// special case languages
std::string const & lang = orig_font.language()->lang();
bool const hebrew = lang == "hebrew";
- bool const arabic = lang == "arabic" || lang == "farsi";
+ bool const arabic = lang == "arabic_arabtex" || lang == "arabic_arabi" ||
+ lang == "farsi";
// draw as many chars as we can
if ((!hebrew && !arabic)
void RowPainter::paintAppendix()
{
- if (!par_.params().appendix())
+ // only draw the appendix frame once (for the main text)
+ if (!par_.params().appendix() || !text_.isMainText(*bv_.buffer()))
return;
int y = yo_ - row_.ascent();
void RowPainter::paintText()
{
pos_type const end = row_.endpos();
+ // Spaces at logical line breaks in bidi text must be skipped during
+ // painting. However, they may appear visually in the middle
+ // of a row; they must be skipped, wherever they are...
+ // * logically "abc_[HEBREW_\nHEBREW]"
+ // * visually "abc_[_WERBEH\nWERBEH]"
+ pos_type skipped_sep_vpos = -1;
pos_type body_pos = par_.beginOfBody();
if (body_pos > 0 &&
(body_pos > end || !par_.isLineSeparator(body_pos - 1))) {
Font font;
Buffer const & buffer = *bv_.buffer();
+ // If the last logical character is a separator, don't paint it, unless
+ // it's in the last row of a paragraph; see skipped_sep_vpos declaration
+ if (end > 0 && end < par_.size() && par_.isSeparator(end - 1))
+ skipped_sep_vpos = bidi_.log2vis(end - 1);
+
for (pos_type vpos = row_.pos(); vpos < end; ) {
if (x_ > bv_.workWidth())
break;
+ // Skip the separator at the logical end of the row
+ if (vpos == skipped_sep_vpos) {
+ ++vpos;
+ continue;
+ }
+
pos_type const pos = bidi_.vis2log(vpos);
if (pos >= par_.size()) {
{
// check whether the current inset is nested in a non-wide inset
Cursor & cur = pi.base.bv->cursor();
- for (int i = cur.depth() - 1; --i >= 0; ) {
+ Inset const * cur_in = &cur.inset();
+ // check all higher nested insets
+ for (size_type i = 1; i < cur.depth(); ++i) {
Inset * const in = &cur[i].inset();
- if (in) {
+ if (in == cur_in)
+ // we reached the level of the current inset, so stop
+ return false;
+ else if (in) {
+ if (in->hasFixedWidth())
+ return true;
InsetText * t =
const_cast<InsetText *>(in->asTextInset());
- if (t)
- return !t->wide();
+ if (t && !t->wide())
+ // OK, we are in a non-wide() inset
+ return true;
}
}
return false;
// Clear background of this row
// (if paragraph background was not cleared)
if (!repaintAll &&
- (!(in_inset_alone_on_row && leftEdgeFixed)
+ (!(in_inset_alone_on_row && leftEdgeFixed && !inNarrowIns)
|| row_has_changed)) {
pi.pain.fillRectangle(x, y - rit->ascent(),
rp.maxWidth(), rit->height(),
// and grey out above (should not happen later)
// lyxerr << "par ascent: " << text.getPar(vi.p1).ascent() << endl;
- if (vi.y1 > 0 && vi.update_strategy != SingleParUpdate)
+ if (vi.y1 > 0 && vi.update_strategy == FullScreenUpdate)
pain.fillRectangle(0, 0, bv.workWidth(), vi.y1, Color::bottomarea);
// and possibly grey out below
// lyxerr << "par descent: " << text.getPar(vi.p1).ascent() << endl;
- if (vi.y2 < bv.workHeight() && vi.update_strategy != SingleParUpdate)
+ if (vi.y2 < bv.workHeight() && vi.update_strategy == FullScreenUpdate)
pain.fillRectangle(0, vi.y2, bv.workWidth(), bv.workHeight() - vi.y2, Color::bottomarea);
}