//------------------------------------------------------------------------
// creates the part list element
//------------------------------------------------------------------------
static Sxmlelement makePartList() {
Sxmlelement partlist = factory::instance().create(k_part_list);
Sxmlelement scorepart = factory::instance().create(k_score_part);
scorepart->add (newAttribute("id", kPartID));
scorepart->push (newElement(k_part_name, "Part name"));
Sxmlelement scoreinstr = factory::instance().create(k_score_instrument);
scoreinstr->add (newAttribute("id", "I1"));
scoreinstr->push (newElement(k_instrument_name, "Any instr."));
scorepart->push (scoreinstr);
partlist->push(scorepart);
return partlist;
}
//------------------------------------------------------------------------
Sxmlelement musicxmlfactory::newbarline (const char* location, const char* barstyle, const char *repeat)
{
Sxmlelement barline = element (k_barline);
if (location)
barline->add (attribute( "location", location));
if (barstyle)
barline->push (element(k_bar_style, barstyle));
if (repeat) {
Sxmlelement repeatelt = (element(k_repeat));
repeatelt->add (attribute( "direction", repeat));
barline->push (repeatelt);
}
return barline;
}
//------------------------------------------------------------------------
// creates a part containing 'count' measures
//------------------------------------------------------------------------
Sxmlelement makePart(int count) {
Sxmlelement part = factory::instance().create(k_part);
part->add (newAttribute("id", kPartID));
for (int i=1; i<=count; i++) // and 'count' times
part->push (makemeasure(i)); // adds a new measure to the part
return part;
}
//------------------------------------------------------------------------
void musicxmlfactory::tie (Sxmlelement start, Sxmlelement stop)
{
Sxmlelement tieStart = element (k_tie);
tieStart->add (attribute ("type", "start"));
start->push (tieStart);
Sxmlelement tiedStart = element (k_tied);
tiedStart->add (attribute ("type", "start"));
addnotation (start, tiedStart);
Sxmlelement tieStop = element (k_tie);
tieStop->add (attribute ("type", "stop"));
stop->push (tieStop);
Sxmlelement tiedStop = element (k_tied);
tiedStop->add (attribute ("type", "stop"));
addnotation (stop, tiedStop);
}
//------------------------------------------------------------------------
Sxmlelement musicxmlfactory::scorepart (const char* id, const char* name, const char* abbrev)
{
Sxmlelement part = element(k_score_part);
part->add (attribute("id", id));
if (name) part->push (element(k_part_name, name));
if (abbrev) part->push (element(k_part_abbreviation, abbrev));
return part;
}
//------------------------------------------------------------------------
Sxmlelement musicxmlfactory::newdynamics (int type, const char* placement)
{
Sxmlelement dynamics = element (k_dynamics);
if (placement)
dynamics->add (attribute( "placement", placement));
dynamics->push (element(type));
return dynamics;
}
//------------------------------------------------------------------------
void musicxmlfactory::addgroup (int number, const char* name, const char* abbrev, bool groupbarline, vector<Sxmlelement>& parts)
{
Sxmlelement groupStart = element(k_part_group);
groupStart->add (attribute ("number", number));
groupStart->add (attribute ("type", "start"));
if (name) groupStart->push (element(k_group_name, name));
if (abbrev) groupStart->push (element(k_group_abbreviation, abbrev));
if (groupbarline) groupStart->push (element(k_group_barline, "yes"));
fPartList->push (groupStart);
for (vector<Sxmlelement>::const_iterator i = parts.begin(); i != parts.end(); i++)
addpart(*i);
Sxmlelement groupStop = element(k_part_group);
groupStop->add (attribute ("number", number));
groupStop->add (attribute ("type", "stop"));
fPartList->push (groupStop);
}
//------------------------------------------------------------------------
void musicxmlfactory::maketuplet(int actual, int normal, const std::vector<Sxmlelement>& notes)
{
if (notes.empty()) return;
Sxmlelement timemod = element(k_time_modification);
timemod->push (element (k_actual_notes, actual));
timemod->push (element (k_normal_notes, normal));
for (unsigned int i=0; i < notes.size(); i++)
notes[i]->push(timemod);
Sxmlelement notations = getNotations (notes[0]);
Sxmlelement tuplet = element (k_tuplet);
tuplet->add (attribute ("type", "start"));
notations->push (tuplet);
notations = getNotations (notes[notes.size()-1]);
tuplet = element (k_tuplet);
tuplet->add (attribute ("type", "stop"));
notations->push (tuplet);
}
//------------------------------------------------------------------------
// creates the identification element
//------------------------------------------------------------------------
static Sxmlelement makeIdentification() {
Sxmlelement id = factory::instance().create(k_identification);
Sxmlelement encoding = factory::instance().create(k_encoding);
Sxmlelement creator = newElement(k_creator, "Georg Chance");
creator->add(newAttribute("type", "Composer"));
id->push (creator);
encoding->push (newElement(k_software, "MusicXML Library v2"));
id->push (encoding);
return id;
}
//------------------------------------------------------------------------
// creates a measure containing random notes
// the function takes the measure number as an argument
//------------------------------------------------------------------------
static Sxmlelement makemeasure(unsigned long num) {
Sxmlelement measure = factory::instance().create(k_measure);
measure->add (newAttributeI("number", num));
if (num==1) { // creates specific elements of the first measure
measure->push(makeAttributes()); // division, time, clef...
}
for (int i = 0; i < 4; i++) { // next adds 4 quarter notes
Sxmlelement note = factory::instance().create(k_note); // creates the note
Sxmlelement pitch = factory::instance().create(k_pitch); // creates a pitch
pitch->push (newElement(k_step, randomNote())); // sets the pitch to a random value
pitch->push (newElementI(k_octave, 4 + getrandom(2))); // sets the octave to a random value
note->push (pitch); // adds the pitch to the note
note->push (newElementI(k_duration, kDivision)); // sets the note duration to a quarter note
note->push (newElement(k_type, "quarter")); // creates the graphic elements of the note
measure->push (note); // and finally adds the note to the measure
}
return measure;
}
//------------------------------------------------------------------------
void musicxmlfactory::rights (const char* c, const char* type)
{
Sxmlelement rights = element(k_rights, c);
if (type) rights->add (attribute("type", type));
fIdentification->push (rights);
}
//------------------------------------------------------------------------
void musicxmlfactory::creator (const char* c, const char* type)
{
Sxmlelement creator = element(k_creator, c);
if (type) creator->add (attribute("type", type));
fIdentification->push (creator);
}
//------------------------------------------------------------------------
Sxmlelement musicxmlfactory::part (const char* id)
{
Sxmlelement part = element(k_part);
part->add (attribute("id", id));
return part;
}
//------------------------------------------------------------------------
Sxmlelement musicxmlfactory::newmeasure(int number) const
{
Sxmlelement measure = element (k_measure);
measure->add (attribute ("number", number));
return measure;
}