use_geometry = false;
biblio_style = "plain";
use_bibtopic = false;
+ multibib = string();
use_indices = false;
save_transient_properties = true;
track_changes = false;
fonts_default_family = "default";
useNonTeXFonts = false;
use_microtype = false;
+ use_dash_ligatures = true;
fonts_expert_sc = false;
fonts_old_figures = false;
fonts_sans_scale[0] = 100;
}
+bool BufferParams::useBibtopic() const
+{
+ if (useBiblatex())
+ return false;
+ return (use_bibtopic || (!multibib.empty() && multibib != "child"));
+}
+
+
AuthorList & BufferParams::authors()
{
return pimpl_->authorlist;
lex >> fonts_cjk;
} else if (token == "\\use_microtype") {
lex >> use_microtype;
+ } else if (token == "\\use_dash_ligatures") {
+ lex >> use_dash_ligatures;
} else if (token == "\\paragraph_separation") {
string parsep;
lex >> parsep;
biblatex_citestyle = trim(lex.getString());
} else if (token == "\\use_bibtopic") {
lex >> use_bibtopic;
+ } else if (token == "\\multibib") {
+ lex >> multibib;
} else if (token == "\\use_indices") {
lex >> use_indices;
} else if (token == "\\tracking_changes") {
os << "\\font_cjk " << fonts_cjk << '\n';
}
os << "\\use_microtype " << convert<string>(use_microtype) << '\n';
+ os << "\\use_dash_ligatures " << convert<string>(use_dash_ligatures) << '\n';
os << "\\graphics " << graphics_driver << '\n';
os << "\\default_output_format " << default_output_format << '\n';
os << "\\output_sync " << output_sync << '\n';
os << "\n\\biblatex_bibstyle " << biblatex_bibstyle;
if (!biblatex_citestyle.empty())
os << "\n\\biblatex_citestyle " << biblatex_citestyle;
+ if (!multibib.empty())
+ os << "\n\\multibib " << multibib;
os << "\n\\use_bibtopic " << convert<string>(use_bibtopic)
<< "\n\\use_indices " << convert<string>(use_indices)
// if we use fontspec or newtxmath, we have to load the AMS packages here
string const ams = features.loadAMSPackages();
- bool const ot1 = (font_encoding() == "default" || font_encoding() == "OT1");
+ bool const ot1 = (main_font_encoding() == "default" || main_font_encoding() == "OT1");
bool const use_newtxmath =
theLaTeXFonts().getLaTeXFont(from_ascii(fontsMath())).getUsedPackage(
ot1, false, false) == "newtxmath";
// set font encoding
// XeTeX and LuaTeX (with OS fonts) do not need fontenc
if (!useNonTeXFonts && !features.isProvided("fontenc")
- && font_encoding() != "default") {
+ && main_font_encoding() != "default") {
// get main font encodings
vector<string> fontencs = font_encodings();
// get font encodings of secondary languages
IndicesList::const_iterator iit = indiceslist().begin();
IndicesList::const_iterator iend = indiceslist().end();
for (; iit != iend; ++iit) {
- pair<docstring, docstring> indexname_latex =
- features.runparams().encoding->latexString(iit->index(),
- features.runparams().dryrun);
- if (!indexname_latex.second.empty()) {
- // issue a warning about omitted characters
- // FIXME: should be passed to the error dialog
- frontend::Alert::warning(_("Uncodable characters"),
- bformat(_("The following characters that are used in an index name are not\n"
- "representable in the current encoding and therefore have been omitted:\n%1$s."),
- indexname_latex.second));
- }
- os << "\\newindex[";
- os << indexname_latex.first;
- os << "]{";
+ os << "\\newindex{";
os << escape(iit->shortcut());
os << "}\n";
}
os << "}\n";
}
- // xunicode needs to be loaded at least after amsmath, amssymb,
+ // xunicode only needs to be loaded if tipa is used
+ // (the rest is obsoleted by the new TU encoding).
+ // It needs to be loaded at least after amsmath, amssymb,
// esint and the other packages that provide special glyphs
- // The package only supports XeTeX currently.
- if (features.runparams().flavor == OutputParams::XETEX
- && useNonTeXFonts)
+ if (features.mustProvide("tipa") && useNonTeXFonts) {
+ // The package officially only supports XeTeX, but also works
+ // with LuaTeX. Thus we work around its XeTeX test.
+ if (features.runparams().flavor != OutputParams::XETEX) {
+ os << "% Pretend to xunicode that we are XeTeX\n"
+ << "\\def\\XeTeXpicfile{}\n";
+ }
os << "\\usepackage{xunicode}\n";
+ }
// Polyglossia must be loaded last ...
if (use_polyglossia) {
delim = ",";
}
}
+ if (!multibib.empty() && multibib != "child") {
+ opts += delim + "refsection=" + multibib;
+ delim = ",";
+ }
if (bibtexCommand() == "bibtex8"
|| prefixIs(bibtexCommand(), "bibtex8 ")) {
opts += delim + "backend=bibtex8";
}
-string const BufferParams::font_encoding() const
+string const BufferParams::main_font_encoding() const
{
return font_encodings().empty() ? "default" : font_encodings().back();
}
}
// Tex Fonts
- bool const ot1 = (font_encoding() == "default" || font_encoding() == "OT1");
+ bool const ot1 = (main_font_encoding() == "default" || main_font_encoding() == "OT1");
bool const dryrun = features.runparams().dryrun;
bool const complete = (fontsSans() == "default" && fontsTypewriter() == "default");
bool const nomath = (fontsMath() == "default");
string const & BufferParams::defaultBiblioStyle() const
{
- map<string, string> bs = documentClass().defaultBiblioStyle();
- return bs[theCiteEnginesList.getTypeAsString(citeEngineType())];
+ map<string, string> const & bs = documentClass().defaultBiblioStyle();
+ auto cit = bs.find(theCiteEnginesList.getTypeAsString(citeEngineType()));
+ if (cit != bs.end())
+ return cit->second;
+ else
+ return empty_string();
}