#include "insets/InsetTabular.h"
+#include "support/convert.h"
#include "support/debug.h"
+#include "support/lstrings.h"
#include <QCheckBox>
#include <QPushButton>
namespace frontend {
GuiTabular::GuiTabular(QWidget * parent)
- : InsetParamsWidget(parent)
+ : InsetParamsWidget(parent), firstheader_suppressable_(false),
+ lastfooter_suppressable_(false), orig_leftborder_(GuiSetBorder::LINE_UNDEF),
+ orig_rightborder_(GuiSetBorder::LINE_UNDEF), lastrow_(0)
+
{
setupUi(this);
connect(interlinespaceUnitLC, SIGNAL(selectionChanged(lyx::Length::UNIT)),
this, SLOT(checkEnabled()));
connect(booktabsRB, SIGNAL(clicked(bool)),
- this, SLOT(checkEnabled()));
+ this, SLOT(booktabs_toggled(bool)));
connect(borderDefaultRB, SIGNAL(clicked(bool)),
- this, SLOT(checkEnabled()));
+ this, SLOT(nonbooktabs_toggled(bool)));
connect(borderSetPB, SIGNAL(clicked()),
this, SLOT(borderSet_clicked()));
connect(borderUnsetPB, SIGNAL(clicked()),
this, SLOT(borderUnset_clicked()));
+ connect(resetFormalCB, SIGNAL(clicked()),
+ this, SLOT(checkEnabled()));
connect(hAlignCO, SIGNAL(activated(int)),
this, SLOT(checkEnabled()));
connect(vAlignCO, SIGNAL(activated(int)),
this, SLOT(checkEnabled()));
connect(captionStatusCB, SIGNAL(clicked()),
this, SLOT(checkEnabled()));
- connect(specialAlignmentED, SIGNAL(editingFinished()),
+ connect(specialAlignmentED, SIGNAL(textEdited(const QString &)),
this, SLOT(checkEnabled()));
connect(columnWidthED, SIGNAL(textEdited(const QString &)),
this, SLOT(checkEnabled()));
connect(columnWidthUnitLC, SIGNAL(selectionChanged(lyx::Length::UNIT)),
this, SLOT(checkEnabled()));
- connect(borders, SIGNAL(topSet(bool)),
+ connect(borders, SIGNAL(topSet()),
+ this, SLOT(checkEnabled()));
+ connect(borders, SIGNAL(bottomSet()),
+ this, SLOT(checkEnabled()));
+ connect(borders, SIGNAL(rightSet()),
+ this, SLOT(checkEnabled()));
+ connect(borders, SIGNAL(leftSet()),
+ this, SLOT(checkEnabled()));
+ connect(borders, SIGNAL(topLTSet()),
this, SLOT(checkEnabled()));
- connect(borders, SIGNAL(bottomSet(bool)),
+ connect(borders, SIGNAL(topRTSet()),
this, SLOT(checkEnabled()));
- connect(borders, SIGNAL(rightSet(bool)),
+ connect(borders, SIGNAL(bottomLTSet()),
this, SLOT(checkEnabled()));
- connect(borders, SIGNAL(leftSet(bool)),
+ connect(borders, SIGNAL(bottomRTSet()),
this, SLOT(checkEnabled()));
connect(rotateTabularCB, SIGNAL(clicked()),
this, SLOT(checkEnabled()));
+ connect(rotateTabularAngleSB, SIGNAL(valueChanged(int)),
+ this, SLOT(checkEnabled()));
connect(rotateCellCB, SIGNAL(clicked()),
this, SLOT(checkEnabled()));
+ connect(rotateCellAngleSB, SIGNAL(valueChanged(int)),
+ this, SLOT(checkEnabled()));
connect(TableAlignCO, SIGNAL(activated(int)),
this, SLOT(checkEnabled()));
connect(longTabularCB, SIGNAL(clicked()),
}
-void GuiTabular::checkEnabled()
+void GuiTabular::on_columnTypeCO_activated(int index)
+{
+ checkEnabled();
+ if (index == 2)
+ columnWidthED->setFocus();
+}
+
+
+void GuiTabular::enableWidgets() const
{
// if there is a LaTeX argument, the width and alignment will be overwritten
// therefore disable them in this case
- columnWidthED->setEnabled(specialAlignmentED->text().isEmpty());
+ bool const fixed = specialAlignmentED->text().isEmpty()
+ && columnTypeCO->currentIndex() == 2;
+ columnWidthED->setEnabled(fixed);
+ columnWidthUnitLC->setEnabled(fixed);
// if the column has a width, multirows are always left-aligned
// therefore disable hAlignCB in this case
hAlignCO->setEnabled(!(multirowCB->isChecked()
&& !widgetsToLength(columnWidthED, columnWidthUnitLC).empty())
&& specialAlignmentED->text().isEmpty());
- bool const dalign =
+ // decimal alignment is only possible for non-multicol and non-multirow cells
+ if ((multicolumnCB->isChecked() || multirowCB->isChecked() || columnTypeCO->currentIndex() == 1)
+ && hAlignCO->findData(toqstr("decimal")))
+ hAlignCO->removeItem(hAlignCO->findData(toqstr("decimal")));
+ else if (!multicolumnCB->isChecked() && !multirowCB->isChecked()
+ && hAlignCO->findData(toqstr("decimal")) == -1)
+ hAlignCO->addItem(qt_("At Decimal Separator"), toqstr("decimal"));
+ bool const dalign =
hAlignCO->itemData(hAlignCO->currentIndex()).toString() == QString("decimal");
decimalPointED->setEnabled(dalign);
decimalLA->setEnabled(dalign);
+ resetFormalCB->setEnabled(booktabsRB->isChecked());
- bool const setwidth = TableAlignCO->currentText() == qt_("Middle")
- && !longTabularCB->isChecked() && !rotateTabularCB->isChecked();
+ bool const setwidth = TableAlignCO->currentText() == qt_("Middle");
tabularWidthLA->setEnabled(setwidth);
tabularWidthED->setEnabled(setwidth);
tabularWidthUnitLC->setEnabled(setwidth);
- bool const is_tabular_star = !tabularWidthED->text().isEmpty();
- rotateTabularCB->setDisabled(is_tabular_star);
+ rotateTabularAngleSB->setEnabled(rotateTabularCB->isChecked()
+ && !longTabularCB->isChecked());
+ rotateCellAngleSB->setEnabled(rotateCellCB->isChecked());
bool const enable_valign =
!multirowCB->isChecked()
interlinespaceUnitLC->setEnabled(interlinespaceCO->currentIndex() == 2);
// setting as longtable is not allowed when table is inside a float
- longTabularCB->setEnabled(!is_tabular_star && funcEnabled(Tabular::SET_LONGTABULAR));
+ bool const is_tabular_star = !tabularWidthED->text().isEmpty();
+ longTabularCB->setEnabled(funcEnabled(Tabular::SET_LONGTABULAR));
bool const longtabular = longTabularCB->isChecked();
longtableGB->setEnabled(true);
newpageCB->setEnabled(longtabular);
// longtables and tabular* cannot have a vertical alignment
TableAlignLA->setDisabled(is_tabular_star || longtabular);
TableAlignCO->setDisabled(is_tabular_star || longtabular);
+ // longtable cannot be rotated with rotating package, only
+ // with [pdf]lscape, which only supports 90 deg.
+ rotateTabularAngleSB->setDisabled(longtabular);
// FIXME: This Dialog is really horrible, disabling/enabling a checkbox
// depending on the cursor position is very very unintuitive...
captionStatusCB->setEnabled(funcEnabled(Tabular::TOGGLE_LTCAPTION)
&& longtabular);
- multicolumnCB->setEnabled(funcEnabled(Tabular::MULTICOLUMN));
- multirowCB->setEnabled(funcEnabled(Tabular::MULTIROW));
+ multicolumnCB->setEnabled(funcEnabled(Tabular::MULTICOLUMN)
+ && !dalign && !multirowCB->isChecked());
+ multirowCB->setEnabled(funcEnabled(Tabular::MULTIROW)
+ && !dalign && !multicolumnCB->isChecked());
bool const enable_mr = multirowCB->isChecked();
multirowOffsetLA->setEnabled(enable_mr);
multirowOffsetED->setEnabled(enable_mr);
multirowOffsetUnitLC->setEnabled(enable_mr);
+ // Vertical lines cannot be set in formal tables
+ borders->setLeftEnabled(!booktabsRB->isChecked());
+ borders->setRightEnabled(!booktabsRB->isChecked());
+ // Trimming is only allowed in booktabs and if the line is set
+ int const row = tabularRowED->text().toInt();
+ borders->setTopLeftTrimEnabled(booktabsRB->isChecked()
+ && borders->topLineSet()
+ && row > 1);
+ borders->setTopRightTrimEnabled(booktabsRB->isChecked()
+ && borders->topLineSet()
+ && row > 1);
+ borders->setBottomLeftTrimEnabled(booktabsRB->isChecked()
+ && borders->bottomLineSet()
+ && row < lastrow_);
+ borders->setBottomRightTrimEnabled(booktabsRB->isChecked()
+ && borders->bottomLineSet()
+ && row < lastrow_);
+}
+
+
+void GuiTabular::checkEnabled()
+{
+ enableWidgets();
changed();
}
void GuiTabular::borderSet_clicked()
{
- borders->setTop(true);
- borders->setBottom(true);
- borders->setLeft(true);
- borders->setRight(true);
+ borders->setTop(GuiSetBorder::LINE_SET);
+ borders->setBottom(GuiSetBorder::LINE_SET);
+ borders->setLeft(GuiSetBorder::LINE_SET);
+ borders->setRight(GuiSetBorder::LINE_SET);
+ borders->setTopLeftTrim(GuiSetBorder::LINE_SET);
+ borders->setBottomLeftTrim(GuiSetBorder::LINE_SET);
+ borders->setTopRightTrim(GuiSetBorder::LINE_SET);
+ borders->setBottomRightTrim(GuiSetBorder::LINE_SET);
// repaint the setborder widget
borders->update();
checkEnabled();
void GuiTabular::borderUnset_clicked()
{
- borders->setTop(false);
- borders->setBottom(false);
- borders->setLeft(false);
- borders->setRight(false);
+ borders->setTop(GuiSetBorder::LINE_UNSET);
+ borders->setBottom(GuiSetBorder::LINE_UNSET);
+ borders->setLeft(GuiSetBorder::LINE_UNSET);
+ borders->setRight(GuiSetBorder::LINE_UNSET);
+ borders->setTopLeftTrim(GuiSetBorder::LINE_UNSET);
+ borders->setBottomLeftTrim(GuiSetBorder::LINE_UNSET);
+ borders->setTopRightTrim(GuiSetBorder::LINE_UNSET);
+ borders->setBottomRightTrim(GuiSetBorder::LINE_UNSET);
// repaint the setborder widget
borders->update();
checkEnabled();
}
+void GuiTabular::booktabs_toggled(bool const check)
+{
+ // when switching from formal, restore the left/right lines
+ if (!check) {
+ borders->setLeft(orig_leftborder_);
+ borders->setRight(orig_rightborder_);
+ }
+ // repaint the setborder widget
+ borders->update();
+ checkEnabled();
+}
+
+
+void GuiTabular::nonbooktabs_toggled(bool const check)
+{
+ booktabs_toggled(!check);
+}
+
+
static void setParam(string & param_str, Tabular::Feature f, string const & arg = string())
{
param_str += ' ';
docstring GuiTabular::dialogToParams() const
{
- // FIXME: We should use Tabular directly.
- string param_str = "tabular from-dialog";
+ string param_str = "tabular";
// table width
string tabwidth = widgetsToLength(tabularWidthED, tabularWidthUnitLC);
// this must be done before applying the column alignment
// because its value influences the alignment of multirow cells
string width = widgetsToLength(columnWidthED, columnWidthUnitLC);
- if (width.empty())
+ if (width.empty() || columnTypeCO->currentIndex() != 2)
width = "0pt";
if (multicolumnCB->isChecked())
setParam(param_str, Tabular::SET_MPWIDTH, width);
else
setParam(param_str, Tabular::SET_PWIDTH, width);
+ bool const varwidth = specialAlignmentED->text().isEmpty()
+ && columnTypeCO->currentIndex() == 1;
+ if (varwidth)
+ setParam(param_str, Tabular::TOGGLE_VARWIDTH_COLUMN, "on");
+ else
+ setParam(param_str, Tabular::TOGGLE_VARWIDTH_COLUMN, "off");
+
// apply the column alignment
// multirows inherit the alignment from the column; if a column width
- // is set, multicolumns are always left-aligned so that in this case
+ // is set, multirows are always left-aligned so that in this case
// its alignment must not be applied (see bug #8084)
if (!(multirowCB->isChecked() && width != "0pt"))
setHAlign(param_str);
}
//
- if (borders->getTop() && borders->getBottom() && borders->getLeft()
- && borders->getRight())
+ if (resetFormalCB->isChecked())
+ setParam(param_str, Tabular::RESET_FORMAL_DEFAULT);
+ else if (borders->topLineSet() && borders->bottomLineSet() && borders->leftLineSet()
+ && borders->rightLineSet())
setParam(param_str, Tabular::SET_ALL_LINES);
- else if (!borders->getTop() && !borders->getBottom() && !borders->getLeft()
- && !borders->getRight())
+ else if (borders->topLineUnset() && borders->bottomLineUnset() && borders->leftLineUnset()
+ && borders->rightLineUnset())
setParam(param_str, Tabular::UNSET_ALL_LINES);
else {
- setParam(param_str, Tabular::SET_LINE_LEFT,
- borders->getLeft() ? "true" : "false");
- setParam(param_str, Tabular::SET_LINE_RIGHT,
- borders->getRight() ? "true" : "false");
- setParam(param_str, Tabular::SET_LINE_TOP,
- borders->getTop() ? "true" : "false");
- setParam(param_str, Tabular::SET_LINE_BOTTOM,
- borders->getBottom() ? "true" : "false");
+ if (borders->getLeft() != GuiSetBorder::LINE_UNDECIDED)
+ setParam(param_str, Tabular::SET_LINE_LEFT,
+ borders->leftLineSet() ? "true" : "false");
+ if (borders->getRight() != GuiSetBorder::LINE_UNDECIDED)
+ setParam(param_str, Tabular::SET_LINE_RIGHT,
+ borders->rightLineSet() ? "true" : "false");
+ if (borders->getTop() != GuiSetBorder::LINE_UNDECIDED)
+ setParam(param_str, Tabular::SET_LINE_TOP,
+ borders->topLineSet() ? "true" : "false");
+ if (borders->getBottom() != GuiSetBorder::LINE_UNDECIDED)
+ setParam(param_str, Tabular::SET_LINE_BOTTOM,
+ borders->bottomLineSet() ? "true" : "false");
}
+ if (borders->topLineLTSet())
+ setParam(param_str, Tabular::SET_LTRIM_TOP, "false");
+ else if (borders->topLineLTUnset())
+ setParam(param_str, Tabular::SET_LTRIM_TOP, "true");
+ if (borders->topLineRTSet())
+ setParam(param_str, Tabular::SET_RTRIM_TOP, "false");
+ else if (borders->topLineRTUnset())
+ setParam(param_str, Tabular::SET_RTRIM_TOP, "true");
+ if (borders->bottomLineLTSet())
+ setParam(param_str, Tabular::SET_LTRIM_BOTTOM, "false");
+ else if (borders->bottomLineLTUnset())
+ setParam(param_str, Tabular::SET_LTRIM_BOTTOM, "true");
+ if (borders->bottomLineRTSet())
+ setParam(param_str, Tabular::SET_RTRIM_BOTTOM, "false");
+ else if (borders->bottomLineRTUnset())
+ setParam(param_str, Tabular::SET_RTRIM_BOTTOM, "true");
// apply the special alignment
string special = fromqstr(specialAlignmentED->text());
- if (special.empty())
+ if (support::trim(special).empty())
special = "none";
if (multicolumnCB->isChecked())
setParam(param_str, Tabular::SET_SPECIAL_MULTICOLUMN, special);
setParam(param_str, Tabular::SET_MULTIROW);
else
setParam(param_str, Tabular::UNSET_MULTIROW);
- //
+ // store the table rotation angle
+ string const tabular_angle = convert<string>(rotateTabularAngleSB->value());
if (rotateTabularCB->isChecked())
- setParam(param_str, Tabular::SET_ROTATE_TABULAR);
+ setParam(param_str, Tabular::SET_ROTATE_TABULAR, tabular_angle);
else
- setParam(param_str, Tabular::UNSET_ROTATE_TABULAR);
- //
+ setParam(param_str, Tabular::UNSET_ROTATE_TABULAR, tabular_angle);
+ // store the cell rotation angle
+ string const cell_angle = convert<string>(rotateCellAngleSB->value());
if (rotateCellCB->isChecked())
- setParam(param_str, Tabular::SET_ROTATE_CELL);
+ setParam(param_str, Tabular::SET_ROTATE_CELL, cell_angle);
else
- setParam(param_str, Tabular::UNSET_ROTATE_CELL);
+ setParam(param_str, Tabular::UNSET_ROTATE_CELL, cell_angle);
//
if (longTabularCB->isChecked())
setParam(param_str, Tabular::SET_LONGTABULAR);
//
if (newpageCB->isChecked())
setParam(param_str, Tabular::SET_LTNEWPAGE);
+ else
+ setParam(param_str, Tabular::UNSET_LTNEWPAGE);
//
if (captionStatusCB->isChecked())
setParam(param_str, Tabular::SET_LTCAPTION);
}
+GuiSetBorder::BorderState GuiTabular::borderState(GuiSetBorder::BorderState bs,
+ bool const line)
+{
+ if (bs == GuiSetBorder::LINE_UNDEF)
+ bs = line ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ else if ((bs == GuiSetBorder::LINE_SET && !line)
+ || (bs == GuiSetBorder::LINE_UNSET && line))
+ bs = GuiSetBorder::LINE_UNDECIDED;
+ return bs;
+}
+
+
void GuiTabular::paramsToDialog(Inset const * inset)
{
InsetTabular const * itab = static_cast<InsetTabular const *>(inset);
tabularRowED->setText(QString::number(row + 1));
tabularColumnED->setText(QString::number(col + 1));
+ lastrow_ = int(tabular.nrows());
bool const multicol = tabular.isMultiColumn(cell);
multicolumnCB->setChecked(multicol);
bool const multirow = tabular.isMultiRow(cell);
multirowCB->setChecked(multirow);
- rotateCellCB->setChecked(tabular.getRotateCell(cell));
- rotateTabularCB->setChecked(tabular.rotate);
+ rotateCellCB->setChecked(tabular.getRotateCell(cell) != 0);
+ if (rotateCellCB->isChecked()) {
+ if (tabular.getRotateCell(cell) != 0)
+ rotateCellAngleSB->setValue(tabular.getRotateCell(cell));
+ else
+ rotateCellAngleSB->setValue(90);
+ }
longTabularCB->setChecked(tabular.is_long_tabular);
- borders->setTop(tabular.topLine(cell));
- borders->setBottom(tabular.bottomLine(cell));
- borders->setLeft(tabular.leftLine(cell));
- borders->setRight(tabular.rightLine(cell));
+ rotateTabularCB->setChecked(tabular.rotate != 0);
+ if (rotateTabularCB->isChecked()) {
+ if (longTabularCB->isChecked())
+ rotateTabularAngleSB->setValue(90);
+ else
+ rotateTabularAngleSB->setValue(tabular.rotate != 0 ? tabular.rotate : 90);
+ }
+
+ // In what follows, we check the borders of all selected cells,
+ // and if there are diverging settings, we use the LINE_UNDECIDED
+ // border status.
+ GuiSetBorder::BorderState ltop = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState lbottom = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState lleft = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState lright = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState ltop_ltrim = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState ltop_rtrim = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState lbottom_ltrim = GuiSetBorder::LINE_UNDEF;
+ GuiSetBorder::BorderState lbottom_rtrim = GuiSetBorder::LINE_UNDEF;
+ CursorSlice const & beg = bv->cursor().selBegin();
+ CursorSlice const & end = bv->cursor().selEnd();
+ if (beg != end) {
+ Tabular::col_type cs = tabular.cellColumn(beg.idx());
+ Tabular::col_type ce = tabular.cellColumn(end.idx());
+ if (cs > ce)
+ swap(cs, ce);
+ Tabular::row_type rs = tabular.cellRow(beg.idx());
+ Tabular::row_type re = tabular.cellRow(end.idx());
+ if (rs > re)
+ swap(rs, re);
+ for (Tabular::row_type r = rs; r <= re; ++r)
+ for (Tabular::col_type c = cs; c <= ce; ++c) {
+ idx_type const cc = tabular.cellIndex(r, c);
+ ltop = borderState(ltop, tabular.topLine(cc));
+ lbottom = borderState(lbottom, tabular.bottomLine(cc));
+ lleft = borderState(lleft, tabular.leftLine(cc));
+ lright = borderState(lright, tabular.rightLine(cc));
+ ltop_ltrim = borderState(ltop_ltrim, !tabular.topLineTrim(cc).first);
+ ltop_rtrim = borderState(ltop_rtrim, !tabular.topLineTrim(cc).second);
+ lbottom_ltrim = borderState(lbottom_ltrim, !tabular.bottomLineTrim(cc).first);
+ lbottom_rtrim = borderState(lbottom_rtrim, !tabular.bottomLineTrim(cc).second);
+ // store left/right borders for the case of formal/nonformal switch
+ orig_leftborder_ = borderState(lleft, tabular.leftLine(cc, true));
+ orig_rightborder_ = borderState(lright, tabular.rightLine(cc, true));
+ }
+ } else {
+ ltop = tabular.topLine(cell) ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ lbottom = tabular.bottomLine(cell) ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ lleft = tabular.leftLine(cell) ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ lright = tabular.rightLine(cell) ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ ltop_ltrim = tabular.topLineTrim(cell).first ? GuiSetBorder::LINE_UNSET : GuiSetBorder::LINE_SET;
+ ltop_rtrim = tabular.topLineTrim(cell).second ? GuiSetBorder::LINE_UNSET : GuiSetBorder::LINE_SET;
+ lbottom_ltrim = tabular.bottomLineTrim(cell).first ? GuiSetBorder::LINE_UNSET : GuiSetBorder::LINE_SET;
+ lbottom_rtrim = tabular.bottomLineTrim(cell).second ? GuiSetBorder::LINE_UNSET : GuiSetBorder::LINE_SET;
+ // store left/right borders for the case of formal/nonformal switch
+ orig_leftborder_ = tabular.leftLine(cell, true) ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ orig_rightborder_ = tabular.rightLine(cell, true) ? GuiSetBorder::LINE_SET : GuiSetBorder::LINE_UNSET;
+ }
+ borders->setTop(ltop);
+ borders->setBottom(lbottom);
+ borders->setLeft(lleft);
+ borders->setRight(lright);
+ borders->setTopLeftTrim(ltop_ltrim);
+ borders->setTopRightTrim(ltop_rtrim);
+ borders->setBottomLeftTrim(lbottom_ltrim);
+ borders->setBottomRightTrim(lbottom_rtrim);
// repaint the setborder widget
borders->update();
// Set width and alignment
Length const tabwidth = tabular.tabularWidth();
- if (tabwidth.zero())
+ if (tabwidth.zero()
+ && !(tabularWidthED->hasFocus() && tabularWidthED->text() == "0"))
tabularWidthED->clear();
else
lengthToWidgets(tabularWidthED, tabularWidthUnitLC,
Tabular::SET_SPECIAL_COLUMN);
pwidth = getColumnPWidth(tabular, cell);
}
+ bool const varwidth = tabular.column_info[tabular.cellColumn(cell)].varwidth;
+ if (varwidth)
+ columnTypeCO->setCurrentIndex(1);
string colwidth;
- if (pwidth.zero())
+ if (pwidth.zero()
+ && !(columnWidthED->hasFocus() && columnWidthED->text() == "0")) {
columnWidthED->clear();
- else {
+ if (!varwidth)
+ columnTypeCO->setCurrentIndex(0);
+ } else {
colwidth = pwidth.asString();
lengthToWidgets(columnWidthED, columnWidthUnitLC,
colwidth, default_unit);
+ columnTypeCO->setCurrentIndex(2);
}
Length mroffset;
if (multirow)
mroffset = getMROffset(tabular, cell);
string offset;
- if (mroffset.zero())
+ if (mroffset.zero()
+ && !(multirowOffsetED->hasFocus() && multirowOffsetED->text() == "0"))
multirowOffsetED->clear();
else {
offset = mroffset.asString();
hAlignCO->addItem(qt_("Right"), toqstr("right"));
if (!multicol && !pwidth.zero())
hAlignCO->addItem(qt_("Justified"), toqstr("justified"));
- if (!multicol)
+ if (!multicol && !multirow)
hAlignCO->addItem(qt_("At Decimal Separator"), toqstr("decimal"));
string align;
}
case LYX_ALIGN_DECIMAL:
{
- if (!multicol)
+ if (!multicol && !multirow)
align = "decimal";
break;
}
}
+bool GuiTabular::checkWidgets(bool readonly) const
+{
+ tabularRowED->setReadOnly(readonly);
+ tabularColumnED->setReadOnly(readonly);
+ tabularWidthED->setReadOnly(readonly);
+ specialAlignmentED->setReadOnly(readonly);
+ columnWidthED->setReadOnly(readonly);
+ multirowOffsetED->setReadOnly(readonly);
+ decimalPointED->setReadOnly(readonly);
+
+ if (readonly) {
+ multicolumnCB->setEnabled(false);
+ multirowCB->setEnabled(false);
+ rotateCellCB->setEnabled(false);
+ rotateCellAngleSB->setEnabled(false);
+ rotateTabularCB->setEnabled(false);
+ rotateTabularAngleSB->setEnabled(false);
+ longTabularCB->setEnabled(false);
+ borders->setEnabled(false);
+ tabularWidthUnitLC->setEnabled(false);
+ columnWidthUnitLC->setEnabled(false);
+ columnTypeCO->setEnabled(false);
+ multirowOffsetUnitLC->setEnabled(false);
+ setBordersGB->setEnabled(false);
+ allBordersGB->setEnabled(false);
+ borderStyleGB->setEnabled(false);
+ booktabsRB->setEnabled(false);
+ topspaceCO->setEnabled(false);
+ topspaceUnitLC->setEnabled(false);
+ bottomspaceCO->setEnabled(false);
+ bottomspaceUnitLC->setEnabled(false);
+ interlinespaceCO->setEnabled(false);
+ interlinespaceUnitLC->setEnabled(false);
+ hAlignCO->setEnabled(false);
+ vAlignCO->setEnabled(false);
+ TableAlignCO->setEnabled(false);
+ longtableGB->setEnabled(false);
+ alignmentGB->setEnabled(false);
+ } else
+ enableWidgets();
+
+ return InsetParamsWidget::checkWidgets();
+}
+
+
bool GuiTabular::funcEnabled(Tabular::Feature f) const
{
- string cmd = "tabular " + featureAsString(f);
- return getStatus(FuncRequest(LFUN_INSET_MODIFY, cmd)).enabled();
+ FuncRequest r(LFUN_INSET_MODIFY, "tabular for-dialog" + featureAsString(f));
+ return getStatus(r).enabled();
}
projects / lyx.git / blobdiff