void GRPositionTag::StaffBegin(GRStaff *grstaff)
{
// now we need to build a new staff
if (!grstaff) return;
GRSystemStartEndStruct * sse = new GRSystemStartEndStruct;
GRSaveStruct * st = getNewGRSaveStruct();
sse->p = (void *) st;
sse->grsystem = grstaff->getGRSystem();
sse->startflag = GRSystemStartEndStruct::OPENLEFT;
sse->startpos = NULL;
// ths startpos needs to be filled
// by the next addAssociation call!
// no need to call addAssociation (did that already ...)!
sse->endflag = lastendflag;
sse->endElement = lastendElement;
sse->endpos = lastendpos;
mStartEndList.AddTail(sse);
if(error)
{
setStartElement(grstaff,NULL);
setEndElement(grstaff,NULL);
return;
}
setStartElement(grstaff, /*dynamic cast<GRNotationElement *>*/
(grstaff->getSecondGlue()));
}
/** \brief Called after the new Staff has been created by the
Staffmanager after a pbreak-Break.
(It is ALWAYS called after a call to BreakTag)
It is somewhat analogous to StaffBegin but uses the assocpos.`
*/
void GRPositionTag::ResumeTag(GRStaff * grstaff,GuidoPos assocpos)
{
if (!grstaff) return;
GRSystemStartEndStruct * sse = new GRSystemStartEndStruct;
sse->grsystem = grstaff->getGRSystem();
sse->startflag = GRSystemStartEndStruct::OPENLEFT;
// here, we use the assocpos
sse->startpos = assocpos;
// no need to call addAssociation (did that already ...)!
sse->endflag = lastendflag;
sse->endElement = lastendElement;
sse->endpos = lastendpos;
GRSaveStruct * st = getNewGRSaveStruct();
sse->p = (void *) st;
mStartEndList.AddTail(sse);
if (error)
{
setStartElement(grstaff,NULL);
setEndElement(grstaff,NULL);
return;
}
setStartElement(grstaff, /*ynamic_cast<GRNotationElement *>*/(grstaff->getSecondGlue()));
}
GRGrace::GRGrace( GRStaff * stf, ARGrace * argrc )
: GRARCompositeNotationElement(argrc),
GRPositionTag(argrc->getEndPosition(), argrc )
{
assert(stf);
GRSystemStartEndStruct * sse = new GRSystemStartEndStruct;
sse->grsystem = stf->getGRSystem();
sse->startflag = GRSystemStartEndStruct::LEFTMOST;
sse->p = (void *) getNewGRSaveStruct();
mStartEndList.AddTail(sse);
}
GRTremolo::GRTremolo( GRStaff * stf, ARTremolo * artrem )
: GRPTagARNotationElement(artrem)
{
assert(stf);
GRSystemStartEndStruct * sse= new GRSystemStartEndStruct;
sse->grsystem = stf->getGRSystem();
sse->startflag = GRSystemStartEndStruct::LEFTMOST;
sse->p = (void *) getNewGRSaveStruct();
mStartEndList.AddTail(sse);
}
GRTrill::GRTrill(GRStaff * inStaff, ARTrill * artrem ) : GRPTagARNotationElement(artrem)
{
assert(inStaff);
GRSystemStartEndStruct * sse= new GRSystemStartEndStruct;
sse->grsystem = inStaff->getGRSystem();
sse->startflag = GRSystemStartEndStruct::LEFTMOST;
sse->p = (void *) getNewGRSaveStruct();
mStartEndList.AddTail(sse);
ARTrill::TYPE mytype = artrem->getType();
bool ShowCautionaryAccidentals = artrem->getCautionary();
ARMusicalVoice::CHORD_TYPE chordType = artrem->getChordType();
ARMusicalVoice::CHORD_ACCIDENTAL chordAccidental = artrem->getChordAccidental();
// - Creation of the accidental symbol -
switch (chordAccidental)
{
case ARMusicalVoice::NATURAL :
fAccidental = new GRAccidental(0, 0, -10, 0.5f);
break;
case ARMusicalVoice::FLAT :
fAccidental = new GRAccidental(0, 0, -1, 0.5f);
break;
case ARMusicalVoice::SHARP :
fAccidental = new GRAccidental(0, 0, 1, 0.5f);
break;
case ARMusicalVoice::CAU_NATURAL :
if (ShowCautionaryAccidentals)
fAccidental = new GRAccidental(0, 0, 10, 0.5f);
else
fAccidental = new GRAccidental(0, 0, 0, 0.5f);
break;
case ARMusicalVoice::CAU_FLAT :
if (ShowCautionaryAccidentals)
fAccidental = new GRAccidental(0, 0, -3, 0.5f);
else
fAccidental = new GRAccidental(0, 0, 0, 0.5f);
break;
case ARMusicalVoice::CAU_SHARP :
if (ShowCautionaryAccidentals)
fAccidental = new GRAccidental(0, 0, 3, 0.5f);
else
fAccidental = new GRAccidental(0, 0, 0, 0.5f);
break;
default :
fAccidental = new GRAccidental(0, 0, 0, 0.5f);
}
fAccidental->setOffsetX(this->getOffset().x + artrem->getadx());
fAccidental->setOffsetY(this->getOffset().y - artrem->getady()); // this offset affects each type of ornament
switch ( mytype )
{
case ARTrill::TRILL:
switch (chordType)
{
case ARMusicalVoice::ERROR:
setTrillSymbol( kNoneSymbol );
break;
default :
setupTrill();
}
break;
case ARTrill::TURN:
switch (chordType)
{
case ARMusicalVoice::DOWN:
setupInvertedTurn();
break;
case ARMusicalVoice::DOWN_COMPLEX:
setupInvertedTurnComplex();
break;
case ARMusicalVoice::UP_COMPLEX:
setupTurnComplex();
break;
case ARMusicalVoice::ERROR:
setTrillSymbol( kNoneSymbol );
break;
default :
setupTurn();
}
break;
case ARTrill::MORD:
switch (chordType)
{
case ARMusicalVoice::DOWN_SIMPLE:
setupInvertedMord();
break;
case ARMusicalVoice::DOWN:
setupPrallMordent();
break;
case ARMusicalVoice::UP:
setupPrallPrall();
break;
case ARMusicalVoice::ERROR:
setTrillSymbol( kNoneSymbol );
break;
default :
setupMord();
}
break;
}
}
