void TextDialog::initValues() {
char* title = StrOp.fmt( "%s %s", (const char*)wxGetApp().getMsg("text").mb_str(wxConvUTF8), wText.getid( m_Props ) );
SetTitle( wxString(title,wxConvUTF8) );
StrOp.free( title );
// General
m_ID->SetValue( wxString(wText.getid( m_Props ),wxConvUTF8) );
m_Text->SetValue( wxString(wText.gettext( m_Props ),wxConvUTF8) );
m_Tip->SetValue( wxString(wText.getdesc( m_Props ),wxConvUTF8) );
char* str = StrOp.fmt( "%d", wText.getpointsize( m_Props ) );
m_Pointsize->SetValue( wxString(str,wxConvUTF8) ); StrOp.free( str );
m_Bold->SetValue( wText.isbold( m_Props) );
m_Underlined->SetValue( wText.isunderlined( m_Props) );
m_Border->SetValue( wText.isborder( m_Props) );
m_Italic->SetValue( wText.isitalic( m_Props ) );
m_Transparent->SetValue( wText.istransparent( m_Props ) );
m_Input->SetValue( wText.ismanualinput( m_Props ) );
m_Reset->SetValue( wText.isreset( m_Props ) );
m_Clock->SetValue(wText.isclock( m_Props )?true:false);
wxColour color( wText.getred(m_Props), wText.getgreen(m_Props), wText.getblue(m_Props) );
m_Color->SetBackgroundColour(color);
wxColour bcolor( wText.getbackred(m_Props), wText.getbackgreen(m_Props), wText.getbackblue(m_Props) );
m_Background->SetBackgroundColour(bcolor);
if( StrOp.equals( wText.getori(m_Props), wItem.north ) )
m_Ori->SetSelection(1);
else if( StrOp.equals( wText.getori(m_Props), wItem.south ) )
m_Ori->SetSelection(2);
else
m_Ori->SetSelection(0);
// Interface
m_IID->SetValue( wxString(wText.getiid( m_Props ),wxConvUTF8) );
m_Bus->SetValue( wxString::Format(wxT("%d"), wText.getbus( m_Props )) );
m_Address->SetValue( wText.getaddr( m_Props ) );
m_Display->SetValue( wText.getdisplay( m_Props ) );
// Location
str = StrOp.fmt( "%d", wText.getx( m_Props ) );
m_x->SetValue( wxString(str,wxConvUTF8) ); StrOp.free( str );
str = StrOp.fmt( "%d", wText.gety( m_Props ) );
m_y->SetValue( wxString(str,wxConvUTF8) ); StrOp.free( str );
str = StrOp.fmt( "%d", wText.getz( m_Props ) );
m_z->SetValue( wxString(str,wxConvUTF8) ); StrOp.free( str );
str = StrOp.fmt( "%d", wText.getcx( m_Props ) );
m_Cx->SetValue( wxString(str,wxConvUTF8) ); StrOp.free( str );
str = StrOp.fmt( "%d", wText.getcy( m_Props ) );
m_Cy->SetValue( wxString(str,wxConvUTF8) ); StrOp.free( str );
}
void cfill(char *s){
int k=bcolor(s);
if(k>=0) e1->backgr=k;
}
void color(char *s){
e1->foregr=bcolor(s);
}
PixelColor makeColor(HumdrumFile& infile, int line, int spine, int style,
Array<int>& rhylev, int track) {
PixelColor output;
int trackCount;
PerlRegularExpression pre;
const char* instrument = "";
PixelColor purple (225, 121, 255);
PixelColor yellowgreen(150, 200, 0);
switch (toupper(style)) {
case 'M': // color by metric position
if (rhylev[line] >= 2) {
output.setColor("red");
} else if (rhylev[line] == 1) {
output.setColor("lightorange");
} else if (rhylev[line] == 0) {
output.setColor("yellow");
} else if (rhylev[line] == -1) {
output.setColor("green");
} else if (rhylev[line] == -2) {
output.setColor("blue");
} else if (rhylev[line] <= -3) {
output.setColor("violet");
} else {
output.setColor("silver");
}
break;
case 'V': // color spines by voice
instrument = getInstrument(infile, track);
if (pre.search(instrument, "Bassus", "i")) {
output.setColor("red");
} else if (pre.search(instrument, "Contra", "i")) {
output.setColor("darkorange");
} else if (pre.search(instrument, "Tenor", "i")) {
output.setColor("blue");
} else if (pre.search(instrument, "Altus", "i")) {
output = purple;
} else if (pre.search(instrument, "Superius", "i")) {
output.setColor("limegreen");
} else if (pre.search(instrument, "Cantus", "i")) {
output.setColor("limegreen");
} else if (pre.search(instrument, "Discantus", "i")) {
output = yellowgreen;
} else {
output.setColor("black");
}
break;
case 'H': // color spines by hue
default:
trackCount = infile.getMaxTracks();
output.setHue(((int)infile[line].getTrack(spine))/(double)trackCount);
}
PixelColor bcolor(bgcolor);
double csum = (bcolor.Red + bcolor.Green + bcolor.Blue)/(255*3);
if (csum > 0.5) {
output.Red = output.Red / 2;
output.Green = output.Green / 2;
output.Blue = output.Blue / 2;
}
return output;
}