void
SetTriggerSegmentDefaultTimeAdjustCommand::unexecute()
{
TriggerSegmentRec *rec = m_composition->getTriggerSegmentRec(m_id);
if (!rec)
return ;
rec->setDefaultTimeAdjust(m_oldDefaultTimeAdjust);
}
void
DeleteTriggerSegmentCommand::execute()
{
TriggerSegmentRec *rec = m_composition->getTriggerSegmentRec(m_id);
if (!rec)
return ;
m_segment = rec->getSegment();
m_basePitch = rec->getBasePitch();
m_baseVelocity = rec->getBaseVelocity();
m_composition->detachTriggerSegment(m_id);
m_detached = true;
}
// modifySegment just deals with the effects on the segment that
// selection was in, the trigger segment is managed separately by
// m_paster.
void
CutToTriggerSegmentCommand::modifySegment(void)
{
using namespace BaseProperties;
// This is only possible the first time, before selection's
// contents evaporate due to the erasing. This requires that we
// use bruteForceRedo = true.
EraseCommand::eraseInSegment(m_selection);
/* Adapted from InsertTriggerNoteCommand */
const TriggerSegmentId id = m_paster.getTriggerSegmentId();
// Insert via a model event, so as to apply the note style.
// This is a subset of the work done by NoteInsertionCommand
Event *e = new Event(Note::EventType, m_time, m_duration);
// Set the properties that every tied note has.
// makeThisNoteViable will give these to every tied note.
e->set<Int>(PITCH, m_paster.getBasePitch());
e->set<Int>(VELOCITY, m_paster.getBaseVelocity());
e->set<Bool>(TRIGGER_EXPAND, true);
if (m_noteStyle != NoteStyleFactory::DefaultStyle) {
e->set<String>(NotationProperties::NOTE_STYLE, qstrtostr(m_noteStyle));
}
Segment &s(getSegment());
Segment::iterator i = s.insert(e);
SegmentNotationHelper(s).makeThisNoteViable(i);
s.normalizeRests(m_time, m_time + m_duration);
// Now set the properties that only the trigger note has.
e->set<Int>(TRIGGER_SEGMENT_ID, id);
e->set<Bool>(TRIGGER_SEGMENT_RETUNE, m_retune);
e->set<String>(TRIGGER_SEGMENT_ADJUST_TIMES, m_timeAdjust);
if (m_mark != Marks::NoMark) {
Marks::addMark(*e, m_mark, true);
}
// Update references to this new ornament
TriggerSegmentRec *rec =
s.getComposition()->getTriggerSegmentRec(id);
if (rec)
{
rec->updateReferences();
}
}
void
AddTriggerSegmentCommand::execute()
{
if (m_segment) {
m_composition->addTriggerSegment(m_segment, m_id, m_basePitch, m_baseVelocity);
} else {
m_segment = new Segment();
m_segment->setEndMarkerTime(m_duration);
TriggerSegmentRec *rec = m_composition->addTriggerSegment
(m_segment, m_basePitch, m_baseVelocity);
if (rec)
m_id = rec->getId();
}
m_detached = false;
}
void
InsertTriggerNoteCommand::modifySegment()
{
// Insert via a model event, so as to apply the note style.
// This is a subset of the work done by NoteInsertionCommand
Event *e = new Event(Note::EventType, m_time, m_duration);
// Could
e->set<Int>(PITCH, m_pitch);
e->set<Int>(VELOCITY, m_velocity);
e->set<Bool>(TRIGGER_EXPAND, true);
if (m_noteStyle != NoteStyleFactory::DefaultStyle) {
e->set<String>(NotationProperties::NOTE_STYLE, qstrtostr(m_noteStyle));
}
Segment &s(getSegment());
Segment::iterator i = s.insert(e);
SegmentNotationHelper(s).makeThisNoteViable(i);
s.normalizeRests(m_time, m_time + m_duration);
// Add these properties only after the note is possibly
// split-and-tied.
e->set<Int>(TRIGGER_SEGMENT_ID, m_id);
e->set<Bool>(TRIGGER_SEGMENT_RETUNE, m_retune);
e->set<String>(TRIGGER_SEGMENT_ADJUST_TIMES, m_timeAdjust);
if (m_mark != Marks::NoMark) {
Marks::addMark(*e, m_mark, true);
}
TriggerSegmentRec *rec =
s.getComposition()->getTriggerSegmentRec(m_id);
if (rec)
rec->updateReferences();
}
