QJsonObject SymbolBehavior::toJson() const
{
QJsonObject json(ItemBehavior::toJson());
int symbolType = data(LP::SymbolType).toInt();
if (symbolType != LP::NoSymbolType) {
json.insert(DataKey::SymbolType, symbolType);
}
json.insert(DataKey::Instrument, data(LP::SymbolInstrument).toInt());
json.insert(DataKey::SymbolName, data(LP::SymbolName).toString());
if (hasOption(HasLength)) {
Length::Value length = data(LP::SymbolLength).value<Length::Value>();
json.insert(DataKey::Lenght, static_cast<int>(length));
}
if (hasOption(HasPitch)) {
Pitch pitch = data(LP::SymbolPitch).value<Pitch>();
json.insert(DataKey::Pitch, pitch.toJson());
}
SpanType spanType = data(LP::SymbolSpanType).value<SpanType>();
if (spanType != SpanType::None) {
json.insert(DataKey::SymbolSpanType, static_cast<int>(spanType));
}
return json;
}
void SymbolBehavior::fromJson(const QJsonObject &json)
{
ItemBehavior::fromJson(json);
int type = json.value(DataKey::SymbolType).toInt();
setData(type, LP::SymbolType);
int instrument = json.value(DataKey::Instrument).toInt();
setData(instrument, LP::SymbolInstrument);
QString name = json.value(DataKey::SymbolName).toString();
setData(name, LP::SymbolName);
if (hasOption(HasLength)) {
int length = json.value(DataKey::Lenght).toInt();
Length::Value lengthValue = static_cast<Length::Value>(length);
setData(QVariant::fromValue<Length::Value>(lengthValue), LP::SymbolLength);
}
if (hasOption(HasPitch)) {
QJsonObject pitchObject = json.value(DataKey::Pitch).toObject();
Pitch pitch;
pitch.fromJson(pitchObject);
setData(QVariant::fromValue<Pitch>(pitch), LP::SymbolPitch);
}
int spanType = json.value(DataKey::SymbolSpanType).toInt();
if (spanType != 0) {
SpanType type = static_cast<SpanType>(spanType);
setData(QVariant::fromValue<SpanType>(type), LP::SymbolSpanType);
}
}
bool Pitch::operator==( const Pitch &orig ){
if( m_note == orig.getNoteName() &&
m_acc == orig.getAccidental() &&
m_oct == orig.getOctave() )
return true;
else
return false;
}
void TestTranspose::testTransposeBbToF()
{
Pitch bb(70, Accidentals::Flat);
Key besmaj("Bb major");
Pitch result = bb.transpose(besmaj, -5, -3);
Accidental resultAccidental = result.getAccidental(besmaj);
int resultPitch = result.getPerformancePitch();
QCOMPARE(resultAccidental, Accidentals::NoAccidental);
QCOMPARE(resultPitch, 65);
}
/**
* transpose an C# down by an augmented prime in C# major, should yield a C (in C major)
*/
void TestTranspose::testCisToC()
{
// Testing transposing C# to C
Pitch cis(73, Accidentals::Sharp);
Pitch result = cis.transpose(Key("C# major"), -1, 0);
Accidental resultAccidental = result.getAccidental(Key("C major"));
int resultPitch = result.getPerformancePitch();
QCOMPARE(resultAccidental, Accidentals::NoAccidental);
QCOMPARE(resultPitch, 72);
}
/**
* Transpose G to D in the key of D major.
*/
void TestTranspose::testGToD()
{
// Testing transposing G to D
Pitch g(67, Accidentals::Natural);
Key* dmaj = new Key("D major");
Pitch result = g.transpose(*dmaj, 7, 4);
Accidental resultAccidental = result.getAccidental(*dmaj);
int resultPitch = result.getPerformancePitch();
QCOMPARE(resultAccidental, Accidentals::NoAccidental);
QCOMPARE(resultPitch, 74);
}
/**
* transpose an A# up by a major second, should
* yield a B# (as C would be a minor triad)
*/
void TestTranspose::testAisToBis()
{
// Testing transposing A# to B#
Pitch ais(70, Accidentals::Sharp);
Key cmaj ("C major");
Pitch result = ais.transpose(cmaj, 2, 1);
Accidental resultAccidental = result.getAccidental(cmaj);
int resultPitch = result.getPerformancePitch();
QCOMPARE(resultAccidental, Accidentals::Sharp);
QCOMPARE(resultPitch, 72);
}
bool MelodyNoteGraphicBuilder::isPitchOnLine(const Pitch &pitch) const
{
if (pitch.staffPos() % 2) {
return false;
}
return true;
}
void MelodyNoteGraphicBuilder::setLedgerLinesForPitch(const Pitch &pitch)
{
if (m_pitchContext.isNull())
return;
int staffPos = pitch.staffPos();
int ledgerLineCount = ledgerLineCountForStaffPos(staffPos);
m_glyph->setLedgerLines(ledgerLineCount, staffPos < 0);
}
bool Pitch::operator!=( const Pitch &orig ){
if( m_note != orig.getNoteName() ) return true;
if( m_acc != orig.getAccidental() ) return true;
if( m_oct != orig.getOctave() ) return true;
else return false;
}
void
TrackParameterBox::updateWidgets2()
{
Track *track = getTrack();
if (!track)
return;
Instrument *instrument = m_doc->getStudio().getInstrumentFor(track);
if (!instrument)
return;
// *** Track Label
QString trackName = strtoqstr(track->getLabel());
if (trackName.isEmpty())
trackName = tr("<untitled>");
else
trackName.truncate(20);
const int trackNum = track->getPosition() + 1;
m_trackLabel->setText(tr("[ Track %1 - %2 ]").arg(trackNum).arg(trackName));
// *** Playback parameters
// Device
updatePlaybackDevice(instrument->getDevice()->getId());
// Instrument
updateInstrument(instrument);
// Archive
m_archive->setChecked(track->isArchived());
// If the current Instrument is an Audio Instrument...
if (instrument->getInstrumentType() == Instrument::Audio) {
// Hide irrelevant portions.
m_recordingFiltersFrame->setVisible(false);
m_staffExportOptionsFrame->setVisible(false);
// In the Create segments with... frame, only the color combo is
// useful for an Audio track.
m_presetLabel->setVisible(false);
m_preset->setVisible(false);
m_load->setVisible(false);
m_clefLabel->setVisible(false);
m_clef->setVisible(false);
m_transposeLabel->setVisible(false);
m_transpose->setVisible(false);
m_pitchLabel->setVisible(false);
m_lowestLabel->setVisible(false);
m_lowest->setVisible(false);
m_highestLabel->setVisible(false);
m_highest->setVisible(false);
} else { // MIDI or soft synth
// Show everything.
m_recordingFiltersFrame->setVisible(true);
m_staffExportOptionsFrame->setVisible(true);
// Create segments with... frame
m_presetLabel->setVisible(true);
m_preset->setVisible(true);
m_load->setVisible(true);
m_clefLabel->setVisible(true);
m_clef->setVisible(true);
m_transposeLabel->setVisible(true);
m_transpose->setVisible(true);
m_pitchLabel->setVisible(true);
m_lowestLabel->setVisible(true);
m_lowest->setVisible(true);
m_highestLabel->setVisible(true);
m_highest->setVisible(true);
}
// *** Recording filters
// Device
updateRecordingDevice(track->getMidiInputDevice());
// Channel
m_recordingChannel->setCurrentIndex((int)track->getMidiInputChannel() + 1);
// Thru Routing
m_thruRouting->setCurrentIndex((int)track->getThruRouting());
// *** Staff export options
// Notation size
m_notationSize->setCurrentIndex(track->getStaffSize());
// Bracket type
m_bracketType->setCurrentIndex(track->getStaffBracket());
// *** Create segments with
// Preset (Label)
m_preset->setText(strtoqstr(track->getPresetLabel()));
// Clef
m_clef->setCurrentIndex(track->getClef());
// Transpose
m_transpose->setCurrentIndex(
m_transpose->findText(QString("%1").arg(track->getTranspose())));
// Pitch Lowest
QSettings settings;
settings.beginGroup(GeneralOptionsConfigGroup);
const int octaveBase = settings.value("midipitchoctave", -2).toInt() ;
settings.endGroup();
const bool includeOctave = false;
const Pitch lowest(track->getLowestPlayable(), Accidentals::NoAccidental);
// NOTE: this now uses a new, overloaded version of Pitch::getAsString()
// that explicitly works with the key of C major, and does not allow the
// calling code to specify how the accidentals should be written out.
//
// Separate the note letter from the octave to avoid undue burden on
// translators having to retranslate the same thing but for a number
// difference
QString tmp = QObject::tr(lowest.getAsString(includeOctave, octaveBase).c_str(), "note name");
tmp += tr(" %1").arg(lowest.getOctave(octaveBase));
m_lowest->setText(tmp);
// Pitch Highest
const Pitch highest(track->getHighestPlayable(), Accidentals::NoAccidental);
tmp = QObject::tr(highest.getAsString(includeOctave, octaveBase).c_str(), "note name");
tmp += tr(" %1").arg(highest.getOctave(octaveBase));
m_highest->setText(tmp);
// Color
// Note: We only update the combobox contents if there is an actual
// change to the document's colors. See slotDocColoursChanged().
m_color->setCurrentIndex(track->getColor());
}
