SegmentList SegmentList::clone() const
{
SegmentList dl;
Segment* s = _first;
for (int i = 0; i < _size; ++i) {
Segment* ns = s->clone();
dl.push_back(ns);
s = s->next();
}
dl.check();
return dl;
}
/// Initialize ExpandFigurationCommand
/// @author Tom Breton (Tehom)
void
ExpandFigurationCommand::initialise(SegmentSelection selection)
{
FigurationVector figs;
int figSourceID = -1;
bool gotFigSource = false;
RG_DEBUG << "Initializing ExpandFigurationCommand" << endl;
// Update, because if we need new IDs they mustn't duplicate old
// IDs, so we must be up to date on what IDs are there.
SegmentFigData::SegmentFigDataMap segMap =
SegmentFigData::getInvolvedSegments(true, this);
for (SegmentSelection::iterator i = selection.begin();
i != selection.end();
++i) {
SegmentFigData& segmentData =
SegmentFigData::findOrAdd(segMap, *i);
// If it's used here, it's not uninvolved, so unless it's a
// figuration, it's a chord source.
if (segmentData.isa(SegmentFigData::Uninvolved)) {
segmentData.convertType(SegmentFigData::ChordSource);
}
segmentData.addTagIfNeeded(*i, this);
if (gotFigSource ||
!segmentData.isa(SegmentFigData::FigurationSource))
{ continue; }
figSourceID = segmentData.getID();
figs = FigurationSourceMap::getFigurations(*i);
if (!figs.empty())
{ gotFigSource = true; }
}
// If we didn't find a real figuration, there's nothing to do.
if (!gotFigSource) { return; }
SourcedFiguration sourcedfigs(figSourceID, figs);
// Expand figuration in each segment in selection except the
// figuration segment itself.
for (SegmentSelection::iterator i = selection.begin();
i != selection.end();
++i) {
Segment *s = (*i);
SegmentFigData::SegmentFigDataMap::iterator it = segMap.find(*i);
Q_ASSERT_X(it != segMap.end(),
"ExpandFigurationCommand::initialise",
"didn't find the segment");
SegmentFigData& segmentData = it->second;
if (!segmentData.isa(SegmentFigData::ChordSource))
{ continue; }
// Make a target segment
Segment *target = s->clone(false);
// Temporarily attach it to composition so that expand can
// work.
m_composition->weakAddSegment(target);
target->clear();
target->fillWithRests(s->getEndTime());
SegmentFigData::addTag(target, this, SegmentID::Target);
m_newSegments.insert(target);
/** Add notes to target segment **/
for (Segment::iterator e = s->begin();
e != s->end();
++e) {
// Non-notes they don't imply there's a chord here.
// We add them to target segment in case they are
// clefs or key changes.
if ((*e)->isa(SegmentID::EventType)) {
continue;
}
if (!(*e)->isa(Note::EventType)) {
target->insert(new Event(**e));
}
}
// rawStartTime is the apparent start time before we take bars
// into account. We step it along the composition, finding
// valid places to expand. Specifically, on bar lines not
// already part of an expansion.
timeT rawStartTime = s->getStartTime();
while (1) {
timeT figurationStartTime = rawStartTimeToExact(rawStartTime);
if (rawStartTime >= s->getEndTime())
{ break; }
timeT timePastFiguration =
SegmentFigData::expand(sourcedfigs,
ChordSegment(s, segmentData.getID()),
target, figurationStartTime);
// If we didn't expand, ensure we don't try endlessly at
// the same place.
if (timePastFiguration == figurationStartTime) {
++timePastFiguration;
}
rawStartTime = timePastFiguration;
}
// Detach from composition, because SegmentInsertCommand does
// the actual placing
m_composition->weakDetachSegment(target);
Command *c =
new SegmentInsertCommand(m_composition, target, s->getTrack());
addCommand(c);
}
}
