lyx_mirror/src/text2.C

/* This file is part of
 * ======================================================
 * 
 *           LyX, The Document Processor
 * 	 
 *           Copyright 1995 Matthias Ettrich
 *           Copyright 1995-1999 The LyX Team.
 *
 * ====================================================== */

#include <config.h>

#include FORMS_H_LOCATION


#ifdef __GNUG__
#pragma implementation "lyxtext.h"
#endif

#include "LString.h"
#include "lyxparagraph.h"
#include "insets/inseterror.h"
#include "insets/insetbib.h"
#include "insets/insetspecialchar.h"
#include "layout.h"
#include "LyXView.h"
#include "support/textutils.h"
#include "undo.h"
#include "minibuffer.h"
#include "buffer.h"
#include "bufferparams.h"
#include "lyx_gui_misc.h"
#include "lyxtext.h"
#include "gettext.h"
#include "BufferView.h"
#include "LyXView.h"
#include "lyxrow.h"

#define FIX_DOUBLE_SPACE 1

using std::copy;

LyXText::LyXText(BufferView * bv, int pw, Buffer * p)
{
	owner_ = bv;
	firstrow = 0;
	lastrow = 0;
	currentrow = 0;
	currentrow_y = 0;
	paperwidth = pw;
	parameters = &p->params;
	params = p;
	number_of_rows = 0;
	refresh_y = 0;
	status = LyXText::UNCHANGED;
	LyXParagraph * par = p->paragraph;
	current_font = GetFont(par, 0);
   
	height = 0;

	while (par) {
		InsertParagraph(par, lastrow);
		par = par->Next();
	}

	// set cursor at the very top position
	selection = true;	    /* these setting is necessary 
				       because of the delete-empty-
				       paragraph mechanism in
				       SetCursor */
	SetCursor(firstrow->par, 0);
	sel_cursor = cursor;
	selection = false;
	mark_set = false;
   
	// no rebreak necessary
	need_break_row = 0;
   
	undo_finished = true;
	undo_frozen = false;

	// Default layouttype for copy environment type
	copylayouttype = 0;
}


LyXText::~LyXText()
{
	// Delete all rows, this does not touch the paragraphs!
	Row * tmprow = firstrow;
	while (firstrow) {
		tmprow = firstrow->next;
		delete firstrow;
		firstrow = tmprow;
	}
}


void LyXText::owner(BufferView * bv)
{
	if (owner_ && bv) lyxerr << "LyXText::owner_ already set!" << endl;
	owner_ = bv;
}

// Gets the fully instantiated font at a given position in a paragraph
// Basically the same routine as LyXParagraph::getFont() in paragraph.C.
// The difference is that this one is used for displaying, and thus we
// are allowed to make cosmetic improvements. For instance make footnotes
// smaller. (Asger)
// If position is -1, we get the layout font of the paragraph.
// If position is -2, we get the font of the manual label of the paragraph.
LyXFont LyXText::GetFont(LyXParagraph * par,
			 LyXParagraph::size_type pos) const
{
	LyXLayout const & layout = 
		textclasslist.Style(parameters->textclass, par->GetLayout());

	char par_depth = par->GetDepth();
	// We specialize the 95% common case:
	if (par->footnoteflag == LyXParagraph::NO_FOOTNOTE && !par_depth) {
		if (pos >= 0){
			// 95% goes here
			if (layout.labeltype == LABEL_MANUAL
			    && pos < BeginningOfMainBody(par)) {
				// 1% goes here
				return par->GetFontSettings(pos).
						realize(layout.reslabelfont);
			} else
				return par->GetFontSettings(pos).
						realize(layout.resfont);
		} else {
			// 5% goes here.
			// process layoutfont for pos == -1 and labelfont for pos < -1
			if (pos == -1)
				return layout.resfont;
			else
				return layout.reslabelfont;
		}
	}

	// The uncommon case need not be optimized as much

	LyXFont layoutfont, tmpfont;

	if (pos >= 0){
		// 95% goes here
		if (pos < BeginningOfMainBody(par)) {
			// 1% goes here
			layoutfont = layout.labelfont;
		} else {
			// 99% goes here
			layoutfont = layout.font;
		}
		tmpfont = par->GetFontSettings(pos);
		tmpfont.realize(layoutfont);
	} else {
		// 5% goes here.
		// process layoutfont for pos == -1 and labelfont for pos < -1
		if (pos == -1)
			tmpfont = layout.font;
		else
			tmpfont = layout.labelfont;
	}

	// Resolve against environment font information
	while (par && par_depth && !tmpfont.resolved()) {
		par = par->DepthHook(par_depth - 1);
		if (par) {
			tmpfont.realize(textclasslist.
					Style(parameters->textclass,
					      par->GetLayout()).font);
			par_depth = par->GetDepth();
		}
	}

	tmpfont.realize(textclasslist.TextClass(parameters->textclass).defaultfont());

	// Cosmetic improvement: If this is an open footnote, make the font 
	// smaller.
	if (par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
	    && par->footnotekind == LyXParagraph::FOOTNOTE) {
		tmpfont.decSize();
	}

	return tmpfont;
}


void LyXText::SetCharFont(LyXParagraph * par,
			  LyXParagraph::size_type pos,
			  LyXFont const & fnt)
{
	LyXFont font(fnt);
	// Let the insets convert their font
	if (par->GetChar(pos) == LyXParagraph::META_INSET) {
		if (par->GetInset(pos))
			font = par->GetInset(pos)->ConvertFont(font);
	}

	LyXLayout const & layout = textclasslist.Style(parameters->textclass,
					   par->GetLayout());

	// Get concrete layout font to reduce against
	LyXFont layoutfont;

	if (pos < BeginningOfMainBody(par))
		layoutfont = layout.labelfont;
	else
		layoutfont = layout.font;

	// Realize against environment font information
	if (par->GetDepth()){
		LyXParagraph * tp = par;
		while (!layoutfont.resolved() && tp && tp->GetDepth()) {
			tp = tp->DepthHook(tp->GetDepth()-1);
			if (tp)
				layoutfont.realize(textclasslist.
						Style(parameters->textclass,
						      tp->GetLayout()).font);
		}
	}

	layoutfont.realize(textclasslist.TextClass(parameters->textclass).defaultfont());

	if (par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
	    && par->footnotekind == LyXParagraph::FOOTNOTE) {
		layoutfont.decSize();
	}

	// Now, reduce font against full layout font
	font.reduce(layoutfont);

	par->SetFont(pos, font);
}


/* inserts a new row behind the specified row, increments
 * the touched counters */
void LyXText::InsertRow(Row * row, LyXParagraph * par,
			LyXParagraph::size_type pos) const
{
	Row * tmprow = new Row;
	if (!row) {
		tmprow->previous = 0;
		tmprow->next = firstrow;
		firstrow = tmprow;
	} else {
		tmprow->previous = row;
		tmprow->next = row->next;
		row->next = tmprow;
	}
   
	if (tmprow->next)
		tmprow->next->previous = tmprow;
   
	if (tmprow->previous)
		tmprow->previous->next = tmprow;
   
   
	tmprow->par = par;
	tmprow->pos = pos;

	if (row == lastrow)
		lastrow = tmprow;
	++number_of_rows; // one more row
}


// removes the row and reset the touched counters
void LyXText::RemoveRow(Row * row) const
{
	/* this must not happen before the currentrow for clear reasons.
	   so the trick is just to set the current row onto the previous
	   row of this row */
	long unused_y;
	GetRow(row->par, row->pos, unused_y);
	currentrow = currentrow->previous;
	if (currentrow)
		currentrow_y -= currentrow->height;
	else
		currentrow_y = 0;
   
	if (row->next)
		row->next->previous = row->previous;
	if (!row->previous) {
		firstrow = row->next;
	} else  {
		row->previous->next = row->next;
	}
	if (row == lastrow)
		lastrow = row->previous;
   
	height -= row->height;	 // the text becomes smaller
   
	delete row;
	--number_of_rows;	// one row less
}


// remove all following rows of the paragraph of the specified row.
void LyXText::RemoveParagraph(Row * row) const
{
	LyXParagraph * tmppar = row->par;
	row = row->next;
    
	Row * tmprow;
	while (row && row->par == tmppar) {
		tmprow = row->next;
		RemoveRow(row);
		row = tmprow;
	}
}
   

// insert the specified paragraph behind the specified row
void LyXText::InsertParagraph(LyXParagraph * par, Row * row) const
{
	InsertRow(row, par, 0);	       /* insert a new row, starting 
					* at postition 0 */

	SetCounter(par);  // set the counters
   
	// and now append the whole paragraph behind the new row
	if (!row) {
		firstrow->height = 0;
		AppendParagraph(firstrow);
	} else {
		row->next->height = 0;
		AppendParagraph(row->next);
	}
}
    

void LyXText::ToggleFootnote()
{
	LyXParagraph * par = cursor.par->ParFromPos(cursor.pos);
	if (par->next
	    && par->next->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE) {
		OpenFootnote();
		owner_->owner()->getMiniBuffer()->Set(_("Opened float"));
	} else {
		owner_->owner()->getMiniBuffer()->Set(_("Closed float"));
		CloseFootnote();
	}
}


void LyXText::OpenStuff()
{
     	if (cursor.pos == 0 && cursor.par->bibkey){
		cursor.par->bibkey->Edit(owner_, 0, 0, 0);
	}
	else if (cursor.pos < cursor.par->Last() 
		 && cursor.par->GetChar(cursor.pos) == LyXParagraph::META_INSET
		 && cursor.par->GetInset(cursor.pos)->Editable()) {
		owner_->owner()->getMiniBuffer()
			->Set(cursor.par->GetInset(cursor.pos)->EditMessage());
		if (cursor.par->GetInset(cursor.pos)->Editable() != Inset::HIGHLY_EDITABLE)
			SetCursorParUndo();
		cursor.par->GetInset(cursor.pos)->Edit(owner_, 0, 0, 0);
	} else {
		ToggleFootnote();
	}
}


void LyXText::CloseFootnote()
{
	LyXParagraph * tmppar;
	LyXParagraph * par = cursor.par->ParFromPos(cursor.pos);
   
	// if the cursor is not in an open footnote, or 
	// there is no open footnote in this paragraph, just return.
	if (cursor.par->footnoteflag != LyXParagraph::OPEN_FOOTNOTE) {
      
		if (!par->next ||
		    par->next->footnoteflag != LyXParagraph::OPEN_FOOTNOTE) {
			owner_->owner()->getMiniBuffer()
				->Set(_("Nothing to do"));
			return;
		}
   
		// ok, move the cursor right before the footnote
 		// just a little faster than using CursorRight()
		for (cursor.pos = 0;
		     cursor.par->ParFromPos(cursor.pos) != par;
		     cursor.pos++)
			{}
		
		// now the cursor is at the beginning of the physical par
		SetCursor(cursor.par,
			  cursor.pos +
			  cursor.par->ParFromPos(cursor.pos)->text.size());
	} else  {
		/* we are in a footnote, so let us move at the beginning */ 
		/* this is just faster than using just CursorLeft() */ 
       
		tmppar = cursor.par;
		while (tmppar->footnoteflag == LyXParagraph::OPEN_FOOTNOTE) {
			// just a little bit faster than movin the cursor
			tmppar = tmppar->Previous();
		}
		SetCursor(tmppar, tmppar->Last());
	}
   
	// the cursor must be exactly before the footnote
	par = cursor.par->ParFromPos(cursor.pos);
   
	status = LyXText::NEED_MORE_REFRESH;
	refresh_row = cursor.row;
	refresh_y = cursor.y - cursor.row->baseline;
   
	tmppar = cursor.par;
	LyXParagraph * endpar = par->NextAfterFootnote()->Next();
	Row * row = cursor.row;
   
	tmppar->CloseFootnote(cursor.pos);

	while (tmppar != endpar) {
		RemoveRow(row->next);
		if (row->next)
			tmppar = row->next->par;
		else
			tmppar = 0;
	}
   
	AppendParagraph(cursor.row);
   
	SetCursor(cursor.par, cursor.pos);
	sel_cursor = cursor;
   
	// just necessary
	if (cursor.row->next)
		SetHeightOfRow(cursor.row->next);
}


/* used in setlayout */
// Asger is not sure we want to do this...
void LyXText::MakeFontEntriesLayoutSpecific(LyXParagraph * par)
{
   
	LyXLayout const & layout =
		textclasslist.Style(parameters->textclass, par->GetLayout());

	LyXFont layoutfont, tmpfont;
	for (LyXParagraph::size_type pos = 0;
	     pos < par->Last(); ++pos) {
		if (pos < BeginningOfMainBody(par))
			layoutfont = layout.labelfont;
		else
			layoutfont = layout.font;
      
		tmpfont = par->GetFontSettings(pos);
		tmpfont.reduce(layoutfont);
		par->SetFont(pos, tmpfont);
	}
}


// set layout over selection and make a total rebreak of those paragraphs
void LyXText::SetLayout(LyXTextClass::size_type layout)
{
	LyXCursor tmpcursor;

	// if there is no selection just set the layout
	// of the current paragraph  */
	if (!selection) {
		sel_start_cursor = cursor;  // dummy selection
		sel_end_cursor = cursor;
	}

	LyXParagraph * endpar = sel_end_cursor.par->LastPhysicalPar()->Next();
	LyXParagraph * undoendpar = endpar;

	if (endpar && endpar->GetDepth()) {
		while (endpar && endpar->GetDepth()) {
			endpar = endpar->LastPhysicalPar()->Next();
			undoendpar = endpar;
		}
	}
	else if (endpar) {
		endpar = endpar->Next(); // because of parindents etc.
	}
   
	SetUndo(Undo::EDIT, 
		sel_start_cursor.par->ParFromPos(sel_start_cursor.pos)->previous, 
		undoendpar);

	tmpcursor = cursor;		       /* store the current cursor  */

	/* ok we have a selection. This is always between sel_start_cursor
	 * and sel_end cursor */ 
	cursor = sel_start_cursor;
   
	LyXLayout const & lyxlayout =
		textclasslist.Style(parameters->textclass, layout);
   
	while (cursor.par != sel_end_cursor.par) {
		if (cursor.par->footnoteflag ==
		    sel_start_cursor.par->footnoteflag) {
			cursor.par->SetLayout(layout);
			MakeFontEntriesLayoutSpecific(cursor.par);
			LyXParagraph* fppar = cursor.par->FirstPhysicalPar();
			fppar->added_space_top = lyxlayout.fill_top ?
				VSpace(VSpace::VFILL) : VSpace(VSpace::NONE);
			fppar->added_space_bottom = lyxlayout.fill_bottom ? 
				VSpace(VSpace::VFILL) : VSpace(VSpace::NONE); 
			if (lyxlayout.margintype == MARGIN_MANUAL)
				cursor.par->SetLabelWidthString(lyxlayout.labelstring());
			if (lyxlayout.labeltype != LABEL_BIBLIO
			    && fppar->bibkey) {
				delete fppar->bibkey;
				fppar->bibkey = 0;
			}
		}
		cursor.par = cursor.par->Next();
	}
	if (cursor.par->footnoteflag ==
	    sel_start_cursor.par->footnoteflag) {
		cursor.par->SetLayout(layout);
		MakeFontEntriesLayoutSpecific(cursor.par);
		LyXParagraph* fppar = cursor.par->FirstPhysicalPar();
		fppar->added_space_top = lyxlayout.fill_top ?
			VSpace(VSpace::VFILL) : VSpace(VSpace::NONE);
		fppar->added_space_bottom = lyxlayout.fill_bottom ? 
			VSpace(VSpace::VFILL) : VSpace(VSpace::NONE); 
		if (lyxlayout.margintype == MARGIN_MANUAL)
			cursor.par->SetLabelWidthString(lyxlayout.labelstring());
		if (lyxlayout.labeltype != LABEL_BIBLIO
		    && fppar->bibkey) {
			delete fppar->bibkey;
			fppar->bibkey = 0;
		}
	}
   
	RedoParagraphs(sel_start_cursor, endpar);
   
	// we have to reset the selection, because the
	// geometry could have changed */ 
	SetCursor(sel_start_cursor.par, sel_start_cursor.pos);
	sel_cursor = cursor;
	SetCursor(sel_end_cursor.par, sel_end_cursor.pos);
	UpdateCounters(cursor.row);
	ClearSelection();
	SetSelection();
	SetCursor(tmpcursor.par, tmpcursor.pos);
}


// increment depth over selection and
// make a total rebreak of those paragraphs
void  LyXText::IncDepth()
{
	// If there is no selection, just use the current paragraph
	if (!selection) {
		sel_start_cursor = cursor; // dummy selection
		sel_end_cursor = cursor;
	}

	// We end at the next paragraph with depth 0
	LyXParagraph * endpar = sel_end_cursor.par->LastPhysicalPar()->Next();
	LyXParagraph * undoendpar = endpar;

	if (endpar && endpar->GetDepth()) {
		while (endpar && endpar->GetDepth()) {
			endpar = endpar->LastPhysicalPar()->Next();
			undoendpar = endpar;
		}
	}
	else if (endpar) {
		endpar = endpar->Next(); // because of parindents etc.
	}
	
	SetUndo(Undo::EDIT, 
		sel_start_cursor
		.par->ParFromPos(sel_start_cursor.pos)->previous, 
		undoendpar);

	LyXCursor tmpcursor = cursor; // store the current cursor

	// ok we have a selection. This is always between sel_start_cursor
	// and sel_end cursor
	cursor = sel_start_cursor;
   
	bool anything_changed = false;
   
	while (true) {
		// NOTE: you can't change the depth of a bibliography entry
		if (cursor.par->footnoteflag ==
		    sel_start_cursor.par->footnoteflag
		    && textclasslist.Style(parameters->textclass,
				      cursor.par->GetLayout()
				     ).labeltype != LABEL_BIBLIO) {
			LyXParagraph * prev =
				cursor.par->FirstPhysicalPar()->Previous();
			if (prev 
			    && (prev->GetDepth() - cursor.par->GetDepth() > 0
				|| (prev->GetDepth() == cursor.par->GetDepth()
				    && textclasslist.Style(parameters->textclass,
						      prev->GetLayout()).isEnvironment()))) {
				cursor.par->FirstPhysicalPar()->depth++;
				anything_changed = true;
				}
		}
		if (cursor.par == sel_end_cursor.par)
                       break;
		cursor.par = cursor.par->Next();
	}
   
	// if nothing changed set all depth to 0
	if (!anything_changed) {
		cursor = sel_start_cursor;
		while (cursor.par != sel_end_cursor.par) {
			cursor.par->FirstPhysicalPar()->depth = 0;
			cursor.par = cursor.par->Next();
		}
		if (cursor.par->footnoteflag == sel_start_cursor.par->footnoteflag)
			cursor.par->FirstPhysicalPar()->depth = 0;
	}
   
	RedoParagraphs(sel_start_cursor, endpar);
   
	// we have to reset the selection, because the
	// geometry could have changed
	SetCursor(sel_start_cursor.par, sel_start_cursor.pos);
	sel_cursor = cursor;
	SetCursor(sel_end_cursor.par, sel_end_cursor.pos);
	UpdateCounters(cursor.row);
	ClearSelection();
	SetSelection();
	SetCursor(tmpcursor.par, tmpcursor.pos);
}


// decrement depth over selection and
// make a total rebreak of those paragraphs
void  LyXText::DecDepth()
{
	// if there is no selection just set the layout
	// of the current paragraph
	if (!selection) {
		sel_start_cursor = cursor; // dummy selection
		sel_end_cursor = cursor;
	}
   
	LyXParagraph * endpar = sel_end_cursor.par->LastPhysicalPar()->Next();
	LyXParagraph * undoendpar = endpar;

	if (endpar && endpar->GetDepth()) {
		while (endpar && endpar->GetDepth()) {
			endpar = endpar->LastPhysicalPar()->Next();
			undoendpar = endpar;
		}
	}
	else if (endpar) {
		endpar = endpar->Next(); // because of parindents etc.
	}
   
	SetUndo(Undo::EDIT, 
		sel_start_cursor
		.par->ParFromPos(sel_start_cursor.pos)->previous, 
		undoendpar);

	LyXCursor tmpcursor = cursor; // store the current cursor

	// ok we have a selection. This is always between sel_start_cursor
	// and sel_end cursor
	cursor = sel_start_cursor;

	while (true) {
		if (cursor.par->footnoteflag ==
		    sel_start_cursor.par->footnoteflag) {
			if (cursor.par->FirstPhysicalPar()->depth)
				cursor.par->FirstPhysicalPar()->depth--;
		}
		if (cursor.par == sel_end_cursor.par)
			break;
		cursor.par = cursor.par->Next();
	}

	RedoParagraphs(sel_start_cursor, endpar);
   
	// we have to reset the selection, because the
	// geometry could have changed
	SetCursor(sel_start_cursor.par, sel_start_cursor.pos);
	sel_cursor = cursor;
	SetCursor(sel_end_cursor.par, sel_end_cursor.pos);
	UpdateCounters(cursor.row);
	ClearSelection();
	SetSelection();
	SetCursor(tmpcursor.par, tmpcursor.pos);
}


// set font over selection and make a total rebreak of those paragraphs
void LyXText::SetFont(LyXFont const & font, bool toggleall)
{
	// if there is no selection just set the current_font
	if (!selection) {
		// Determine basis font
		LyXFont layoutfont;
		if (cursor.pos < BeginningOfMainBody(cursor.par))
			layoutfont = GetFont(cursor.par, -2);
		else
			layoutfont = GetFont(cursor.par, -1);
		// Update current font
		real_current_font.update(font, toggleall);

		// Reduce to implicit settings
		current_font = real_current_font;
		current_font.reduce(layoutfont);
		// And resolve it completely
		real_current_font.realize(layoutfont);
		return;
	}

	LyXCursor tmpcursor = cursor; // store the current cursor
   
	// ok we have a selection. This is always between sel_start_cursor
	// and sel_end cursor
   
	SetUndo(Undo::EDIT, 
		sel_start_cursor.par->ParFromPos(sel_start_cursor.pos)->previous, 
		sel_end_cursor.par->ParFromPos(sel_end_cursor.pos)->next); 
	cursor = sel_start_cursor;
	while (cursor.par != sel_end_cursor.par ||
	       (cursor.par->footnoteflag == sel_start_cursor.par->footnoteflag
		&& cursor.pos < sel_end_cursor.pos)) 
	{
		if (cursor.pos < cursor.par->Last()
		    && cursor.par->footnoteflag
		    == sel_start_cursor.par->footnoteflag) {
			// an open footnote should behave
			// like a closed one
			LyXFont newfont = GetFont(cursor.par, cursor.pos);
			newfont.update(font, toggleall);
			SetCharFont(cursor.par, cursor.pos, newfont);
			cursor.pos++;
		} else {
			cursor.pos = 0;
			cursor.par = cursor.par->Next();
		}
	}
   
	RedoParagraphs(sel_start_cursor, sel_end_cursor.par->Next());
   
	// we have to reset the selection, because the
	// geometry could have changed
	SetCursor(sel_start_cursor.par, sel_start_cursor.pos);
	sel_cursor = cursor;
	SetCursor(sel_end_cursor.par, sel_end_cursor.pos);
	ClearSelection();
	SetSelection();
	SetCursor(tmpcursor.par, tmpcursor.pos);
}


void LyXText::RedoHeightOfParagraph(LyXCursor const & cur)
{
	Row * tmprow = cur.row;
	long y = cur.y - tmprow->baseline;

	SetHeightOfRow(tmprow);
	LyXParagraph * first_phys_par = tmprow->par->FirstPhysicalPar();
	// find the first row of the paragraph
	if (first_phys_par != tmprow->par)
		while (tmprow->previous
		       && tmprow->previous->par != first_phys_par) {
			tmprow = tmprow->previous;
			y -= tmprow->height;
			SetHeightOfRow(tmprow);
		}
	while (tmprow->previous && tmprow->previous->par == first_phys_par) {
		tmprow = tmprow->previous;
		y -= tmprow->height;
		SetHeightOfRow(tmprow);
	}
	
	// we can set the refreshing parameters now
	status = LyXText::NEED_MORE_REFRESH;
	refresh_y = y;
	refresh_row = tmprow;
	SetCursor(cur.par, cur.pos);
}


void LyXText::RedoDrawingOfParagraph(LyXCursor const & cur)
{
	Row * tmprow = cur.row;
   
	long y = cur.y - tmprow->baseline;
	SetHeightOfRow(tmprow);
	LyXParagraph * first_phys_par = tmprow->par->FirstPhysicalPar();
	// find the first row of the paragraph
	if (first_phys_par != tmprow->par)
		while (tmprow->previous && tmprow->previous->par != first_phys_par)  {
			tmprow = tmprow->previous;
			y -= tmprow->height;
		}
	while (tmprow->previous && tmprow->previous->par == first_phys_par)  {
		tmprow = tmprow->previous;
		y -= tmprow->height;
	}
   
	// we can set the refreshing parameters now
	if (status == LyXText::UNCHANGED || y < refresh_y) {
		refresh_y = y;
		refresh_row = tmprow;
	}
	status = LyXText::NEED_MORE_REFRESH;
	SetCursor(cur.par, cur.pos);
}


/* deletes and inserts again all paragaphs between the cursor
* and the specified par 
* This function is needed after SetLayout and SetFont etc. */
void LyXText::RedoParagraphs(LyXCursor const & cur,
			     LyXParagraph const * endpar) const
{
	Row * tmprow2;
	LyXParagraph * tmppar, * first_phys_par;
   
	Row * tmprow = cur.row;
   
	long y = cur.y - tmprow->baseline;
   
	if (!tmprow->previous){
		first_phys_par = FirstParagraph();   // a trick/hack for UNDO
	} else {
		first_phys_par = tmprow->par->FirstPhysicalPar();
		// find the first row of the paragraph
		if (first_phys_par != tmprow->par)
			while (tmprow->previous
			       && tmprow->previous->par != first_phys_par) {
				tmprow = tmprow->previous;
				y -= tmprow->height;
			}
		while (tmprow->previous
		       && tmprow->previous->par == first_phys_par) {
			tmprow = tmprow->previous;
			y -= tmprow->height;
		}
	}
   
	// we can set the refreshing parameters now
	status = LyXText::NEED_MORE_REFRESH;
	refresh_y = y;
	refresh_row = tmprow->previous;	 /* the real refresh row will
					    be deleted, so I store
					    the previous here */ 
	// remove it
	if (tmprow->next)
		tmppar = tmprow->next->par;
	else
		tmppar = 0;
	while (tmppar != endpar) {
		RemoveRow(tmprow->next);
		if (tmprow->next)
			tmppar = tmprow->next->par;
		else
			tmppar = 0;
	}  
   
	// remove the first one
	tmprow2 = tmprow;     /* this is because tmprow->previous
				 can be 0 */
	tmprow = tmprow->previous;
	RemoveRow(tmprow2);
   
	tmppar = first_phys_par;

	do {
		if (tmppar) {
			InsertParagraph(tmppar, tmprow);
			if (!tmprow)
				tmprow = firstrow;
			while (tmprow->next && tmprow->next->par == tmppar)
				tmprow = tmprow->next;
			tmppar = tmppar->Next();
		}
	} while (tmppar != endpar);
   
	// this is because of layout changes
	if (refresh_row) {
		refresh_y -= refresh_row->height;
		SetHeightOfRow(refresh_row);   
	} else {
		refresh_row = firstrow;
		refresh_y = 0;
		SetHeightOfRow(refresh_row);   
	}
   
	if (tmprow && tmprow->next)
		SetHeightOfRow(tmprow->next);
}


int LyXText::FullRebreak()
{
	if (need_break_row) {
		BreakAgain(need_break_row);
		need_break_row = 0;
		return 1;
	}
	return 0;
}


/* important for the screen */


/* the cursor set functions have a special mechanism. When they
* realize, that you left an empty paragraph, they will delete it.
* They also delet the corresponding row */
   
// need the selection cursor:
void LyXText::SetSelection()
{
	if (!selection) {
		last_sel_cursor = sel_cursor;
		sel_start_cursor = sel_cursor;
		sel_end_cursor = sel_cursor;
	}
   
	selection = true;
   
	// first the toggling area
	if (cursor.y < last_sel_cursor.y ||
	    (cursor.y == last_sel_cursor.y && cursor.x < last_sel_cursor.x)) {
		toggle_end_cursor = last_sel_cursor;
		toggle_cursor = cursor;
	}
	else {
		toggle_end_cursor = cursor;
		toggle_cursor = last_sel_cursor;
	}
   
	last_sel_cursor = cursor;
   
	// and now the whole selection

	if (sel_cursor.par == cursor.par)
	   if (sel_cursor.pos < cursor.pos) {
		sel_end_cursor = cursor;
		sel_start_cursor = sel_cursor;
	} else {
   		sel_end_cursor = sel_cursor; 
		sel_start_cursor = cursor;
	}
	else if (sel_cursor.y < cursor.y ||
	    (sel_cursor.y == cursor.y && sel_cursor.x < cursor.x)) {
		sel_end_cursor = cursor;
		sel_start_cursor = sel_cursor;
	}
	else {
		sel_end_cursor = sel_cursor; 
		sel_start_cursor = cursor;
	}
   
	// a selection with no contents is not a selection
	if (sel_start_cursor.x == sel_end_cursor.x && 
	    sel_start_cursor.y == sel_end_cursor.y)
		selection = false;
}


void LyXText::ClearSelection() const
{
	selection = false;
	mark_set = false;
}


void LyXText::CursorHome() const
{
	SetCursor(cursor.par, cursor.row->pos);
}


void  LyXText::CursorEnd() const
{
	if (!cursor.row->next || cursor.row->next->par != cursor.row->par)
		SetCursor(cursor.par, RowLast(cursor.row) + 1);
	else {
		if (cursor.par->Last() && 
		    (cursor.par->GetChar(RowLast(cursor.row)) == ' '
		     || cursor.par->IsNewline(RowLast(cursor.row))))
			SetCursor(cursor.par, RowLast(cursor.row));
		else
			SetCursor(cursor.par, RowLast(cursor.row) + 1);
	}
        if (cursor.par->table) {
                int cell = NumberOfCell(cursor.par, cursor.pos);
                if (cursor.par->table->RowHasContRow(cell) &&
                    cursor.par->table->CellHasContRow(cell)<0) {
                        if (!cursor.row->next || cursor.row->next->par != cursor.row->par)
                                SetCursor(cursor.par, RowLast(cursor.row) + 1);
                        else {
                                if (cursor.par->Last() && 
                                    (cursor.par->GetChar(RowLast(cursor.row)) == ' '
                                     || cursor.par->IsNewline(RowLast(cursor.row))))
                                        SetCursor(cursor.par, RowLast(cursor.row));
                                else
                                        SetCursor(cursor.par, RowLast(cursor.row) + 1);
                        }
                }
        }
}


void  LyXText::CursorTop() const
{
	while (cursor.par->Previous())
		cursor.par = cursor.par->Previous();
	SetCursor(cursor.par, 0);
}


void  LyXText::CursorBottom() const
{
	while (cursor.par->Next())
		cursor.par = cursor.par->Next();
	SetCursor(cursor.par, cursor.par->Last());
}
   
   
/* returns a pointer to the row near the specified y-coordinate
* (relative to the whole text). y is set to the real beginning
* of this row */ 
Row * LyXText::GetRowNearY(long & y) const
{
	Row * tmprow;
	long tmpy;
   
	if (currentrow) {
		tmprow = currentrow;
		tmpy = currentrow_y;
	} else {
		tmprow = firstrow;
		tmpy = 0;
	}

	if (tmpy <= y)
		while (tmprow->next && tmpy + tmprow->height <= y) {
			tmpy += tmprow->height;
			tmprow = tmprow->next;
		}
	else
		while (tmprow->previous && tmpy > y) {
			tmprow = tmprow->previous;
			tmpy -= tmprow->height;
		}

	currentrow = tmprow;
	currentrow_y = tmpy;

	y = tmpy;   // return the real y
	return tmprow;
}
   

void LyXText::ToggleFree(LyXFont const & font, bool toggleall)
{
	// If the mask is completely neutral, tell user
	if (font == LyXFont(LyXFont::ALL_IGNORE)) {
		// Could only happen with user style
		owner_->owner()->getMiniBuffer()
			->Set(_("No font change defined. Use Character under"
				  " the Layout menu to define font change."));
		return;
	}

	// Try implicit word selection
	LyXCursor resetCursor = cursor;
	int implicitSelection = SelectWordWhenUnderCursor();

	// Set font
	SetFont(font, toggleall);

	/* Implicit selections are cleared afterwards and cursor is set to the
	   original position. */
	if (implicitSelection) {
		ClearSelection();
		cursor = resetCursor;
		SetCursor( cursor.par, cursor.pos );
		sel_cursor = cursor;
	}
}


LyXParagraph::size_type LyXText::BeginningOfMainBody(LyXParagraph * par) const
{
	if (textclasslist.Style(parameters->textclass,
				par->GetLayout()).labeltype != LABEL_MANUAL)
		return 0;
	else
		return par->BeginningOfMainBody();
}


/* if there is a selection, reset every environment you can find
* in the selection, otherwise just the environment you are in */ 
void LyXText::MeltFootnoteEnvironment()
{
	LyXParagraph * tmppar, * firsttmppar;
   
	ClearSelection();
   
	/* is is only allowed, if the cursor is IN an open footnote.
	 * Otherwise it is too dangerous */ 
	if (cursor.par->footnoteflag != LyXParagraph::OPEN_FOOTNOTE)
		return;
   
	SetUndo(Undo::FINISH, 
		cursor.par->PreviousBeforeFootnote()->previous,
		cursor.par->NextAfterFootnote()->next);

	/* ok, move to the beginning of the footnote. */ 
	while (cursor.par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE)
		cursor.par = cursor.par->Previous();
   
	SetCursor(cursor.par, cursor.par->Last());
	/* this is just faster than using CursorLeft(); */ 
   
	firsttmppar = cursor.par->ParFromPos(cursor.pos);
	tmppar = firsttmppar;
	/* tmppar is now the paragraph right before the footnote */

	char first_footnote_par_is_not_empty = tmppar->next->text.size();
   
	while (tmppar->next
	       && tmppar->next->footnoteflag == LyXParagraph::OPEN_FOOTNOTE) {
		tmppar = tmppar->next;	 /* I use next instead of Next(),
					  * because there cannot be any
					  * footnotes in a footnote
					  * environment */
		tmppar->footnoteflag = LyXParagraph::NO_FOOTNOTE;
      
		/* remember the captions and empty paragraphs */
		if ((textclasslist.Style(parameters->textclass,
					 tmppar->GetLayout())
		     .labeltype == LABEL_SENSITIVE)
		    || !tmppar->Last())
			tmppar->SetLayout(0);
	}
   
	// now we will paste the ex-footnote, if the layouts allow it
	// first restore the layout of the paragraph right behind
	// the footnote
	if (tmppar->next) 
		tmppar->next->MakeSameLayout(cursor.par);

	// first the end
	if ((!tmppar->GetLayout() && !tmppar->table)
	    || (tmppar->Next()
		&& (!tmppar->Next()->Last()
		    || tmppar->Next()->HasSameLayout(tmppar)))) {
		if (tmppar->Next()->Last()
		    && tmppar->Next()->IsLineSeparator(0))
			tmppar->Next()->Erase(0);
		tmppar->PasteParagraph();
	}

	tmppar = tmppar->Next();  /* make sure tmppar cannot be touched
				   * by the pasting of the beginning */

	/* then the beginning */ 
	/* if there is no space between the text and the footnote, so we insert
	 * a blank 
	 * (only if the previous par and the footnotepar are not empty!) */
	if ((!firsttmppar->next->GetLayout() && !firsttmppar->next->table)
	    || firsttmppar->HasSameLayout(firsttmppar->next)) {
		if (firsttmppar->text.size()
		    && !firsttmppar->IsSeparator(firsttmppar->text.size() - 1)
		    && first_footnote_par_is_not_empty) {
			firsttmppar->next->InsertChar(0, ' ');
		}
		firsttmppar->PasteParagraph();
	}
   
	/* now redo the paragaphs */
	RedoParagraphs(cursor, tmppar);
   
	SetCursor(cursor.par, cursor.pos);
   
	/* sometimes it can happen, that there is a counter change */ 
	Row * row = cursor.row;
	while (row->next && row->par != tmppar && row->next->par != tmppar)
		row = row->next;
	UpdateCounters(row);
   
   
	ClearSelection();
}


/* the DTP switches for paragraphs. LyX will store them in the 
* first physicla paragraph. When a paragraph is broken, the top settings 
* rest, the bottom settings are given to the new one. So I can make shure, 
* they do not duplicate themself and you cannnot make dirty things with 
* them!  */ 

void LyXText::SetParagraph(bool line_top, bool line_bottom,
			   bool pagebreak_top, bool pagebreak_bottom,
			   VSpace const & space_top,
			   VSpace const & space_bottom,
			   LyXAlignment align, 
			   string labelwidthstring,
			   bool noindent) 
{
	LyXCursor tmpcursor = cursor;
	if (!selection) {
		sel_start_cursor = cursor;
		sel_end_cursor = cursor;
	}

	// make sure that the depth behind the selection are restored, too
	LyXParagraph * endpar = sel_end_cursor.par->LastPhysicalPar()->Next();
	LyXParagraph * undoendpar = endpar;

	if (endpar && endpar->GetDepth()) {
		while (endpar && endpar->GetDepth()) {
			endpar = endpar->LastPhysicalPar()->Next();
			undoendpar = endpar;
		}
	}
	else if (endpar) {
		endpar = endpar->Next(); // because of parindents etc.
	}
   
	SetUndo(Undo::EDIT, 
		sel_start_cursor
		.par->ParFromPos(sel_start_cursor.pos)->previous, 
		undoendpar);

	
	LyXParagraph * tmppar = sel_end_cursor.par;
	while (tmppar != sel_start_cursor.par->FirstPhysicalPar()->Previous()) {
		SetCursor(tmppar->FirstPhysicalPar(), 0);
		status = LyXText::NEED_MORE_REFRESH;
		refresh_row = cursor.row;
		refresh_y = cursor.y - cursor.row->baseline;
		if (cursor.par->footnoteflag ==
		    sel_start_cursor.par->footnoteflag) {
			cursor.par->line_top = line_top;
			cursor.par->line_bottom = line_bottom;
			cursor.par->pagebreak_top = pagebreak_top;
			cursor.par->pagebreak_bottom = pagebreak_bottom;
			cursor.par->added_space_top = space_top;
			cursor.par->added_space_bottom = space_bottom;
			// does the layout allow the new alignment?
			if (align == LYX_ALIGN_LAYOUT)
				align = textclasslist
					.Style(parameters->textclass,
					       cursor.par->GetLayout()).align;
			if (align & textclasslist
			    .Style(parameters->textclass,
				   cursor.par->GetLayout()).alignpossible) {
				if (align == textclasslist
				    .Style(parameters->textclass,
					   cursor.par->GetLayout()).align)
					cursor.par->align = LYX_ALIGN_LAYOUT;
				else
					cursor.par->align = align;
			}
			cursor.par->SetLabelWidthString(labelwidthstring);
			cursor.par->noindent = noindent;
		}
		
		tmppar = cursor.par->FirstPhysicalPar()->Previous();
	}
	
	RedoParagraphs(sel_start_cursor, endpar);
	
	ClearSelection();
	SetCursor(sel_start_cursor.par, sel_start_cursor.pos);
	sel_cursor = cursor;
	SetCursor(sel_end_cursor.par, sel_end_cursor.pos);
	SetSelection();
	SetCursor(tmpcursor.par, tmpcursor.pos);
}


void LyXText::SetParagraphExtraOpt(int type,
                                   char const * width,
                                   char const * widthp,
                                   int alignment, bool hfill,
                                   bool start_minipage)
{
	LyXCursor tmpcursor = cursor;
	LyXParagraph * tmppar;
	if (!selection) {
		sel_start_cursor = cursor;
		sel_end_cursor = cursor;
	}

	// make sure that the depth behind the selection are restored, too
	LyXParagraph * endpar = sel_end_cursor.par->LastPhysicalPar()->Next();
	LyXParagraph * undoendpar = endpar;

	if (endpar && endpar->GetDepth()) {
		while (endpar && endpar->GetDepth()) {
			endpar = endpar->LastPhysicalPar()->Next();
			undoendpar = endpar;
		}
	}
	else if (endpar) {
		endpar = endpar->Next(); // because of parindents etc.
	}
   
	SetUndo(Undo::EDIT, 
		sel_start_cursor
		.par->ParFromPos(sel_start_cursor.pos)->previous, 
		undoendpar);
	
	tmppar = sel_end_cursor.par;
	while(tmppar != sel_start_cursor.par->FirstPhysicalPar()->Previous()) {
                SetCursor(tmppar->FirstPhysicalPar(), 0);
                status = LyXText::NEED_MORE_REFRESH;
                refresh_row = cursor.row;
                refresh_y = cursor.y - cursor.row->baseline;
                if (cursor.par->footnoteflag ==
                    sel_start_cursor.par->footnoteflag) {
                        if (type == LyXParagraph::PEXTRA_NONE) {
                                if (cursor.par->pextra_type != LyXParagraph::PEXTRA_NONE) {
                                        cursor.par->UnsetPExtraType();
                                        cursor.par->pextra_type = LyXParagraph::PEXTRA_NONE;
                                }
                        } else {
                                cursor.par->SetPExtraType(type, width, widthp);
                                cursor.par->pextra_hfill = hfill;
                                cursor.par->pextra_start_minipage = start_minipage;
                                cursor.par->pextra_alignment = alignment;
                        }
                }
                tmppar = cursor.par->FirstPhysicalPar()->Previous();
        }
	RedoParagraphs(sel_start_cursor, endpar);
	ClearSelection();
	SetCursor(sel_start_cursor.par, sel_start_cursor.pos);
	sel_cursor = cursor;
	SetCursor(sel_end_cursor.par, sel_end_cursor.pos);
	SetSelection();
	SetCursor(tmpcursor.par, tmpcursor.pos);
}


char loweralphaCounter(int n)
{
	if (n < 1 || n > 26)
		return '?';
	else
		return 'a' + n - 1;
}

char alphaCounter(int n)
{
	if (n < 1 || n > 26)
		return '?';
	else
		return 'A' + n - 1;
}

char hebrewCounter(int n)
{
	static const char hebrew[22] = {
		'<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>',
		'<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>', 
		'<EFBFBD>', '<EFBFBD>', '<EFBFBD>', '<EFBFBD>'
	};
	if (n < 1 || n > 22)
		return '?';
	else
		return hebrew[n-1];
}

static char const * romanCounter(int n)
{
	static char const * roman[20] = {
		"i",   "ii",  "iii", "iv", "v",
		"vi",  "vii", "viii", "ix", "x",
		"xi",  "xii", "xiii", "xiv", "xv",
		"xvi", "xvii", "xviii", "xix", "xx"
	};
	if (n < 1 || n > 20)
		return "??";
	else
		return roman[n-1];
}

// set the counter of a paragraph. This includes the labels
void LyXText::SetCounter(LyXParagraph * par) const
{
	// this is only relevant for the beginning of paragraph
	par = par->FirstPhysicalPar();

	LyXLayout const & layout = textclasslist.Style(parameters->textclass, 
						       par->GetLayout());

	LyXTextClass const & textclass =
		textclasslist.TextClass(parameters->textclass);

	/* copy the prev-counters to this one, unless this is the start of a 
	   footnote or of a bibliography or the very first paragraph */
	if (par->Previous()
	    && !(par->Previous()->footnoteflag == LyXParagraph::NO_FOOTNOTE 
		    && par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
		    && par->footnotekind == LyXParagraph::FOOTNOTE)
	    && !(textclasslist.Style(parameters->textclass,
				par->Previous()->GetLayout()
				).labeltype != LABEL_BIBLIO
		 && layout.labeltype == LABEL_BIBLIO)) {
		for (int i = 0; i < 10; ++i) {
			par->setCounter(i, par->Previous()->GetFirstCounter(i));
		}
		par->appendix = par->Previous()->FirstPhysicalPar()->appendix;
		if (!par->appendix && par->start_of_appendix){
		  par->appendix = true;
		  for (int i = 0; i < 10; ++i) {
		    par->setCounter(i, 0);
		  }  
		}
		par->enumdepth = par->Previous()->FirstPhysicalPar()->enumdepth;
		par->itemdepth = par->Previous()->FirstPhysicalPar()->itemdepth;
	}
	else {
		for (int i = 0; i < 10; ++i) {
			par->setCounter(i, 0);
		}  
		par->appendix = par->start_of_appendix;
		par->enumdepth = 0;
		par->itemdepth = 0;
	}

        // if this is an open marginnote and this is the first
        // entry in the marginnote and the enclosing
        // environment is an enum/item then correct for the
        // LaTeX behaviour (ARRae)
        if(par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
	   && par->footnotekind == LyXParagraph::MARGIN
           && par->Previous()
           && par->Previous()->footnoteflag != LyXParagraph::OPEN_FOOTNOTE
           && (par->PreviousBeforeFootnote()
               && textclasslist.Style(parameters->textclass,
                                 par->PreviousBeforeFootnote()->GetLayout()
				 ).labeltype >= LABEL_COUNTER_ENUMI)) {
                // Any itemize or enumerate environment in a marginnote
                // that is embedded in an itemize or enumerate
                // paragraph is seen by LaTeX as being at a deeper
                // level within that enclosing itemization/enumeration
                // even if there is a "standard" layout at the start of
                // the marginnote.
                par->enumdepth++;
                par->itemdepth++;
        }

	/* Maybe we have to increment the enumeration depth.
	 * BUT, enumeration in a footnote is considered in isolation from its
	 *	surrounding paragraph so don't increment if this is the
	 *	first line of the footnote
	 * AND, bibliographies can't have their depth changed ie. they
	 *	are always of depth 0
	 */
	if (par->Previous()
	    && par->Previous()->GetDepth() < par->GetDepth()
	    && textclasslist.Style(parameters->textclass,
			      par->Previous()->GetLayout()
			     ).labeltype == LABEL_COUNTER_ENUMI
	    && par->enumdepth < 3
	    && !(par->Previous()->footnoteflag == LyXParagraph::NO_FOOTNOTE 
		    && par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
		    && par->footnotekind == LyXParagraph::FOOTNOTE)
	    && layout.labeltype != LABEL_BIBLIO) {
		par->enumdepth++;
	}

	/* Maybe we have to decrement the enumeration depth, see note above */
	if (par->Previous()
	    && par->Previous()->GetDepth() > par->GetDepth()
	    && !(par->Previous()->footnoteflag == LyXParagraph::NO_FOOTNOTE
		    && par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
		    && par->footnotekind == LyXParagraph::FOOTNOTE)
	    && layout.labeltype != LABEL_BIBLIO) {
		par->enumdepth = par->DepthHook(par->GetDepth())->enumdepth;
		par->setCounter(6 + par->enumdepth,
			par->DepthHook(par->GetDepth())->getCounter(6 + par->enumdepth));
		/* reset the counters.
		 * A depth change is like a breaking layout
		 */
		for (int i = 6 + par->enumdepth + 1; i < 10; ++i)
			par->setCounter(i, 0);
	}
   
	if (!par->labelstring.empty()) {
		par->labelstring.clear();
	}
   
	if (layout.margintype == MARGIN_MANUAL) {
		if (par->labelwidthstring.empty()) {
			par->SetLabelWidthString(layout.labelstring());
		}
	} else {
		par->SetLabelWidthString(string());
	}
   
	/* is it a layout that has an automatic label ? */ 
	if (layout.labeltype >=  LABEL_FIRST_COUNTER) {
      
		int i = layout.labeltype - LABEL_FIRST_COUNTER;
		if (i >= 0 && i<= parameters->secnumdepth) {
			par->incCounter(i);	// increment the counter  
	 
			// Is there a label? Useful for Chapter layout
			if (!par->appendix){
				if (!layout.labelstring().empty())
					par->labelstring = layout.labelstring();
				else
					par->labelstring.clear();
                        } else {
				if (!layout.labelstring_appendix().empty())
					par->labelstring = layout.labelstring_appendix();
				else
					par->labelstring.clear();
			}

#ifdef HAVE_SSTREAM
			ostringstream s;
#else
			ostrstream s;
#endif
			if (!par->appendix) {
				switch (2 * LABEL_FIRST_COUNTER -
					textclass.maxcounter() + i) {
				case LABEL_COUNTER_CHAPTER:
					s << par->getCounter(i);
					break;
				case LABEL_COUNTER_SECTION:
					s << par->getCounter(i - 1) << '.'
					   << par->getCounter(i);
					break;
				case LABEL_COUNTER_SUBSECTION:
					s << par->getCounter(i - 2) << '.'
					  << par->getCounter(i - 1) << '.'
					  << par->getCounter(i);
					break;
				case LABEL_COUNTER_SUBSUBSECTION:
					s << par->getCounter(i - 3) << '.'
					  << par->getCounter(i - 2) << '.'
					  << par->getCounter(i - 1) << '.'
					  << par->getCounter(i);
					
					break;
				case LABEL_COUNTER_PARAGRAPH:
					s << par->getCounter(i - 4) << '.'
					  << par->getCounter(i - 3) << '.'
					  << par->getCounter(i - 2) << '.'
					  << par->getCounter(i - 1) << '.'
					  << par->getCounter(i);
					break;
				case LABEL_COUNTER_SUBPARAGRAPH:
					s << par->getCounter(i - 5) << '.'
					  << par->getCounter(i - 4) << '.'
					  << par->getCounter(i - 3) << '.'
					  << par->getCounter(i - 2) << '.'
					  << par->getCounter(i - 1) << '.'
					  << par->getCounter(i);

					break;
				default:
					s << par->getCounter(i) << '.';
                                        break;
				}
			} else { // appendix
				switch (2 * LABEL_FIRST_COUNTER - textclass.maxcounter() + i) {
				case LABEL_COUNTER_CHAPTER:
					if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
						s << alphaCounter(par->getCounter(i));
					else
						s << hebrewCounter(par->getCounter(i));
					break;
				case LABEL_COUNTER_SECTION:
					if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
						s << alphaCounter(par->getCounter(i - 1));
					else
						s << hebrewCounter(par->getCounter(i - 1));

					s << '.'
					  << par->getCounter(i);

					break;
				case LABEL_COUNTER_SUBSECTION:
					if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
						s << alphaCounter(par->getCounter(i - 2));
					else
						s << hebrewCounter(par->getCounter(i - 2));

					s << '.'
					  << par->getCounter(i-1) << '.'
					  << par->getCounter(i);

					break;
				case LABEL_COUNTER_SUBSUBSECTION:
					if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
						s << alphaCounter(par->getCounter(i-3));
					else
						s << hebrewCounter(par->getCounter(i-3));

					s << '.'
					  << par->getCounter(i-2) << '.'
					  << par->getCounter(i-1) << '.'
					  << par->getCounter(i);

					break;
				case LABEL_COUNTER_PARAGRAPH:
					if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
						s << alphaCounter(par->getCounter(i-4));
					else
						s << hebrewCounter(par->getCounter(i-4));

					s << '.'
					  << par->getCounter(i-3) << '.'
					  << par->getCounter(i-2) << '.'
					  << par->getCounter(i-1) << '.'
					  << par->getCounter(i);

					break;
				case LABEL_COUNTER_SUBPARAGRAPH:
					if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
						s << alphaCounter(par->getCounter(i-5));
					else
						s << hebrewCounter(par->getCounter(i-5));

					s << '.'
					  << par->getCounter(i-4) << '.'
					  << par->getCounter(i-3) << '.'
					  << par->getCounter(i-2) << '.'
					  << par->getCounter(i-1) << '.'
					  << par->getCounter(i);

					break;
				default:
					// Can this ever be reached? And in the
					// case it is, how can this be correct?
					// (Lgb)
					s << static_cast<unsigned char>(par->getCounter(i)) << '.';
					
					break;
				}
			}
#ifdef HAVE_SSTREAM
			par->labelstring += s.str().c_str();
			// We really want to remove the c_str as soon as
			// possible...
#else
			s << '\0';
			char * tmps = s.str();
			par->labelstring += tmps;
			delete [] tmps;
#endif
			
			for (i++; i < 10; ++i) {
				// reset the following counters
				par->setCounter(i, 0);
			}
		} else if (layout.labeltype < LABEL_COUNTER_ENUMI) {
			for (i++; i < 10; ++i) {
				// reset the following counters
				par->setCounter(i, 0);
			}
		} else if (layout.labeltype == LABEL_COUNTER_ENUMI) {
			par->incCounter(i + par->enumdepth);
			int number = par->getCounter(i + par->enumdepth);

#ifdef HAVE_SSTREAM
			ostringstream s;
#else
			ostrstream s;
#endif
			switch (par->enumdepth) {
			case 1:
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s << '('
					  << loweralphaCounter(number)
					  << ')';
				else
					s << '('
					  << hebrewCounter(number)
					  << ')';
				break;
			case 2:
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s << romanCounter(number) << '.';
				else
					s << '.' << romanCounter(number);
				break;
			case 3:
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s << alphaCounter(number)
					  << '.';
				else
					s << '.'
					  << alphaCounter(number);
				break;
			default:
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s << number << '.';
				else
					s << '.' << number;
				break;
			}
#ifdef HAVE_SSTREAM
			par->labelstring = s.str().c_str();
			// we really want to get rid of that c_str()
#else
			s << '\0';
			char * tmps = s.str();
			par->labelstring = tmps;
			delete [] tmps;
#endif

			for (i += par->enumdepth + 1; i < 10; ++i)
				par->setCounter(i, 0);  /* reset the following counters  */
	 
		} 
	} else if (layout.labeltype == LABEL_BIBLIO) {// ale970302
		int i = LABEL_COUNTER_ENUMI - LABEL_FIRST_COUNTER + par->enumdepth;
		par->incCounter(i);
		int number = par->getCounter(i);
		if (!par->bibkey)
			par->bibkey = new InsetBibKey();
		par->bibkey->setCounter(number);
		par->labelstring = layout.labelstring();
		
		// In biblio should't be following counters but...
	} else {
		string s = layout.labelstring();
		
		// the caption hack:
      
		if (layout.labeltype == LABEL_SENSITIVE) {
			if (par->footnoteflag != LyXParagraph::NO_FOOTNOTE
			    && (par->footnotekind == LyXParagraph::FIG
				|| par->footnotekind == LyXParagraph::WIDE_FIG))
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s = "Figure:";
				else
					s = ":<3A><><EFBFBD><EFBFBD>";
			else if (par->footnoteflag != LyXParagraph::NO_FOOTNOTE
				 && (par->footnotekind == LyXParagraph::TAB
				     || par->footnotekind == LyXParagraph::WIDE_TAB))
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s = "Table:";
				else
					s = ":<3A><><EFBFBD><EFBFBD>";
			else if (par->footnoteflag != LyXParagraph::NO_FOOTNOTE
				 && par->footnotekind == LyXParagraph::ALGORITHM)
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s = "Algorithm:";
				else
					s = ":<3A><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>";
			else {
				/* par->SetLayout(0); 
				   s = layout->labelstring;  */
				if (par->getParDirection() == LYX_DIR_LEFT_TO_RIGHT)
					s = "Senseless: ";
				else
					s = " :<3A><><EFBFBD><EFBFBD><EFBFBD><EFBFBD> <20><><EFBFBD>";
	   
			}
		}
		par->labelstring = s;
		
		/* reset the enumeration counter. They are always resetted
		 * when there is any other layout between */ 
		for (int i = 6 + par->enumdepth; i < 10; ++i)
			par->setCounter(i, 0);
	}
}


/* Updates all counters BEHIND the row. Changed paragraphs
* with a dynamic left margin will be rebroken. */ 
void LyXText::UpdateCounters(Row * row) const
{
	LyXParagraph * par;
	if (!row) {
		row = firstrow;
		par = row->par;
	}
	else {
		if (row->par->next
		    && row->par->next->footnoteflag != LyXParagraph::OPEN_FOOTNOTE) {
			par = row->par->LastPhysicalPar()->Next();
		} else {
			par = row->par->next;
		}
	}

	while (par) {
		while (row->par != par)
			row = row->next;
		
		SetCounter(par);
		
		/* now  check for the headline layouts. remember that they
		 * have a dynamic left margin */ 
		if (!par->IsDummy()
		    && ( textclasslist.Style(parameters->textclass, par->layout).margintype == MARGIN_DYNAMIC
			 || textclasslist.Style(parameters->textclass, par->layout).labeltype == LABEL_SENSITIVE)
			){
	 
			/* Rebreak the paragraph */ 
			RemoveParagraph(row);
			AppendParagraph(row);
       
			/* think about the damned open footnotes! */ 
			while (par->Next() &&
			       (par->Next()->footnoteflag == LyXParagraph::OPEN_FOOTNOTE
				|| par->Next()->IsDummy())){
				par = par->Next();
				if (par->IsDummy()) {
					while (row->par != par)
						row = row->next;
					RemoveParagraph(row);
					AppendParagraph(row);
				}
			}
		}
     
		par = par->LastPhysicalPar()->Next();
     
	}
}


/* insets an inset. */ 
void LyXText::InsertInset(Inset *inset)
{
	SetUndo(Undo::INSERT, 
		cursor.par->ParFromPos(cursor.pos)->previous, 
		cursor.par->ParFromPos(cursor.pos)->next);
	cursor.par->InsertChar(cursor.pos, LyXParagraph::META_INSET);
	cursor.par->InsertInset(cursor.pos, inset);
	InsertChar(LyXParagraph::META_INSET);  /* just to rebreak and refresh correctly.
				      * The character will not be inserted a
				      * second time */
}


// this is for the simple cut and paste mechanism
static LyXParagraph * simple_cut_buffer = 0;
static char simple_cut_buffer_textclass = 0;

void DeleteSimpleCutBuffer()
{
	if (!simple_cut_buffer)
		return;
	LyXParagraph * tmppar;

	while (simple_cut_buffer) {
		tmppar =  simple_cut_buffer;
		simple_cut_buffer = simple_cut_buffer->next;
		delete tmppar;
	}
	simple_cut_buffer = 0;
}


void LyXText::copyEnvironmentType()
{
	copylayouttype = cursor.par->GetLayout();
}


void LyXText::pasteEnvironmentType()
{
	SetLayout(copylayouttype);
}


void LyXText::CutSelection(bool doclear)
{
	// This doesn't make sense, if there is no selection
	if (!selection)
		return;
   
	// OK, we have a selection. This is always between sel_start_cursor
	// and sel_end cursor
	LyXParagraph * tmppar;
   
	// Check whether there are half footnotes in the selection
	if (sel_start_cursor.par->footnoteflag != LyXParagraph::NO_FOOTNOTE
	    || sel_end_cursor.par->footnoteflag != LyXParagraph::NO_FOOTNOTE) {
		tmppar = sel_start_cursor.par;
		while (tmppar != sel_end_cursor.par){
			if (tmppar->footnoteflag != sel_end_cursor.par->footnoteflag) {
				WriteAlert(_("Impossible operation"),
					   _("Don't know what to do with half floats."),
					   _("sorry."));
				return;
			}
			tmppar = tmppar->Next();
		}
	}

	/* table stuff -- begin */
	if (sel_start_cursor.par->table || sel_end_cursor.par->table) {
		if ( sel_start_cursor.par != sel_end_cursor.par) {
			WriteAlert(_("Impossible operation"),
				   _("Don't know what to do with half tables."),
				   _("sorry."));
			return;
		}
		sel_start_cursor.par->table->Reinit();
	}
	/* table stuff -- end */

	// make sure that the depth behind the selection are restored, too
	LyXParagraph * endpar = sel_end_cursor.par->LastPhysicalPar()->Next();
	LyXParagraph * undoendpar = endpar;

	if (endpar && endpar->GetDepth()) {
		while (endpar && endpar->GetDepth()) {
			endpar = endpar->LastPhysicalPar()->Next();
			undoendpar = endpar;
		}
	} else if (endpar) {
		endpar = endpar->Next(); // because of parindents etc.
	}
   
	SetUndo(Undo::DELETE, 
		sel_start_cursor
		.par->ParFromPos(sel_start_cursor.pos)->previous, 
		undoendpar);
   
	// clear the simple_cut_buffer
	DeleteSimpleCutBuffer();
   
	// set the textclass
	simple_cut_buffer_textclass = parameters->textclass;

#ifdef WITH_WARNINGS
#warning Asger: Make cut more intelligent here.
#endif
	/* 
	   White paper for "intelligent" cutting:
	   
	   Example: "This is our text."
	   Using " our " as selection, cutting will give "This istext.".
	   Using "our" as selection, cutting will give "This is text.".
	   Using " our" as selection, cutting will give "This is text.".
	   Using "our " as selection, cutting will give "This is text.".
	   
	   All those four selections will (however) paste identically:
	   Pasting with the cursor right after the "is" will give the
	   original text with all four selections.
	   
	   The rationale is to be intelligent such that words are copied,
	   cut and pasted in a functional manner.
	   
	   This is not implemented yet. (Asger)

	   The changes below sees to do a lot of what you want. However
	   I have not verified that all cases work as they should:
	             - cut in single row
		     - cut in multiple row
		     - cut with insets
		     - cut across footnotes and paragraph
	   My simplistic tests show that the idea are basically sound but
	   there are some items to fix up...we only need to find them
	   first.

	   As do redo Asger's example above (with | beeing the cursor in the
	   result after cutting.):
	   
	   Example: "This is our text."
	   Using " our " as selection, cutting will give "This is|text.".
	   Using "our"   as selection, cutting will give "This is | text.".
	   Using " our"  as selection, cutting will give "This is| text.".
	   Using "our "  as selection, cutting will give "This is |text.".

	   (Lgb)
	*/

#ifndef FIX_DOUBLE_SPACE
	bool space_wrapped =
		sel_end_cursor.par->IsLineSeparator(sel_end_cursor.pos);
	if (sel_end_cursor.pos > 0
	    && sel_end_cursor.par->IsLineSeparator(sel_end_cursor.pos - 1)) {
		// please break before a space at the end
		sel_end_cursor.pos--;
		space_wrapped = true;
	}
	// cut behind a space if there is one
	while (sel_start_cursor.par->Last() > sel_start_cursor.pos
	       && sel_start_cursor.par->IsLineSeparator(sel_start_cursor.pos)
	       && (sel_start_cursor.par != sel_end_cursor.par
		   || sel_start_cursor.pos < sel_end_cursor.pos))
		sel_start_cursor.pos++; 
#endif
	// there are two cases: cut only within one paragraph or
	// more than one paragraph
   
	if (sel_start_cursor.par->ParFromPos(sel_start_cursor.pos) 
	    == sel_end_cursor.par->ParFromPos(sel_end_cursor.pos)) {
		// only within one paragraph
		simple_cut_buffer = new LyXParagraph;
		LyXParagraph::size_type i =
			sel_start_cursor.pos;
		for (; i < sel_end_cursor.pos; ++i) {
			/* table stuff -- begin */
			if (sel_start_cursor.par->table
			    && sel_start_cursor.par->IsNewline(sel_start_cursor.pos)) {
				sel_start_cursor.par->CopyIntoMinibuffer(sel_start_cursor.pos);
				sel_start_cursor.pos++;
			} else {
				/* table stuff -- end */
				sel_start_cursor.par->CopyIntoMinibuffer(sel_start_cursor.pos);
				sel_start_cursor.par->Erase(sel_start_cursor.pos);
			}
			simple_cut_buffer->InsertFromMinibuffer(simple_cut_buffer->Last());
		}
#ifndef FIX_DOUBLE_SPACE
		// check for double spaces
		if (sel_start_cursor.pos &&
		    sel_start_cursor.par->Last() > sel_start_cursor.pos
		    && sel_start_cursor.par
		    ->IsLineSeparator(sel_start_cursor.pos - 1)
		    && sel_start_cursor.par
		    ->IsLineSeparator(sel_start_cursor.pos)) {
			sel_start_cursor.par->Erase(sel_start_cursor.pos);
		}
		if (space_wrapped)
			simple_cut_buffer->InsertChar(i - sel_start_cursor.pos,
						      ' ');
#endif
		endpar = sel_end_cursor.par->Next();
	} else {
		// cut more than one paragraph
   
		sel_end_cursor.par
			->BreakParagraphConservative(sel_end_cursor.pos);
#ifndef FIX_DOUBLE_SPACE
		// insert a space at the end if there was one
		if (space_wrapped)
			sel_end_cursor.par
				->InsertChar(sel_end_cursor.par->Last(), ' ');
#endif
		sel_end_cursor.par = sel_end_cursor.par->Next();
		sel_end_cursor.pos = 0;
   
		cursor = sel_end_cursor;

#ifndef FIX_DOUBLE_SPACE
		// please break behind a space, if there is one.
		// The space should be copied too
		if (sel_start_cursor.par
		    ->IsLineSeparator(sel_start_cursor.pos))
			sel_start_cursor.pos++;
#endif   
		sel_start_cursor.par
			->BreakParagraphConservative(sel_start_cursor.pos);
#ifndef FIX_DOUBLE_SPACE
		if (!sel_start_cursor.pos
		    || sel_start_cursor.par
		    ->IsLineSeparator(sel_start_cursor.pos - 1)
		    || sel_start_cursor.par
		    ->IsNewline(sel_start_cursor.pos - 1)) {
			sel_start_cursor.par->Next()->InsertChar(0, ' ');
		}
#endif
		// store the endparagraph for redoing later
		endpar = sel_end_cursor.par->Next(); /* needed because
							the sel_end_
							cursor.par
							will be pasted! */
   
		// store the selection
		simple_cut_buffer = sel_start_cursor.par
			->ParFromPos(sel_start_cursor.pos)->next;
		simple_cut_buffer->previous = 0;
		sel_end_cursor.par->previous->next = 0;

		// cut the selection
		sel_start_cursor.par->ParFromPos(sel_start_cursor.pos)->next 
			= sel_end_cursor.par;
   
		sel_end_cursor.par->previous 
			= sel_start_cursor.par->ParFromPos(sel_start_cursor.pos);

		// care about footnotes
		if (simple_cut_buffer->footnoteflag) {
			LyXParagraph * tmppar = simple_cut_buffer;
			while (tmppar){
				tmppar->footnoteflag = LyXParagraph::NO_FOOTNOTE;
				tmppar = tmppar->next;
			}
		}

		// the cut selection should begin with standard layout
		simple_cut_buffer->Clear(); 
   
		// paste the paragraphs again, if possible
		if (doclear)
			sel_start_cursor.par->Next()->ClearParagraph();
		if (sel_start_cursor.par->FirstPhysicalPar()->HasSameLayout(sel_start_cursor.par->Next())
		    || 
		    !sel_start_cursor.par->Next()->Last())
			sel_start_cursor.par->ParFromPos(sel_start_cursor.pos)->PasteParagraph();

#ifndef FIX_DOUBLE_SPACE
		// maybe a forgotten blank
		if (sel_start_cursor.pos 
		    && sel_start_cursor.par
		    ->IsLineSeparator(sel_start_cursor.pos)
		    && sel_start_cursor.par
		    ->IsLineSeparator(sel_start_cursor.pos - 1)) {
			sel_start_cursor.par->Erase(sel_start_cursor.pos);
		}
#endif
	}

	// sometimes necessary
	if (doclear)
		sel_start_cursor.par->ClearParagraph();

	RedoParagraphs(sel_start_cursor, endpar);
   
	ClearSelection();
	cursor = sel_start_cursor;
	SetCursor(cursor.par, cursor.pos);
	sel_cursor = cursor;
	UpdateCounters(cursor.row);
}

    
void LyXText::CopySelection()
{
	// this doesnt make sense, if there is no selection
	if (!selection)
		return;

	// ok we have a selection. This is always between sel_start_cursor
	// and sel_end cursor
	LyXParagraph * tmppar;
   
	/* check wether there are half footnotes in the selection */
	if (sel_start_cursor.par->footnoteflag != LyXParagraph::NO_FOOTNOTE
	    || sel_end_cursor.par->footnoteflag != LyXParagraph::NO_FOOTNOTE) {
		tmppar = sel_start_cursor.par;
		while (tmppar != sel_end_cursor.par) {
			if (tmppar->footnoteflag !=
			    sel_end_cursor.par->footnoteflag) {
				WriteAlert(_("Impossible operation"),
					   _("Don't know what to do"
					     " with half floats."),
					   _("sorry."));
				return;
			}
			tmppar = tmppar->Next();
		}
	}

	/* table stuff -- begin */
	if (sel_start_cursor.par->table || sel_end_cursor.par->table){
		if ( sel_start_cursor.par != sel_end_cursor.par){
			WriteAlert(_("Impossible operation"),
				   _("Don't know what to do with half tables."),
				   _("sorry."));
			return;
		}
	}
	/* table stuff -- end */
   
	// delete the simple_cut_buffer
	DeleteSimpleCutBuffer();

	// set the textclass
	simple_cut_buffer_textclass = parameters->textclass;

#ifdef FIX_DOUBLE_SPACE
	// copy behind a space if there is one
	while (sel_start_cursor.par->Last() > sel_start_cursor.pos
	       && sel_start_cursor.par->IsLineSeparator(sel_start_cursor.pos)
	       && (sel_start_cursor.par != sel_end_cursor.par
		   || sel_start_cursor.pos < sel_end_cursor.pos))
		sel_start_cursor.pos++; 
#endif
	// there are two cases: copy only within one paragraph
	// or more than one paragraph
	if (sel_start_cursor.par->ParFromPos(sel_start_cursor.pos) 
	    == sel_end_cursor.par->ParFromPos(sel_end_cursor.pos)) {
		// only within one paragraph
		simple_cut_buffer = new LyXParagraph;
		LyXParagraph::size_type i = 0;
		for (i = sel_start_cursor.pos; i < sel_end_cursor.pos; ++i){
			sel_start_cursor.par->CopyIntoMinibuffer(i);
			simple_cut_buffer->InsertFromMinibuffer(i - sel_start_cursor.pos);
		}
	} else {
		// copy more than one paragraph
		// clone the paragraphs within the selection
		tmppar =
			sel_start_cursor.par->ParFromPos(sel_start_cursor.pos);
		simple_cut_buffer = tmppar->Clone();
		LyXParagraph *tmppar2 = simple_cut_buffer;
     
		while (tmppar != sel_end_cursor.par->ParFromPos(sel_end_cursor.pos)
		       && tmppar->next) {
			tmppar = tmppar->next;
			tmppar2->next = tmppar->Clone();
			tmppar2->next->previous = tmppar2;
			tmppar2 = tmppar2->next;
		}
		tmppar2->next = 0;

		// care about footnotes
		if (simple_cut_buffer->footnoteflag) {
			tmppar = simple_cut_buffer;
			while (tmppar){
				tmppar->footnoteflag =
					LyXParagraph::NO_FOOTNOTE;
				tmppar = tmppar->next;
			}
		}
		
		// the simple_cut_buffer paragraph is too big
		LyXParagraph::size_type tmpi2 =
			sel_start_cursor.par->PositionInParFromPos(sel_start_cursor.pos);
		for (; tmpi2; --tmpi2)
			simple_cut_buffer->Erase(0);
		
		// now tmppar 2 is too big, delete all after sel_end_cursor.pos
     
		tmpi2 = sel_end_cursor.par->PositionInParFromPos(sel_end_cursor.pos);
		while (tmppar2->size() > tmpi2) {
			tmppar2->Erase(tmppar2->text.size() - 1);
		}
	}
}
          

void LyXText::PasteSelection()
{
	// this does not make sense, if there is nothing to paste
	if (!simple_cut_buffer)
		return;

	LyXParagraph * tmppar;
	LyXParagraph * endpar;

	LyXCursor tmpcursor;

	// be carefull with footnotes in footnotes
	if (cursor.par->footnoteflag != LyXParagraph::NO_FOOTNOTE) {
      
		// check whether the cut_buffer includes a footnote
		tmppar = simple_cut_buffer;
		while (tmppar
		       && tmppar->footnoteflag == LyXParagraph::NO_FOOTNOTE)
			tmppar = tmppar->next;
      
		if (tmppar) {
			WriteAlert(_("Impossible operation"),
				   _("Can't paste float into float!"),
				   _("Sorry."));
			return;
		}
	}

	/* table stuff -- begin */
	if (cursor.par->table) {
		if (simple_cut_buffer->next) {
			WriteAlert(_("Impossible operation"),
				   _("Table cell cannot include more than one paragraph!"),
				   _("Sorry."));
			return;
		}
	}
	/* table stuff -- end */
   
	SetUndo(Undo::INSERT, 
		cursor.par->ParFromPos(cursor.pos)->previous, 
		cursor.par->ParFromPos(cursor.pos)->next); 

	tmpcursor = cursor;

	// There are two cases: cutbuffer only one paragraph or many
	if (!simple_cut_buffer->next) {
		// only within a paragraph

#ifndef FIX_DOUBLE_SPACE
		// please break behind a space, if there is one
		while (tmpcursor.par->Last() > tmpcursor.pos
		       && tmpcursor.par->IsLineSeparator(tmpcursor.pos))
			tmpcursor.pos++; 
#endif
		tmppar = simple_cut_buffer->Clone();
		/* table stuff -- begin */
		bool table_too_small = false;
		if (tmpcursor.par->table) {
			while (simple_cut_buffer->text.size()
			       && !table_too_small) {
				if (simple_cut_buffer->IsNewline(0)){
					while(tmpcursor.pos < tmpcursor.par->Last() && !tmpcursor.par->IsNewline(tmpcursor.pos))
						tmpcursor.pos++;
					simple_cut_buffer->Erase(0);
					if (tmpcursor.pos < tmpcursor.par->Last())
						tmpcursor.pos++;
					else
						table_too_small = true;
				} else {
#ifdef FIX_DOUBLE_SPACE
					// This is an attempt to fix the
					// "never insert a space at the
					// beginning of a paragraph" problem.
					if (tmpcursor.pos == 0
					    && simple_cut_buffer->IsLineSeparator(0)) {
						simple_cut_buffer->Erase(0);
					} else {
						simple_cut_buffer->CutIntoMinibuffer(0);
						simple_cut_buffer->Erase(0);
						tmpcursor.par->InsertFromMinibuffer(tmpcursor.pos);
						tmpcursor.pos++;
					}
#else
					simple_cut_buffer->CutIntoMinibuffer(0);
					simple_cut_buffer->Erase(0);
					tmpcursor.par->InsertFromMinibuffer(tmpcursor.pos);
					tmpcursor.pos++;
#endif
				}
			}
		} else {
			/* table stuff -- end */
			// Some provisions should be done here for checking
			// if we are inserting at the beginning of a
			// paragraph. If there are a space at the beginning
			// of the text to insert and we are inserting at
			// the beginning of the paragraph the space should
			// be removed.
			while (simple_cut_buffer->text.size()) {
#ifdef FIX_DOUBLE_SPACE
				// This is an attempt to fix the
				// "never insert a space at the
				// beginning of a paragraph" problem.
				if (tmpcursor.pos == 0
				    && simple_cut_buffer->IsLineSeparator(0)) {
					simple_cut_buffer->Erase(0);
				} else {
					simple_cut_buffer->CutIntoMinibuffer(0);
					simple_cut_buffer->Erase(0);
					tmpcursor.par->InsertFromMinibuffer(tmpcursor.pos);
					tmpcursor.pos++;
				}
#else
				simple_cut_buffer->CutIntoMinibuffer(0);
				simple_cut_buffer->Erase(0);
				tmpcursor.par->InsertFromMinibuffer(tmpcursor.pos);
				tmpcursor.pos++;
#endif
			}
		}
		delete simple_cut_buffer;
		simple_cut_buffer = tmppar;
		endpar = tmpcursor.par->Next();
	} else {
		// many paragraphs

		// make a copy of the simple cut_buffer
		tmppar = simple_cut_buffer;
		LyXParagraph * simple_cut_clone = tmppar->Clone();
		LyXParagraph * tmppar2 = simple_cut_clone;
		if (cursor.par->footnoteflag){
			tmppar->footnoteflag = cursor.par->footnoteflag;
			tmppar->footnotekind = cursor.par->footnotekind;
		}
		while (tmppar->next) {
			tmppar = tmppar->next;
			tmppar2->next = tmppar->Clone();
			tmppar2->next->previous = tmppar2;
			tmppar2 = tmppar2->next;
			if (cursor.par->footnoteflag){
				tmppar->footnoteflag = cursor.par->footnoteflag;
				tmppar->footnotekind = cursor.par->footnotekind;
			}
		}
     
		// make sure there is no class difference
		SwitchLayoutsBetweenClasses(simple_cut_buffer_textclass,
					    parameters->textclass,
					    simple_cut_buffer);
     
		// make the simple_cut_buffer exactly the same layout than
		// the cursor paragraph
		simple_cut_buffer->MakeSameLayout(cursor.par);
     
		// find the end of the buffer
		LyXParagraph * lastbuffer = simple_cut_buffer;
		while (lastbuffer->Next())
			lastbuffer = lastbuffer->Next();
     
#ifndef FIX_DOUBLE_SPACE
		// Please break behind a space, if there is one. The space 
		// should be copied too.
		if (cursor.par->Last() > cursor.pos
		    && cursor.par->IsLineSeparator(cursor.pos))
			cursor.pos++; 
#endif
		bool paste_the_end = false;

		// open the paragraph for inserting the simple_cut_buffer
		// if necessary
		if (cursor.par->Last() > cursor.pos || !cursor.par->Next()){
			cursor.par->BreakParagraphConservative(cursor.pos);
			paste_the_end = true;
		}

#ifndef FIX_DOUBLE_SPACE
		// be careful with double spaces
		if ((!cursor.par->Last()
		     || cursor.par->IsLineSeparator(cursor.pos - 1)
		     || cursor.par->IsNewline(cursor.pos - 1))
		    && simple_cut_buffer->text.size()
		    && simple_cut_buffer->IsLineSeparator(0))
			simple_cut_buffer->Erase(0);
#endif
		// set the end for redoing later
		endpar = cursor.par->ParFromPos(cursor.pos)->next->Next();
     
		// paste it!
		lastbuffer->ParFromPos(lastbuffer->Last())->next =
			cursor.par->ParFromPos(cursor.pos)->next;
		cursor.par->ParFromPos(cursor.pos)->next->previous =
			lastbuffer->ParFromPos(lastbuffer->Last());
     
		cursor.par->ParFromPos(cursor.pos)->next = simple_cut_buffer;
		simple_cut_buffer->previous =
			cursor.par->ParFromPos(cursor.pos);
   
		if (cursor.par->ParFromPos(cursor.pos)->Next() == lastbuffer)
			lastbuffer = cursor.par;
     
		cursor.par->ParFromPos(cursor.pos)->PasteParagraph();
     
		// store the new cursor position
		tmpcursor.par = lastbuffer;
		tmpcursor.pos = lastbuffer->Last();
     
		// maybe some pasting
		if (lastbuffer->Next() && paste_the_end) {
			if (lastbuffer->Next()->HasSameLayout(lastbuffer)) {
#ifndef FIX_DOUBLE_SPACE
				// be careful with double spaces
				if ((!lastbuffer->Last()
				     || lastbuffer->IsLineSeparator(lastbuffer->Last() - 1)
				     || lastbuffer->IsNewline(lastbuffer->Last() - 1))
				    && lastbuffer->Next()->Last()
				    && lastbuffer->Next()->IsLineSeparator(0))
					lastbuffer->Next()->Erase(0);
#endif
				lastbuffer->ParFromPos(lastbuffer->Last())->PasteParagraph();
	 
			} else if (!lastbuffer->Next()->Last()) {
				lastbuffer->Next()->MakeSameLayout(lastbuffer);
#ifndef FIX_DOUBLE_SPACE
				// be careful witth double spaces
				if ((!lastbuffer->Last()
				     || lastbuffer->IsLineSeparator(lastbuffer->Last() - 1)
				     || lastbuffer->IsNewline(lastbuffer->Last() - 1))
				    && lastbuffer->Next()->Last()
				    && lastbuffer->Next()->IsLineSeparator(0))
					lastbuffer->Next()->Erase(0);
#endif
				lastbuffer->ParFromPos(lastbuffer->Last())->PasteParagraph();
	 
			} else if (!lastbuffer->Last()) {
				lastbuffer->MakeSameLayout(lastbuffer->next);
#ifndef FIX_DOUBLE_SPACE
				// be careful witth double spaces
				if ((!lastbuffer->Last()
				     || lastbuffer->IsLineSeparator(lastbuffer->Last() - 1)
				     || lastbuffer->IsNewline(lastbuffer->Last() - 1))
				    && lastbuffer->Next()->Last()
				    && lastbuffer->Next()->IsLineSeparator(0))
					lastbuffer->Next()->Erase(0);
#endif
				lastbuffer->ParFromPos(lastbuffer->Last())->PasteParagraph();
	 
			} else
				lastbuffer->Next()->ClearParagraph();
		}

		// restore the simple cut buffer
		simple_cut_buffer = simple_cut_clone;
	}

	RedoParagraphs(cursor, endpar);
    
	SetCursor(cursor.par, cursor.pos);
	ClearSelection();
   
	sel_cursor = cursor;
	SetCursor(tmpcursor.par, tmpcursor.pos);
	SetSelection();
	UpdateCounters(cursor.row);
}
   

// returns a pointer to the very first LyXParagraph
LyXParagraph * LyXText::FirstParagraph() const
{
	return params->paragraph;
}


// returns true if the specified string is at the specified position
bool LyXText::IsStringInText(LyXParagraph * par,
			     LyXParagraph::size_type pos,
			     char const * str) const
{
	if (par) {
		int i = 0;
		while (pos + i < par->Last() && str[i] && 
		       str[i] == par->GetChar(pos + i)) {
			++i;
		}
		if (!str[i])
			return true;
	}
	return false;
}


// sets the selection over the number of characters of string, no check!!
void LyXText::SetSelectionOverString(char const * string)
{
	sel_cursor = cursor;
	for (int i = 0; string[i]; ++i)
		CursorRight();
	SetSelection();
}


// simple replacing. The font of the first selected character is used
void LyXText::ReplaceSelectionWithString(char const * str)
{
	SetCursorParUndo();
	FreezeUndo();

	if (!selection) { // create a dummy selection
		sel_end_cursor = cursor;
		sel_start_cursor = cursor;
	}

	// Get font setting before we cut
	LyXParagraph::size_type pos = sel_end_cursor.pos;
	LyXFont font = sel_start_cursor.par->GetFontSettings(sel_start_cursor.pos);

	// Insert the new string
	for (int i = 0; str[i]; ++i) {
		sel_end_cursor.par->InsertChar(pos, str[i]);
		sel_end_cursor.par->SetFont(pos, font);
		++pos;
	}

	// Cut the selection
	CutSelection();

	UnFreezeUndo();
}


// if the string can be found: return true and set the cursor to
// the new position
bool LyXText::SearchForward(char const * str) const
{
	LyXParagraph * par = cursor.par;
	LyXParagraph::size_type pos = cursor.pos;
	while (par && !IsStringInText(par, pos, str)) {
		if (pos < par->Last() - 1)
			++pos;
		else {
			pos = 0;
			par = par->Next();
		}
	}
	if (par) {
		SetCursor(par, pos);
		return true;
	}
	else
		return false;
}


bool LyXText::SearchBackward(char const * string) const
{
	LyXParagraph * par = cursor.par;
	int pos = cursor.pos;

	do {
		if (pos > 0)
			--pos;
		else {
			// We skip empty paragraphs (Asger)
			do {
				par = par->Previous();
				if (par)
					pos = par->Last() - 1;
			} while (par && pos < 0);
		}
	} while (par && !IsStringInText(par, pos, string));
  
	if (par) {
		SetCursor(par, pos);
		return true;
	} else
		return false;
}


void LyXText::InsertStringA(LyXParagraph::TextContainer const & text)
{
	char * str = new char[text.size() + 1];
	copy(text.begin(), text.end(), str);
	str[text.size()] = '\0';
	InsertStringA(str);
	delete [] str;
}


// needed to insert the selection
void LyXText::InsertStringA(char const * s)
{
	string str(s);
	LyXParagraph * par = cursor.par;
	LyXParagraph::size_type pos = cursor.pos;
	LyXParagraph::size_type a = 0;
        int cell = 0;
	LyXParagraph * endpar = cursor.par->Next();
	
	SetCursorParUndo();
	
	bool flag =
		textclasslist.Style(parameters->textclass, 
				    cursor.par->GetLayout()).isEnvironment();
	// only to be sure, should not be neccessary
	ClearSelection();
	
	// insert the string, don't insert doublespace
	string::size_type i = 0;
	while (i < str.length()) {
		if (str[i] != '\n') {
			if (str[i] == ' ' 
			    && i + 1 < str.length() && str[i + 1] != ' '
			    && pos && par->GetChar(pos - 1)!= ' ') {
				par->InsertChar(pos,' ');
				++pos;
			} else if (par->table) {
				if (str[i] == '\t') {
					while((pos < par->size()) &&
					      (par->GetChar(pos) != LyXParagraph::META_NEWLINE))
						++pos;
					if (pos < par->size())
						++pos;
					else // no more fields to fill skip the rest
						break;
				} else if ((str[i] != 13) &&
					   ((str[i] & 127) >= ' ')) {
					par->InsertChar(pos, str[i]);
					++pos;
				}
                        } else if (str[i] == ' ') {
#if 1
				InsetSpecialChar * new_inset =
					new InsetSpecialChar(InsetSpecialChar::PROTECTED_SEPARATOR);
				par->InsertInset(pos, new_inset);
#else
				par->InsertChar(pos, LyXParagraph::META_PROTECTED_SEPARATOR);
#endif
				++pos;
			} else if (str[i] == '\t') {
				for (a = pos; a < (pos / 8 + 1) * 8 ; ++a) {
#if 1
				InsetSpecialChar * new_inset =
					new InsetSpecialChar(InsetSpecialChar::PROTECTED_SEPARATOR);
				par->InsertInset(pos, new_inset);
#else
					par->InsertChar(a, LyXParagraph::META_PROTECTED_SEPARATOR);
#endif
				}
				pos = a;
			} else if (str[i]!= 13 && 
				   // Ignore unprintables
				   (str[i] & 127) >= ' ') {
				par->InsertChar(pos, str[i]);
				++pos;
			}
		} else {
                        if (par->table) {
                                if (i + 1 >= str.length()) {
                                        ++pos;
                                        break;
                                }
                                while((pos < par->size()) &&
                                      (par->GetChar(pos) != LyXParagraph::META_NEWLINE))
                                        ++pos;
                                ++pos;
                                cell = NumberOfCell(par, pos);
                                while((pos < par->size()) &&
                                      !(par->table->IsFirstCell(cell))) {

                                        while((pos < par->size()) &&
                                              (par->GetChar(pos) != LyXParagraph::META_NEWLINE))
                                                ++pos;
                                        ++pos;
                                        cell = NumberOfCell(par, pos);
                                }
                                if (pos >= par->size())
                                        // no more fields to fill skip the rest
                                        break;
                        } else {
                                if (!par->text.size()) {
#if 1
					InsetSpecialChar * new_inset =
						new InsetSpecialChar(InsetSpecialChar::PROTECTED_SEPARATOR);
					par->InsertInset(pos, new_inset);
#else
                                        par->InsertChar(pos, LyXParagraph::META_PROTECTED_SEPARATOR);
#endif
                                        ++pos;
                                }
                                par->BreakParagraph(pos, flag);
                                par = par->Next();
                                pos = 0;
                        }
		}
		++i;
	}
	
	RedoParagraphs(cursor, endpar);
	SetCursor(cursor.par, cursor.pos);
	sel_cursor = cursor;
	SetCursor(par, pos);
	SetSelection();
}


void LyXText::InsertStringB(LyXParagraph::TextContainer const & text)
{
	char * str = new char[text.size() + 1];
	copy(text.begin(), text.end(), str);
	str[text.size()] = '\0';
	InsertStringB(str);
	delete [] str;
}


/* turns double-CR to single CR, others where converted into one blank and 13s 
 * that are ignored .Double spaces are also converted into one. Spaces at
 * the beginning of a paragraph are forbidden. tabs are converted into one
 * space. then InsertStringA is called */ 
void LyXText::InsertStringB(char const * s)
{
	string str(s);
	LyXParagraph * par = cursor.par;
	string::size_type i = 1;
	while (i < str.length()) {
		if (str[i] == '\t' && !par->table)
			str[i] = ' ';
		if (str[i] == ' ' && i + 1 < str.length() && str[i + 1] == ' ')
			str[i] = 13;
		if (str[i] == '\n' && i + 1 < str.length() && !par->table){
			if (str[i + 1] != '\n') {
				if (str[i - 1] != ' ')
					str[i] = ' ';
				else
					str[i] = 13;
			}
			while (i + 1 < str.length() 
			       && (str[i + 1] == ' ' 
				   || str[i + 1] == '\t'
				   || str[i + 1] == '\n' 
				   || str[i + 1] == 13)) {
				str[i + 1] = 13;
				++i;
			}
		}
		++i;
	}
	InsertStringA(str.c_str());
}


bool LyXText::GotoNextError() const
{
	LyXCursor res = cursor;
	do {
		if (res.pos < res.par->Last() - 1) {
			res.pos++;
		}
		else  {
			res.par = res.par->Next();
			res.pos = 0;
		}
      
	} while (res.par && 
		 !(res.par->GetChar(res.pos) == LyXParagraph::META_INSET
		   && res.par->GetInset(res.pos)->AutoDelete()));
   
	if (res.par) {
		SetCursor(res.par, res.pos);
		return true;
	}
	return false;
}


bool LyXText::GotoNextNote() const
{
	LyXCursor res = cursor;
	do {
		if (res.pos < res.par->Last() - 1) {
			res.pos++;
		} else  {
			res.par = res.par->Next();
			res.pos = 0;
		}
      
	} while (res.par && 
		 !(res.par->GetChar(res.pos) == LyXParagraph::META_INSET
		   && res.par->GetInset(res.pos)->LyxCode() == Inset::IGNORE_CODE));
   
	if (res.par) {
		SetCursor(res.par, res.pos);
		return true;
	}
	return false;
}


int LyXText::SwitchLayoutsBetweenClasses(LyXTextClassList::size_type class1,
					 LyXTextClassList::size_type class2,
					 LyXParagraph * par)
{
	int ret = 0;
	if (!par || class1 == class2)
		return ret;
	par = par->FirstPhysicalPar();
	while (par) {
		string name = textclasslist.NameOfLayout(class1, par->layout);
		int lay = 0;
		pair<bool, LyXTextClass::LayoutList::size_type> pp =
			textclasslist.NumberOfLayout(class2, name);
		if (pp.first) {
			lay = pp.second;
		} else { // layout not found
			// use default layout "Standard" (0)
			lay = 0;
		}
		par->layout = lay;
      
		if (name != textclasslist.NameOfLayout(class2, par->layout)) {
			++ret;
			string s = "Layout had to be changed from\n"
				+ name + " to " + textclasslist.NameOfLayout(class2, par->layout)
				+ "\nbecause of class conversion from\n"
				+ textclasslist.NameOfClass(class1) + " to "
				+ textclasslist.NameOfClass(class2);
			InsetError * new_inset = new InsetError(s);
			par->InsertChar(0, LyXParagraph::META_INSET);
			par->InsertInset(0, new_inset);
		}
      
		par = par->next;
	}
	return ret;
}


void LyXText::CheckParagraph(LyXParagraph * par,
			     LyXParagraph::size_type pos)
{
  
	LyXCursor tmpcursor;

	/* table stuff -- begin*/
   
	if (par->table) {
		CheckParagraphInTable(par, pos);
	}
	else {
		/* table stuff -- end*/
     
		long y = 0;
		LyXParagraph::size_type z;
		Row * row = GetRow(par, pos, y);
     
		// is there a break one row above
		if (row->previous && row->previous->par == row->par) {
			z = NextBreakPoint(row->previous, paperwidth);
			if ( z >= row->pos) {
				// set the dimensions of the row above
				y -= row->previous->height;
				refresh_y = y;
				refresh_row = row->previous;
				status = LyXText::NEED_MORE_REFRESH;
       
				BreakAgain(row->previous);

				// set the cursor again. Otherwise
				// dangling pointers are possible
				SetCursor(cursor.par, cursor.pos);
				sel_cursor = cursor;
				return;
			}
		}

		int tmpheight = row->height;
		LyXParagraph::size_type tmplast = RowLast(row);
		refresh_y = y;
		refresh_row = row;

		BreakAgain(row);
		if (row->height == tmpheight && RowLast(row) == tmplast)
			status = LyXText::NEED_VERY_LITTLE_REFRESH;
		else
			status = LyXText::NEED_MORE_REFRESH; 
   
		// check the special right address boxes
		if (textclasslist.Style(parameters->textclass,
					par->GetLayout()).margintype
		    == MARGIN_RIGHT_ADDRESS_BOX) {
			tmpcursor.par = par;
			tmpcursor.row = row;
			tmpcursor.y = y;
			tmpcursor.x = 0;
			tmpcursor.x_fix = 0;
			tmpcursor.pos = pos;
			RedoDrawingOfParagraph(tmpcursor); 
		}
   
	}

	// set the cursor again. Otherwise dangling pointers are possible
	// also set the selection
   
	if (selection) {
		tmpcursor = cursor;
		SetCursorIntern(sel_cursor.par, sel_cursor.pos);
		sel_cursor = cursor; 
		SetCursorIntern(sel_start_cursor.par, sel_start_cursor.pos);
		sel_start_cursor = cursor; 
		SetCursorIntern(sel_end_cursor.par, sel_end_cursor.pos);
		sel_end_cursor = cursor; 
		SetCursorIntern(last_sel_cursor.par, last_sel_cursor.pos);
		last_sel_cursor = cursor; 
		cursor = tmpcursor;
	}
	SetCursorIntern(cursor.par, cursor.pos);
}


// returns 0 if inset wasn't found
int LyXText::UpdateInset(Inset * inset)
{
	// first check the current paragraph
	int pos = cursor.par->GetPositionOfInset(inset);
	if (pos != -1){
		CheckParagraph(cursor.par, pos);
		return 1;
	}
  
	// check every paragraph
  
	LyXParagraph * par = FirstParagraph();
	do {
		// make sure the paragraph is open
		if (par->footnoteflag != LyXParagraph::CLOSED_FOOTNOTE){
			pos = par->GetPositionOfInset(inset);
			if (pos != -1){
				CheckParagraph(par, pos);
				return 1;
			}
		}
		par = par->Next();
	} while (par);
  
	return 0;
}


void LyXText::SetCursor(LyXParagraph * par,
			LyXParagraph::size_type pos, bool setfont) const
{
	LyXCursor old_cursor = cursor;
	SetCursorIntern(par, pos, setfont);
	DeleteEmptyParagraphMechanism(old_cursor);
}


void LyXText::SetCursorIntern(LyXParagraph * par,
			      LyXParagraph::size_type pos, bool setfont) const
{
	long y;
	Row * row;
	LyXParagraph * tmppar;
	LyXParagraph::size_type vpos,cursor_vpos;

	// correct the cursor position if impossible
	if (pos > par->Last()){
		tmppar = par->ParFromPos(pos);
		pos = par->PositionInParFromPos(pos);
		par = tmppar;
	}
	if (par->IsDummy() && par->previous &&
	    par->previous->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE) {
		while (par->previous &&
		       ((par->previous->IsDummy() && par->previous->previous->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE) ||
			(par->previous->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE))) {
			par = par->previous ;
			if (par->IsDummy() &&
			    par->previous->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE)
				pos += par->text.size() + 1;
		}
		if (par->previous) {
			par = par->previous;
		}
		pos += par->text.size() + 1;
	}

	cursor.par = par;
	cursor.pos = pos;

	if (setfont)
		if (cursor.pos && 
		    (cursor.pos == cursor.par->Last() || cursor.par->IsSeparator(cursor.pos)
		     || (cursor.pos && cursor.pos == BeginningOfMainBody(cursor.par)
			 && !cursor.par->IsSeparator(cursor.pos))
		     || (cursor.par->table && cursor.par->IsNewline(cursor.pos))
		     )) {
			current_font = cursor.par->GetFontSettings(cursor.pos - 1);
			real_current_font = GetFont(cursor.par, cursor.pos - 1);
		} else {
			current_font = cursor.par->GetFontSettings(cursor.pos);
			real_current_font = GetFont(cursor.par, cursor.pos);
			if (pos == 0 && par->size() == 0 
			    && parameters->getDocumentDirection() == LYX_DIR_RIGHT_TO_LEFT) {
				current_font.setDirection(LyXFont::RTL_DIR);
				real_current_font.setDirection(LyXFont::RTL_DIR);
			}
		}

	/* get the cursor y position in text  */
	row = GetRow(par, pos, y);
	/* y is now the beginning of the cursor row */ 
	y += row->baseline;
	/* y is now the cursor baseline */ 
	cursor.y = y;
   
	/* now get the cursors x position */
	float x;
	float fill_separator, fill_hfill, fill_label_hfill;
	PrepareToPrint(row, x, fill_separator, fill_hfill, fill_label_hfill);

	LyXParagraph::size_type last = RowLast(row);
	if (row->pos > last)
		cursor_vpos = 0;
	else if (pos <= last ) {
		LyXDirection letter_direction =
			row->par->getLetterDirection(pos);
		LyXDirection font_direction =
			real_current_font.getFontDirection();
		if (letter_direction == font_direction || pos == 0)
			cursor_vpos = (letter_direction == LYX_DIR_LEFT_TO_RIGHT)
				? log2vis(pos) : log2vis(pos)+1;
		else
			cursor_vpos = (font_direction == LYX_DIR_LEFT_TO_RIGHT)
				? log2vis(pos-1)+1 : log2vis(pos-1);
	} else
		cursor_vpos = (row->par->getLetterDirection(last) == LYX_DIR_LEFT_TO_RIGHT)
			? log2vis(last)+1 : log2vis(last);

	/* table stuff -- begin*/
	if (row->par->table) {
		int cell = NumberOfCell(row->par, row->pos);
		float x_old = x;
		x += row->par->table->GetBeginningOfTextInCell(cell);
		for (vpos = row->pos; vpos < cursor_vpos; ++vpos)  {
			pos = vis2log(vpos);
			if (row->par->IsNewline(pos)) {
				x = x_old + row->par->table->WidthOfColumn(cell);
				x_old = x;
				++cell;
				x += row->par->table->GetBeginningOfTextInCell(cell);
			} else {
				x += SingleWidth(row->par, pos);
			}
		}
	} else {
		/* table stuff -- end*/
		LyXParagraph::size_type main_body =
			BeginningOfMainBody(row->par);
		if (main_body > 0 &&
		    (main_body-1 > last || 
		     !row->par->IsLineSeparator(main_body-1)))
			main_body = 0;

		for (vpos = row->pos; vpos < cursor_vpos; ++vpos)  {
			pos = vis2log(vpos);
			if (main_body > 0 && pos == main_body-1) {
				x += fill_label_hfill +
					GetFont(row->par, -2).stringWidth(
						    textclasslist.Style(parameters->textclass, row->par->GetLayout()).labelsep);
				if (row->par->IsLineSeparator(main_body-1))
					x -= SingleWidth(row->par, main_body-1);
			}
      
			x += SingleWidth(row->par, pos);
			if (HfillExpansion(row, pos)) {
				if (pos >= main_body)
					x += fill_hfill;
				else 
					x += fill_label_hfill;
			}
			else if (pos >= main_body && row->par->IsSeparator(pos)) {
				x+= fill_separator;
			}
		}
	}
   
	cursor.x = int(x);
   
	cursor.x_fix = cursor.x;
	cursor.row = row;
}


void LyXText::SetCursorFromCoordinates(int x, long y) const
{
	LyXCursor old_cursor = cursor;
   
	/* get the row first */ 
   
	Row * row = GetRowNearY(y);
   
	cursor.par = row->par;
   
	int column = GetColumnNearX(row, x);
	cursor.pos = row->pos + column;
	cursor.x = x;
	cursor.y = y + row->baseline;
   
	cursor.row = row;
    
	if (cursor.pos && 
	    (cursor.pos == cursor.par->Last()
	     || cursor.par->IsSeparator(cursor.pos)
	     || (cursor.pos && cursor.pos == BeginningOfMainBody(cursor.par)
		 && !cursor.par->IsSeparator(cursor.pos))
	     || (cursor.par->table && cursor.par->IsNewline(cursor.pos))
		    )) {
		current_font = cursor.par->GetFontSettings(cursor.pos - 1);
		real_current_font = GetFont(cursor.par, cursor.pos - 1);
	} else {
		current_font = cursor.par->GetFontSettings(cursor.pos);
		real_current_font = GetFont(cursor.par, cursor.pos);
	}
	DeleteEmptyParagraphMechanism(old_cursor);
}


void LyXText::CursorLeft() const
{
	CursorLeftIntern();
        if (cursor.par->table) {
                int cell = NumberOfCell(cursor.par, cursor.pos);
                if (cursor.par->table->IsContRow(cell) &&
                    cursor.par->table->CellHasContRow(cursor.par->table->GetCellAbove(cell))<0) {
                        CursorUp();
                }
        }
}


void LyXText::CursorLeftIntern() const
{
	if (cursor.pos > 0) {
		SetCursor(cursor.par, cursor.pos - 1);
	}
	else if (cursor.par->Previous()) {
		SetCursor(cursor.par->Previous(), cursor.par->Previous()->Last());
	}
}


void LyXText::CursorRight() const
{
	CursorRightIntern();
        if (cursor.par->table) {
                int cell = NumberOfCell(cursor.par, cursor.pos);
                if (cursor.par->table->IsContRow(cell) &&
                    cursor.par->table->CellHasContRow(cursor.par->table->GetCellAbove(cell))<0) {
                        CursorUp();
                }
        }
}


void LyXText::CursorRightIntern() const
{
	if (cursor.pos < cursor.par->Last()) {
		SetCursor(cursor.par, cursor.pos + 1);
	}
	else if (cursor.par->Next()) {
		SetCursor(cursor.par->Next(), 0);
	}
}


void LyXText::CursorUp() const
{
	SetCursorFromCoordinates(cursor.x_fix, 
				 cursor.y - cursor.row->baseline - 1);
        if (cursor.par->table) {
                int cell = NumberOfCell(cursor.par, cursor.pos);
                if (cursor.par->table->IsContRow(cell) &&
                    cursor.par->table->CellHasContRow(cursor.par->table->GetCellAbove(cell))<0) {
                        CursorUp();
                }
        }
}


void LyXText::CursorDown() const
{
        if (cursor.par->table &&
            cursor.par->table->ShouldBeVeryLastRow(NumberOfCell(cursor.par, cursor.pos)) &&
            !cursor.par->next)
                return;
	SetCursorFromCoordinates(cursor.x_fix, 
				 cursor.y - cursor.row->baseline
				 + cursor.row->height + 1);
        if (cursor.par->table) {
                int cell = NumberOfCell(cursor.par, cursor.pos);
                int cell_above = cursor.par->table->GetCellAbove(cell);
                while(cursor.par->table &&
                      cursor.par->table->IsContRow(cell) &&
                      (cursor.par->table->CellHasContRow(cell_above)<0)) {
                    SetCursorFromCoordinates(cursor.x_fix, 
                                             cursor.y - cursor.row->baseline
                                             + cursor.row->height + 1);
                    if (cursor.par->table) {
                        cell = NumberOfCell(cursor.par, cursor.pos);
                        cell_above = cursor.par->table->GetCellAbove(cell);
                    }
                }
        }
}


void LyXText::CursorUpParagraph() const
{
	if (cursor.pos > 0) {
		SetCursor(cursor.par, 0);
	}
	else if (cursor.par->Previous()) {
		SetCursor(cursor.par->Previous(), 0);
	}
}


void LyXText::CursorDownParagraph() const
{
	if (cursor.par->Next()) {
		SetCursor(cursor.par->Next(), 0);
	} else {
		SetCursor(cursor.par, cursor.par->Last());
	}
}



void LyXText::DeleteEmptyParagraphMechanism(LyXCursor const & old_cursor) const
{
	bool deleted = false;
	
	// this is the delete-empty-paragraph-mechanism.
	if (selection) return;

	// if free-spacing, then return also.
	if (textclasslist.Style(parameters->textclass,
				old_cursor.row->par->GetLayout()).free_spacing)
		return;

#ifdef FIX_DOUBLE_SPACE
	/* Ok I'll put some comments here about what is missing.
	   I have fixed BackSpace (and thus Delete) to not delete
	   double-spaces automagically. I have also changed Cut,
	   Copy and Paste to hopefully do some sensible things.
	   There are still some small problems that can lead to
	   double spaces stored in the document file or space at
	   the beginning of paragraphs. This happens if you have
	   the cursor betwenn to spaces and then save. Or if you
	   cut and paste and the selection have a space at the
	   beginning and then save right after the paste. I am
	   sure none of these are very hard to fix, but I will
	   put out 1.1.4pre2 with FIX_DOUBLE_SPACE defined so
	   that I can get some feedback. (Lgb)
	*/

	// If old_cursor.pos == 0 and old_cursor.pos(1) == LineSeparator
	// delete the LineSeparator.
	// MISSING

	// If old_cursor.pos == 1 and old_cursor.pos(0) == LineSeparator
	// delete the LineSeparator.
	// MISSING

	// If the pos around the old_cursor were spaces, delete one of them.
	if (!(old_cursor.par == cursor.par && old_cursor.pos == cursor.pos)
	    && old_cursor.pos > 0
	    && old_cursor.pos < old_cursor.par->Last()
	    && old_cursor.par->IsLineSeparator(old_cursor.pos)
	    && old_cursor.par->IsLineSeparator(old_cursor.pos - 1)) {
		old_cursor.par->Erase(old_cursor.pos - 1);
		RedoParagraphs(old_cursor, old_cursor.par->Next());
		// or RedoDrawingOfParagraph(old_cursor);
		// correct cursor
		if (old_cursor.par == cursor.par &&
		    cursor.pos > old_cursor.pos)
			SetCursor(cursor.par, cursor.pos - 1);
		else
			SetCursor(cursor.par, cursor.pos);
		return;
	}
#endif
	//
	// Paragraph should not be deleted if empty
	if ((textclasslist.Style(parameters->textclass,
				 old_cursor.par->GetLayout())).keepempty)
		return;

	LyXCursor tmpcursor;

	if (old_cursor.par != cursor.par) {
		if ( (old_cursor.par->Last() == 0
		      || (old_cursor.par->Last() == 1
			  && (old_cursor.par->IsLineSeparator(0))))
		     && old_cursor.par->FirstPhysicalPar()
		     == old_cursor.par->LastPhysicalPar()) {
			
			// ok, we will delete anything
			
			// make sure that you do not delete any environments
			if ((old_cursor.par->footnoteflag != LyXParagraph::OPEN_FOOTNOTE &&
			     !(old_cursor.row->previous 
			       && old_cursor.row->previous->par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE)
			     && !(old_cursor.row->next 
				  && old_cursor.row->next->par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE))
			    || 
			    (old_cursor.par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE &&
			     ((old_cursor.row->previous 
			       && old_cursor.row->previous->par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE)
			      || 
			      (old_cursor.row->next
			       && old_cursor.row->next->par->footnoteflag == LyXParagraph::OPEN_FOOTNOTE))
				    )) {
				status = LyXText::NEED_MORE_REFRESH;
				deleted = true;
				
				if (old_cursor.row->previous) {
					refresh_row = old_cursor.row->previous;
					refresh_y = old_cursor.y - old_cursor.row->baseline - refresh_row->height;
					tmpcursor = cursor;
					cursor = old_cursor; // that undo can restore the right cursor position
					LyXParagraph * endpar = old_cursor.par->next;
					if (endpar && endpar->GetDepth()) {
						while (endpar && endpar->GetDepth()) {
							endpar = endpar->LastPhysicalPar()->Next();
						}
					}
					SetUndo(Undo::DELETE,
						old_cursor.par->previous,
						endpar);
					cursor = tmpcursor;

					// delete old row
					RemoveRow(old_cursor.row);
					if (params->paragraph == old_cursor.par) {
						params->paragraph = params->paragraph->next;
					}
					// delete old par
					delete old_cursor.par;
					
					/* Breakagain the next par. Needed
					 * because of the parindent that
					 * can occur or dissappear. The
					 * next row can change its height,
					 * if there is another layout before */
					if (refresh_row->next) {
						BreakAgain(refresh_row->next);
						UpdateCounters(refresh_row);
					}
					SetHeightOfRow(refresh_row);
				} else {
					refresh_row = old_cursor.row->next;
					refresh_y = old_cursor.y - old_cursor.row->baseline;
					
					tmpcursor = cursor;
					cursor = old_cursor; // that undo can restore the right cursor position
					LyXParagraph *endpar = old_cursor.par->next;
					if (endpar && endpar->GetDepth()) {
						while (endpar && endpar->GetDepth()) {
							endpar = endpar->LastPhysicalPar()->Next();
						}
					}
					SetUndo(Undo::DELETE,
						old_cursor.par->previous,
						endpar);
					cursor = tmpcursor;

					// delete old row
					RemoveRow(old_cursor.row);
					// delete old par
					if (params->paragraph == old_cursor.par) {
						params->paragraph = params->paragraph->next;
					}
					delete old_cursor.par;
					
					/* Breakagain the next par. Needed
					   because of the parindent that can
					   occur or dissappear.
					   The next row can change its height,
					   if there is another layout before
					*/ 
					if (refresh_row) {
						BreakAgain(refresh_row);
						UpdateCounters(refresh_row->previous);
					}
				}
				
				// correct cursor y
				SetCursor(cursor.par, cursor.pos);
				
				/* if (cursor.y > old_cursor.y)
				   cursor.y -= old_cursor.row->height; */ 
	 
				if (sel_cursor.par  == old_cursor.par
				    && sel_cursor.pos == sel_cursor.pos) {
					// correct selection
					sel_cursor = cursor;
				}
			}
		}
		if (!deleted) {
			if (old_cursor.par->ClearParagraph()){
				RedoParagraphs(old_cursor, old_cursor.par->Next());
				// correct cursor y
				SetCursor(cursor.par, cursor.pos);
				sel_cursor = cursor;
			}
		}
	}
}


LyXParagraph * LyXText::GetParFromID(int id)
{
	LyXParagraph * result = FirstParagraph();
	while (result && result->id() != id)
		result = result->next;
	return result;
}


// undo functions
bool LyXText::TextUndo()
{
	// returns false if no undo possible
	Undo * undo = params->undostack.pop();
	if (undo) {
		FinishUndo();
		if (!undo_frozen)
			params->redostack
				.push(CreateUndo(undo->kind, 
						 GetParFromID(undo->number_of_before_par),
						 GetParFromID(undo->number_of_behind_par)));
	}
	return TextHandleUndo(undo);
}


bool LyXText::TextRedo()
{
	// returns false if no redo possible
	Undo * undo = params->redostack.pop();
	if (undo) {
		FinishUndo();
		if (!undo_frozen)
			params->undostack
				.push(CreateUndo(undo->kind, 
						 GetParFromID(undo->number_of_before_par),
						 GetParFromID(undo->number_of_behind_par)));
	}
	return TextHandleUndo(undo);
}


bool LyXText::TextHandleUndo(Undo * undo)
{
	// returns false if no undo possible
	bool result = false;
	if (undo) {
		LyXParagraph * before =
			GetParFromID(undo->number_of_before_par); 
		LyXParagraph * behind =
			GetParFromID(undo->number_of_behind_par); 
		LyXParagraph * tmppar;
		LyXParagraph * tmppar2;
		LyXParagraph * tmppar3;
		LyXParagraph * tmppar4;
		LyXParagraph * endpar;
		LyXParagraph * tmppar5;
    
		// if there's no before take the beginning
		// of the document for redoing
		if (!before)
			SetCursorIntern(FirstParagraph(), 0);

		// replace the paragraphs with the undo informations

		tmppar3 = undo->par;
		undo->par = 0; // otherwise the undo destructor would delete the paragraph
		tmppar4 = tmppar3;
		if (tmppar4){
			while (tmppar4->next)
				tmppar4 = tmppar4->next;
		} // get last undo par
    
		// now remove the old text if there is any
		if (before != behind || (!behind && !before)){
			if (before)
				tmppar5 = before->next;
			else
				tmppar5 = params->paragraph;
			tmppar2 = tmppar3;
			while (tmppar5 && tmppar5 != behind){
				tmppar = tmppar5;
				tmppar5 = tmppar5->next;
				// a memory optimization for edit: Only layout information
				// is stored in the undo. So restore the text informations.
				if (undo->kind == Undo::EDIT){
					tmppar2->text = tmppar->text;
					tmppar->text.clear();
					tmppar2 = tmppar2->next;
				}
				if ( currentrow && currentrow->par == tmppar )
					currentrow = currentrow -> previous;
				// Commenting out this might remove the error
				// reported by Purify, but it might also
				// introduce a memory leak. We need to
				// check this (Lgb)
				//delete tmppar;
			}
		}
    
		// put the new stuff in the list if there is one
		if (tmppar3){
			if (before)
				before->next = tmppar3;
			else
				params->paragraph = tmppar3;
			tmppar3->previous = before;
		}
		else {
			if (!before)
				params->paragraph = behind;
		}
		if (tmppar4) {
			tmppar4->next = behind;
			if (behind)
				behind->previous = tmppar4;
		}
    
    
		// Set the cursor for redoing
		if (before){
			SetCursorIntern(before->FirstSelfrowPar(), 0);
			// check wether before points to a closed float and open it if necessary
			if (before && before->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE
			    && before->next && before->next->footnoteflag != LyXParagraph::NO_FOOTNOTE){
				tmppar4 = before;
				while (tmppar4->previous && 
				       tmppar4->previous->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE)
					tmppar4 = tmppar4->previous;
				while (tmppar4 && tmppar4->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE){
					tmppar4->footnoteflag = LyXParagraph::OPEN_FOOTNOTE;
					tmppar4 = tmppar4->next;
				}
			}
		}
    
		// open a cosed footnote at the end if necessary
		if (behind && behind->previous && 
		    behind->previous->footnoteflag != LyXParagraph::NO_FOOTNOTE &&
		    behind->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE){
			while (behind && behind->footnoteflag == LyXParagraph::CLOSED_FOOTNOTE){
				behind->footnoteflag = LyXParagraph::OPEN_FOOTNOTE;
				behind = behind->next;
			}
		}
    
		// calculate the endpar for redoing the paragraphs.
		if (behind){
			if (behind->footnoteflag != LyXParagraph::CLOSED_FOOTNOTE)
				endpar = behind->LastPhysicalPar()->Next();
			else
				endpar = behind->NextAfterFootnote()->LastPhysicalPar()->Next();
		}
		else
			endpar = behind;
    
		tmppar = GetParFromID(undo->number_of_cursor_par);
		RedoParagraphs(cursor, endpar); 
		if (tmppar){
			SetCursorIntern(tmppar, undo->cursor_pos);
			UpdateCounters(cursor.row);
		}
		result = true;
		delete undo;
	}
	FinishUndo();
	return result;
}


void LyXText::FinishUndo()
{
	// makes sure the next operation will be stored
	undo_finished = True;
}


void LyXText::FreezeUndo()
{
	// this is dangerous and for internal use only
	undo_frozen = True;
}


void LyXText::UnFreezeUndo()
{
	// this is dangerous and for internal use only
	undo_frozen = false;
}


void LyXText::SetUndo(Undo::undo_kind kind, LyXParagraph const * before,
		      LyXParagraph const * behind) const
{
	if (!undo_frozen)
		params->undostack.push(CreateUndo(kind, before, behind));
	params->redostack.clear();
}


void LyXText::SetRedo(Undo::undo_kind kind, LyXParagraph const * before,
		      LyXParagraph const * behind)
{
	params->redostack.push(CreateUndo(kind, before, behind));
}


Undo * LyXText::CreateUndo(Undo::undo_kind kind, LyXParagraph const * before,
			  LyXParagraph const * behind) const
{
	int before_number = -1;
	int behind_number = -1;
	if (before)
		before_number = before->id();
	if (behind)
		behind_number = behind->id();
	// Undo::EDIT  and Undo::FINISH are
	// always finished. (no overlapping there)
	// overlapping only with insert and delete inside one paragraph: 
	// Nobody wants all removed  character
	// appear one by one when undoing. 
	// EDIT is special since only layout information, not the
	// contents of a paragaph are stored.
	if (!undo_finished && kind != Undo::EDIT && 
	    kind != Undo::FINISH){
		// check wether storing is needed
		if (!params->undostack.empty() && 
		    params->undostack.top()->kind == kind &&
		    params->undostack.top()->number_of_before_par ==  before_number &&
		    params->undostack.top()->number_of_behind_par ==  behind_number ){
			// no undo needed
			return 0;
		}
	}
	// create a new Undo
	LyXParagraph * undopar;
	LyXParagraph * tmppar;
	LyXParagraph * tmppar2;

	LyXParagraph * start = 0;
	LyXParagraph * end = 0;
  
	if (before)
		start = before->next;
	else
		start = FirstParagraph();
	if (behind)
		end = behind->previous;
	else {
		end = FirstParagraph();
		while (end->next)
			end = end->next;
	}

	if (start && end
	    && start != end->next
	    && (before != behind || (!before && !behind))) {
		tmppar = start;
		tmppar2 = tmppar->Clone();
		tmppar2->id(tmppar->id());

		// a memory optimization: Just store the layout information
		// when only edit
		if (kind == Undo::EDIT){
			tmppar2->text.clear();
		}

		undopar = tmppar2;
  
		while (tmppar != end && tmppar->next) {
			tmppar = tmppar->next;
			tmppar2->next = tmppar->Clone();
			tmppar2->next->id(tmppar->id());
			// a memory optimization: Just store the layout
			// information when only edit
			if (kind == Undo::EDIT){
				tmppar2->next->text.clear();
			}
			tmppar2->next->previous = tmppar2;
			tmppar2 = tmppar2->next;
		}
		tmppar2->next = 0;
	} else
		undopar = 0; // nothing to replace (undo of delete maybe)
  
	int cursor_par = cursor.par->ParFromPos(cursor.pos)->id();
	int cursor_pos =  cursor.par->PositionInParFromPos(cursor.pos);

	Undo * undo = new Undo(kind, 
			       before_number, behind_number,  
			       cursor_par, cursor_pos, 
			       undopar);
  
	undo_finished = false;
	return undo;
}


void LyXText::SetCursorParUndo()
{
	SetUndo(Undo::FINISH, 
		cursor.par->ParFromPos(cursor.pos)->previous, 
		cursor.par->ParFromPos(cursor.pos)->next); 
}


void LyXText::RemoveTableRow(LyXCursor * cur) const
{
	int cell = -1;
	int cell_org = 0;
	int ocell = 0;
    
	// move to the previous row
	int cell_act = NumberOfCell(cur->par, cur->pos);
	if (cell < 0)
		cell = cell_act;
	while (cur->pos && !cur->par->IsNewline(cur->pos - 1))
		cur->pos--;
	while (cur->pos && 
	       !cur->par->table->IsFirstCell(cell_act)) {
		cur->pos--;
		while (cur->pos && !cur->par->IsNewline(cur->pos - 1))
			cur->pos--;
		--cell;
		--cell_act;
	}
	// now we have to pay attention if the actual table is the
	//   main row of TableContRows and if yes to delete all of them
	if (!cell_org)
		cell_org = cell;
	do {
		ocell = cell;
		// delete up to the next row
		while (cur->pos < cur->par->Last() && 
		       (cell_act == ocell
			|| !cur->par->table->IsFirstCell(cell_act))) {
			while (cur->pos < cur->par->Last() &&
			       !cur->par->IsNewline(cur->pos))
				cur->par->Erase(cur->pos);
			++cell;
			++cell_act;
			if (cur->pos < cur->par->Last())
				cur->par->Erase(cur->pos);
		}
		if (cur->pos && cur->pos == cur->par->Last()) {
			cur->pos--;
			cur->par->Erase(cur->pos); // no newline at very end!
		}
	} while (((cell + 1) < cur->par->table->GetNumberOfCells()) &&
		 !cur->par->table->IsContRow(cell_org) &&
		 cur->par->table->IsContRow(cell));
	cur->par->table->DeleteRow(cell_org);
	return;
}


bool LyXText::IsEmptyTableCell() const
{
	LyXParagraph::size_type pos = cursor.pos - 1;
	while (pos >= 0 && pos < cursor.par->Last()
	       && !cursor.par->IsNewline(pos))
		--pos;
	return cursor.par->IsNewline(pos + 1);
}


void LyXText::toggleAppendix(){
	LyXParagraph * par = cursor.par->FirstPhysicalPar();
	bool start = !par->start_of_appendix;

	// ensure that we have only one start_of_appendix in this document
	LyXParagraph * tmp = FirstParagraph();
	for (; tmp; tmp = tmp->next)
		tmp->start_of_appendix = 0;
	par->start_of_appendix = start;

	// we can set the refreshing parameters now
	status = LyXText::NEED_MORE_REFRESH;
	refresh_y = 0;
	refresh_row = 0; // not needed for full update
	UpdateCounters(0);
	SetCursor(cursor.par, cursor.pos);
}