inline void XMLSaver::SaveClef(CXMLWriter& writer, const CClefObj& obj)
{
writer.WriteKeyStart(_T("attributes"));
writer.WriteKeyStart(_T("clef"));
wxChar chSign[2] = {'G', 0};
int nLine = 2;
int nClefOctaveChange = 0;
switch ( obj.mClefType )
{
case 0 : //Treble
chSign[0] = 'G'; nLine = 2;
m_CA.clefShift = 0;
break;
case 1 : //Bass
chSign[0] = 'F'; nLine = 4;
m_CA.clefShift = 12;
break;
case 2 : //Alto
chSign[0] = 'C'; nLine = 3;
m_CA.clefShift = 0;
break;
case 3 : //Tenor
chSign[0] = 'G'; nLine = 2;
nClefOctaveChange = -1;
m_CA.clefShift = 0;
break;
}
writer.WriteString(_T("sign"), chSign);
writer.WriteInteger(_T("line"), nLine);
if ( nClefOctaveChange != 0 )
writer.WriteInteger(_T("clef-octave-change"), nClefOctaveChange);
writer.WriteKeyEnd();
writer.WriteKeyEnd();
}
inline void XMLSaver::SaveKeySig(CXMLWriter& writer, const CKeySigObj& obj)
{
writer.WriteKeyStart(_T("attributes"));
writer.WriteKeyStart(_T("key"));
obj.GetChromAlter(m_CA);
int nCount = 0;
if ( obj.mSharp )
nCount = bitcount(obj.mSharp);
else if ( obj.mFlat )
nCount = -bitcount(obj.mFlat);
writer.WriteInteger(_T("fifths"), nCount);
writer.WriteKeyEnd();
writer.WriteKeyEnd();
}
