_frame_color();
if (!trackview.editor().internal_editing()) {
/* Switched out of internal editing mode while entered.
Only necessary for leave as a mouse_mode_change over a region
automatically triggers an enter event.
*/
leave_internal ();
for (Events::iterator it = _events.begin(); it != _events.end(); ++it) {
it->second->set_hide_selection (true);
}
} else if (trackview.editor().current_mouse_mode() == MouseContent) {
// hide cursor and ghost note after changing to internal edit mode
remove_ghost_note ();
/* XXX This is problematic as the function is executed for every region
and only for one region _entered_note can be true. Still it's
necessary as to hide the verbose cursor when we're changing from
draw mode to internal edit mode. These lines are the reason why
in some situations no verbose cursor is shown when we enter internal
edit mode over a note.
*/
if (!_entered_note) {
hide_verbose_cursor ();
}
for (Events::iterator it = _events.begin(); it != _events.end(); ++it) {
it->second->set_hide_selection (false);
}
}
}
void
MidiRegionView::enter_internal (uint32_t state)
{
if (trackview.editor().current_mouse_mode() == MouseDraw && _mouse_state != AddDragging) {
// Show ghost note under pencil
create_ghost_note(_last_event_x, _last_event_y, state);
}
// Lower frame handles below notes so they don't steal events
if (frame_handle_start) {
frame_handle_start->lower_to_bottom();
}
if (frame_handle_end) {
frame_handle_end->lower_to_bottom();
}
}
void
MidiRegionView::leave_internal()
{
hide_verbose_cursor ();
remove_ghost_note ();
_entered_note = 0;
// Raise frame handles above notes so they catch events
if (frame_handle_start) {
frame_handle_start->raise_to_top();
}
if (frame_handle_end) {
frame_handle_end->raise_to_top();
}
}
bool
MidiRegionView::button_press (GdkEventButton* ev)
{
if (ev->button != 1) {
return false;
}
Editor* editor = dynamic_cast<Editor *> (&trackview.editor());
MouseMode m = editor->current_mouse_mode();
if (m == MouseContent && Keyboard::modifier_state_contains (ev->state, Keyboard::insert_note_modifier())) {
_press_cursor_ctx = CursorContext::create(*editor, editor->cursors()->midi_pencil);
}
if (_mouse_state != SelectTouchDragging) {
_pressed_button = ev->button;
if (m == MouseDraw || (m == MouseContent && Keyboard::modifier_state_contains (ev->state, Keyboard::insert_note_modifier()))) {
if (midi_view()->note_mode() == Percussive) {
editor->drags()->set (new HitCreateDrag (dynamic_cast<Editor *> (editor), group, this), (GdkEvent *) ev);
} else {
editor->drags()->set (new NoteCreateDrag (dynamic_cast<Editor *> (editor), group, this), (GdkEvent *) ev);
}
_mouse_state = AddDragging;
remove_ghost_note ();
hide_verbose_cursor ();
} else {
_mouse_state = Pressed;
}
return true;
}
_pressed_button = ev->button;
_mouse_changed_selection = false;
return true;
}
bool
MidiRegionView::button_release (GdkEventButton* ev)
{
double event_x, event_y;
if (ev->button != 1) {
return false;
}
event_x = ev->x;
event_y = ev->y;
group->canvas_to_item (event_x, event_y);
group->ungrab ();
PublicEditor& editor = trackview.editor ();
_press_cursor_ctx.reset();
switch (_mouse_state) {
case Pressed: // Clicked
switch (editor.current_mouse_mode()) {
case MouseRange:
/* no motion occurred - simple click */
clear_selection_internal ();
_mouse_changed_selection = true;
break;
case MouseContent:
editor.get_selection().set (this);
/* fallthru */
case MouseTimeFX:
_mouse_changed_selection = true;
clear_selection_internal ();
break;
case MouseDraw:
editor.get_selection().set (this);
break;
default:
break;
}
_mouse_state = None;
break;
case AddDragging:
/* Don't a ghost note when we added a note - wait until motion to avoid visual confusion.
we don't want one when we were drag-selecting either. */
case SelectRectDragging:
editor.drags()->end_grab ((GdkEvent *) ev);
_mouse_state = None;
break;
default:
break;
}
if (_mouse_changed_selection) {
trackview.editor().begin_reversible_selection_op (X_("Mouse Selection Change"));
trackview.editor().commit_reversible_selection_op ();
}
return false;
}
bool
MidiRegionView::motion (GdkEventMotion* ev)
{
PublicEditor& editor = trackview.editor ();
if (!_entered_note) {
if (_mouse_state == AddDragging) {
if (_ghost_note) {
remove_ghost_note ();
}
} else if (!_ghost_note && editor.current_mouse_mode() == MouseContent &&
Keyboard::modifier_state_contains (ev->state, Keyboard::insert_note_modifier()) &&
_mouse_state != AddDragging) {
create_ghost_note (ev->x, ev->y, ev->state);
} else if (_ghost_note && editor.current_mouse_mode() == MouseContent &&
Keyboard::modifier_state_contains (ev->state, Keyboard::insert_note_modifier())) {
update_ghost_note (ev->x, ev->y, ev->state);
} else if (_ghost_note && editor.current_mouse_mode() == MouseContent) {
remove_ghost_note ();
hide_verbose_cursor ();
} else if (editor.current_mouse_mode() == MouseDraw) {
if (_ghost_note) {
update_ghost_note (ev->x, ev->y, ev->state);
} else {
create_ghost_note (ev->x, ev->y, ev->state);
}
}
}
/* any motion immediately hides velocity text that may have been visible */
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
(*i)->hide_velocity ();
}
switch (_mouse_state) {
case Pressed:
if (_pressed_button == 1) {
MouseMode m = editor.current_mouse_mode();
if (m == MouseContent && !Keyboard::modifier_state_contains (ev->state, Keyboard::insert_note_modifier())) {
editor.drags()->set (new MidiRubberbandSelectDrag (dynamic_cast<Editor *> (&editor), this), (GdkEvent *) ev);
if (!Keyboard::modifier_state_equals (ev->state, Keyboard::TertiaryModifier)) {
clear_selection_internal ();
_mouse_changed_selection = true;
}
_mouse_state = SelectRectDragging;
return true;
} else if (m == MouseRange) {
editor.drags()->set (new MidiVerticalSelectDrag (dynamic_cast<Editor *> (&editor), this), (GdkEvent *) ev);
_mouse_state = SelectVerticalDragging;
return true;
}
}
return false;
case SelectRectDragging:
case SelectVerticalDragging:
case AddDragging:
editor.drags()->motion_handler ((GdkEvent *) ev, false);
break;
case SelectTouchDragging:
return false;
default:
break;
}
//let RegionView do it's thing. drags are handled in here
return RegionView::canvas_group_event ((GdkEvent *) ev);
}
bool
MidiRegionView::scroll (GdkEventScroll* ev)
{
if (trackview.editor().drags()->active()) {
return false;
}
if (!trackview.editor().get_selection().selected (this)) {
return false;
}
if (Keyboard::modifier_state_contains (ev->state, Keyboard::PrimaryModifier) ||
Keyboard::modifier_state_contains (ev->state, Keyboard::TertiaryModifier)) {
/* XXX: bit of a hack; allow PrimaryModifier+TertiaryModifier scroll
* through so that it still works for navigation and zoom.
*/
return false;
}
if (_selection.empty()) {
const int step = 1;
const bool zoom = Keyboard::modifier_state_equals (ev->state, Keyboard::SecondaryModifier);
const bool just_one_edge = Keyboard::modifier_state_equals (ev->state, Keyboard::SecondaryModifier|Keyboard::PrimaryModifier);
switch (ev->direction) {
case GDK_SCROLL_UP:
if (just_one_edge) {
/* make higher notes visible aka expand higher pitch range */
midi_stream_view()->apply_note_range (midi_stream_view()->lowest_note(), min (127, midi_stream_view()->highest_note() + step), true);
} else if (zoom) {
/* zoom out to show more higher and lower pitches */
midi_stream_view()->apply_note_range (max (0, midi_stream_view()->lowest_note() - step), min (127, midi_stream_view()->highest_note() + step), true);
} else {
/* scroll towards higher pitches */
midi_stream_view()->apply_note_range (max (0, midi_stream_view()->lowest_note() + step), min (127, midi_stream_view()->highest_note() + step), true);
}
return true;
case GDK_SCROLL_DOWN:
if (just_one_edge) {
/* make lower notes visible aka expand lower pitch range */
midi_stream_view()->apply_note_range (max (0, midi_stream_view()->lowest_note() - step), midi_stream_view()->highest_note(), true);
} else if (zoom) {
/* zoom in to show less higher and lower pitches */
midi_stream_view()->apply_note_range (min (127, midi_stream_view()->lowest_note() + step), max (0, midi_stream_view()->highest_note() - step), true);
} else {
/* scroll towards lower pitches */
midi_stream_view()->apply_note_range (min (127, midi_stream_view()->lowest_note() - step), max (0, midi_stream_view()->highest_note() - step), true);
}
return true;
default:
break;
}
return false;
}
hide_verbose_cursor ();
bool fine = !Keyboard::modifier_state_contains (ev->state, Keyboard::SecondaryModifier);
Keyboard::ModifierMask mask_together(Keyboard::PrimaryModifier|Keyboard::TertiaryModifier);
bool together = Keyboard::modifier_state_contains (ev->state, mask_together);
if (ev->direction == GDK_SCROLL_UP) {
change_velocities (true, fine, false, together);
} else if (ev->direction == GDK_SCROLL_DOWN) {
change_velocities (false, fine, false, together);
} else {
/* left, right: we don't use them */
return false;
}
return true;
}
bool
MidiRegionView::key_press (GdkEventKey* ev)
{
/* since GTK bindings are generally activated on press, and since
detectable auto-repeat is the name of the game and only sends
repeated presses, carry out key actions at key press, not release.
*/
if (Keyboard::no_modifier_keys_pressed(ev) && (ev->keyval == GDK_Alt_L || ev->keyval == GDK_Alt_R)) {
if (_mouse_state != AddDragging) {
_mouse_state = SelectTouchDragging;
}
return true;
}
return false;
}
bool
MidiRegionView::key_release (GdkEventKey* ev)
{
if ((_mouse_state == SelectTouchDragging) && (ev->keyval == GDK_Alt_L || ev->keyval == GDK_Alt_R)) {
_mouse_state = None;
return true;
}
return false;
}
void
MidiRegionView::channel_edit ()
{
if (_selection.empty()) {
return;
}
/* pick a note somewhat at random (since Selection is a set<>) to
* provide the "current" channel for the dialog.
*/
uint8_t current_channel = (*_selection.begin())->note()->channel ();
MidiChannelDialog channel_dialog (current_channel);
int ret = channel_dialog.run ();
switch (ret) {
case Gtk::RESPONSE_OK:
break;
default:
return;
}
uint8_t new_channel = channel_dialog.active_channel ();
start_note_diff_command (_("channel edit"));
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ) {
Selection::iterator next = i;
++next;
change_note_channel (*i, new_channel);
i = next;
}
apply_note_diff ();
}
void
MidiRegionView::velocity_edit ()
{
if (_selection.empty()) {
return;
}
/* pick a note somewhat at random (since Selection is a set<>) to
* provide the "current" velocity for the dialog.
*/
uint8_t current_velocity = (*_selection.begin())->note()->velocity ();
MidiVelocityDialog velocity_dialog (current_velocity);
int ret = velocity_dialog.run ();
switch (ret) {
case Gtk::RESPONSE_OK:
break;
default:
return;
}
uint8_t new_velocity = velocity_dialog.velocity ();
start_note_diff_command (_("velocity edit"));
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ) {
Selection::iterator next = i;
++next;
change_note_velocity (*i, new_velocity, false);
i = next;
}
apply_note_diff ();
}
void
MidiRegionView::show_list_editor ()
{
if (!_list_editor) {
_list_editor = new MidiListEditor (trackview.session(), midi_region(), midi_view()->midi_track());
}
_list_editor->present ();
}
/** Add a note to the model, and the view, at a canvas (click) coordinate.
* \param t time in samples relative to the position of the region
* \param y vertical position in pixels
* \param length duration of the note in beats
* \param snap_t true to snap t to the grid, otherwise false.
*/
void
MidiRegionView::create_note_at (timepos_t const & t, double y, Temporal::Beats length, uint32_t state, bool shift_snap)
{
if (length < Temporal::Beats::one_tick()) {
return;
}
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
MidiStreamView* const view = mtv->midi_view();
std::shared_ptr<MidiRegion> mr = std::dynamic_pointer_cast<MidiRegion> (_region);
if (!mr) {
return;
}
/* assume time is already region-relative and snapped */
Temporal::Beats region_start = t.beats();
const double note = view->y_to_note(y);
const uint8_t chan = get_channel_for_add(region_start);
const uint8_t velocity = get_velocity_for_add (region_start);
const std::shared_ptr<NoteType> new_note (new NoteType (chan, region_start, length, (uint8_t)note, velocity));
if (_model->contains (new_note)) {
return;
}
view->update_note_range(new_note->note());
start_note_diff_command(_("add note"));
note_diff_add_note (new_note, true, false);
apply_note_diff();
trackview.editor().set_selected_midi_region_view (*this);
list<Evoral::event_id_t> to_be_selected;
to_be_selected.push_back (new_note->id());
select_notes (to_be_selected, true);
play_midi_note (new_note);
}
void
MidiRegionView::clear_events ()
{
// clear selection without signaling or trying to change state of event objects
_selection.clear ();
MidiGhostRegion* gr;
for (std::vector<GhostRegion*>::iterator g = ghosts.begin(); g != ghosts.end(); ++g) {
if ((gr = dynamic_cast<MidiGhostRegion*>(*g)) != 0) {
gr->clear_events();
}
}
_note_group->clear (true);
_events.clear();
_patch_changes.clear();
_sys_exes.clear();
_optimization_iterator = _events.end();
}
void
MidiRegionView::display_model (std::shared_ptr<MidiModel> model)
{
_model = model;
content_connection.disconnect ();
_model->ContentsChanged.connect (content_connection, invalidator (*this), boost::bind (&MidiRegionView::model_changed, this), gui_context());
/* Don't signal as nobody else needs to know until selection has been altered. */
clear_events();
model_changed ();
}
void
MidiRegionView::start_note_diff_command (string name)
{
if (!_note_diff_command) {
trackview.editor().begin_reversible_command (name);
_note_diff_command = _model->new_note_diff_command (name);
} else {
std::cerr << "ERROR: start_note_diff_command command called, but a note_diff_command was already underway" << std::endl;
}
}
void
MidiRegionView::note_diff_add_note (const std::shared_ptr<NoteType> note, bool selected, bool show_velocity)
{
if (_note_diff_command) {
_note_diff_command->add (note);
}
if (selected) {
_marked_for_selection.insert(note);
}
if (show_velocity) {
_marked_for_velocity.insert(note);
}
}
void
MidiRegionView::note_diff_remove_note (NoteBase* ev)
{
if (_note_diff_command && ev->note()) {
_note_diff_command->remove(ev->note());
}
}
void
MidiRegionView::note_diff_add_change (NoteBase* ev,
MidiModel::NoteDiffCommand::Property property,
uint8_t val)
{
if (_note_diff_command) {
_note_diff_command->change (ev->note(), property, val);
}
}
void
MidiRegionView::note_diff_add_change (NoteBase* ev,
MidiModel::NoteDiffCommand::Property property,
Temporal::Beats val)
{
if (_note_diff_command) {
_note_diff_command->change (ev->note(), property, val);
}
}
void
MidiRegionView::apply_note_diff (bool as_subcommand, bool was_copy)
{
if (!_note_diff_command) {
return;
}
bool add_or_remove = _note_diff_command->adds_or_removes();
if (!was_copy && add_or_remove) {
// Mark all selected notes for selection when model reloads
for (auto const & sel : _selection) {
_marked_for_selection.insert (sel->note());
}
}
{
PBD::Unwinder<bool> puw (_select_all_notes_after_add, true);
/*note that we don't use as_commit here, because that would BEGIN a new undo record; we already have one underway*/
_model->apply_diff_command_as_subcommand (*trackview.session(), _note_diff_command);
}
if (!as_subcommand) {
trackview.editor().commit_reversible_command (); /*instead, we can explicitly commit the command in progress */
}
_note_diff_command = nullptr;
if (add_or_remove && !was_copy) {
_marked_for_selection.clear();
}
_marked_for_velocity.clear();
}
void
MidiRegionView::abort_note_diff()
{
delete _note_diff_command;
_note_diff_command = 0;
trackview.editor().abort_reversible_command();
clear_selection_internal ();
}
NoteBase*
MidiRegionView::find_canvas_note (std::shared_ptr<NoteType> note)
{
if (_optimization_iterator != _events.end()) {
++_optimization_iterator;
}
if (_optimization_iterator != _events.end() && _optimization_iterator->first == note) {
return _optimization_iterator->second;
}
_optimization_iterator = _events.find (note);
if (_optimization_iterator != _events.end()) {
return _optimization_iterator->second;
}
return 0;
}
/** This version finds any canvas note matching the supplied note. */
NoteBase*
MidiRegionView::find_canvas_note (Evoral::event_id_t id)
{
Events::iterator it;
for (it = _events.begin(); it != _events.end(); ++it) {
if (it->first->id() == id) {
return it->second;
}
}
return 0;
}
std::shared_ptr<PatchChange>
MidiRegionView::find_canvas_patch_change (MidiModel::PatchChangePtr p)
{
PatchChanges::const_iterator f = _patch_changes.find (p);
if (f != _patch_changes.end()) {
return f->second;
}
return std::shared_ptr<PatchChange>();
}
std::shared_ptr<SysEx>
MidiRegionView::find_canvas_sys_ex (MidiModel::SysExPtr s)
{
SysExes::const_iterator f = _sys_exes.find (s);
if (f != _sys_exes.end()) {
return f->second;
}
return std::shared_ptr<SysEx>();
}
void
MidiRegionView::get_events (Events& e, Evoral::Sequence<Temporal::Beats>::NoteOperator op, uint8_t val, int chan_mask)
{
MidiModel::Notes notes;
_model->get_notes (notes, op, val, chan_mask);
for (MidiModel::Notes::iterator n = notes.begin(); n != notes.end(); ++n) {
NoteBase* cne = find_canvas_note (*n);
if (cne) {
e.insert (make_pair (*n, cne));
}
}
}
void
MidiRegionView::_redisplay (bool view_only)
{
if (view_only) {
PropertyChange what_changed;
/* we don't know what actually happened that requires a view
update, but both _start and _length need to be shown
correctly on the display, so make sure we do that.
*/
what_changed.add (Properties::start);
what_changed.add (Properties::length);
/* this calls reset_width_dependent_items() which calls
view_changed() in the right way.
*/
region_resized (what_changed);
} else {
model_changed ();
}
}
void
MidiRegionView::model_changed()
{
if (!display_enabled()) {
return;
}
if (_active_notes) {
// Currently recording
const samplecnt_t zoom = trackview.editor().get_current_zoom();
if (zoom != _last_display_zoom) {
/* Update resolved canvas notes to reflect changes in zoom without
touching model. Leave active notes (with length max) alone since
they are being extended. */
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
if (i->second->note()->end_time() != std::numeric_limits<Temporal::Beats>::max()) {
update_note(i->second);
}
}
_last_display_zoom = zoom;
}
return;
}
if (!_model) {
return;
}
for (_optimization_iterator = _events.begin(); _optimization_iterator != _events.end(); ++_optimization_iterator) {
_optimization_iterator->second->invalidate();
}
bool empty_when_starting = _events.empty();
_optimization_iterator = _events.begin();
MidiModel::Notes missing_notes;
Note* sus = NULL;
Hit* hit = NULL;
MidiModel::ReadLock lock(_model->read_lock());
MidiModel::Notes& notes (_model->notes());
NoteBase* cne;
for (MidiModel::Notes::iterator n = notes.begin(); n != notes.end(); ++n) {
std::shared_ptr<NoteType> note (*n);
bool visible;
if (note_in_region_range (note, visible)) {
if (!empty_when_starting && (cne = find_canvas_note (note)) != 0) {
cne->validate ();
if (visible) {
cne->show ();
} else {
cne->hide ();
}
} else {
missing_notes.insert (note);
}
}
}
if (!empty_when_starting) {
MidiModel::Notes::iterator f;
for (Events::iterator i = _events.begin(); i != _events.end(); ) {
NoteBase* cne = i->second;
/* remove note items that are no longer valid */
if (!cne->valid()) {
for (vector<GhostRegion*>::iterator j = ghosts.begin(); j != ghosts.end(); ++j) {
MidiGhostRegion* gr = dynamic_cast<MidiGhostRegion*> (*j);
if (gr) {
gr->remove_note (cne);
}
}
delete cne;
i = _events.erase (i);
} else {
bool visible;
if (note_in_region_range (cne->note(), visible)) {
if (visible) {
cne->item()->show ();
if ((sus = dynamic_cast<Note*>(cne))) {
update_sustained (sus);
} else if ((hit = dynamic_cast<Hit*>(cne))) {
update_hit (hit);
}
} else {
cne->item()->hide ();
}
} else {
cne->item()->hide ();
}
++i;
}
}
}
for (MidiModel::Notes::iterator n = missing_notes.begin(); n != missing_notes.end(); ++n) {
std::shared_ptr<NoteType> note (*n);
NoteBase* cne;
bool visible;
if (note_in_region_range (note, visible)) {
cne = add_note (note, visible);
} else {
cne = add_note (note, false);
}
for (set<Evoral::event_id_t>::iterator it = _pending_note_selection.begin(); it != _pending_note_selection.end(); ++it) {
if ((*it) == note->id()) {
add_to_selection (cne);
break;
}
}
}
for (vector<GhostRegion*>::iterator j = ghosts.begin(); j != ghosts.end(); ++j) {
MidiGhostRegion* gr = dynamic_cast<MidiGhostRegion*> (*j);
if (gr && !gr->trackview.hidden()) {
gr->model_changed ();
}
}
display_sysexes();
display_patch_changes ();
_marked_for_selection.clear ();
_marked_for_velocity.clear ();
_pending_note_selection.clear ();
}
void
MidiRegionView::view_changed()
{
if (!display_enabled()) {
return;
}
if (_active_notes) {
// Currently recording
const samplecnt_t zoom = trackview.editor().get_current_zoom();
if (zoom != _last_display_zoom) {
/* Update resolved canvas notes to reflect changes in zoom without
touching model. Leave active notes (with length max) alone since
they are being extended. */
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
if (i->second->note()->end_time() != std::numeric_limits<Temporal::Beats>::max()) {
update_note(i->second);
}
}
_last_display_zoom = zoom;
}
return;
}
if (!_model) {
return;
}
Note* sus = NULL;
Hit* hit = NULL;
for (Events::iterator i = _events.begin(); i != _events.end(); ) {
NoteBase* cne = i->second;
bool visible;
if (note_in_region_range (cne->note(), visible)) {
if (visible) {
cne->item()->show ();
if ((sus = dynamic_cast<Note*>(cne))) {
update_sustained (sus);
} else if ((hit = dynamic_cast<Hit*>(cne))) {
update_hit (hit);
}
} else {
cne->item()->hide ();
}
} else {
cne->item()->hide ();
}
++i;
}
for (vector<GhostRegion*>::iterator j = ghosts.begin(); j != ghosts.end(); ++j) {
MidiGhostRegion* gr = dynamic_cast<MidiGhostRegion*> (*j);
if (gr && !gr->trackview.hidden()) {
gr->view_changed ();
}
}
update_sysexes();
update_patch_changes ();
}
void
MidiRegionView::display_patch_changes ()
{
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
uint16_t chn_mask = mtv->midi_track()->get_playback_channel_mask();
for (uint8_t i = 0; i < 16; ++i) {
display_patch_changes_on_channel (i, chn_mask & (1 << i));
}
}
/** @param active_channel true to display patch changes fully, false to display
* them `greyed-out' (as on an inactive channel)
*/
void
MidiRegionView::display_patch_changes_on_channel (uint8_t channel, bool active_channel)
{
for (MidiModel::PatchChanges::const_iterator i = _model->patch_changes().begin(); i != _model->patch_changes().end(); ++i) {
std::shared_ptr<PatchChange> p;
if ((*i)->channel() != channel) {
continue;
}
if ((p = find_canvas_patch_change (*i)) != 0) {
const timepos_t region_time = _region->source_beats_to_region_time ((*i)->time());
if (region_time < timepos_t() || region_time >= _region->length()) {
p->hide();
} else {
const timepos_t flag_time = _region->source_beats_to_absolute_time ((*i)->time());
const double flag_x = trackview.editor().time_to_pixel (flag_time);
const double region_x = trackview.editor().time_to_pixel (_region->position());
p->canvas_item()->set_position (ArdourCanvas::Duple (flag_x-region_x, 1.0));
p->update_name ();
p->show();
}
} else {
add_canvas_patch_change (*i);
}
}
}
void
MidiRegionView::update_patch_changes ()
{
for (PatchChanges::iterator p = _patch_changes.begin(); p != _patch_changes.end(); ++p) {
std::shared_ptr<PatchChange> pc (p->second);
const timepos_t region_time = _region->source_beats_to_region_time (p->first->time());
if (region_time < timepos_t() || region_time >= _region->length()) {
pc->hide();
} else {
const timepos_t flag_time = _region->source_beats_to_absolute_time (p->first->time());
const double flag_x = trackview.editor().time_to_pixel (flag_time);
const double region_x = trackview.editor().time_to_pixel (_region->position());
pc->canvas_item()->set_position (ArdourCanvas::Duple (flag_x-region_x, 1.0));
pc->update_name ();
pc->show();
}
}
}
void
MidiRegionView::display_sysexes()
{
bool have_periodic_system_messages = false;
bool display_periodic_messages = true;
if (!UIConfiguration::instance().get_never_display_periodic_midi()) {
for (MidiModel::SysExes::const_iterator i = _model->sysexes().begin(); i != _model->sysexes().end(); ++i) {
if ((*i)->is_spp() || (*i)->is_mtc_quarter() || (*i)->is_mtc_full()) {
have_periodic_system_messages = true;
break;
}
}
if (have_periodic_system_messages) {
double zoom = trackview.editor().get_current_zoom (); // samples per pixel
/* get an approximate value for the number of samples per video frame */
double video_frame = trackview.session()->sample_rate() * (1.0/30);
/* if we are zoomed out beyond than the cutoff (i.e. more
* samples per pixel than samples per 4 video frames), don't
* show periodic sysex messages.
*/
if (zoom > (video_frame*4)) {
display_periodic_messages = false;
}
}
} else {
display_periodic_messages = false;
}
const std::shared_ptr<MidiRegion> mregion (midi_region());
for (MidiModel::SysExes::const_iterator i = _model->sysexes().begin(); i != _model->sysexes().end(); ++i) {
MidiModel::SysExPtr sysex_ptr = *i;
timepos_t time = timepos_t (sysex_ptr->time());
if ((*i)->is_spp() || (*i)->is_mtc_quarter() || (*i)->is_mtc_full()) {
if (!display_periodic_messages) {
continue;
}
}
ostringstream str;
str << hex;
for (uint32_t b = 0; b < (*i)->size(); ++b) {
str << int((*i)->buffer()[b]);
if (b != (*i)->size() -1) {
str << " ";
}
}
string text = str.str();
const double x = trackview.editor().time_to_pixel (_region->source_beats_to_region_time (time.beats()));
double height = midi_stream_view()->contents_height();
// CAIROCANVAS: no longer passing *i (the sysex event) to the
// SysEx canvas object!!!
std::shared_ptr<SysEx> sysex = find_canvas_sys_ex (sysex_ptr);
if (!sysex) {
sysex = std::shared_ptr<SysEx>(
new SysEx (*this, _note_group, text, height, x, 1.0, sysex_ptr));
_sys_exes.insert (make_pair (sysex_ptr, sysex));
} else {
sysex->set_height (height);
sysex->item().set_position (ArdourCanvas::Duple (x, 1.0));
}
// Show unless message is beyond the region bounds
if (_region->source_relative_position (time) >= _region->length() || time < _region->start()) {
sysex->hide();
} else {
sysex->show();
}
}
}
void
MidiRegionView::update_sysexes ()
{
double height = midi_stream_view()->contents_height();
for (SysExes::iterator s = _sys_exes.begin(); s != _sys_exes.end(); ++s) {
const timepos_t time (s->first->time());
std::shared_ptr<SysEx> sysex (s->second);
// Show unless message is beyond the region bounds
if (_region->source_relative_position (time) >= _region->length() || time < _region->start()) {
sysex->hide();
continue;
} else {
sysex->show();
}
const double x = trackview.editor().time_to_pixel (_region->source_beats_to_region_time (time.beats()));
sysex->set_height (height);
sysex->item().set_position (ArdourCanvas::Duple (x, 1.0));
}
}
MidiRegionView::~MidiRegionView ()
{
in_destructor = true;
hide_verbose_cursor ();
delete _list_editor;
RegionViewGoingAway (this); /* EMIT_SIGNAL */
if (_active_notes) {
end_write();
}
_entered_note = 0;
clear_events ();
delete _note_group;
delete _note_diff_command;
delete _step_edit_cursor;
}
void
MidiRegionView::region_resized (const PropertyChange& what_changed)
{
RegionView::region_resized(what_changed); // calls RegionView::set_duration()
}
void
MidiRegionView::reset_width_dependent_items (double pixel_width)
{
RegionView::reset_width_dependent_items(pixel_width);
view_changed ();
bool hide_all = false;
PatchChanges::iterator x = _patch_changes.begin();
if (x != _patch_changes.end()) {
hide_all = x->second->width() >= _pixel_width;
}
if (hide_all) {
for (; x != _patch_changes.end(); ++x) {
x->second->hide();
}
}
move_step_edit_cursor (_step_edit_cursor_position);
set_step_edit_cursor_width (_step_edit_cursor_width);
}
void
MidiRegionView::set_height (double height)
{
double old_height = _height;
RegionView::set_height(height);
apply_note_range (midi_stream_view()->lowest_note(),
midi_stream_view()->highest_note(),
height != old_height);
if (name_text) {
name_text->raise_to_top();
}
for (PatchChanges::iterator x = _patch_changes.begin(); x != _patch_changes.end(); ++x) {
(*x).second->set_height (midi_stream_view()->contents_height());
}
if (_step_edit_cursor) {
_step_edit_cursor->set_y1 (midi_stream_view()->contents_height());
}
}
/** Apply the current note range from the stream view
* by repositioning/hiding notes as necessary
*/
void
MidiRegionView::apply_note_range (uint8_t min, uint8_t max, bool force)
{
if (!force && _current_range_min == min && _current_range_max == max) {
return;
}
_current_range_min = min;
_current_range_max = max;
view_changed ();
}
GhostRegion*
MidiRegionView::add_ghost (TimeAxisView& tv)
{
double unit_position = trackview.editor().time_to_pixel (_region->position ());
MidiTimeAxisView* mtv = dynamic_cast<MidiTimeAxisView*>(&tv);
MidiGhostRegion* ghost;
if (mtv && mtv->midi_view()) {
return 0;
} else {
AutomationTimeAxisView* atv = dynamic_cast<AutomationTimeAxisView*>(&tv);
if (atv && atv->parameter() == Evoral::Parameter (MidiVelocityAutomation)) {
ghost = new VelocityGhostRegion (*this, tv, trackview, unit_position);
} else {
ghost = new MidiGhostRegion (*this, tv, trackview, unit_position);
}
}
ghost->set_colors ();
ghost->set_height ();
ghost->set_duration (_region->length().samples() / samples_per_pixel);
for (auto const & i : _events) {
ghost->add_note (i.second);
}
ghosts.push_back (ghost);
return ghost;
}
/** Begin tracking note state for successive calls to add_event
*/
void
MidiRegionView::begin_write()
{
if (_active_notes) {
delete[] _active_notes;
}
_active_notes = new Note*[128];
for (unsigned i = 0; i < 128; ++i) {
_active_notes[i] = 0;
}
}
/** Destroy note state for add_event
*/
void
MidiRegionView::end_write()
{
delete[] _active_notes;
_active_notes = 0;
_marked_for_selection.clear();
_marked_for_velocity.clear();
}
/** Extend active notes to rightmost edge of region (if length is changed)
*/
void
MidiRegionView::extend_active_notes()
{
if (!_active_notes) {
return;
}
for (unsigned i = 0; i < 128; ++i) {
if (_active_notes[i]) {
_active_notes[i]->set_x1 (trackview.editor().duration_to_pixels (_region->length()));
}
}
}
void
MidiRegionView::play_midi_note(std::shared_ptr<NoteType> note)
{
if (_no_sound_notes || !UIConfiguration::instance().get_sound_midi_notes()) {
return;
}
RouteUI* route_ui = dynamic_cast<RouteUI*> (&trackview);
if (!route_ui || !route_ui->midi_track()) {
return;
}
NotePlayer* np = new NotePlayer (route_ui->midi_track ());
np->add (note);
np->play ();
/* NotePlayer deletes itself */
}
void
MidiRegionView::start_playing_midi_note(std::shared_ptr<NoteType> note)
{
const std::vector< std::shared_ptr<NoteType> > notes(1, note);
start_playing_midi_chord(notes);
}
void
MidiRegionView::start_playing_midi_chord (vector<std::shared_ptr<NoteType> > notes)
{
if (_no_sound_notes || !UIConfiguration::instance().get_sound_midi_notes()) {
return;
}
RouteUI* route_ui = dynamic_cast<RouteUI*> (&trackview);
if (!route_ui || !route_ui->midi_track()) {
return;
}
NotePlayer* player = new NotePlayer (route_ui->midi_track());
for (vector<std::shared_ptr<NoteType> >::iterator n = notes.begin(); n != notes.end(); ++n) {
player->add (*n);
}
player->play ();
}
bool
MidiRegionView::note_in_region_time_range (const std::shared_ptr<NoteType> note) const
{
const std::shared_ptr<ARDOUR::MidiRegion> midi_reg = midi_region();
return (timepos_t (note->time()) >= _region->start()) && (timepos_t (note->time()) < _region->start() + _region->length());
}
bool
MidiRegionView::note_in_region_range (const std::shared_ptr<NoteType> note, bool& visible) const
{
const std::shared_ptr<ARDOUR::MidiRegion> midi_reg = midi_region();
const bool outside = !note_in_region_time_range (note);
visible = (note->note() >= _current_range_min) && (note->note() <= _current_range_max);
return !outside;
}
void
MidiRegionView::update_note (NoteBase* note, bool update_ghost_regions)
{
Note* sus = NULL;
Hit* hit = NULL;
if ((sus = dynamic_cast<Note*>(note))) {
update_sustained(sus, update_ghost_regions);
} else if ((hit = dynamic_cast<Hit*>(note))) {
update_hit(hit, update_ghost_regions);
}
}
/** Update a canvas note's size from its model note.
* @param ev Canvas note to update.
* @param update_ghost_regions true to update the note in any ghost regions that we have, otherwise false.
*/
void
MidiRegionView::update_sustained (Note* ev, bool update_ghost_regions)
{
const std::shared_ptr<ARDOUR::MidiRegion> mr = midi_region();
std::shared_ptr<NoteType> note = ev->note();
const timepos_t note_start (note->time());
timepos_t note_end (note->end_time());
/* The note is drawn as a child item of this region view, so its
* coordinate system is relative to the region view. This means that x0
* and x1 are pixel offsets relative to beginning of the region (view)
*/
/* compute absolute time where the start of the source is
*/
const timepos_t session_source_start = _region->source_position();
/* this computes the number of samples from the start of the region of the start of the
* note. We add the source start to get to the absolute time of the
* note, then subtract the start of the region
*/
const samplepos_t note_start_samples = _region->position().distance ((note_start + session_source_start)).samples();
const double x0 = trackview.editor().sample_to_pixel (note_start_samples);
double x1;
const double y0 = 1 + floor(note_to_y(note->note()));
double y1;
if (note->length() == Temporal::Beats()) {
/* special case actual zero-length notes */
x1 = x0 + 1.;
} else if (note->end_time() != std::numeric_limits<Temporal::Beats>::max()) {
/* normal note */
const Temporal::Beats source_end ((_region->start() + _region->length()).beats());
if (note->end_time() > source_end) {
note_end = timepos_t (source_end);
}
const samplepos_t note_end_samples = _region->position().distance ((note_end + session_source_start)).samples();
x1 = std::max(1., trackview.editor().sample_to_pixel (note_end_samples));
} else {
/* nascent note currently being recorded, noteOff has not yet arrived */
x1 = std::max(1., trackview.editor().duration_to_pixels (_region->length()));
}
y1 = y0 + std::max(1., floor(note_height()) - 1);
ev->set (ArdourCanvas::Rect (x0, y0, x1, y1));
ev->set_velocity (note->velocity()/127.0);
if (note->end_time() == std::numeric_limits<Temporal::Beats>::max()) {
if (_active_notes && note->note() < 128) {
Note* const old_rect = _active_notes[note->note()];
if (old_rect) {
/* There is an active note on this key, so we have a stuck
note. Finish the old rectangle here. */
old_rect->set_x1 (x1);
old_rect->set_outline_all ();
}
_active_notes[note->note()] = ev;
}
/* outline all but right edge */
ev->set_outline_what (ArdourCanvas::Rectangle::What (
ArdourCanvas::Rectangle::TOP|
ArdourCanvas::Rectangle::LEFT|
ArdourCanvas::Rectangle::BOTTOM));
} else {
/* outline all edges */
ev->set_outline_all ();
}
// Update color in case velocity has changed
const uint32_t base_col = ev->base_color();
ev->set_fill_color(base_col);
ev->set_outline_color(ev->calculate_outline(base_col, ev->selected()));
}
void
MidiRegionView::update_hit (Hit* ev, bool update_ghost_regions)
{
std::shared_ptr<NoteType> note = ev->note();
const timepos_t note_time = _region->source_beats_to_absolute_time (note->time());
const double x = trackview.editor().time_to_pixel(note_time) - trackview.editor().time_to_pixel (_region->position());
const double diamond_size = std::max(1., floor(note_height()) - 2.);
const double y = 1.5 + floor(note_to_y(note->note())) + diamond_size * .5;
// see DnD note in MidiRegionView::apply_note_range() above
if (y <= 0 || y >= _height) {
ev->hide();
} else {
ev->show();
}
ev->set_position (ArdourCanvas::Duple (x, y));
ev->set_height (diamond_size);
// Update color in case velocity has changed
const uint32_t base_col = ev->base_color();
ev->set_fill_color(base_col);
ev->set_outline_color(ev->calculate_outline(base_col, ev->selected()));
}
/** Add a MIDI note to the view (with length).
*
* If in sustained mode, notes with an end at numeric_limits<Beats>::max() will be
* considered active notes, and resolve_note should be called when the
* corresponding note off event arrives, to properly display the note.
*/
NoteBase*
MidiRegionView::add_note(const std::shared_ptr<NoteType> note, bool visible)
{
NoteBase* event = 0;
if (midi_view()->note_mode() == Sustained) {
Note* ev_rect = new Note (*this, _note_group, note); // XXX may leak
update_sustained (ev_rect);
event = ev_rect;
} else if (midi_view()->note_mode() == Percussive) {
const double diamond_size = std::max(1., floor(note_height()) - 2.);
Hit* ev_diamond = new Hit (*this, _note_group, diamond_size, note); // XXX may leak
update_hit (ev_diamond);
event = ev_diamond;
} else {
event = 0;
}
if (event) {
MidiGhostRegion* gr;
for (std::vector<GhostRegion*>::iterator g = ghosts.begin(); g != ghosts.end(); ++g) {
if ((gr = dynamic_cast<MidiGhostRegion*>(*g)) != 0) {
gr->add_note(event);
}
}
if (_select_all_notes_after_add) {
note_selected (event, true);
} else {
if (_marked_for_selection.find(note) != _marked_for_selection.end()) {
note_selected (event, false);
}
}
if (_marked_for_velocity.find(note) != _marked_for_velocity.end()) {
event->show_velocity();
}
event->on_channel_selection_change (get_selected_channels());
_events.insert (make_pair (event->note(), event));
if (visible) {
event->show();
} else {
event->hide ();
}
}
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
MidiStreamView* const view = mtv->midi_view();
view->update_note_range (note->note());
return event;
}
void
MidiRegionView::step_add_note (uint8_t channel, uint8_t number, uint8_t velocity,
Temporal::Beats pos, Temporal::Beats len)
{
std::shared_ptr<NoteType> new_note (new NoteType (channel, pos, len, number, velocity));
/* potentially extend region to hold new note */
timepos_t note_end = _region->source_beats_to_absolute_time (new_note->end_time());
timepos_t region_end = _region->nt_last();
if (note_end > region_end) {
_region->set_length (timecnt_t (note_end.earlier (_region->position()), timepos_t()));
}
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
MidiStreamView* const view = mtv->midi_view();
view->update_note_range(new_note->note());
_marked_for_selection.clear ();
start_note_diff_command (_("step add"));
clear_selection_internal ();
note_diff_add_note (new_note, true, false);
apply_note_diff();
// last_step_edit_note = new_note;
}
void
MidiRegionView::step_sustain (Temporal::Beats beats)
{
change_note_lengths (false, false, beats, false, true);
}
/** Add a new patch change flag to the canvas.
* @param patch the patch change to add
* @param the text to display in the flag
* @param active_channel true to display the flag as on an active channel, false to grey it out for an inactive channel.
*/
void
MidiRegionView::add_canvas_patch_change (MidiModel::PatchChangePtr patch)
{
timecnt_t off (_region->source_beats_to_region_time (patch->time()), _region->position());
const double x = trackview.editor().duration_to_pixels (off);
double const height = midi_stream_view()->contents_height();
// CAIROCANVAS: active_channel info removed from PatcChange constructor
// so we need to do something more sophisticated to keep its color
// appearance (MidiPatchChangeFill/MidiPatchChangeInactiveChannelFill)
// up to date.
std::shared_ptr<PatchChange> patch_change = std::shared_ptr<PatchChange>(
new PatchChange(*this, group,
height, x, 1.0,
instrument_info(),
patch,
_patch_change_outline,
_patch_change_fill)
);
_patch_changes.insert (make_pair (patch, patch_change));
}
void
MidiRegionView::remove_canvas_patch_change (PatchChange* pc)
{
/* remove the canvas item */
for (PatchChanges::iterator x = _patch_changes.begin(); x != _patch_changes.end(); ++x) {
if (x->second->patch() == pc->patch()) {
_patch_changes.erase (x);
break;
}
}
}
MIDI::Name::PatchPrimaryKey
MidiRegionView::patch_change_to_patch_key (MidiModel::PatchChangePtr p)
{
return MIDI::Name::PatchPrimaryKey (p->program(), p->bank());
}
/// Return true iff @p pc applies to the given time on the given channel.
static bool
patch_applies (const ARDOUR::MidiModel::constPatchChangePtr pc, Temporal::Beats time, uint8_t channel)
{
return pc->time() <= time && pc->channel() == channel;
}
void
MidiRegionView::get_patch_key_at (Temporal::Beats time, uint8_t channel, MIDI::Name::PatchPrimaryKey& key) const
{
// The earliest event not before time
MidiModel::PatchChanges::iterator i = _model->patch_change_lower_bound (time);
// Go backwards until we find the latest PC for this channel, or the start
while (i != _model->patch_changes().begin() &&
(i == _model->patch_changes().end() ||
!patch_applies(*i, time, channel))) {
--i;
}
if (i != _model->patch_changes().end() && patch_applies(*i, time, channel)) {
key.set_bank((*i)->bank());
key.set_program((*i)->program ());
} else {
key.set_bank(0);
key.set_program(0);
}
}
void
MidiRegionView::change_patch_change (PatchChange& pc, const MIDI::Name::PatchPrimaryKey& new_patch)
{
string name = _("alter patch change");
MidiModel::PatchChangeDiffCommand* c = _model->new_patch_change_diff_command (name);
if (pc.patch()->program() != new_patch.program()) {
c->change_program (pc.patch (), new_patch.program());
}
int const new_bank = new_patch.bank();
if (pc.patch()->bank() != new_bank) {
c->change_bank (pc.patch (), new_bank);
}
_model->apply_diff_command_as_commit (*trackview.session(), c);
remove_canvas_patch_change (&pc);
display_patch_changes ();
}
void
MidiRegionView::change_patch_change (MidiModel::PatchChangePtr old_change, const Evoral::PatchChange<Temporal::Beats> & new_change)
{
string name = _("alter patch change");
MidiModel::PatchChangeDiffCommand* c = _model->new_patch_change_diff_command (name);
if (old_change->time() != new_change.time()) {
c->change_time (old_change, new_change.time());
}
if (old_change->channel() != new_change.channel()) {
c->change_channel (old_change, new_change.channel());
}
if (old_change->program() != new_change.program()) {
c->change_program (old_change, new_change.program());
}
if (old_change->bank() != new_change.bank()) {
c->change_bank (old_change, new_change.bank());
}
_model->apply_diff_command_as_commit (*trackview.session(), c);
for (PatchChanges::iterator x = _patch_changes.begin(); x != _patch_changes.end(); ++x) {
if (x->second->patch() == old_change) {
_patch_changes.erase (x);
break;
}
}
display_patch_changes ();
}
/** Add a patch change to the region.
* @param t Time in samples relative to region position
* @param patch Patch to add; time and channel are ignored (time is converted from t, and channel comes from
* MidiTimeAxisView::get_preferred_midi_channel())
*/
void
MidiRegionView::add_patch_change (timecnt_t const & t, Evoral::PatchChange<Temporal::Beats> const & patch)
{
string name = _("add patch change");
MidiModel::PatchChangeDiffCommand* c = _model->new_patch_change_diff_command (name);
c->add (MidiModel::PatchChangePtr (
new Evoral::PatchChange<Temporal::Beats>
(_region->source_relative_position (_region->position() + t).beats(),
patch.channel(), patch.program(), patch.bank())));
_model->apply_diff_command_as_commit (*trackview.session(), c);
display_patch_changes ();
}
void
MidiRegionView::move_patch_change (PatchChange& pc, Temporal::Beats t)
{
MidiModel::PatchChangeDiffCommand* c = _model->new_patch_change_diff_command (_("move patch change"));
c->change_time (pc.patch (), t);
_model->apply_diff_command_as_commit (*trackview.session(), c);
display_patch_changes ();
}
void
MidiRegionView::delete_patch_change (PatchChange* pc)
{
MidiModel::PatchChangeDiffCommand* c = _model->new_patch_change_diff_command (_("delete patch change"));
c->remove (pc->patch ());
_model->apply_diff_command_as_commit (*trackview.session(), c);
remove_canvas_patch_change (pc);
display_patch_changes ();
}
void
MidiRegionView::step_patch (PatchChange& patch, bool bank, int delta)
{
MIDI::Name::PatchPrimaryKey key = patch_change_to_patch_key(patch.patch());
if (bank) {
key.set_bank(key.bank() + delta);
} else {
key.set_program(key.program() + delta);
}
change_patch_change(patch, key);
}
void
MidiRegionView::note_deleted (NoteBase* cne)
{
if (_entered_note && cne == _entered_note) {
_entered_note = 0;
}
if (_selection.empty()) {
return;
}
_selection.erase (cne);
}
void
MidiRegionView::delete_selection()
{
if (_selection.empty()) {
return;
}
if (trackview.editor().drags()->active()) {
return;
}
start_note_diff_command (_("delete selection"));
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if ((*i)->selected()) {
_note_diff_command->remove((*i)->note());
}
}
_selection.clear();
apply_note_diff ();
hide_verbose_cursor ();
}
void
MidiRegionView::delete_note (std::shared_ptr<NoteType> n)
{
start_note_diff_command (_("delete note"));
_note_diff_command->remove (n);
apply_note_diff ();
hide_verbose_cursor ();
}
void
MidiRegionView::clear_selection ()
{
clear_note_selection ();
_mouse_state = None;
}
void
MidiRegionView::clear_selection_internal ()
{
DEBUG_TRACE(DEBUG::Selection, "MRV::clear_selection_internal\n");
for (auto & sel : _selection) {
sel->set_selected(false);
sel->hide_velocity();
sync_ghost_selection (sel);
}
_selection.clear();
}
void
MidiRegionView::clear_note_selection ()
{
clear_selection_internal ();
PublicEditor& editor(trackview.editor());
editor.get_selection().remove (this);
}
void
MidiRegionView::unique_select(NoteBase* ev)
{
clear_selection ();
add_to_selection(ev);
}
void
MidiRegionView::select_all_notes ()
{
PBD::Unwinder<bool> uw (_no_sound_notes, true);
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
add_to_selection (i->second);
}
}
void
MidiRegionView::select_range (timepos_t const & start, timepos_t const & end)
{
PBD::Unwinder<bool> uw (_no_sound_notes, true);
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
timepos_t t = _region->source_beats_to_absolute_time (i->first->time());
if (t >= start && t <= end) {
add_to_selection (i->second);
}
}
}
void
MidiRegionView::extend_selection ()
{
if (_selection.empty()) {
return;
}
PBD::Unwinder<bool> uw (_no_sound_notes, true);
/* find end of current selection */
timepos_t first_note_start = timepos_t::max (BeatTime);
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
timepos_t e (_region->source_beats_to_absolute_beats ((*i)->note()->time()));
if (e < first_note_start) {
first_note_start = e;
}
}
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
timepos_t t (_region->source_beats_to_absolute_beats(i->first->time()));
if (i->second->selected()) {
continue;
}
if (t >= first_note_start) {
add_to_selection (i->second);
}
}
}
void
MidiRegionView::invert_selection ()
{
PBD::Unwinder<bool> uw (_no_sound_notes, true);
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
if (i->second->selected()) {
remove_from_selection(i->second);
} else {
add_to_selection (i->second);
}
}
}
/** Used for selection undo/redo.
The requested notes most likely won't exist in the view until the next model redisplay.
*/
void
MidiRegionView::select_notes (list<Evoral::event_id_t> notes, bool allow_audition)
{
NoteBase* cne;
list<Evoral::event_id_t>::iterator n;
PBD::Unwinder<bool> uw (_no_sound_notes, allow_audition ? _no_sound_notes : true);
for (n = notes.begin(); n != notes.end(); ++n) {
if ((cne = find_canvas_note(*n)) != 0) {
add_to_selection (cne);
} else {
_pending_note_selection.insert(*n);
}
}
}
void
MidiRegionView::select_matching_notes (uint8_t notenum, uint16_t channel_mask, bool add, bool extend)
{
bool have_selection = !_selection.empty();
uint8_t low_note = 127;
uint8_t high_note = 0;
MidiModel::Notes& notes (_model->notes());
_optimization_iterator = _events.begin();
if (extend && !have_selection) {
extend = false;
}
/* scan existing selection to get note range */
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if ((*i)->note()->note() < low_note) {
low_note = (*i)->note()->note();
}
if ((*i)->note()->note() > high_note) {
high_note = (*i)->note()->note();
}
}
if (!add) {
if (!extend && (low_note == high_note) && (high_note == notenum)) {
/* only note previously selected is the one we are
* reselecting. treat this as cancelling the selection.
*/
return;
}
}
if (extend) {
low_note = min (low_note, notenum);
high_note = max (high_note, notenum);
}
PBD::Unwinder<bool> uw (_no_sound_notes, true);
for (MidiModel::Notes::iterator n = notes.begin(); n != notes.end(); ++n) {
std::shared_ptr<NoteType> note (*n);
NoteBase* cne;
bool select = false;
if (((1 << note->channel()) & channel_mask) != 0) {
if (extend) {
if ((note->note() >= low_note && note->note() <= high_note)) {
select = true;
}
} else if (note->note() == notenum) {
select = true;
}
}
if (select) {
if ((cne = find_canvas_note (note)) != 0) {
// extend is false because we've taken care of it,
// since it extends by time range, not pitch.
note_selected (cne, add, false);
}
}
add = true; // we need to add all remaining matching notes, even if the passed in value was false (for "set")
}
}
void
MidiRegionView::toggle_matching_notes (uint8_t notenum, uint16_t channel_mask)
{
MidiModel::Notes& notes (_model->notes());
_optimization_iterator = _events.begin();
for (MidiModel::Notes::iterator n = notes.begin(); n != notes.end(); ++n) {
std::shared_ptr<NoteType> note (*n);
NoteBase* cne;
if (note->note() == notenum && (((0x0001 << note->channel()) & channel_mask) != 0)) {
if ((cne = find_canvas_note (note)) != 0) {
if (cne->selected()) {
note_deselected (cne);
} else {
note_selected (cne, true, false);
}
}
}
}
}
void
MidiRegionView::note_selected (NoteBase* ev, bool add, bool extend)
{
if (!extend) {
if (!add) {
clear_selection_internal ();
}
add_to_selection (ev);
return;
} else {
/* find end of latest note selected, select all between that and the start of "ev" */
Temporal::Beats earliest = std::numeric_limits<Temporal::Beats>::max();
Temporal::Beats latest = Temporal::Beats();
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if ((*i)->note()->end_time() > latest) {
latest = (*i)->note()->end_time();
}
if ((*i)->note()->time() < earliest) {
earliest = (*i)->note()->time();
}
}
if (ev->note()->end_time() > latest) {
latest = ev->note()->end_time();
}
if (ev->note()->time() < earliest) {
earliest = ev->note()->time();
}
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
/* find notes entirely within OR spanning the earliest..latest range */
if ((i->first->time() >= earliest && i->first->end_time() <= latest) ||
(i->first->time() <= earliest && i->first->end_time() >= latest)) {
add_to_selection (i->second);
}
}
}
}
void
MidiRegionView::note_deselected(NoteBase* ev)
{
remove_from_selection (ev);
}
void
MidiRegionView::update_drag_selection(timepos_t const & start, timepos_t const & end, double gy0, double gy1, bool extend)
{
PublicEditor& editor = trackview.editor();
// Convert to local coordinates
const double y = midi_view()->y_position();
const double x0 = editor.sample_to_pixel_unrounded (max<samplepos_t>(0, _region->region_relative_position (start).samples()));
const double x1 = editor.sample_to_pixel_unrounded (max<samplepos_t>(0, _region->region_relative_position (end).samples()));
const double y0 = max(0.0, gy0 - y);
const double y1 = max(0.0, gy1 - y);
// TODO: Make this faster by storing the last updated selection rect, and only
// adjusting things that are in the area that appears/disappeared.
// We probably need a tree to be able to find events in O(log(n)) time.
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
if (i->second->x0() < x1 && i->second->x1() > x0 && i->second->y0() < y1 && i->second->y1() > y0) {
// Rectangles intersect
if (!i->second->selected()) {
add_to_selection (i->second);
}
} else if (i->second->selected() && !extend) {
// Rectangles do not intersect
remove_from_selection (i->second);
}
}
typedef RouteTimeAxisView::AutomationTracks ATracks;
typedef std::list<Selectable*> Selectables;
/* Add control points to selection. */
const ATracks& atracks = midi_view()->automation_tracks();
Selectables selectables;
editor.get_selection().clear_points();
timepos_t st (start);
timepos_t et (end);
for (ATracks::const_iterator a = atracks.begin(); a != atracks.end(); ++a) {
a->second->get_selectables (st, et, gy0, gy1, selectables);
for (Selectables::const_iterator s = selectables.begin(); s != selectables.end(); ++s) {
ControlPoint* cp = dynamic_cast<ControlPoint*>(*s);
if (cp) {
editor.get_selection().add(cp);
}
}
a->second->set_selected_points(editor.get_selection().points);
}
}
void
MidiRegionView::update_vertical_drag_selection (double y1, double y2, bool extend)
{
if (y1 > y2) {
swap (y1, y2);
}
// TODO: Make this faster by storing the last updated selection rect, and only
// adjusting things that are in the area that appears/disappeared.
// We probably need a tree to be able to find events in O(log(n)) time.
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
if ((i->second->y1() >= y1 && i->second->y1() <= y2)) {
// within y- (note-) range
if (!i->second->selected()) {
add_to_selection (i->second);
}
} else if (i->second->selected() && !extend) {
remove_from_selection (i->second);
}
}
}
void
MidiRegionView::remove_from_selection (NoteBase* ev)
{
Selection::iterator i = _selection.find (ev);
if (i != _selection.end()) {
_selection.erase (i);
}
ev->set_selected (false);
ev->hide_velocity ();
sync_ghost_selection (ev);
if (_selection.empty()) {
PublicEditor& editor (trackview.editor());
editor.get_selection().remove (this);
}
}
void
MidiRegionView::set_selected (bool selected)
{
if (!selected) {
clear_selection_internal ();
}
RegionView::set_selected (selected);
}
void
MidiRegionView::add_to_selection (NoteBase* ev)
{
if (_selection.empty()) {
/* we're about to select a note/some notes. Obey rule that only
* 1 thing can be selected by clearing any current selection
*/
trackview.editor().get_selection().clear ();
/* first note selected in this region, force Editor region
* selection to this region.
*
* this breaks the "only 1 type of thing selected" rule, but
* having the region selected allows "operations applied to
* selected MIDI regions" to work. And we can only select notes
* when in internal edit mode, so we know that operations will
* only apply to notes anyway, not regions.
*/
trackview.editor().set_selected_midi_region_view (*this);
}
if (_selection.insert (ev).second == true) {
ev->set_selected (true);
start_playing_midi_note ((ev)->note());
sync_ghost_selection (ev);
}
}
void
MidiRegionView::sync_ghost_selection (NoteBase* ev)
{
for (auto & ghost : ghosts) {
MidiGhostRegion* gr;
if ((gr = dynamic_cast<MidiGhostRegion*>(ghost)) != 0) {
gr->note_selected (ev);
}
}
}
Temporal::Beats
MidiRegionView::earliest_in_selection ()
{
Temporal::Beats earliest = std::numeric_limits<Temporal::Beats>::max();
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if ((*i)->note()->time() < earliest) {
earliest = (*i)->note()->time();
}
}
return earliest;
}
void
MidiRegionView::move_selection(timecnt_t const & dx_qn, double dy, double cumulative_dy)
{
typedef vector<std::shared_ptr<NoteType> > PossibleChord;
Editor* editor = dynamic_cast<Editor*> (&trackview.editor());
PossibleChord to_play;
Temporal::Beats earliest = earliest_in_selection();
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
NoteBase* n = *i;
if (n->note()->time() == earliest) {
to_play.push_back (n->note());
}
Temporal::Beats const note_time_qn = _region->source_beats_to_absolute_beats (n->note()->time());
double dx = 0.0;
if (midi_view()->note_mode() == Sustained) {
dx = editor->time_to_pixel_unrounded (timepos_t (note_time_qn + dx_qn.beats()))
- n->item()->item_to_canvas (ArdourCanvas::Duple (n->x0(), 0)).x;
} else {
/* Hit::x0() is offset by _position.x, unlike Note::x0() */
Hit* hit = dynamic_cast<Hit*>(n);
if (hit) {
dx = editor->time_to_pixel_unrounded (timepos_t (note_time_qn + dx_qn.beats()))
- n->item()->item_to_canvas (ArdourCanvas::Duple (((hit->x0() + hit->x1()) / 2.0) - hit->position().x, 0)).x;
}
}
(*i)->move_event(dx, dy);
/* update length */
if (midi_view()->note_mode() == Sustained) {
Note* sus = dynamic_cast<Note*> (*i);
double const len_dx = editor->time_to_pixel_unrounded (timepos_t (note_time_qn) + dx_qn + timecnt_t (n->note()->length()));
sus->set_x1 (n->item()->canvas_to_item (ArdourCanvas::Duple (len_dx, 0)).x);
}
}
if (dy && !_selection.empty() && !_no_sound_notes && UIConfiguration::instance().get_sound_midi_notes()) {
if (to_play.size() > 1) {
PossibleChord shifted;
for (PossibleChord::iterator n = to_play.begin(); n != to_play.end(); ++n) {
std::shared_ptr<NoteType> moved_note (new NoteType (**n));
moved_note->set_note (moved_note->note() + cumulative_dy);
shifted.push_back (moved_note);
}
start_playing_midi_chord (shifted);
} else if (!to_play.empty()) {
std::shared_ptr<NoteType> moved_note (new NoteType (*to_play.front()));
moved_note->set_note (moved_note->note() + cumulative_dy);
start_playing_midi_note (moved_note);
}
}
}
NoteBase*
MidiRegionView::copy_selection (NoteBase* primary)
{
_copy_drag_events.clear ();
if (_selection.empty()) {
return 0;
}
NoteBase* note;
NoteBase* ret = 0;
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
std::shared_ptr<NoteType> g (new NoteType (*((*i)->note())));
if (midi_view()->note_mode() == Sustained) {
Note* n = new Note (*this, _note_group, g);
update_sustained (n, false);
note = n;
} else {
Hit* h = new Hit (*this, _note_group, 10, g);
update_hit (h, false);
note = h;
}
if ((*i) == primary) {
ret = note;
}
_copy_drag_events.push_back (note);
}
return ret;
}
void
MidiRegionView::move_copies (timecnt_t const & dx_qn, double dy, double cumulative_dy)
{
typedef vector<std::shared_ptr<NoteType> > PossibleChord;
Editor* editor = dynamic_cast<Editor*> (&trackview.editor());
PossibleChord to_play;
Temporal::Beats earliest = earliest_in_selection();
for (CopyDragEvents::iterator i = _copy_drag_events.begin(); i != _copy_drag_events.end(); ++i) {
NoteBase* n = *i;
if (n->note()->time() == earliest) {
to_play.push_back (n->note());
}
timepos_t const note_time_qn = _region->source_beats_to_absolute_time (n->note()->time());
double_t dx = 0;
if (midi_view()->note_mode() == Sustained) {
dx = editor->time_to_pixel_unrounded (timepos_t (note_time_qn) + dx_qn)
- n->item()->item_to_canvas (ArdourCanvas::Duple (n->x0(), 0)).x;
} else {
Hit* hit = dynamic_cast<Hit*>(n);
if (hit) {
dx = editor->time_to_pixel_unrounded (timepos_t (note_time_qn) + dx_qn)
- n->item()->item_to_canvas (ArdourCanvas::Duple (((hit->x0() + hit->x1()) / 2.0) - hit->position().x, 0)).x;
}
}
(*i)->move_event(dx, dy);
if (midi_view()->note_mode() == Sustained) {
Note* sus = dynamic_cast<Note*> (*i);
double const len_dx = editor->time_to_pixel_unrounded (timepos_t (note_time_qn) + dx_qn + timecnt_t (n->note()->length()));
sus->set_x1 (n->item()->canvas_to_item (ArdourCanvas::Duple (len_dx, 0)).x);
}
}
if (dy && !_copy_drag_events.empty() && !_no_sound_notes && UIConfiguration::instance().get_sound_midi_notes()) {
if (to_play.size() > 1) {
PossibleChord shifted;
for (PossibleChord::iterator n = to_play.begin(); n != to_play.end(); ++n) {
std::shared_ptr<NoteType> moved_note (new NoteType (**n));
moved_note->set_note (moved_note->note() + cumulative_dy);
shifted.push_back (moved_note);
}
start_playing_midi_chord (shifted);
} else if (!to_play.empty()) {
std::shared_ptr<NoteType> moved_note (new NoteType (*to_play.front()));
moved_note->set_note (moved_note->note() + cumulative_dy);
start_playing_midi_note (moved_note);
}
}
}
void
MidiRegionView::note_dropped(NoteBase *, timecnt_t const & d_qn, int8_t dnote, bool copy)
{
uint8_t lowest_note_in_selection = 127;
uint8_t highest_note_in_selection = 0;
uint8_t highest_note_difference = 0;
if (!copy) {
// find highest and lowest notes first
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
uint8_t pitch = (*i)->note()->note();
lowest_note_in_selection = std::min(lowest_note_in_selection, pitch);
highest_note_in_selection = std::max(highest_note_in_selection, pitch);
}
/*
cerr << "dnote: " << (int) dnote << endl;
cerr << "lowest note (streamview): " << int(midi_stream_view()->lowest_note())
<< " highest note (streamview): " << int(midi_stream_view()->highest_note()) << endl;
cerr << "lowest note (selection): " << int(lowest_note_in_selection) << " highest note(selection): "
<< int(highest_note_in_selection) << endl;
cerr << "selection size: " << _selection.size() << endl;
cerr << "Highest note in selection: " << (int) highest_note_in_selection << endl;
*/
// Make sure the note pitch does not exceed the MIDI standard range
if (highest_note_in_selection + dnote > 127) {
highest_note_difference = highest_note_in_selection - 127;
}
start_note_diff_command (_("move notes"));
for (auto & sel : _selection) {
Temporal::Beats new_time = sel->note()->time() + d_qn.beats ();
if (new_time < Temporal::Beats()) {
continue;
}
note_diff_add_change (sel, MidiModel::NoteDiffCommand::StartTime, new_time);
uint8_t original_pitch = sel->note()->note();
uint8_t new_pitch = original_pitch + dnote - highest_note_difference;
// keep notes in standard midi range
clamp_to_0_127(new_pitch);
lowest_note_in_selection = std::min(lowest_note_in_selection, new_pitch);
highest_note_in_selection = std::max(highest_note_in_selection, new_pitch);
note_diff_add_change (sel, MidiModel::NoteDiffCommand::NoteNumber, new_pitch);
}
} else {
clear_selection_internal ();
for (CopyDragEvents::iterator i = _copy_drag_events.begin(); i != _copy_drag_events.end(); ++i) {
uint8_t pitch = (*i)->note()->note();
lowest_note_in_selection = std::min(lowest_note_in_selection, pitch);
highest_note_in_selection = std::max(highest_note_in_selection, pitch);
}
// Make sure the note pitch does not exceed the MIDI standard range
if (highest_note_in_selection + dnote > 127) {
highest_note_difference = highest_note_in_selection - 127;
}
start_note_diff_command (_("copy notes"));
for (auto & copy_event : _copy_drag_events) {
/* update time */
Temporal::Beats new_time = copy_event->note()->time() + d_qn.beats();
if (new_time < Temporal::Beats()) {
continue;
}
copy_event->note()->set_time (new_time);
/* update pitch */
uint8_t original_pitch = copy_event->note()->note();
uint8_t new_pitch = original_pitch + dnote - highest_note_difference;
copy_event->note()->set_note (new_pitch);
// keep notes in standard midi range
clamp_to_0_127(new_pitch);
lowest_note_in_selection = std::min(lowest_note_in_selection, new_pitch);
highest_note_in_selection = std::max(highest_note_in_selection, new_pitch);
note_diff_add_note (copy_event->note(), true);
delete copy_event;
}
_copy_drag_events.clear ();
}
apply_note_diff (true /*subcommand, we don't want this to start a new commit*/, copy);
trackview.editor().commit_reversible_command ();
// care about notes being moved beyond the upper/lower bounds on the canvas
if (lowest_note_in_selection < midi_stream_view()->lowest_note() ||
highest_note_in_selection > midi_stream_view()->highest_note()) {
midi_stream_view()->set_note_range (MidiStreamView::ContentsRange);
}
}
/** @param x Pixel relative to the region position.
* @param ensure_snap defaults to false. true = snap always, ignoring snap mode and magnetic snap.
* Used for inverting the snap logic with key modifiers and snap delta calculation.
* @return Snapped time relative to the region position.
*/
timecnt_t
MidiRegionView::snap_pixel_to_time (double x, bool ensure_snap)
{
PublicEditor& editor (trackview.editor());
return snap_region_time_to_region_time (timecnt_t (editor.pixel_to_sample (x)), ensure_snap);
}
/** @param x Pixel relative to the region position.
* @param ensure_snap defaults to false. true = ignore magnetic snap and snap mode (used for snap delta calculation).
* @return Snapped pixel relative to the region position.
*/
double
MidiRegionView::snap_to_pixel(double x, bool ensure_snap)
{
return (double) trackview.editor().sample_to_pixel (snap_pixel_to_time(x, ensure_snap).samples());
}
double
MidiRegionView::get_position_pixels()
{
return trackview.editor().time_to_pixel(get_position());
}
double
MidiRegionView::get_end_position_pixels()
{
const timepos_t end = get_position() + get_duration ();
return trackview.editor().time_to_pixel (end);
}
void
MidiRegionView::begin_resizing (bool /*at_front*/)
{
_resize_data.clear();
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
Note *note = dynamic_cast<Note*> (*i);
// only insert CanvasNotes into the map
if (note) {
NoteResizeData *resize_data = new NoteResizeData();
resize_data->note = note;
// create a new SimpleRect from the note which will be the resize preview
ArdourCanvas::Rectangle *resize_rect = new ArdourCanvas::Rectangle (_note_group,
ArdourCanvas::Rect (note->x0(), note->y0(), note->x0(), note->y1()));
// calculate the colors: get the color settings
uint32_t fill_color = NoteBase::meter_style_fill_color (note->note()->velocity(), true);
// make the resize preview notes more transparent and bright
fill_color = UINT_INTERPOLATE(fill_color, 0xFFFFFF40, 0.5);
// calculate color based on note velocity
resize_rect->set_fill_color (UINT_INTERPOLATE(
NoteBase::meter_style_fill_color(note->note()->velocity(), note->selected()),
fill_color,
0.85));
resize_rect->set_outline_color (NoteBase::calculate_outline (
UIConfiguration::instance().color ("midi note selected outline")));
resize_data->resize_rect = resize_rect;
_resize_data.push_back(resize_data);
}
}
}
/** Update resizing notes while user drags.
* @param primary `primary' note for the drag; ie the one that is used as the reference in non-relative mode.
* @param at_front which end of the note (true == note on, false == note off)
* @param delta_x change in mouse position since the start of the drag
* @param relative true if relative resizing is taking place, false if absolute resizing. This only makes
* a difference when multiple notes are being resized; in relative mode, each note's length is changed by the
* amount of the drag. In non-relative mode, all selected notes are set to have the same start or end point
* as the \a primary note.
* @param snap_delta snap offset of the primary note in pixels. used in SnapRelative SnapDelta mode.
* @param with_snap true if snap is to be used to determine the position, false if no snap is to be used.
*/
void
MidiRegionView::update_resizing (NoteBase* primary, bool at_front, double delta_x, bool relative, double snap_delta, bool with_snap)
{
bool cursor_set = false;
bool const ensure_snap = trackview.editor().snap_mode () != SnapMagnetic;
for (std::vector<NoteResizeData *>::iterator i = _resize_data.begin(); i != _resize_data.end(); ++i) {
ArdourCanvas::Rectangle* resize_rect = (*i)->resize_rect;
Note* canvas_note = (*i)->note;
double current_x;
if (at_front) {
if (relative) {
current_x = canvas_note->x0() + delta_x + snap_delta;
} else {
current_x = primary->x0() + delta_x + snap_delta;
}
} else {
if (relative) {
current_x = canvas_note->x1() + delta_x + snap_delta;
} else {
current_x = primary->x1() + delta_x + snap_delta;
}
}
if (current_x < 0) {
/* This works even with snapping because RegionView::snap_sample_to_sample()
* snaps forward if the snapped sample is before the beginning of the region
*/
current_x = 0;
}
if (current_x > trackview.editor().duration_to_pixels (_region->length())) {
current_x = trackview.editor().duration_to_pixels (_region->length());
}
if (at_front) {
if (with_snap) {
resize_rect->set_x0 (snap_to_pixel (current_x, ensure_snap) - snap_delta);
} else {
resize_rect->set_x0 (current_x - snap_delta);
}
resize_rect->set_x1 (canvas_note->x1());
} else {
if (with_snap) {
resize_rect->set_x1 (snap_to_pixel (current_x, ensure_snap) - snap_delta);
} else {
resize_rect->set_x1 (current_x - snap_delta);
}
resize_rect->set_x0 (canvas_note->x0());
}
if (!cursor_set) {
/* Convert snap delta from pixels to beats. */
timepos_t snap_delta_time = timepos_t (trackview.editor().pixel_to_sample (snap_delta));
Beats snap_delta_beats;
int sign = 1;
/* negative beat offsets aren't allowed */
if (snap_delta_time > 0) {
snap_delta_beats = _region->region_distance_to_region_beats (timecnt_t (snap_delta_time, _region->position()));
} else if (snap_delta_time < 0) {
snap_delta_beats = _region->region_distance_to_region_beats (timecnt_t (-snap_delta_time, _region->position()));
sign = -1;
}
timepos_t snapped_x;
if (with_snap) {
snapped_x = snap_pixel_to_time (current_x, ensure_snap); /* units depend on snap settings */
} else {
snapped_x = timepos_t (trackview.editor ().pixel_to_sample (current_x)); /* probably samples */
}
Temporal::TempoMap::SharedPtr tmap (Temporal::TempoMap::use());
const timepos_t abs_beats (tmap->quarters_at (snapped_x));
const Temporal::Beats src_beats = _region->absolute_time_to_source_beats (abs_beats);
Temporal::Beats len = Temporal::Beats();
if (at_front) {
if (src_beats < canvas_note->note()->end_time()) {
len = canvas_note->note()->time() - src_beats + (snap_delta_beats * sign);
len += canvas_note->note()->length();
}
} else {
if (src_beats >= canvas_note->note()->time()) {
len = src_beats - canvas_note->note()->time() - (snap_delta_beats * sign);
}
}
/* drawn notes must be at least 1/512th note (1/4 note
* divided by 128. But notice that we're not *setting*
* note length here, this is just telling the user how
* long it will be if the drag completes.
*/
len = std::max (Temporal::Beats (0, 128), len);
char buf[16];
/* represent as float frac to help out the user */
snprintf (buf, sizeof (buf), "%.3f beats", len.get_beats() + (len.get_ticks()/(double)Temporal::ticks_per_beat));
show_verbose_cursor (buf, 0, 0);
cursor_set = true;
trackview.editor().set_snapped_cursor_position (snapped_x + midi_region()->position());
}
}
}
/** Finish resizing notes when the user releases the mouse button.
* Parameters the same as for \a update_resizing().
*/
void
MidiRegionView::finish_resizing (NoteBase* primary, bool at_front, double delta_x, bool relative, double snap_delta, bool with_snap)
{
_note_diff_command = _model->new_note_diff_command (_("resize notes")); /* we are a subcommand, so we don't want to use start_note_diff() which begins a new command */
/* XX why doesn't snap_pixel_to_sample() handle this properly? */
bool const ensure_snap = trackview.editor().snap_mode () != SnapMagnetic;
for (std::vector<NoteResizeData *>::iterator i = _resize_data.begin(); i != _resize_data.end(); ++i) {
Note* canvas_note = (*i)->note;
ArdourCanvas::Rectangle* resize_rect = (*i)->resize_rect;
/* Get the new x position for this resize, which is in pixels relative
* to the region position.
*/
double current_x;
if (at_front) {
if (relative) {
current_x = canvas_note->x0() + delta_x + snap_delta;
} else {
current_x = primary->x0() + delta_x + snap_delta;
}
} else {
if (relative) {
current_x = canvas_note->x1() + delta_x + snap_delta;
} else {
current_x = primary->x1() + delta_x + snap_delta;
}
}
if (current_x < 0) {
current_x = 0;
}
if (current_x > trackview.editor().duration_to_pixels (_region->length())) {
current_x = trackview.editor().duration_to_pixels (_region->length());
}
/* Convert snap delta from pixels to beats with sign. */
timepos_t snap_delta_time (trackview.editor().pixel_to_sample (snap_delta));
Temporal::Beats snap_delta_beats;
int sign = 1;
if (snap_delta_time.is_positive()) {
snap_delta_beats = _region->region_distance_to_region_beats (timecnt_t (snap_delta_time, _region->position()));
} else if (snap_delta_time.is_negative()) {
snap_delta_beats = _region->region_distance_to_region_beats (timecnt_t (-snap_delta_time, _region->position()));
sign = -1;
}
/* Convert the new x position to a position within the source */
timecnt_t current_time;
if (with_snap) {
current_time = snap_pixel_to_time (current_x, ensure_snap);
} else {
current_time = timecnt_t (trackview.editor().pixel_to_sample (current_x));
}
/* and then to beats */
const Temporal::Beats src_beats = _region->absolute_time_to_source_beats (_region->position() + current_time);
if (at_front && src_beats < canvas_note->note()->end_time()) {
note_diff_add_change (canvas_note, MidiModel::NoteDiffCommand::StartTime, src_beats - (snap_delta_beats * sign));
Temporal::Beats len = canvas_note->note()->time() - src_beats + (snap_delta_beats * sign);
len += canvas_note->note()->length();
if (!!len) {
note_diff_add_change (canvas_note, MidiModel::NoteDiffCommand::Length, len);
}
}
if (!at_front) {
Temporal::Beats llen = src_beats - canvas_note->note()->time() - (snap_delta_beats * sign);
Temporal::Beats len = std::max (Temporal::Beats (0, 1), llen);
note_diff_add_change (canvas_note, MidiModel::NoteDiffCommand::Length, len);
}
delete resize_rect;
delete (*i);
}
_resize_data.clear();
apply_note_diff(true/*subcommand*/);
}
void
MidiRegionView::abort_resizing ()
{
for (std::vector<NoteResizeData *>::iterator i = _resize_data.begin(); i != _resize_data.end(); ++i) {
delete (*i)->resize_rect;
delete *i;
}
_resize_data.clear ();
}
void
MidiRegionView::change_note_velocity(NoteBase* event, int8_t velocity, bool relative)
{
uint8_t new_velocity;
if (relative) {
new_velocity = event->note()->velocity() + velocity;
clamp_to_0_127(new_velocity);
} else {
new_velocity = velocity;
}
event->set_selected (event->selected()); // change color
note_diff_add_change (event, MidiModel::NoteDiffCommand::Velocity, new_velocity);
}
uint8_t
MidiRegionView::change_note_note (NoteBase* event, int8_t note, bool relative)
{
uint8_t new_note;
if (relative) {
new_note = event->note()->note() + note;
} else {
new_note = note;
}
clamp_to_0_127 (new_note);
note_diff_add_change (event, MidiModel::NoteDiffCommand::NoteNumber, new_note);
return new_note;
}
void
MidiRegionView::trim_note (NoteBase* event, Temporal::Beats front_delta, Temporal::Beats end_delta)
{
bool change_start = false;
bool change_length = false;
Temporal::Beats new_start;
Temporal::Beats new_length;
/* NOTE: the semantics of the two delta arguments are slightly subtle:
front_delta: if positive - move the start of the note later in time (shortening it)
if negative - move the start of the note earlier in time (lengthening it)
end_delta: if positive - move the end of the note later in time (lengthening it)
if negative - move the end of the note earlier in time (shortening it)
*/
if (!!front_delta) {
if (front_delta < std::numeric_limits<Temporal::Beats>::lowest()) {
if (event->note()->time() < -front_delta) {
new_start = Temporal::Beats();
} else {
new_start = event->note()->time() + front_delta; // moves earlier
}
/* start moved toward zero, so move the end point out to where it used to be.
Note that front_delta is negative, so this increases the length.
*/
new_length = event->note()->length() - front_delta;
change_start = true;
change_length = true;
} else {
Temporal::Beats new_pos = event->note()->time() + front_delta;
if (new_pos < event->note()->end_time()) {
new_start = event->note()->time() + front_delta;
/* start moved toward the end, so move the end point back to where it used to be */
new_length = event->note()->length() - front_delta;
change_start = true;
change_length = true;
}
}
}
if (!!end_delta) {
bool can_change = true;
if (end_delta < Temporal::Beats()) {
if (event->note()->length() < -end_delta) {
can_change = false;
}
}
if (can_change) {
new_length = event->note()->length() + end_delta;
change_length = true;
}
}
if (change_start) {
note_diff_add_change (event, MidiModel::NoteDiffCommand::StartTime, new_start);
}
if (change_length) {
note_diff_add_change (event, MidiModel::NoteDiffCommand::Length, new_length);
}
}
void
MidiRegionView::change_note_channel (NoteBase* event, int8_t chn, bool relative)
{
uint8_t new_channel;
if (relative) {
if (chn < 0.0) {
if (event->note()->channel() < -chn) {
new_channel = 0;
} else {
new_channel = event->note()->channel() + chn;
}
} else {
new_channel = event->note()->channel() + chn;
}
} else {
new_channel = (uint8_t) chn;
}
note_diff_add_change (event, MidiModel::NoteDiffCommand::Channel, new_channel);
}
void
MidiRegionView::change_note_time (NoteBase* event, Temporal::Beats delta, bool relative)
{
Temporal::Beats new_time;
if (relative) {
if (delta < Temporal::Beats()) {
if (event->note()->time() < -delta) {
new_time = Temporal::Beats();
} else {
new_time = event->note()->time() + delta;
}
} else {
new_time = event->note()->time() + delta;
}
} else {
new_time = delta;
}
note_diff_add_change (event, MidiModel::NoteDiffCommand::StartTime, new_time);
}
void
MidiRegionView::change_note_length (NoteBase* event, Temporal::Beats t)
{
note_diff_add_change (event, MidiModel::NoteDiffCommand::Length, t);
}
void
MidiRegionView::begin_drag_edit (std::string const & why)
{
trackview.editor().get_selection().set (this, true);
start_note_diff_command (why);
}
void
MidiRegionView::drag_apply ()
{
if (!_note_diff_command) {
return;
}
bool add_or_remove = _note_diff_command->adds_or_removes();
if (add_or_remove) {
// Mark all selected notes for selection when model reloads
for (auto const & sel : _selection) {
_marked_for_selection.insert (sel->note());
}
}
{
PBD::Unwinder<bool> puw (_select_all_notes_after_add, true);
/*note that we don't use as_commit here, because that would BEGIN a new undo record; we already have one underway*/
_model->apply_diff_command_as_subcommand (*trackview.session(), _note_diff_command);
}
}
void
MidiRegionView::mid_drag_edit ()
{
drag_apply ();
_note_diff_command = _model->new_note_diff_command ();
}
void
MidiRegionView::end_drag_edit (bool apply)
{
if (apply) {
drag_apply ();
trackview.editor().commit_reversible_command ();
_note_diff_command = nullptr;
} else {
abort_note_diff ();
}
}
bool
MidiRegionView::set_velocity_for_notes (std::vector<NoteBase*> notes, int velocity)
{
/* Does not use selection, used when drawing/dragging in velocity lane */
bool changed = false;
for (auto & note : notes) {
int delta = velocity - note->note()->velocity();
if (!delta) {
continue;
}
changed = true;
change_note_velocity (note, delta, true);
}
return changed;
}
void
MidiRegionView::set_velocity (NoteBase* note, int velocity)
{
if (_selection.empty()) {
return;
}
int delta = velocity - note->note()->velocity();
if (!delta) {
return;
}
start_note_diff_command (_("set velocities"));
for (Selection::iterator i = _selection.begin(); i != _selection.end();) {
Selection::iterator next = i;
++next;
change_note_velocity (*i, delta, true);
i = next;
}
apply_note_diff();
}
void
MidiRegionView::change_velocities (bool up, bool fine, bool allow_smush, bool all_together)
{
int8_t delta;
int8_t value = 0;
if (_selection.empty()) {
return;
}
if (fine) {
delta = 1;
} else {
delta = 10;
}
if (!up) {
delta = -delta;
}
if (!allow_smush) {
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if ((*i)->note()->velocity() < -delta || (*i)->note()->velocity() + delta > 127) {
goto cursor_label;
}
}
}
start_note_diff_command (_("change velocities"));
for (Selection::iterator i = _selection.begin(); i != _selection.end();) {
Selection::iterator next = i;
++next;
if (all_together) {
if (i == _selection.begin()) {
change_note_velocity (*i, delta, true);
value = (*i)->note()->velocity() + delta;
} else {
change_note_velocity (*i, value, false);
}
} else {
change_note_velocity (*i, delta, true);
}
i = next;
}
apply_note_diff();
cursor_label:
if (!_selection.empty()) {
char buf[24];
snprintf (buf, sizeof (buf), "Vel %d",
(int) (*_selection.begin())->note()->velocity());
show_verbose_cursor (buf, 10, 10);
}
}
void
MidiRegionView::transpose (bool up, bool fine, bool allow_smush)
{
if (_selection.empty()) {
return;
}
int8_t delta;
if (fine) {
delta = 1;
} else {
delta = 12;
}
if (!up) {
delta = -delta;
}
if (!allow_smush) {
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if (!up) {
if ((int8_t) (*i)->note()->note() + delta <= 0) {
return;
}
} else {
if ((int8_t) (*i)->note()->note() + delta > 127) {
return;
}
}
}
}
start_note_diff_command (_("transpose"));
uint8_t lowest = midi_stream_view()->lowest_note();
uint8_t highest = midi_stream_view()->highest_note();
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ) {
Selection::iterator next = i;
++next;
uint8_t new_note = change_note_note (*i, delta, true);
lowest = min (lowest, new_note);
highest = max (highest, new_note);
i = next;
}
apply_note_diff ();
if (lowest < midi_stream_view()->lowest_note() || highest > midi_stream_view()->highest_note()) {
midi_stream_view()->update_note_range (lowest);
midi_stream_view()->update_note_range (highest);
midi_stream_view()->apply_note_range (lowest, highest, true);
}
}
void
MidiRegionView::change_note_lengths (bool fine, bool shorter, Temporal::Beats delta, bool start, bool end)
{
if (!delta) {
if (fine) {
delta = Temporal::Beats::ticks (Temporal::ticks_per_beat / 128);
} else {
/* grab the current grid distance */
delta = get_draw_length_beats (_region->position());
}
}
if (shorter) {
delta = -delta;
}
start_note_diff_command (_("change note lengths"));
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ) {
Selection::iterator next = i;
++next;
/* note the negation of the delta for start */
trim_note (*i,
(start ? -delta : Temporal::Beats()),
(end ? delta : Temporal::Beats()));
i = next;
}
apply_note_diff ();
}
void
MidiRegionView::nudge_notes (bool forward, bool fine)
{
if (_selection.empty()) {
return;
}
/* pick a note as the point along the timeline to get the nudge distance.
its not necessarily the earliest note, so we may want to pull the notes out
into a vector and sort before using the first one.
*/
const timepos_t ref_point = _region->source_beats_to_absolute_time ((*(_selection.begin()))->note()->time());
Temporal::Beats delta;
timecnt_t unused;
const timecnt_t distance = trackview.editor().get_nudge_distance (ref_point, unused);
if (!distance.is_zero() || trackview.editor().snap_mode() == Editing::SnapOff) {
/* grid is off - use nudge distance */
delta = _region->region_distance_to_region_beats (timecnt_t (distance.beats(), _region->position()));
} else {
/* use grid */
bool success;
delta = trackview.editor().get_grid_type_as_beats (success, ref_point);
if (!success) {
delta = Temporal::Beats (1, 0);
}
}
if (!delta) {
return;
}
if (fine) {
delta = delta / 4;
}
if (!forward) {
delta = -delta;
}
start_note_diff_command (_("nudge"));
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ) {
Selection::iterator next = i;
++next;
change_note_time (*i, delta, true);
i = next;
}
apply_note_diff ();
}
void
MidiRegionView::change_channel(uint8_t channel)
{
start_note_diff_command(_("change channel"));
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
note_diff_add_change (*i, MidiModel::NoteDiffCommand::Channel, channel);
}
apply_note_diff();
}
void
MidiRegionView::note_entered(NoteBase* ev)
{
_entered_note = ev;
Editor* editor = dynamic_cast<Editor*>(&trackview.editor());
if (_mouse_state == SelectTouchDragging) {
note_selected (ev, true);
} else if (editor->current_mouse_mode() == MouseContent) {
remove_ghost_note ();
show_verbose_cursor (ev->note ());
} else if (editor->current_mouse_mode() == MouseDraw) {
remove_ghost_note ();
show_verbose_cursor (ev->note ());
}
}
void
MidiRegionView::note_left (NoteBase*)
{
_entered_note = 0;
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
(*i)->hide_velocity ();
}
hide_verbose_cursor ();
}
void
MidiRegionView::patch_entered (PatchChange* p)
{
ostringstream s;
s << _("Bank ") << (p->patch()->bank() + MIDI_BP_ZERO) << '\n'
<< instrument_info().get_patch_name_without (p->patch()->bank(), p->patch()->program(), p->patch()->channel()) << '\n'
<< _("Channel ") << ((int) p->patch()->channel() + 1);
show_verbose_cursor (s.str(), 10, 20);
//p->item().grab_focus();
}
void
MidiRegionView::patch_left (PatchChange *)
{
hide_verbose_cursor ();
/* focus will transfer back via the enter-notify event sent to this
* midi region view.
*/
}
void
MidiRegionView::sysex_entered (SysEx* p)
{
// ostringstream s;
// CAIROCANVAS
// need a way to extract text from p->_flag->_text
// s << p->text();
// show_verbose_cursor (s.str(), 10, 20);
//p->item().grab_focus();
}
void
MidiRegionView::sysex_left (SysEx *)
{
hide_verbose_cursor ();
/* focus will transfer back via the enter-notify event sent to this
* midi region view.
*/
}
void
MidiRegionView::note_mouse_position (float x_fraction, float /*y_fraction*/, bool can_set_cursor)
{
Editor* editor = dynamic_cast<Editor*>(&trackview.editor());
Editing::MouseMode mm = editor->current_mouse_mode();
bool trimmable = (mm == MouseContent || mm == MouseTimeFX || mm == MouseDraw);
Editor::EnterContext* ctx = editor->get_enter_context(NoteItem);
if (can_set_cursor && ctx) {
if (trimmable && x_fraction > 0.0 && x_fraction < 0.2) {
ctx->cursor_ctx->change(editor->cursors()->left_side_trim);
} else if (trimmable && x_fraction >= 0.8 && x_fraction < 1.0) {
ctx->cursor_ctx->change(editor->cursors()->right_side_trim);
} else {
ctx->cursor_ctx->change(editor->cursors()->grabber_note);
}
}
}
uint32_t
MidiRegionView::get_fill_color() const
{
const bool opaque = _region->opaque() || trackview.layer_display () == Stacked;
std::string mod_name;
if (_dragging) {
mod_name = "dragging region";
} else if (trackview.editor().internal_editing()) {
if (!opaque || _region->muted ()) {
mod_name = "editable region";
}
} else {
if (!opaque || _region->muted ()) {
mod_name = "transparent region base";
}
}
Gtkmm2ext::Color c;
if (_selected) {
c = UIConfiguration::instance().color ("selected region base");
} else if ((!UIConfiguration::instance().get_show_name_highlight() || high_enough_for_name) && !UIConfiguration::instance().get_color_regions_using_track_color()) {
c = UIConfiguration::instance().color (fill_color_name);
} else {
c = fill_color;
}
if (mod_name.empty ()) {
return c;
} else {
return UIConfiguration::instance().color_mod (c, mod_name);
}
}
void
MidiRegionView::midi_channel_mode_changed ()
{
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
uint16_t mask = mtv->midi_track()->get_playback_channel_mask();
ChannelMode mode = mtv->midi_track()->get_playback_channel_mode ();
if (mode == ForceChannel) {
mask = 0xFFFF; // Show all notes as active (below)
}
// Update notes for selection
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
i->second->on_channel_selection_change (mask);
}
_patch_changes.clear ();
display_patch_changes ();
}
void
MidiRegionView::instrument_settings_changed ()
{
for (PatchChanges::iterator x = _patch_changes.begin(); x != _patch_changes.end(); ++x) {
(*x).second->update_name ();
}
}
void
MidiRegionView::cut_copy_clear (Editing::CutCopyOp op)
{
if (_selection.empty()) {
return;
}
PublicEditor& editor (trackview.editor());
switch (op) {
case Delete:
/* XXX what to do ? */
break;
case Cut:
case Copy:
editor.get_cut_buffer().add (selection_as_cut_buffer());
break;
default:
break;
}
if (op == Copy) {
return;
}
bool as_subcommand = false;
/* Editor::cut_copy already started an undo operation,
* so we cannot call start_note_diff_command ()
*/
for (Selection::iterator i = _selection.begin(); i != _selection.end(); ++i) {
if (!_note_diff_command) {
_note_diff_command = _model->new_note_diff_command ("Cut");
as_subcommand = true;
}
note_diff_remove_note (*i);
}
apply_note_diff (as_subcommand);
}
MidiCutBuffer*
MidiRegionView::selection_as_cut_buffer () const
{
Notes notes;
for (Selection::const_iterator i = _selection.begin(); i != _selection.end(); ++i) {
NoteType* n = (*i)->note().get();
notes.insert (std::shared_ptr<NoteType> (new NoteType (*n)));
}
MidiCutBuffer* cb = new MidiCutBuffer (trackview.session());
cb->set (notes);
return cb;
}
void
MidiRegionView::duplicate_selection ()
{
trackview.editor().begin_reversible_command (_("duplicate notes"));
if (_selection.empty()) {
return;
}
/* find last selection position */
timepos_t dup_pos = timepos_t (Temporal::BeatTime);
for (Selection::const_iterator s = _selection.begin(); s != _selection.end(); ++s) {
dup_pos = std::max (dup_pos, _region->source_beats_to_absolute_time ((*s)->note()->end_time()));
}
PublicEditor& editor (trackview.editor());
/* Use a local Selection object that will not affect the global
* selection. Possible ::paste() should accept a different kind of
* object but that would conflict with the Editor API.
*/
::Selection local_selection (&editor, false);
MidiNoteSelection note_selection;
note_selection.push_back (selection_as_cut_buffer());
local_selection.set (note_selection);
PasteContext ctxt (0, 1, ItemCounts(), false);
bool commit = paste (dup_pos, local_selection, ctxt);
if (commit) {
trackview.editor().commit_reversible_command ();
} else {
trackview.editor().abort_reversible_command ();
}
}
/** undo commands were initiated at the 'action' level. ::paste and ::paste_internal should implement subcommands */
bool
MidiRegionView::paste (timepos_t const & pos, const ::Selection& selection, PasteContext& ctx)
{
bool commit = false;
// Paste notes, if available
MidiNoteSelection::const_iterator m = selection.midi_notes.get_nth(ctx.counts.n_notes());
if (m != selection.midi_notes.end()) {
ctx.counts.increase_n_notes();
if (!(*m)->empty()) {
commit = true;
}
/* clear any current selection because we're going to select the paste ones */
clear_note_selection ();
paste_internal (pos, ctx.count, ctx.times, **m);
}
// Paste control points to automation children, if available
for (auto & at : midi_view()->automation_tracks()) {
if (at.second->paste(pos, selection, ctx)) {
commit = true;
}
}
return commit;
}
/** undo commands were initiated at the 'action' level. ::paste and ::paste_internal should implement subcommands */
void
MidiRegionView::paste_internal (timepos_t const & pos, unsigned paste_count, float times, const MidiCutBuffer& mcb)
{
if (mcb.empty()) {
return;
}
PBD::Unwinder<bool> puw (_select_all_notes_after_add, true);
_note_diff_command = _model->new_note_diff_command (_("paste")); /* we are a subcommand, so we don't want to use start_note_diff */
const Temporal::Beats snap_beats = get_grid_beats(pos);
const Temporal::Beats first_time = (*mcb.notes().begin())->time();
const Temporal::Beats last_time = (*mcb.notes().rbegin())->end_time();
const Temporal::Beats duration = last_time - first_time;
const Temporal::Beats snap_duration = duration.round_to_multiple (snap_beats);
const Temporal::Beats paste_offset = snap_duration * int32_t (paste_count);
const Temporal::Beats quarter_note = _region->absolute_time_to_source_beats (pos) + paste_offset;
Temporal::Beats end_point;
DEBUG_TRACE (DEBUG::CutNPaste, string_compose ("Paste data spans from %1 to %2 (%3) ; paste pos beats = %4 (based on %5 - %6)\n",
first_time,
last_time,
duration, pos, _region->position(),
quarter_note));
for (int n = 0; n < (int) times; ++n) {
for (auto const & note : mcb.notes()) {
std::shared_ptr<NoteType> copied_note (new NoteType (*(note.get())));
copied_note->set_time (quarter_note + copied_note->time() - first_time);
copied_note->set_id (Evoral::next_event_id());
/* make all newly added notes selected */
note_diff_add_note (copied_note, true);
end_point = copied_note->end_time();
}
}
/* if we pasted past the current end of the region, extend the region */
timepos_t end = _region->source_beats_to_absolute_time (end_point);
timepos_t region_end = _region->nt_last();
if (end > region_end) {
DEBUG_TRACE (DEBUG::CutNPaste, string_compose ("Paste extended region from %1 to %2\n", region_end, end));
_region->clear_changes ();
/* we probably need to get the snap modifier somehow to make this correct for non-musical use */
_region->set_length (_region->position().distance (end));
trackview.session()->add_command (new StatefulDiffCommand (_region));
}
_marked_for_selection.clear ();
_pending_note_selection.clear ();
_model->apply_diff_command_as_subcommand (*trackview.session(), _note_diff_command);
_note_diff_command = nullptr;
}
struct EventNoteTimeEarlyFirstComparator {
bool operator() (NoteBase* a, NoteBase* b) {
return a->note()->time() < b->note()->time();
}
};
void
MidiRegionView::goto_next_note (bool add_to_selection)
{
bool use_next = false;
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
uint16_t const channel_mask = mtv->midi_track()->get_playback_channel_mask();
NoteBase* first_note = 0;
MidiModel::ReadLock lock(_model->read_lock());
MidiModel::Notes& notes (_model->notes());
if (notes.empty()) {
return;
}
trackview.editor().begin_reversible_selection_op (X_("Select Adjacent Note"));
for (MidiModel::Notes::iterator n = notes.begin(); n != notes.end(); ++n) {
NoteBase* cne = 0;
if ((cne = find_canvas_note (*n))) {
if (!first_note && (channel_mask & (1 << (*n)->channel()))) {
first_note = cne;
}
if (cne->selected()) {
use_next = true;
continue;
} else if (use_next) {
if (channel_mask & (1 << (*n)->channel())) {
if (!add_to_selection) {
unique_select (cne);
} else {
note_selected (cne, true, false);
}
return;
}
}
}
}
/* use the first one */
if (!_events.empty() && first_note) {
unique_select (first_note);
}
trackview.editor().commit_reversible_selection_op();
}
void
MidiRegionView::goto_previous_note (bool add_to_selection)
{
bool use_next = false;
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
uint16_t const channel_mask = mtv->midi_track()->get_playback_channel_mask ();
NoteBase* last_note = 0;
MidiModel::ReadLock lock(_model->read_lock());
MidiModel::Notes& notes (_model->notes());
if (notes.empty()) {
return;
}
trackview.editor().begin_reversible_selection_op (X_("Select Adjacent Note"));
for (MidiModel::Notes::reverse_iterator n = notes.rbegin(); n != notes.rend(); ++n) {
NoteBase* cne = 0;
if ((cne = find_canvas_note (*n))) {
if (!last_note && (channel_mask & (1 << (*n)->channel()))) {
last_note = cne;
}
if (cne->selected()) {
use_next = true;
continue;
} else if (use_next) {
if (channel_mask & (1 << (*n)->channel())) {
if (!add_to_selection) {
unique_select (cne);
} else {
note_selected (cne, true, false);
}
return;
}
}
}
}
/* use the last one */
if (!_events.empty() && last_note) {
unique_select (last_note);
}
trackview.editor().commit_reversible_selection_op();
}
void
MidiRegionView::selection_as_notelist (Notes& selected, bool allow_all_if_none_selected)
{
bool had_selected = false;
/* we previously time sorted events here, but Notes is a multiset sorted by time */
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
if (i->second->selected()) {
selected.insert (i->first);
had_selected = true;
}
}
if (allow_all_if_none_selected && !had_selected) {
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
selected.insert (i->first);
}
}
}
void
MidiRegionView::update_ghost_note (double x, double y, uint32_t state)
{
assert (_ghost_note);
x = std::max(0.0, x);
const double global_x (x);
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
_last_ghost_x = x;
_last_ghost_y = y;
/* we need the y value only */
_note_group->canvas_to_item (x, y);
PublicEditor& editor = trackview.editor ();
samplepos_t const unsnapped_sample = editor.pixel_to_sample (global_x);
Temporal::timepos_t snapped_pos = timepos_t (unsnapped_sample);
editor.snap_to (snapped_pos, RoundNearest, SnapToGrid_Scaled);
const Temporal::Beats snapped_beats = _region->absolute_time_to_region_beats(snapped_pos);
/* prevent Percussive mode from displaying a ghost hit at region end */
if ((midi_view()->note_mode() == Percussive) && (snapped_beats >= _region->length().beats())) {
_ghost_note->hide();
hide_verbose_cursor ();
return;
}
/* ghost note may have been snapped before region */
if (snapped_beats < Temporal::Beats()) {
_ghost_note->hide();
return;
}
_ghost_note->show();
/* calculate time in of a single grid units worth of beats, at the start of source */
const Temporal::Beats length = get_draw_length_beats (_region->source_position() + timecnt_t (snapped_beats));
_ghost_note->note()->set_time (snapped_beats);
_ghost_note->note()->set_length (length);
_ghost_note->note()->set_note (y_to_note (y));
_ghost_note->note()->set_channel (mtv->get_preferred_midi_channel ());
_ghost_note->note()->set_velocity (get_velocity_for_add (snapped_beats));
update_note (_ghost_note, false);
show_verbose_cursor (_ghost_note->note ());
}
void
MidiRegionView::create_ghost_note (double x, double y, uint32_t state)
{
remove_ghost_note ();
std::shared_ptr<NoteType> g (new NoteType);
if (midi_view()->note_mode() == Sustained) {
_ghost_note = new Note (*this, _note_group, g);
} else {
_ghost_note = new Hit (*this, _note_group, 10, g);
}
_ghost_note->set_ignore_events (true);
_ghost_note->set_outline_color (0x000000aa);
update_ghost_note (x, y, state);
_ghost_note->show ();
show_verbose_cursor (_ghost_note->note ());
}
void
MidiRegionView::remove_ghost_note ()
{
delete _ghost_note;
_ghost_note = 0;
}
void
MidiRegionView::hide_verbose_cursor ()
{
trackview.editor().verbose_cursor()->hide ();
MidiTimeAxisView* mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
if (mtv) {
mtv->set_note_highlight (NO_MIDI_NOTE);
}
}
void
MidiRegionView::snap_changed ()
{
if (!_ghost_note) {
return;
}
create_ghost_note (_last_ghost_x, _last_ghost_y, 0);
}
void
MidiRegionView::drop_down_keys ()
{
_mouse_state = None;
}
void
MidiRegionView::maybe_select_by_position (GdkEventButton* ev, double /*x*/, double y)
{
/* XXX: This is dead code. What was it for? */
double note = y_to_note(y);
Events e;
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
uint16_t chn_mask = mtv->midi_track()->get_playback_channel_mask();
if (Keyboard::modifier_state_equals (ev->state, Keyboard::TertiaryModifier)) {
get_events (e, Evoral::Sequence<Temporal::Beats>::PitchGreaterThanOrEqual, (uint8_t) floor (note), chn_mask);
} else if (Keyboard::modifier_state_equals (ev->state, Keyboard::PrimaryModifier)) {
get_events (e, Evoral::Sequence<Temporal::Beats>::PitchLessThanOrEqual, (uint8_t) floor (note), chn_mask);
} else {
return;
}
bool add_mrv_selection = false;
if (_selection.empty()) {
add_mrv_selection = true;
}
for (Events::iterator i = e.begin(); i != e.end(); ++i) {
if (_selection.insert (i->second).second) {
i->second->set_selected (true);
sync_ghost_selection (i->second);
}
}
if (add_mrv_selection) {
PublicEditor& editor (trackview.editor());
editor.get_selection().add (this);
}
}
void
MidiRegionView::color_handler ()
{
RegionView::color_handler ();
_patch_change_outline = UIConfiguration::instance().color ("midi patch change outline");
_patch_change_fill = UIConfiguration::instance().color_mod ("midi patch change fill", "midi patch change fill");
for (Events::iterator i = _events.begin(); i != _events.end(); ++i) {
i->second->set_selected (i->second->selected()); // will change color
sync_ghost_selection (i->second);
}
/* XXX probably more to do here */
}
void
MidiRegionView::show_step_edit_cursor (Temporal::Beats pos)
{
if (_step_edit_cursor == 0) {
ArdourCanvas::Item* const group = get_canvas_group();
_step_edit_cursor = new ArdourCanvas::Rectangle (group);
_step_edit_cursor->set_y0 (0);
_step_edit_cursor->set_y1 (midi_stream_view()->contents_height());
_step_edit_cursor->set_fill_color (RGBA_TO_UINT (45,0,0,90));
_step_edit_cursor->set_outline_color (RGBA_TO_UINT (85,0,0,90));
}
move_step_edit_cursor (pos);
_step_edit_cursor->show ();
}
void
MidiRegionView::move_step_edit_cursor (Temporal::Beats pos)
{
_step_edit_cursor_position = pos;
if (_step_edit_cursor) {
double pixel = trackview.editor().time_to_pixel (_region->region_beats_to_region_time (pos));
_step_edit_cursor->set_x0 (pixel);
set_step_edit_cursor_width (_step_edit_cursor_width);
}
}
void
MidiRegionView::hide_step_edit_cursor ()
{
if (_step_edit_cursor) {
_step_edit_cursor->hide ();
}
}
void
MidiRegionView::set_step_edit_cursor_width (Temporal::Beats beats)
{
_step_edit_cursor_width = beats;
if (_step_edit_cursor) {
_step_edit_cursor->set_x1 (_step_edit_cursor->x0() + trackview.editor().duration_to_pixels (
_region->region_beats_to_region_time (_step_edit_cursor_position).distance
(_region->region_beats_to_region_time (_step_edit_cursor_position + beats))));
}
}
/** Called when a diskstream on our track has received some data. Update the view, if applicable.
* @param w Source that the data will end up in.
*/
void
MidiRegionView::data_recorded (std::weak_ptr<MidiSource> w)
{
if (!_active_notes) {
/* we aren't actively being recorded to */
return;
}
std::shared_ptr<MidiSource> src = w.lock ();
if (!src || src != midi_region()->midi_source()) {
/* recorded data was not destined for our source */
return;
}
MidiTimeAxisView* mtv = dynamic_cast<MidiTimeAxisView*> (&trackview);
std::shared_ptr<MidiBuffer> buf = mtv->midi_track()->get_gui_feed_buffer ();
samplepos_t back = max_samplepos;
for (MidiBuffer::iterator i = buf->begin(); i != buf->end(); ++i) {
const Evoral::Event<MidiBuffer::TimeType>& ev = *i;
if (ev.is_channel_event()) {
if (get_channel_mode() == FilterChannels) {
if (((uint16_t(1) << ev.channel()) & get_selected_channels()) == 0) {
continue;
}
}
}
/* ev.time() is in MidiBuffer::TimeType i.e. samples
we want to convert to beats relative to source start.
*/
Temporal::Beats const time_beats = src->time_since_capture_start (timepos_t (ev.time())).beats();
if (ev.type() == MIDI_CMD_NOTE_ON) {
std::shared_ptr<NoteType> note (new NoteType (ev.channel(), time_beats, std::numeric_limits<Temporal::Beats>::max() - time_beats, ev.note(), ev.velocity()));
assert (note->end_time() == std::numeric_limits<Temporal::Beats>::max());
NoteBase* nb = add_note (note, true);
nb->item()->set_fill_color (UIConfiguration::instance().color ("recording note"));
nb->item()->set_outline_color (UIConfiguration::instance().color ("recording note"));
/* fix up our note range */
if (ev.note() < _current_range_min) {
midi_stream_view()->apply_note_range (ev.note(), _current_range_max, true);
} else if (ev.note() > _current_range_max) {
midi_stream_view()->apply_note_range (_current_range_min, ev.note(), true);
}
} else if (ev.type() == MIDI_CMD_NOTE_OFF) {
// XXX WAS resolve_note (ev.note (), time_beats);
uint8_t note = ev.note ();
Temporal::Beats end_time = time_beats;
if (_active_notes && _active_notes[note]) {
/* Set note length so update_note() works. Note this is a local note
for recording, not from a model, so we can safely mess with it. */
_active_notes[note]->note()->set_length (end_time - _active_notes[note]->note()->time());
/* End time is relative to the source being recorded. */
// XXX ideally we'd calculate this based on end_time.
// - we first have to get the absolute position of end_time (for tempo-map conversion)
// - then calculate the distance from that relative to src->natural_position ()
// - and then take the samples() value of that and convert it to pixels
//
// Much simpler to just use ev.time() which is already the absolute position (in sample-time)
_active_notes[note]->set_x1 (trackview.editor().sample_to_pixel ((src->time_since_capture_start (timepos_t (ev.time ()))).samples()));
_active_notes[note]->set_outline_all ();
_active_notes[note] = 0;
}
}
back = ev.time ();
}
midi_stream_view()->check_record_layers (region(), back);
}
void
MidiRegionView::trim_front_starting ()
{
/* We used to eparent the note group to the region view's parent, so that it didn't change.
now we update it.
*/
}
void
MidiRegionView::trim_front_ending ()
{
if (_region->start().is_negative()) {
/* Trim drag made start time -ve; fix this */
midi_region()->fix_negative_start ();
}
}
void
MidiRegionView::edit_patch_change (PatchChange* pc)
{
PatchChangeDialog d (trackview.session(), *pc->patch (), instrument_info(), Gtk::Stock::APPLY, true, true, _region);
int response = d.run();
switch (response) {
case Gtk::RESPONSE_ACCEPT:
break;
case Gtk::RESPONSE_REJECT:
delete_patch_change (pc);
return;
default:
return;
}
change_patch_change (pc->patch(), d.patch ());
}
void
MidiRegionView::delete_sysex (SysEx* /*sysex*/)
{
// CAIROCANVAS
// sysyex object doesn't have a pointer to a sysex event
// MidiModel::SysExDiffCommand* c = _model->new_sysex_diff_command (_("delete sysex"));
// c->remove (sysex->sysex());
// _model->apply_command (*trackview.session(), c);
//_sys_exes.clear ();
// display_sysexes();
}
std::string
MidiRegionView::get_note_name (std::shared_ptr<NoteType> n, uint8_t note_value) const
{
using namespace MIDI::Name;
std::string name;
MidiTimeAxisView* mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
if (mtv) {
MIDI::Name::PatchPrimaryKey patch_key;
get_patch_key_at (n->time(), n->channel(), patch_key);
name = instrument_info ().get_note_name (patch_key.bank(), patch_key.program(), n->channel(), note_value);
}
char buf[128];
snprintf (buf, sizeof (buf), "%s #%d\nCh %d Vel %d",
name.empty() ? ParameterDescriptor::midi_note_name (note_value).c_str() : name.c_str(),
(int) note_value,
(int) n->channel() + 1,
(int) n->velocity()); //we display velocity 0-based; velocity 0 is a 'note-off' so the user just sees values 1..127 which 'looks' 1-based
return buf;
}
void
MidiRegionView::show_verbose_cursor_for_new_note_value(std::shared_ptr<NoteType> current_note,
uint8_t new_value) const
{
MidiTimeAxisView* mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
if (mtv) {
mtv->set_note_highlight (new_value);
}
show_verbose_cursor(get_note_name(current_note, new_value), 10, 20);
}
void
MidiRegionView::show_verbose_cursor (std::shared_ptr<NoteType> n) const
{
show_verbose_cursor_for_new_note_value(n, n->note());
}
void
MidiRegionView::show_verbose_cursor (string const & text, double xoffset, double yoffset) const
{
trackview.editor().verbose_cursor()->set (text);
trackview.editor().verbose_cursor()->show ();
trackview.editor().verbose_cursor()->set_offset (ArdourCanvas::Duple (xoffset, yoffset));
}
uint8_t
MidiRegionView::get_channel_for_add (MidiModel::TimeType time) const
{
/* first, use the user-specified channel in the editor */
PublicEditor& editor = trackview.editor();
if (editor.draw_channel() != Editing::DRAW_CHAN_AUTO) {
return editor.draw_channel();
}
/* second, use the nearest note in the region-view (consistent with get_velocity_for_add behavior) */
if (!_model->notes().empty()) {
MidiModel::Notes::const_iterator m = _model->note_lower_bound(time);
if (m == _model->notes().begin()) {
// Before the start, use the channel of the first note
return (*m)->channel();
} else if (m == _model->notes().end()) {
// Past the end, use the channel of the last note
--m;
return (*m)->channel();
}
}
/* lastly: query the track's channel filter */
MidiTimeAxisView* const mtv = dynamic_cast<MidiTimeAxisView*>(&trackview);
if (mtv) {
return mtv->get_preferred_midi_channel();
}
/* fallback: ch0 */
return 0;
}
uint8_t
MidiRegionView::get_velocity_for_add (MidiModel::TimeType time) const
{
PublicEditor& editor = trackview.editor();
if (editor.draw_velocity() != Editing::DRAW_VEL_AUTO) {
return editor.draw_velocity();
}
if (_model->notes().size() < 2) {
return 0x40; // No notes, use default
}
MidiModel::Notes::const_iterator m = _model->notes().end();
if (!_model->notes().empty()) {
m = _model->note_lower_bound(time);
if (m == _model->notes().begin()) {
// Before the start, use the velocity of the first note
return (*m)->velocity();
} else if (m == _model->notes().end()) {
// Past the end, use the velocity of the last note
--m;
return (*m)->velocity();
}
}
if (_model->notes().size() == 1) {
return (*m)->velocity();
}
// Interpolate velocity of surrounding notes
MidiModel::Notes::const_iterator n = m;
--n;
const double t = DoubleableBeats (time).to_double();
const double next = DoubleableBeats ((*n)->time()).to_double ();
const double mmmm = DoubleableBeats ((*m)->time()).to_double ();
const double frac = (t - next) / (mmmm - next);
return (*n)->velocity() + (frac * ((*m)->velocity() - (*n)->velocity()));
}
ChannelMode
MidiRegionView::get_channel_mode () const
{
RouteTimeAxisView* rtav = dynamic_cast<RouteTimeAxisView*> (&trackview);
return rtav->midi_track()->get_playback_channel_mode();
}
uint16_t
MidiRegionView::get_selected_channels () const
{
RouteTimeAxisView* rtav = dynamic_cast<RouteTimeAxisView*> (&trackview);
return rtav->midi_track()->get_playback_channel_mask();
}
Temporal::Beats
MidiRegionView::get_grid_beats (timepos_t const & pos) const
{
PublicEditor& editor = trackview.editor();
bool success = false;
Temporal::Beats beats = editor.get_grid_type_as_beats (success, pos);
if (!success) {
beats = Temporal::Beats (1, 0);
}
return beats;
}
Temporal::Beats
MidiRegionView::get_draw_length_beats (timepos_t const & pos) const
{
if (midi_view()->note_mode() == Percussive) {
return Temporal::Beats (0, 1);
}
PublicEditor& editor = trackview.editor();
bool success = false;
Temporal::Beats beats = editor.get_draw_length_as_beats (success, pos);
if (!success) {
beats = Temporal::Beats (1, 0);
}
return beats;
}
uint8_t
MidiRegionView::y_to_note (double y) const
{
int const n = ((contents_height() - y) / contents_height() * (double)(_current_range_max - _current_range_min + 1))
+ _current_range_min;
if (n < 0) {
return 0;
} else if (n > 127) {
return 127;
}
/* min due to rounding and/or off-by-one errors */
return min ((uint8_t) n, _current_range_max);
}
double
MidiRegionView::note_to_y(uint8_t note) const
{
return contents_height() - (note + 1 - _current_range_min) * note_height() + 1;
}
void
MidiRegionView::quantize_selected_notes ()
{
std::cerr << "QSN!\n";
RegionSelection rs;
rs.push_back (this);
Quantize* quant = trackview.editor().get_quantize_op ();
if (!quant) {
return;
}
trackview.editor().apply_midi_note_edit_op (*quant, rs);
delete quant;
}
void
MidiRegionView::sync_velocity_drag (double factor)
{
for (auto & s : _selection) {
s->set_velocity (factor);
}
}
View Git Blame Copy Permalink