WgWidget * WgTablePanel::FindWidget( const WgCoord& ofs, WgSearchMode mode )
{
// Check cell content
int xOfs;
int yOfs;
WgTableRow* pRow;
int col = _getMarkedColumn( ofs.x, xOfs );
int row = _getMarkedRow( ofs.y, pRow, yOfs );
WgWidget * pWidget = 0;
if( col != -1 && row != -1 && pRow->GetHook(col)->IsVisible() )
{
if( xOfs < m_cellPadding.left || xOfs >= m_pColumns[col].m_realWidth - m_cellPadding.right ||
yOfs < m_cellPadding.top || yOfs >= pRow->Height() - m_cellPadding.bottom )
{
pWidget = pRow->GetWidget(col);
if( mode == WG_SEARCH_GEOMETRY || pWidget->MarkTest( WgCoord( xOfs-m_cellPadding.left, yOfs-m_cellPadding.top) ) )
return pWidget;
}
}
// Check ourselves
if( mode == WG_SEARCH_GEOMETRY || MarkTest( ofs ) )
return this;
else
return 0;
}
WgWidget * WgMenu::_findWidget( const WgCoord& ofs, WgSearchMode mode )
{
WgWidget * pWidget = WgPanel::_findWidget(ofs, mode);
if( !pWidget && MarkTest( ofs ) )
return this;
return pWidget;
}
WgWidget * WgPackList::_findWidget( const WgCoord& ofs, WgSearchMode mode )
{
WgWidget * pResult = 0;
WgRect list = _listArea();
if( list.Contains(ofs) && _listWindow().Contains(ofs) )
{
int entry;
if( m_bHorizontal )
entry = _getEntryAt(ofs.x-list.x);
else
entry = _getEntryAt(ofs.y-list.y);
if( entry != m_hooks.Size() )
{
WgPackListHook * pHook = m_hooks.Hook(entry);
WgRect childGeo;
_getChildGeo( childGeo, pHook );
if( childGeo.Contains(ofs) )
{
if( pHook->_widget()->IsContainer() )
{
pResult = static_cast<WgContainer*>(pHook->_widget())->_findWidget( ofs - childGeo.Pos(), mode );
}
else if( mode == WG_SEARCH_GEOMETRY || pHook->_widget()->MarkTest( ofs - childGeo.Pos() ) )
{
pResult = pHook->_widget();
}
}
if( !pResult && mode == WG_SEARCH_ACTION_TARGET )
pResult = pHook->_widget(); // Entries are opaque as action targets.
}
}
// Check against ourselves
if( !pResult && ( mode == WG_SEARCH_GEOMETRY || MarkTest(ofs)) )
pResult = this;
return pResult;
}