void FontDisplay::draw() { draw_box(); fltk::push_clip(2,2,w()-2,h()-2); const char* saved_encoding = fltk::get_encoding(); fltk::set_encoding(encoding); fltk::setfont(font, (float) size); id_box->label(fltk::Font::current_name()); id_box->redraw(); fltk::setcolor(fltk::BLACK); char buffer[32]; for (int Y = 1; Y < 8; Y++) { for (int X = 0; X < 32; X++) buffer[X] = (32*Y+X); fltk::drawtext(buffer, 32, 3, 3+(size+leading())*Y); } fltk::set_encoding(saved_encoding); fltk::pop_clip(); }
QRect StyleHelper::drawText(QPainter* p, const QRect& rc, QString& str, int nLines, int nFlags, const QColor& color, const QFont& font, bool bElided) { if (str.isEmpty()) { qDebug() << "[WARNING]: the text should not be empty when drawing!"; return QRect(); } QFontMetrics fm(font); if (rc.height() < (fm.height() + fm.leading()) * nLines) { qDebug() << "[WARNING]: space is not enough for drawing! text: " << str.left(30) << "..."; } //if (rc.width() * nLines < fm.width(str)) { // qDebug() << "[WARNING]: width should bigger than font metrics when drawing! text:" << str.left(30) << "..."; //} p->save(); p->setPen(color); p->setFont(font); int nWidth = 0; int nHeight = 0; int nHeightLine = p->fontMetrics().height() + leading(); QRect rcRet(rc.x(), rc.y(), rc.width(), nHeightLine); rcRet.adjust(margin(), 0, -margin(), 0); QTextLayout textLayout(str, p->font()); QTextOption opt = textLayout.textOption(); opt.setWrapMode(QTextOption::WrapAnywhere); textLayout.setTextOption(opt); textLayout.beginLayout(); while (nLines) { QTextLine line = textLayout.createLine(); if (!line.isValid()) { break; } line.setLineWidth(rcRet.width()); QString lineText; if (nLines == 1 && bElided) { // the last line lineText = p->fontMetrics().elidedText(str, Qt::ElideRight, rcRet.width()); nWidth = qMax<int>(p->fontMetrics().width(lineText), nWidth); } else { lineText = str.left(line.textLength()); nWidth = qMax<int>(line.width(), nWidth); } str.remove(0, line.textLength()); p->drawText(rcRet, nFlags, lineText); nHeight += nHeightLine; rcRet.setRect(rc.x(), rc.y() + nHeight, nWidth, nHeightLine); rcRet.adjust(margin(), 0, -margin(), 0); nLines--; } textLayout.endLayout(); rcRet.setRect(rc.x() + margin(), rc.y(), nWidth + margin(), nHeight); //rcRet.adjust(margin(), 0, -margin(), 0); p->restore(); return rcRet; }
SYMBOL FormatMsg( VBUF *pbuf, char *fmt, va_list arg ) /****************************************************/ // this function assumes that pbuf is initialized // all information is concatenated to the end of pbuf { VBUF prefix, suffix; char cfmt; char local_buf[ 1 + sizeof( int ) * 2 + 1 ]; unsigned len; SYMBOL retn_symbol; retn_symbol = NULL; cfmt = *fmt; while( cfmt ) { if( cfmt == '%' ) { fmt++; cfmt = *fmt; switch( cfmt ) { case '1': /* %01d */ case '2': /* %02d */ case '3': /* %03d */ case '4': /* %04d */ case '5': /* %05d */ case '6': /* %06d */ case '7': /* %07d */ case '8': /* %08d */ case '9': /* %09d */ len = sticpy( local_buf, va_arg( arg, int ) ) - local_buf; leading( pbuf, '0', ( cfmt - '0' ) - len ); VbufConcStr( pbuf, local_buf ); break; case 'c': /* %c */ VbufConcChr( pbuf, va_arg( arg, int ) ); break; case 's': /* %s */ VbufConcStr( pbuf, va_arg( arg, char * ) ); break; case 'u': /* %u */ VbufConcDecimal( pbuf, va_arg( arg, unsigned int ) ); break; case 'd': /* %d */ VbufConcInteger( pbuf, va_arg( arg, int ) ); break; case 'L': /* token location */ { TOKEN_LOCN *locn; locn = va_arg( arg, TOKEN_LOCN * ); if( locn == NULL ) { VbufConcStr( pbuf, "by compiler" ); } else { char *src_file = SrcFileName( locn->src_file ); if( src_file == NULL ) { VbufConcStr( pbuf, "on the command line" ); } else { if( ( CompFlags.ew_switch_used ) &&( locn->src_file == SrcFileTraceBackFile() ) ) { VbufConcStr( pbuf, "at: " ); } else { VbufConcStr( pbuf, "in: " ); VbufConcStr( pbuf, SrcFileName( locn->src_file ) ); } VbufConcChr( pbuf, '(' ); VbufConcInteger( pbuf, locn->line ); if( locn->column ) { if( CompFlags.ew_switch_used ) { VbufConcChr( pbuf, ',' ); VbufConcInteger( pbuf, locn->column ); } else { VbufConcStr( pbuf, ") (col " ); VbufConcInteger( pbuf, locn->column ); } } VbufConcChr( pbuf, ')' ); } } } break; case 'N': /* name */ FormatName( va_arg( arg, NAME ), &prefix ); VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); break; case 'F': /* symbol name (decorated) */ { SYMBOL sym; sym = va_arg( arg, SYMBOL ); FormatSym( sym, &prefix ); VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); } break; case 'S': /* symbol name (abbreviated) */ { SYMBOL sym; SYMBOL_NAME sn; NAME name; sym = va_arg( arg, SYMBOL ); if( sym == NULL ) { VbufConcStr( pbuf, "module data" ); } else { if( formatClassForSym( sym, pbuf ) ) { VbufConcStr( pbuf, "::" ); } if( SymIsCtor( sym ) ) { formatClassForSym( sym, pbuf ); } else if( SymIsDtor( sym ) ) { VbufConcChr( pbuf, '~' ); formatClassForSym( sym, pbuf ); } else { sn = sym->name; #ifndef NDEBUG if( sn == NULL ) { CFatal( "FormatMsg -- %S symbol has NULL SYMBOL_NAME" ); } #endif name = sn->name; #ifndef NDEBUG if( name == NULL ) { CFatal( "FormatMsg -- %S SYMBOL_NAME has NULL name" ); } #endif if( name == CppConversionName() ) { VbufConcStr( pbuf, "operator " ); FormatType( SymFuncReturnType( sym ) , &prefix , &suffix ); VbufFree( &suffix ); } else { FormatName( name, &prefix ); } VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); } if( sym->flag2 & SF2_TOKEN_LOCN ) { DbgVerify( retn_symbol == NULL, "too many symbols" ); retn_symbol = sym; } } } break; case 'T': /* type name */ { TYPE type = va_arg( arg, TYPE ); TYPE refed = TypeReference( type ); if( NULL != refed ) { type = refed; } FormatType( type, &prefix, &suffix ); VbufConcVbuf( pbuf, &prefix ); VbufConcVbuf( pbuf, &suffix ); VbufFree( &prefix ); VbufFree( &suffix ); VbufTruncWhite( pbuf ); if( NULL != refed ) { VbufConcStr( pbuf, " (lvalue)" ); } } break; case 'P': /* PTREE list */ { const PTREE p = va_arg( arg, PTREE ); FormatPTreeList( p, &prefix ); VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); } break; case 'I': /* PTREE id */ { const PTREE p = va_arg( arg, PTREE ); FormatPTreeId( p, &prefix ); VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); } break; case 'M': /* template info */ { TEMPLATE_INFO * const tinfo = va_arg( arg, TEMPLATE_INFO * ); const SYMBOL sym = tinfo->sym; FormatTemplateInfo( tinfo, &prefix ); VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); if( sym->flag2 & SF2_TOKEN_LOCN ) { DbgVerify( retn_symbol == NULL, "too many symbols" ); retn_symbol = sym; } } break; case 'C': /* template specialisation */ { TEMPLATE_SPECIALIZATION * const tspec = va_arg( arg, TEMPLATE_SPECIALIZATION * ); FormatTemplateSpecialization( tspec, &prefix ); VbufConcVbuf( pbuf, &prefix ); VbufFree( &prefix ); } break; default: VbufConcChr( pbuf, cfmt ); } } else {
void Lyrics::layout1() { setPos(textStyle().offset(spatium())); Text::layout1(); if (!parent()) // palette & clone trick return; ChordRest* cr = chordRest(); const QList<Lyrics*>* ll = &(cr->lyricsList()); qreal lh = lineSpacing() * score()->styleD(StyleIdx::lyricsLineHeight); int line = ll->indexOf(this); qreal y = lh * line + point(score()->styleS(StyleIdx::lyricsDistance)); qreal x = 0.0; // // parse leading verse number and/or punctuation, so we can factor it into layout separately // TODO: provide a way to disable this // bool hasNumber = false; // _verseNumber; qreal adjust = 0.0; QString s = plainText(true); // find: // 1) string of numbers and non-word characters at start of syllable // 2) at least one other character (indicating start of actual lyric) QRegularExpression leadingPattern("(^[\\d\\W]+)([^\\d\\W]+)"); QRegularExpressionMatch leadingMatch = leadingPattern.match(s); if (leadingMatch.hasMatch()) { // leading string QString s1 = leadingMatch.captured(1); // actual lyric //QString s2 = leadingMatch.captured(2); Text leading(*this); leading.setPlainText(s1); leading.layout1(); adjust = leading.width(); if (!s1.isEmpty() && s1[0].isDigit()) hasNumber = true; } if (textStyle().align() & AlignmentFlags::HCENTER) { // // center under notehead, not origin // however, lyrics that are melismas or have verse numbers will be forced to left alignment // TODO: provide a way to disable the automatic left alignment // qreal maxWidth; if (cr->type() == Element::Type::CHORD) maxWidth = static_cast<Chord*>(cr)->maxHeadWidth(); else maxWidth = cr->width(); // TODO: exclude ledger line for multivoice rest? qreal nominalWidth = symWidth(SymId::noteheadBlack); if (!isMelisma() && !hasNumber) // center under notehead x += nominalWidth * .5 - cr->x() - adjust * 0.5; else // force left alignment x += (width() + nominalWidth - maxWidth) * .5 - cr->x() - adjust; } else { // even for left aligned syllables, ignore leading verse numbers and/or punctuation x -= adjust; } rxpos() += x; rypos() += y; if (_ticks > 0 || _syllabic == Syllabic::BEGIN || _syllabic == Syllabic::MIDDLE) { if (_separator == nullptr) { _separator = new LyricsLine(score()); _separator->setTick(cr->tick()); score()->addUnmanagedSpanner(_separator); } _separator->setParent(this); _separator->setTick(cr->tick()); _separator->setTrack(track()); _separator->setTrack2(track()); #if defined(USE_FONT_DASH_METRIC) // if font parameters different from font cached values, compute new dash values from font metrics if (textStyle().family() != g_fontFamily && textStyle().size() != g_fontSize) { QFontMetricsF fm = textStyle().fontMetrics(spatium()); QRectF r = fm.tightBoundingRect("\u2013"); // U+2013 EN DASH g_cachedDashY = _dashY = r.y() + (r.height() * HALF); g_cachedDashLength = _dashLength = r.width(); #if defined(USE_FONT_DASH_TICKNESS) g_cachedDashThickness = _dashThickness = r.height(); #endif g_fontFamily = textStyle().family(); g_fontSize = textStyle().size(); } // if same font, use cached values else { _dashY = g_cachedDashY; _dashLength = g_cachedDashLength; #if defined(USE_FONT_DASH_TICKNESS) _dashThickness = g_cachedDashThickness; #endif } #endif } else if (_separator != nullptr) { _separator->unchain(); delete _separator; _separator = nullptr; } }