bool KoDocumentInfoAuthor::saveOasis( KoXmlWriter &xmlWriter )
{
if ( !m_fullName.isEmpty() )
{
xmlWriter.startElement( "dc:creator");
xmlWriter.addTextNode( m_fullName );
xmlWriter.endElement();
}
if ( !m_initial.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "initial" );
xmlWriter.addTextNode( m_initial );
xmlWriter.endElement();
}
if ( !m_title.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "author-title" );
xmlWriter.addTextNode( m_title );
xmlWriter.endElement();
}
if ( !m_company.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "company" );
xmlWriter.addTextNode( m_company );
xmlWriter.endElement();
}
if ( !m_email.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "email" );
xmlWriter.addTextNode( m_email );
xmlWriter.endElement();
}
if ( !m_telephoneHome.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "telephone" );
xmlWriter.addTextNode( m_telephoneHome );
xmlWriter.endElement();
}
if ( !m_telephoneWork.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "telephone-work" );
xmlWriter.addTextNode( m_telephoneWork );
xmlWriter.endElement();
}
if ( !m_fax.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "fax" );
xmlWriter.addTextNode( m_fax );
xmlWriter.endElement();
}
if ( !m_country.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "country" );
xmlWriter.addTextNode( m_country );
xmlWriter.endElement();
}
if ( !m_postalCode.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "postal-code" );
xmlWriter.addTextNode( m_postalCode );
xmlWriter.endElement();
}
if ( !m_city.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "city" );
xmlWriter.addTextNode( m_city );
xmlWriter.endElement();
}
if ( !m_street.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "street" );
xmlWriter.addTextNode( m_street );
xmlWriter.endElement();
}
if ( !m_position.isEmpty() )
{
xmlWriter.startElement( "meta:user-defined");
xmlWriter.addAttribute( "meta:name", "position" );
xmlWriter.addTextNode( m_position );
xmlWriter.endElement();
}
return true;
}
static void writeChord(KoXmlWriter& w, Chord* chord, Voice* voice, Part* part, int bar)
{
if (!chord->noteCount()) {
w.startElement("music:note");
w.startElement("music:rest");
w.endElement(); // music:rest
w.startElement("music:duration");
w.addTextNode(QString::number(chord->length()));
w.endElement(); // music:duration
w.startElement("music:voice");
w.addTextNode(QString::number(part->indexOfVoice(voice) + 1));
w.endElement(); // music:voice
w.startElement("music:type");
w.addTextNode(durationToString(chord->duration()));
w.endElement(); // music:type
for (int i = 0; i < chord->dots(); i++) {
w.startElement("music:dot");
w.endElement(); // music:dot
}
if (part->staffCount() > 1) {
// only write staff info when more than one staff exists
Staff* s = chord->staff();
w.startElement("music:staff");
w.addTextNode(QString::number(part->indexOfStaff(s) + 1));
w.endElement(); //music:staff
}
w.endElement(); // music:note
} else for (int n = 0; n < chord->noteCount(); n++) {
Staff* staff = chord->note(n)->staff();
w.startElement("music:note");
if (n > 0) {
w.startElement("music:chord");
w.endElement(); // music:chord
}
w.startElement("music:pitch");
w.startElement("music:step");
int pitch = chord->note(n)->pitch();
char note = 'A' + ((((pitch + 2) % 7) + 7) % 7);
w.addTextNode(QString(note));
w.endElement(); // music:step
if (chord->note(n)->accidentals()) {
w.startElement("music:alter");
w.addTextNode(QString::number(chord->note(n)->accidentals()));
w.endElement(); // music:alter
}
w.startElement("music:octave");
w.addTextNode(QString::number((pitch + 4*7) / 7)); // first add, than divide to get proper rounding
w.endElement(); // music:octave
w.endElement(); // music:pitch
w.startElement("music:duration");
w.addTextNode(QString::number(chord->length()));
w.endElement(); // music:duration
w.startElement("music:voice");
w.addTextNode(QString::number(part->indexOfVoice(voice) + 1));
w.endElement(); // music:voice
w.startElement("music:type");
w.addTextNode(durationToString(chord->duration()));
w.endElement(); // music:type
for (int i = 0; i < chord->dots(); i++) {
w.startElement("music:dot");
w.endElement(); // music:dot
}
int activeAccidentals = 0;
KeySignature* ks = staff->lastKeySignatureChange(bar);
if (ks) activeAccidentals = ks->accidentals(chord->note(n)->pitch());
VoiceBar* vb = chord->voiceBar();
// next check the bar for the last previous note in the same voice with the same pitch
for (int e = 0; e < vb->elementCount(); e++) {
Chord* c = dynamic_cast<Chord*>(vb->element(e));
if (!c) continue;
if (c == chord) break;
for (int nid = 0; nid < c->noteCount(); nid++) {
Note* note = c->note(nid);
if (note->staff() != staff) continue;
if (note->pitch() == chord->note(n)->pitch()) {
activeAccidentals = note->accidentals();
}
}
}
if (chord->note(n)->accidentals() != activeAccidentals) {
w.startElement("music:accidental");
switch (chord->note(n)->accidentals()) {
case -2: w.addTextNode("flat-flat"); break;
case -1: w.addTextNode("flat"); break;
case 0: w.addTextNode("natural"); break;
case 1: w.addTextNode("sharp"); break;
case 2: w.addTextNode("double-sharp"); break;
}
w.endElement(); // music:accidental
}
if (part->staffCount() > 1) {
// only write staff info when more than one staff exists
Staff* s = chord->note(n)->staff();
w.startElement("music:staff");
w.addTextNode(QString::number(part->indexOfStaff(s) + 1));
w.endElement(); //music:staff
}
w.endElement(); // music:note
}
}
static void writePart(KoXmlWriter& w, int id, Part* part)
{
w.startElement("music:part");
w.addAttribute("id", QString("P%1").arg(id));
for (int i = 0; i < part->sheet()->barCount(); i++) {
Bar* bar = part->sheet()->bar(i);
w.startElement("music:measure");
w.addAttribute("number", i+1);
bool inAttributes = false;
if (i == 0) {
w.startElement("music:attributes");
w.startElement("music:divisions");
w.addTextNode(QString::number(QuarterLength));
w.endElement(); // music:divisions
inAttributes = true;
}
for (int st = 0; st < part->staffCount(); st++) {
Staff* staff = part->staff(st);
for (int e = 0; e < bar->staffElementCount(staff); e++) {
StaffElement* se = bar->staffElement(staff, e);
KeySignature* ks = dynamic_cast<KeySignature*>(se);
if (ks) {
if (!inAttributes) {
w.startElement("music:attributes");
inAttributes = true;
}
writeKeySignature(w, ks, part);
}
}
}
for (int st = 0; st < part->staffCount(); st++) {
Staff* staff = part->staff(st);
for (int e = 0; e < bar->staffElementCount(staff); e++) {
StaffElement* se = bar->staffElement(staff, e);
TimeSignature* ts = dynamic_cast<TimeSignature*>(se);
if (ts) {
if (!inAttributes) {
w.startElement("music:attributes");
inAttributes = true;
}
writeTimeSignature(w, ts, part);
}
}
}
if (i == 0 && part->staffCount() != 1) {
w.startElement("music:staves");
w.addTextNode(QString::number(part->staffCount()));
w.endElement(); // music:staves
}
for (int st = 0; st < part->staffCount(); st++) {
Staff* staff = part->staff(st);
for (int e = 0; e < bar->staffElementCount(staff); e++) {
StaffElement* se = bar->staffElement(staff, e);
Clef* c = dynamic_cast<Clef*>(se);
if (c) {
if (!inAttributes) {
w.startElement("music:attributes");
inAttributes = true;
}
writeClef(w, c, part);
}
}
}
if (inAttributes) {
w.endElement(); // music:attributes
}
int curTime = 0;
for (int voice = 0; voice < part->voiceCount(); voice++) {
if (curTime != 0) {
w.startElement("music:backup");
w.startElement("music:duration");
w.addTextNode(QString::number(curTime));
w.endElement(); // music:duration
w.endElement(); // music:backup
}
Voice* v = part->voice(voice);
VoiceBar* vb = part->sheet()->bar(i)->voice(v);
for (int e = 0; e < vb->elementCount(); e++) {
VoiceElement* ve = vb->element(e);
curTime += ve->length();
Chord* c = dynamic_cast<Chord*>(ve);
if(c) writeChord(w, c, v, part, i);
}
}
w.endElement(); // music:measure
}
w.endElement(); // music:part
}