/* This file is part of
 * ======================================================
 *
 *           LyX, The Document Processor
 *
 *           Copyright 1995 Matthias Ettrich
 *           Copyright 1995-2001 The LyX Team.
 *
 * ====================================================== */

#include <config.h>

#include "lyxtext.h"
#include "lyxrow.h"
#include "paragraph.h"
#include "gettext.h"
#include "bufferparams.h"
#include "buffer.h"
#include "debug.h"
#include "intl.h"
#include "lyxrc.h"
#include "encoding.h"
#include "frontends/LyXView.h"
#include "frontends/Painter.h"
#include "frontends/font_metrics.h"
#include "frontends/screen.h"
#include "frontends/WorkArea.h"
#include "bufferview_funcs.h"
#include "BufferView.h"
#include "language.h"
#include "ParagraphParameters.h"
#include "undo_funcs.h"
#include "WordLangTuple.h"
#include "paragraph_funcs.h"

#include "insets/insetbib.h"
#include "insets/insettext.h"

#include "support/textutils.h"
#include "support/LAssert.h"
#include "support/lstrings.h"

#include <algorithm>

using std::max;
using std::min;
using std::endl;
using std::pair;
using lyx::pos_type;

namespace {

/// top, right, bottom pixel margin
int const PAPER_MARGIN = 20;
/// margin for changebar
int const CHANGEBAR_MARGIN = 10;
/// left margin
int const LEFT_MARGIN = PAPER_MARGIN + CHANGEBAR_MARGIN;

} // namespace anon

extern int bibitemMaxWidth(BufferView *, LyXFont const &);


int LyXText::workWidth(BufferView * bview) const
{
	if (inset_owner) {
		return inset_owner->textWidth(bview);
	}
	return bview->workWidth();
}


int LyXText::workWidth(BufferView * bview, Inset * inset) const
{
	Paragraph * par = 0;
	pos_type pos = -1;

	par = inset->parOwner();
	if (par)
		pos = par->getPositionOfInset(inset);

	if (!par || pos == -1) {
		lyxerr << "LyXText::workWidth: something is wrong,"
			" fall back to the brute force method" << endl;
		Buffer::inset_iterator it = bview->buffer()->inset_iterator_begin();
		Buffer::inset_iterator end = bview->buffer()->inset_iterator_end();
		for (; it != end; ++it) {
			if (&(*it) == inset) {
				par = it.getPar();
				pos = it.getPos();
				break;
			}
		}
	}

	if (!par) {
		return workWidth(bview);
	}

	LyXLayout_ptr const & layout = par->layout();

	if (layout->margintype != MARGIN_RIGHT_ADDRESS_BOX) {
		// Optimization here: in most cases, the real row is
		// not needed, but only the par/pos values. So we just
		// construct a dummy row for leftMargin. (JMarc)
		Row dummyrow;
		dummyrow.par(par);
		dummyrow.pos(pos);
		return workWidth(bview) - leftMargin(bview, &dummyrow);
	} else {
		int dummy_y;
		Row * row = getRow(par, pos, dummy_y);
		Row * frow = row;
		while (frow->previous() && frow->par() == frow->previous()->par())
			frow = frow->previous();
		unsigned int maxw = 0;
		while (frow->next() && frow->par() == frow->next()->par()) {
			if ((frow != row) && (maxw < frow->width()))
				maxw = frow->width();
			frow = frow->next();
		}
		if (maxw)
			return maxw;
	}
	return workWidth(bview);
}


int LyXText::getRealCursorX(BufferView * bview) const
{
	int x = cursor.x();
	if (the_locking_inset && (the_locking_inset->getLyXText(bview)!=this))
		x = the_locking_inset->getLyXText(bview)->getRealCursorX(bview);
	return x;
}


unsigned char LyXText::transformChar(unsigned char c, Paragraph * par,
			pos_type pos) const
{
	if (!Encodings::is_arabic(c))
		if (lyxrc.font_norm_type == LyXRC::ISO_8859_6_8 && IsDigit(c))
			return c + (0xb0 - '0');
		else
			return c;

	unsigned char const prev_char = pos > 0 ? par->getChar(pos-1) : ' ';
	unsigned char next_char = ' ';

	for (pos_type i = pos+1; i < par->size(); ++i)
		if (!Encodings::IsComposeChar_arabic(par->getChar(i))) {
			next_char = par->getChar(i);
			break;
		}

	if (Encodings::is_arabic(next_char)) {
		if (Encodings::is_arabic(prev_char) &&
			!Encodings::is_arabic_special(prev_char))
			return Encodings::TransformChar(c, Encodings::FORM_MEDIAL);
		else
			return Encodings::TransformChar(c, Encodings::FORM_INITIAL);
	} else {
		if (Encodings::is_arabic(prev_char) &&
			!Encodings::is_arabic_special(prev_char))
			return Encodings::TransformChar(c, Encodings::FORM_FINAL);
		else
			return Encodings::TransformChar(c, Encodings::FORM_ISOLATED);
	}
}

// This is the comments that some of the warnings below refers to.
// There are some issues in this file and I don't think they are
// really related to the FIX_DOUBLE_SPACE patch. I'd rather think that
// this is a problem that has been here almost from day one and that a
// larger userbase with differenct access patters triggers the bad
// behaviour. (segfaults.) What I think happen is: In several places
// we store the paragraph in the current cursor and then moves the
// cursor. This movement of the cursor will delete paragraph at the
// old position if it is now empty. This will make the temporary
// pointer to the old cursor paragraph invalid and dangerous to use.
// And is some cases this will trigger a segfault. I have marked some
// of the cases where this happens with a warning, but I am sure there
// are others in this file and in text2.C. There is also a note in
// Delete() that you should read. In Delete I store the paragraph->id
// instead of a pointer to the paragraph. I am pretty sure this faulty
// use of temporary pointers to paragraphs that might have gotten
// invalidated (through a cursor movement) before they are used, are
// the cause of the strange crashes we get reported often.
//
// It is very tiresom to change this code, especially when it is as
// hard to read as it is. Help to fix all the cases where this is done
// would be greately appreciated.
//
// Lgb

int LyXText::singleWidth(BufferView * bview, Paragraph * par,
			 pos_type pos) const
{
	char const c = par->getChar(pos);
	return singleWidth(bview, par, pos, c);
}


int LyXText::singleWidth(BufferView * bview, Paragraph * par,
			 pos_type pos, char c) const
{
	LyXFont const font = getFont(bview->buffer(), par, pos);

	// The most common case is handled first (Asger)
	if (IsPrintable(c)) {
		if (font.language()->RightToLeft()) {
			if (font.language()->lang() == "arabic" &&
			    (lyxrc.font_norm_type == LyXRC::ISO_8859_6_8 ||
			     lyxrc.font_norm_type == LyXRC::ISO_10646_1))
				if (Encodings::IsComposeChar_arabic(c))
					return 0;
				else
					c = transformChar(c, par, pos);
			else if (font.language()->lang() == "hebrew" &&
				 Encodings::IsComposeChar_hebrew(c))
				return 0;
		}
		return font_metrics::width(c, font);

	} else if (IsHfillChar(c)) {
		// Because of the representation as vertical lines
		return 3;
	} else if (c == Paragraph::META_INSET) {
		Inset * tmpinset = par->getInset(pos);
		if (tmpinset) {
#if 1
			// this IS needed otherwise on initialitation we don't get the fill
			// of the row right (ONLY on initialization if we read a file!)
			// should be changed! (Jug 20011204)
			tmpinset->update(bview, font);
#endif
			return tmpinset->width(bview, font);
		} else
			return 0;

	} else if (IsSeparatorChar(c))
		c = ' ';
	else if (IsNewlineChar(c))
		c = 'n';
	return font_metrics::width(c, font);
}


void LyXText::computeBidiTables(Buffer const * buf, Row * row) const
{
	bidi_same_direction = true;
	if (!lyxrc.rtl_support) {
		bidi_start = -1;
		return;
	}

	Inset * inset = row->par()->inInset();
	if (inset && inset->owner() &&
	    inset->owner()->lyxCode() == Inset::ERT_CODE) {
		bidi_start = -1;
		return;
	}

	bidi_start = row->pos();
	bidi_end = row->lastPrintablePos();

	if (bidi_start > bidi_end) {
		bidi_start = -1;
		return;
	}

	if (bidi_end + 2 - bidi_start >
	    static_cast<pos_type>(log2vis_list.size())) {
		pos_type new_size =
			(bidi_end + 2 - bidi_start < 500) ?
			500 : 2 * (bidi_end + 2 - bidi_start);
		log2vis_list.resize(new_size);
		vis2log_list.resize(new_size);
		bidi_levels.resize(new_size);
	}

	vis2log_list[bidi_end + 1 - bidi_start] = -1;
	log2vis_list[bidi_end + 1 - bidi_start] = -1;

	pos_type stack[2];
	bool const rtl_par =
		row->par()->isRightToLeftPar(buf->params);
	int level = 0;
	bool rtl = false;
	bool rtl0 = false;
	pos_type const main_body = row->par()->beginningOfMainBody();

	for (pos_type lpos = bidi_start; lpos <= bidi_end; ++lpos) {
		bool is_space = row->par()->isLineSeparator(lpos);
		pos_type const pos =
			(is_space && lpos + 1 <= bidi_end &&
			 !row->par()->isLineSeparator(lpos + 1) &&
			 !row->par()->isNewline(lpos + 1))
			? lpos + 1 : lpos;
		LyXFont font = row->par()->getFontSettings(buf->params, pos);
		if (pos != lpos && 0 < lpos && rtl0 && font.isRightToLeft() &&
		    font.number() == LyXFont::ON &&
		    row->par()->getFontSettings(buf->params, lpos - 1).number()
		    == LyXFont::ON) {
			font = row->par()->getFontSettings(buf->params, lpos);
			is_space = false;
		}


		bool new_rtl = font.isVisibleRightToLeft();
		bool new_rtl0 = font.isRightToLeft();
		int new_level;

		if (lpos == main_body - 1
		    && row->pos() < main_body - 1
		    && is_space) {
			new_level = (rtl_par) ? 1 : 0;
			new_rtl = new_rtl0 = rtl_par;
		} else if (new_rtl0)
			new_level = (new_rtl) ? 1 : 2;
		else
			new_level = (rtl_par) ? 2 : 0;

		if (is_space && new_level >= level) {
			new_level = level;
			new_rtl = rtl;
			new_rtl0 = rtl0;
		}

		int new_level2 = new_level;

		if (level == new_level && rtl0 != new_rtl0) {
			--new_level2;
			log2vis_list[lpos - bidi_start] = (rtl) ? 1 : -1;
		} else if (level < new_level) {
			log2vis_list[lpos - bidi_start] =  (rtl) ? -1 : 1;
			if (new_level > rtl_par)
				bidi_same_direction = false;
		} else
			log2vis_list[lpos - bidi_start] = (new_rtl) ? -1 : 1;
		rtl = new_rtl;
		rtl0 = new_rtl0;
		bidi_levels[lpos - bidi_start] = new_level;

		while (level > new_level2) {
			pos_type old_lpos = stack[--level];
			int delta = lpos - old_lpos - 1;
			if (level % 2)
				delta = -delta;
			log2vis_list[lpos - bidi_start] += delta;
			log2vis_list[old_lpos - bidi_start] += delta;
		}
		while (level < new_level)
			stack[level++] = lpos;
	}

	while (level > 0) {
		pos_type const old_lpos = stack[--level];
		int delta = bidi_end - old_lpos;
		if (level % 2)
			delta = -delta;
		log2vis_list[old_lpos - bidi_start] += delta;
	}

	pos_type vpos = bidi_start - 1;
	for (pos_type lpos = bidi_start;
	     lpos <= bidi_end; ++lpos) {
		vpos += log2vis_list[lpos - bidi_start];
		vis2log_list[vpos - bidi_start] = lpos;
		log2vis_list[lpos - bidi_start] = vpos;
	}
}


// This method requires a previous call to ComputeBidiTables()
bool LyXText::isBoundary(Buffer const * buf, Paragraph * par,
			 pos_type pos) const
{
	if (!lyxrc.rtl_support || pos == 0)
		return false;

	if (!bidi_InRange(pos - 1)) {
		/// This can happen if pos is the first char of a row.
		/// Returning false in this case is incorrect!
		return false;
	}

	bool const rtl = bidi_level(pos - 1) % 2;
	bool const rtl2 = bidi_InRange(pos)
		? bidi_level(pos) % 2
		: par->isRightToLeftPar(buf->params);
	return rtl != rtl2;
}


bool LyXText::isBoundary(Buffer const * buf, Paragraph * par,
			 pos_type pos, LyXFont const & font) const
{
	if (!lyxrc.rtl_support)
		return false;    // This is just for speedup

	bool const rtl = font.isVisibleRightToLeft();
	bool const rtl2 = bidi_InRange(pos)
		? bidi_level(pos) % 2
		: par->isRightToLeftPar(buf->params);
	return rtl != rtl2;
}


void LyXText::drawNewline(DrawRowParams & p, pos_type const pos)
{
	// Draw end-of-line marker
	LyXFont const font = getFont(p.bv->buffer(), p.row->par(), pos);
	int const wid = font_metrics::width('n', font);
	int const asc = font_metrics::maxAscent(font);
	int const y = p.yo + p.row->baseline();
	int xp[3];
	int yp[3];

	yp[0] = int(y - 0.875 * asc * 0.75);
	yp[1] = int(y - 0.500 * asc * 0.75);
	yp[2] = int(y - 0.125 * asc * 0.75);

	if (bidi_level(pos) % 2 == 0) {
		xp[0] = int(p.x + wid * 0.375);
		xp[1] = int(p.x);
		xp[2] = int(p.x + wid * 0.375);
	} else {
		xp[0] = int(p.x + wid * 0.625);
		xp[1] = int(p.x + wid);
		xp[2] = int(p.x + wid * 0.625);
	}

	p.pain->lines(xp, yp, 3, LColor::eolmarker);

	yp[0] = int(y - 0.500 * asc * 0.75);
	yp[1] = int(y - 0.500 * asc * 0.75);
	yp[2] = int(y - asc * 0.75);

	if (bidi_level(pos) % 2 == 0) {
		xp[0] = int(p.x);
		xp[1] = int(p.x + wid);
		xp[2] = int(p.x + wid);
	} else {
		xp[0] = int(p.x + wid);
		xp[1] = int(p.x);
		xp[2] = int(p.x);
	}

	p.pain->lines(xp, yp, 3, LColor::eolmarker);

	p.x += wid;
}


bool LyXText::drawInset(DrawRowParams & p, pos_type const pos)
{
	Inset * inset = p.row->par()->getInset(pos);

	// FIXME: shouldn't happen
	if (!inset) {
		return true;
	}

	LyXFont const & font = getFont(p.bv->buffer(), p.row->par(), pos);
	// we need this here as the row pointer may be illegal
	// at a later time (Jug20020502)
	Row * prev = p.row->previous();

	inset->update(p.bv, font, false);
	inset->draw(p.bv, font, p.yo + p.row->baseline(), p.x, p.cleared);

	if (!need_break_row && !inset_owner
	    && p.bv->text->status() == CHANGED_IN_DRAW) {
		if (prev && prev->par() == p.row->par()) {
			breakAgainOneRow(p.bv, prev);
			if (prev->next() != p.row) {
				// breakAgainOneRow() has removed p.row
				p.row = 0;  // see what this breaks
				need_break_row = prev;
			} else {
				need_break_row = p.row;
			}
		} else if (!prev) {
			need_break_row = firstrow;
		} else {
			need_break_row = prev->next();
		}
		setCursor(p.bv, cursor.par(), cursor.pos());
		return false;
	}
	return true;
}


void LyXText::drawForeignMark(DrawRowParams & p, float const orig_x, LyXFont const & orig_font)
{
	if (!lyxrc.mark_foreign_language)
		return;
	if (orig_font.language() == latex_language)
		return;
	if (orig_font.language() == p.bv->buffer()->params.language)
		return;

	int const y = p.yo + p.row->baseline() + 1;
	p.pain->line(int(orig_x), y, int(p.x), y, LColor::language);
}


void LyXText::drawHebrewComposeChar(DrawRowParams & p, pos_type & vpos)
{
	pos_type pos = vis2log(vpos);

	string str;

	// first char
	char c = p.row->par()->getChar(pos);
	str += c;
	++vpos;

	LyXFont const & font = getFont(p.bv->buffer(), p.row->par(), pos);
	int const width = font_metrics::width(c, font);
	int dx = 0;

	for (pos_type i = pos-1; i >= 0; --i) {
		c = p.row->par()->getChar(i);
		if (!Encodings::IsComposeChar_hebrew(c)) {
			if (IsPrintableNonspace(c)) {
				int const width2 =
					singleWidth(p.bv, p.row->par(), i, c);
				// dalet / resh
				dx = (c == 'ø' || c == 'ã')
					? width2 - width
					: (width2 - width) / 2;
			}
			break;
		}
	}

	// Draw nikud
	p.pain->text(int(p.x) + dx, p.yo + p.row->baseline(), str, font);
}


void LyXText::drawArabicComposeChar(DrawRowParams & p, pos_type & vpos)
{
	pos_type pos = vis2log(vpos);
	string str;

	// first char
	char c = p.row->par()->getChar(pos);
	c = transformChar(c, p.row->par(), pos);
	str +=c;
	++vpos;

	LyXFont const & font = getFont(p.bv->buffer(), p.row->par(), pos);
	int const width = font_metrics::width(c, font);
	int dx = 0;

	for (pos_type i = pos-1; i >= 0; --i) {
		c = p.row->par()->getChar(i);
		if (!Encodings::IsComposeChar_arabic(c)) {
			if (IsPrintableNonspace(c)) {
				int const width2 =
					singleWidth(p.bv, p.row->par(), i, c);
				dx = (width2 - width) / 2;
			}
			break;
		}
	}
	// Draw nikud
	p.pain->text(int(p.x) + dx, p.yo + p.row->baseline(), str, font);
}


void LyXText::drawChars(DrawRowParams & p, pos_type & vpos,
			bool hebrew, bool arabic)
{
	pos_type pos = vis2log(vpos);
	pos_type const last = p.row->lastPrintablePos();
	LyXFont orig_font(getFont(p.bv->buffer(), p.row->par(), pos));

	// first character
	string str;
	str += p.row->par()->getChar(pos);
	if (arabic) {
		unsigned char c = str[0];
		str[0] = transformChar(c, p.row->par(), pos);
	}
 
	bool prev_struckout(isDeletedText(p.row->par(), pos));
	bool prev_newtext(isInsertedText(p.row->par(), pos));
 
	++vpos;

	// collect as much similar chars as we can
	while (vpos <= last && (pos = vis2log(vpos)) >= 0) {
		char c = p.row->par()->getChar(pos);

		if (!IsPrintableNonspace(c))
			break;

		if (prev_struckout != isDeletedText(p.row->par(), pos))
			break;
 
		if (prev_newtext != isInsertedText(p.row->par(), pos))
			break;
 
		if (arabic && Encodings::IsComposeChar_arabic(c))
			break;
		if (hebrew && Encodings::IsComposeChar_hebrew(c))
			break;

		if (orig_font != getFont(p.bv->buffer(), p.row->par(), pos))
			break;

		if (arabic)
			c = transformChar(c, p.row->par(), pos);
		str += c;
		++vpos;
	}

	if (prev_struckout) {
		orig_font.setColor(LColor::strikeout);
	} else if (prev_newtext) {
		orig_font.setColor(LColor::newtext);
	}

	// Draw text and set the new x position
	p.pain->text(int(p.x), p.yo + p.row->baseline(), str, orig_font);
	p.x += font_metrics::width(str, orig_font);
}


bool LyXText::draw(DrawRowParams & p, pos_type & vpos)
{
	pos_type const pos = vis2log(vpos);
	Paragraph * par = p.row->par();

	LyXFont const & orig_font = getFont(p.bv->buffer(), par, pos);

	float const orig_x = p.x;

	char const c = par->getChar(pos);

	if (IsNewlineChar(c)) {
		++vpos;
		drawNewline(p, pos);
		return true;
	} else if (IsInsetChar(c)) {
		if (!drawInset(p, pos))
			return false;
		++vpos;
		drawForeignMark(p, orig_x, orig_font);
		return true;
	}

	// usual characters, no insets

	// special case languages
	bool const hebrew = (orig_font.language()->lang() == "hebrew");
	bool const arabic =
		orig_font.language()->lang() == "arabic" &&
		(lyxrc.font_norm_type == LyXRC::ISO_8859_6_8 ||
		lyxrc.font_norm_type == LyXRC::ISO_10646_1);

	// draw as many chars as we can
	if ((!hebrew && !arabic)
		|| (hebrew && !Encodings::IsComposeChar_hebrew(c))
		|| (arabic && !Encodings::IsComposeChar_arabic(c))) {
		drawChars(p, vpos, hebrew, arabic);
	} else if (hebrew) {
		drawHebrewComposeChar(p, vpos);
	} else if (arabic) {
		drawArabicComposeChar(p, vpos);
	}

	drawForeignMark(p, orig_x, orig_font);

	return true;
}


int LyXText::leftMargin(BufferView * bview, Row const * row) const
{
	Inset * ins;
	if ((row->par()->getChar(row->pos()) == Paragraph::META_INSET) &&
		(ins=row->par()->getInset(row->pos())) &&
		(ins->needFullRow() || ins->display()))
		return LEFT_MARGIN;

	LyXTextClass const & tclass =
		bview->buffer()->params.getLyXTextClass();
	LyXLayout_ptr const & layout = row->par()->layout();

	string parindent = layout->parindent;

	int x = LEFT_MARGIN;

	x += font_metrics::signedWidth(tclass.leftmargin(), tclass.defaultfont());

	// this is the way, LyX handles the LaTeX-Environments.
	// I have had this idea very late, so it seems to be a
	// later added hack and this is true
	if (!row->par()->getDepth()) {
		if (row->par()->layout() == tclass.defaultLayout()) {
			// find the previous same level paragraph
			if (row->par()->previous()) {
				Paragraph * newpar = row->par()
					->depthHook(row->par()->getDepth());
				if (newpar &&
				    newpar->layout()->nextnoindent)
					parindent.erase();
			}
		}
	} else {
		// find the next level paragraph

		Paragraph * newpar = row->par()->outerHook();

		// make a corresponding row. Needed to call LeftMargin()

		// check wether it is a sufficent paragraph
		if (newpar && newpar->layout()->isEnvironment()) {
			Row dummyrow;
			dummyrow.par(newpar);
			dummyrow.pos(newpar->size());
			x = leftMargin(bview, &dummyrow);
		} else {
			// this is no longer an error, because this function
			// is used to clear impossible depths after changing
			// a layout. Since there is always a redo,
			// LeftMargin() is always called
			row->par()->params().depth(0);
		}

		if (newpar && row->par()->layout() == tclass.defaultLayout()) {
			if (newpar->params().noindent())
				parindent.erase();
			else {
				parindent = newpar->layout()->parindent;
			}

		}
	}

	LyXFont const labelfont = getLabelFont(bview->buffer(), row->par());
	switch (layout->margintype) {
	case MARGIN_DYNAMIC:
		if (!layout->leftmargin.empty()) {
			x += font_metrics::signedWidth(layout->leftmargin,
						  tclass.defaultfont());
		}
		if (!row->par()->getLabelstring().empty()) {
			x += font_metrics::signedWidth(layout->labelindent,
						  labelfont);
			x += font_metrics::width(row->par()->getLabelstring(),
					    labelfont);
			x += font_metrics::width(layout->labelsep, labelfont);
		}
		break;
	case MARGIN_MANUAL:
		x += font_metrics::signedWidth(layout->labelindent, labelfont);
		if (row->pos() >= row->par()->beginningOfMainBody()) {
			if (!row->par()->getLabelWidthString().empty()) {
				x += font_metrics::width(row->par()->getLabelWidthString(),
					       labelfont);
				x += font_metrics::width(layout->labelsep, labelfont);
			}
		}
		break;
	case MARGIN_STATIC:
		x += font_metrics::signedWidth(layout->leftmargin, tclass.defaultfont()) * 4
			/ (row->par()->getDepth() + 4);
		break;
	case MARGIN_FIRST_DYNAMIC:
		if (layout->labeltype == LABEL_MANUAL) {
			if (row->pos() >= row->par()->beginningOfMainBody()) {
				x += font_metrics::signedWidth(layout->leftmargin,
							  labelfont);
			} else {
				x += font_metrics::signedWidth(layout->labelindent,
							  labelfont);
			}
		} else if (row->pos()
			   // Special case to fix problems with
			   // theorems (JMarc)
			   || (layout->labeltype == LABEL_STATIC
			       && layout->latextype == LATEX_ENVIRONMENT
			       && ! row->par()->isFirstInSequence())) {
			x += font_metrics::signedWidth(layout->leftmargin,
						  labelfont);
		} else if (layout->labeltype != LABEL_TOP_ENVIRONMENT
			   && layout->labeltype != LABEL_BIBLIO
			   && layout->labeltype !=
			   LABEL_CENTERED_TOP_ENVIRONMENT) {
			x += font_metrics::signedWidth(layout->labelindent,
						  labelfont);
			x += font_metrics::width(layout->labelsep, labelfont);
			x += font_metrics::width(row->par()->getLabelstring(),
					    labelfont);
		}
		break;

	case MARGIN_RIGHT_ADDRESS_BOX:
	{
		// ok, a terrible hack. The left margin depends on the widest
		// row in this paragraph. Do not care about footnotes, they
		// are *NOT* allowed in the LaTeX realisation of this layout.

		// find the first row of this paragraph
		Row const * tmprow = row;
		while (tmprow->previous()
		       && tmprow->previous()->par() == row->par())
			tmprow = tmprow->previous();

		int minfill = tmprow->fill();
		while (tmprow->next() && tmprow->next()->par() == row->par()) {
			tmprow = tmprow->next();
			if (tmprow->fill() < minfill)
				minfill = tmprow->fill();
		}

		x += font_metrics::signedWidth(layout->leftmargin,
			tclass.defaultfont());
		x += minfill;
	}
	break;
	}

	if ((workWidth(bview) > 0) &&
		!row->par()->params().leftIndent().zero())
	{
		LyXLength const len = row->par()->params().leftIndent();
		int const tw = inset_owner ?
			inset_owner->latexTextWidth(bview) : workWidth(bview);
		x += len.inPixels(tw);
	}

	LyXAlignment align; // wrong type

	if (row->par()->params().align() == LYX_ALIGN_LAYOUT)
		align = layout->align;
	else
		align = row->par()->params().align();

	// set the correct parindent
	if (row->pos() == 0) {
		if ((layout->labeltype == LABEL_NO_LABEL
		     || layout->labeltype == LABEL_TOP_ENVIRONMENT
		     || layout->labeltype == LABEL_CENTERED_TOP_ENVIRONMENT
		     || (layout->labeltype == LABEL_STATIC
			 && layout->latextype == LATEX_ENVIRONMENT
			 && ! row->par()->isFirstInSequence()))
		    && align == LYX_ALIGN_BLOCK
		    && !row->par()->params().noindent()
			// in tabulars and ert paragraphs are never indented!
			&& (!row->par()->inInset() || !row->par()->inInset()->owner() ||
				(row->par()->inInset()->owner()->lyxCode() != Inset::TABULAR_CODE &&
				 row->par()->inInset()->owner()->lyxCode() != Inset::ERT_CODE))
		    && (row->par()->layout() != tclass.defaultLayout() ||
			bview->buffer()->params.paragraph_separation ==
			BufferParams::PARSEP_INDENT)) {
			x += font_metrics::signedWidth(parindent,
						  tclass.defaultfont());
		} else if (layout->labeltype == LABEL_BIBLIO) {
			// ale970405 Right width for bibitems
			x += bibitemMaxWidth(bview, tclass.defaultfont());
		}
	}

	return x;
}


int LyXText::rightMargin(Buffer const * buf, Row const * row) const
{
	Inset * ins;
	if ((row->par()->getChar(row->pos()) == Paragraph::META_INSET) &&
		(ins=row->par()->getInset(row->pos())) &&
		(ins->needFullRow() || ins->display()))
		return PAPER_MARGIN;

	LyXTextClass const & tclass = buf->params.getLyXTextClass();
	LyXLayout_ptr const & layout = row->par()->layout();

	int x = PAPER_MARGIN
		+ font_metrics::signedWidth(tclass.rightmargin(),
				       tclass.defaultfont());

	// this is the way, LyX handles the LaTeX-Environments.
	// I have had this idea very late, so it seems to be a
	// later added hack and this is true
	if (row->par()->getDepth()) {
		// find the next level paragraph

		Paragraph * newpar = row->par();

		do {
			newpar = newpar->previous();
		} while (newpar
			 && newpar->getDepth() >= row->par()->getDepth());

		// make a corresponding row. Needed to call LeftMargin()

		// check wether it is a sufficent paragraph
		if (newpar && newpar->layout()->isEnvironment()) {
			Row dummyrow;
			dummyrow.par(newpar);
			dummyrow.pos(0);
			x = rightMargin(buf, &dummyrow);
		} else {
			// this is no longer an error, because this function
			// is used to clear impossible depths after changing
			// a layout. Since there is always a redo,
			// LeftMargin() is always called
			row->par()->params().depth(0);
		}
	}

	//lyxerr << "rightmargin: " << layout->rightmargin << endl;
	x += font_metrics::signedWidth(layout->rightmargin,
				       tclass.defaultfont())
		* 4 / (row->par()->getDepth() + 4);
	return x;
}


int LyXText::labelEnd(BufferView * bview, Row const * row) const
{
	if (row->par()->layout()->margintype == MARGIN_MANUAL) {
		Row tmprow;
		tmprow = *row;
		tmprow.pos(row->par()->size());
		// just the beginning of the main body
		return leftMargin(bview, &tmprow);
	} else {
		// LabelEnd is only needed,
		// if the layout fills a flushleft label.
		return 0;
	}
}


// get the next breakpoint in a given paragraph
pos_type
LyXText::nextBreakPoint(BufferView * bview, Row const * row, int width) const
{
	Paragraph * par = row->par();

	if (width < 0)
		return par->size();

	pos_type const pos = row->pos();

	// position of the last possible breakpoint
	// -1 isn't a suitable value, but a flag
	pos_type last_separator = -1;
	width -= rightMargin(bview->buffer(), row);

	pos_type const main_body = par->beginningOfMainBody();
	LyXLayout_ptr const & layout = par->layout();

	pos_type i = pos;

	if (layout->margintype == MARGIN_RIGHT_ADDRESS_BOX) {
		// special code for right address boxes, only newlines count
		while (i < par->size()) {
			if (par->isNewline(i)) {
				last_separator = i;
				i = par->size() - 1; // this means break
				//x = width;
			} else if (par->isInset(i) && par->getInset(i)
				&& par->getInset(i)->display()) {
				par->getInset(i)->display(false);
			}
			++i;
		}
	} else {
		// Last position is an invariant
		pos_type const last = par->size();
		// this is the usual handling
		int x = leftMargin(bview, row);
		bool doitonetime = true;
		while (doitonetime || ((x < width) && (i < last))) {
			doitonetime = false;
			char const c = par->getChar(i);
			Inset * in = 0;
			if (c == Paragraph::META_INSET)
				in = par->getInset(i);
			if (IsNewlineChar(c)) {
				last_separator = i;
				x = width; // this means break
			} else if (in && !in->isChar()) {
				// check wether a Display() inset is
				// valid here. if not, change it to
				// non-display
				if (in->display() &&
				    (layout->isCommand() ||
				     (layout->labeltype == LABEL_MANUAL
				      && i < par->beginningOfMainBody())))
				{
					// display istn't allowd
					in->display(false);
					x += singleWidth(bview, par, i, c);
				} else if (in->display() || in->needFullRow()) {
					// So break the line here
					if (i == pos) {
						if (pos < last-1) {
							last_separator = i;
							if (par->isLineSeparator(i+1))
								++last_separator;
						} else
							last_separator = last; // to avoid extra rows
					} else
						last_separator = i - 1;
					x = width;  // this means break
				} else {
					x += singleWidth(bview, par, i, c);
					// we have to check this separately as we could have a
					// lineseparator and then the algorithm below would prefer
					// that which IS wrong! We should always break on an inset
					// if it's too long and not on the last separator.
					// Maybe the only exeption is insets used as chars but
					// then we would have to have a special function inside
					// the inset to tell us this. Till then we leave it as
					// it is now. (Jug 20020106)
					if (pos < i && x >= width && last_separator >= 0)
						last_separator = i - 1;
				}
			} else  {
				if (par->isLineSeparator(i))
					last_separator = i;
				x += singleWidth(bview, par, i, c);
			}
			++i;
			if (i == main_body) {
				x += font_metrics::width(layout->labelsep,
						    getLabelFont(bview->buffer(), par));
				if (par->isLineSeparator(i - 1))
					x-= singleWidth(bview, par, i - 1);
				int left_margin = labelEnd(bview, row);
				if (x < left_margin)
					x = left_margin;
			}
		}
		if ((pos+1 < i) && (last_separator < 0) && (x >= width))
			last_separator = i - 2;
		else if ((pos < i) && (last_separator < 0) && (x >= width))
			last_separator = i - 1;
		// end of paragraph is always a suitable separator
		else if (i == last && x < width)
			last_separator = i;
	}

	// well, if last_separator is still 0, the line isn't breakable.
	// don't care and cut simply at the end
	if (last_separator < 0) {
		last_separator = i;
	}

	// manual labels cannot be broken in LaTeX, do not care
	if (main_body && last_separator < main_body)
		last_separator = main_body - 1;

	return last_separator;
}


// returns the minimum space a row needs on the screen in pixel
int LyXText::fill(BufferView * bview, Row * row, int paper_width) const
{
	if (paper_width < 0)
		return 0;

	int w;
	// get the pure distance
	pos_type const last = row->lastPrintablePos();

	// special handling of the right address boxes
	if (row->par()->layout()->margintype == MARGIN_RIGHT_ADDRESS_BOX) {
		int const tmpfill = row->fill();
		row->fill(0); // the minfill in MarginLeft()
		w = leftMargin(bview, row);
		row->fill(tmpfill);
	} else
		w = leftMargin(bview, row);

	LyXLayout_ptr const & layout = row->par()->layout();

	pos_type const main_body = row->par()->beginningOfMainBody();
	pos_type i = row->pos();

	while (i <= last) {
		if (main_body > 0 && i == main_body) {
			w += font_metrics::width(layout->labelsep, getLabelFont(bview->buffer(), row->par()));
			if (row->par()->isLineSeparator(i - 1))
				w -= singleWidth(bview, row->par(), i - 1);
			int left_margin = labelEnd(bview, row);
			if (w < left_margin)
				w = left_margin;
		}
		w += singleWidth(bview, row->par(), i);
		++i;
	}
	if (main_body > 0 && main_body > last) {
		w += font_metrics::width(layout->labelsep, getLabelFont(bview->buffer(), row->par()));
		if (last >= 0 && row->par()->isLineSeparator(last))
			w -= singleWidth(bview, row->par(), last);
		int const left_margin = labelEnd(bview, row);
		if (w < left_margin)
			w = left_margin;
	}

	int const fill = paper_width - w - rightMargin(bview->buffer(), row);
	return fill;
}


// returns the minimum space a manual label needs on the screen in pixel
int LyXText::labelFill(BufferView * bview, Row const * row) const
{
	pos_type last = row->par()->beginningOfMainBody() - 1;
	// -1 because a label ends either with a space that is in the label,
	// or with the beginning of a footnote that is outside the label.

	// I don't understand this code in depth, but sometimes "last" is
	// less than 0 and this causes a crash. This fix seems to work
	// correctly, but I bet the real error is elsewhere.  The bug is
	// triggered when you have an open footnote in a paragraph
	// environment with a manual label. (Asger)
	if (last < 0) last = 0;

	// a separator at this end does not count
	if (row->par()->isLineSeparator(last))
		--last;

	int w = 0;
	pos_type i = row->pos();
	while (i <= last) {
		w += singleWidth(bview, row->par(), i);
		++i;
	}

	int fill = 0;
	if (!row->par()->params().labelWidthString().empty()) {
		fill = max(font_metrics::width(row->par()->params().labelWidthString(),
					  getLabelFont(bview->buffer(), row->par())) - w,
			   0);
	}

	return fill;
}


LColor::color LyXText::backgroundColor()
{
	if (inset_owner)
		return inset_owner->backgroundColor();
	else
		return LColor::background;
}

void LyXText::setHeightOfRow(BufferView * bview, Row * row) const
{
	// get the maximum ascent and the maximum descent
	int asc = 0;
	int desc = 0;
	float layoutasc = 0;
	float layoutdesc = 0;
	float tmptop = 0;
	LyXFont tmpfont;
	Inset * tmpinset = 0;

	// ok , let us initialize the maxasc and maxdesc value.
	// This depends in LaTeX of the font of the last character
	// in the paragraph. The hack below is necessary because
	// of the possibility of open footnotes

	// Correction: only the fontsize count. The other properties
	//  are taken from the layoutfont. Nicer on the screen :)
	Paragraph * par = row->par();
	Paragraph * firstpar = row->par();

	LyXLayout_ptr const & layout = firstpar->layout();

	// as max get the first character of this row then it can increase but not
	// decrease the height. Just some point to start with so we don't have to
	// do the assignment below too often.
	LyXFont font = getFont(bview->buffer(), par, row->pos());
	LyXFont::FONT_SIZE const tmpsize = font.size();
	font = getLayoutFont(bview->buffer(), par);
	LyXFont::FONT_SIZE const size = font.size();
	font.setSize(tmpsize);

	LyXFont labelfont = getLabelFont(bview->buffer(), par);

	float spacing_val = 1.0;
	if (!row->par()->params().spacing().isDefault()) {
		spacing_val = row->par()->params().spacing().getValue();
	} else {
		spacing_val = bview->buffer()->params.spacing.getValue();
	}
	//lyxerr << "spacing_val = " << spacing_val << endl;

	int maxasc = int(font_metrics::maxAscent(font) *
			 layout->spacing.getValue() *
			 spacing_val);
	int maxdesc = int(font_metrics::maxDescent(font) *
			  layout->spacing.getValue() *
			  spacing_val);

	pos_type const pos_end = row->lastPos();
	int labeladdon = 0;
	int maxwidth = 0;

	// Check if any insets are larger
	for (pos_type pos = row->pos(); pos <= pos_end; ++pos) {
		if (row->par()->isInset(pos)) {
			tmpfont = getFont(bview->buffer(), row->par(), pos);
			tmpinset = row->par()->getInset(pos);
			if (tmpinset) {
#if 1 // this is needed for deep update on initialitation
				tmpinset->update(bview, tmpfont);
#endif
				asc = tmpinset->ascent(bview, tmpfont);
				desc = tmpinset->descent(bview, tmpfont);
				maxwidth += tmpinset->width(bview, tmpfont);
				maxasc = max(maxasc, asc);
				maxdesc = max(maxdesc, desc);
			}
		} else {
			maxwidth += singleWidth(bview, row->par(), pos);
		}
	}

	// Check if any custom fonts are larger (Asger)
	// This is not completely correct, but we can live with the small,
	// cosmetic error for now.
	LyXFont::FONT_SIZE maxsize =
		row->par()->highestFontInRange(row->pos(), pos_end, size);
	if (maxsize > font.size()) {
		font.setSize(maxsize);

		asc = font_metrics::maxAscent(font);
		desc = font_metrics::maxDescent(font);
		if (asc > maxasc)
			maxasc = asc;
		if (desc > maxdesc)
			maxdesc = desc;
	}

	// This is nicer with box insets:
	++maxasc;
	++maxdesc;

	row->ascent_of_text(maxasc);

	// is it a top line?
	if (!row->pos() && (row->par() == firstpar)) {

		// some parksips VERY EASY IMPLEMENTATION
		if (bview->buffer()->params.paragraph_separation ==
			BufferParams::PARSEP_SKIP)
		{
			if (layout->isParagraph()
				&& firstpar->getDepth() == 0
				&& firstpar->previous())
			{
				maxasc += bview->buffer()->params.getDefSkip().inPixels(bview);
			} else if (firstpar->previous() &&
				   firstpar->previous()->layout()->isParagraph() &&
				   firstpar->previous()->getDepth() == 0)
			{
				// is it right to use defskip here too? (AS)
				maxasc += bview->buffer()->params.getDefSkip().inPixels(bview);
			}
		}

		// the top margin
		if (!row->par()->previous() && isTopLevel())
			maxasc += PAPER_MARGIN;

		// add the vertical spaces, that the user added
		maxasc += getLengthMarkerHeight(bview, firstpar->params().spaceTop());

		// do not forget the DTP-lines!
		// there height depends on the font of the nearest character
		if (firstpar->params().lineTop())

			maxasc += 2 * font_metrics::ascent('x', getFont(bview->buffer(),
					firstpar, 0));
		// and now the pagebreaks
		if (firstpar->params().pagebreakTop())
			maxasc += 3 * defaultRowHeight();

		// This is special code for the chapter, since the label of this
		// layout is printed in an extra row
		if (layout->labeltype == LABEL_COUNTER_CHAPTER
			&& bview->buffer()->params.secnumdepth >= 0)
		{
			float spacing_val = 1.0;
			if (!row->par()->params().spacing().isDefault()) {
				spacing_val = row->par()->params().spacing().getValue();
			} else {
				spacing_val = bview->buffer()->params.spacing.getValue();
			}

			labeladdon = int(font_metrics::maxDescent(labelfont) *
					 layout->spacing.getValue() *
					 spacing_val)
				+ int(font_metrics::maxAscent(labelfont) *
				      layout->spacing.getValue() *
				      spacing_val);
		}

		// special code for the top label
		if ((layout->labeltype == LABEL_TOP_ENVIRONMENT
		     || layout->labeltype == LABEL_BIBLIO
		     || layout->labeltype == LABEL_CENTERED_TOP_ENVIRONMENT)
		    && row->par()->isFirstInSequence()
		    && !row->par()->getLabelstring().empty())
		{
			float spacing_val = 1.0;
			if (!row->par()->params().spacing().isDefault()) {
				spacing_val = row->par()->params().spacing().getValue();
			} else {
				spacing_val = bview->buffer()->params.spacing.getValue();
			}

			labeladdon = int(
				(font_metrics::maxAscent(labelfont) *
				 layout->spacing.getValue() *
				 spacing_val)
				+(font_metrics::maxDescent(labelfont) *
				  layout->spacing.getValue() *
				  spacing_val)
				+ layout->topsep * defaultRowHeight()
				+ layout->labelbottomsep * defaultRowHeight());
		}

		// and now the layout spaces, for example before and after a section,
		// or between the items of a itemize or enumerate environment

		if (!firstpar->params().pagebreakTop()) {
			Paragraph * prev = row->par()->previous();
			if (prev)
				prev = row->par()->depthHook(row->par()->getDepth());
			if (prev && prev->layout() == firstpar->layout() &&
				prev->getDepth() == firstpar->getDepth() &&
				prev->getLabelWidthString() == firstpar->getLabelWidthString())
			{
				layoutasc = (layout->itemsep * defaultRowHeight());
			} else if (row->previous()) {
				tmptop = layout->topsep;

				if (row->previous()->par()->getDepth() >= row->par()->getDepth())
					tmptop -= row->previous()->par()->layout()->bottomsep;

				if (tmptop > 0)
					layoutasc = (tmptop * defaultRowHeight());
			} else if (row->par()->params().lineTop()) {
				tmptop = layout->topsep;

				if (tmptop > 0)
					layoutasc = (tmptop * defaultRowHeight());
			}

			prev = row->par()->outerHook();
			if (prev)  {
				maxasc += int(prev->layout()->parsep * defaultRowHeight());
			} else {
				if (firstpar->previous() &&
					firstpar->previous()->getDepth() == 0 &&
					firstpar->previous()->layout() !=
					firstpar->layout())
				{
					// avoid parsep
				} else if (firstpar->previous()) {
					maxasc += int(layout->parsep * defaultRowHeight());
				}
			}
		}
	}

	// is it a bottom line?
	if (row->par() == par
		&& (!row->next() || row->next()->par() != row->par()))
	{
		// the bottom margin
		if (!par->next() && isTopLevel())
			maxdesc += PAPER_MARGIN;

		// add the vertical spaces, that the user added
		maxdesc += getLengthMarkerHeight(bview, firstpar->params().spaceBottom());

		// do not forget the DTP-lines!
		// there height depends on the font of the nearest character
		if (firstpar->params().lineBottom())
			maxdesc += 2 * font_metrics::ascent('x',
						       getFont(bview->buffer(),
							       par,
							       max(pos_type(0), par->size() - 1)));

		// and now the pagebreaks
		if (firstpar->params().pagebreakBottom())
			maxdesc += 3 * defaultRowHeight();

		// and now the layout spaces, for example before and after
		// a section, or between the items of a itemize or enumerate
		// environment
		if (!firstpar->params().pagebreakBottom()
		    && row->par()->next()) {
			Paragraph * nextpar = row->par()->next();
			Paragraph * comparepar = row->par();
			float usual = 0;
			float unusual = 0;

			if (comparepar->getDepth() > nextpar->getDepth()) {
				usual = (comparepar->layout()->bottomsep * defaultRowHeight());
				comparepar = comparepar->depthHook(nextpar->getDepth());
				if (comparepar->layout()!= nextpar->layout()
					|| nextpar->getLabelWidthString() !=
					comparepar->getLabelWidthString())
				{
					unusual = (comparepar->layout()->bottomsep * defaultRowHeight());
				}
				if (unusual > usual)
					layoutdesc = unusual;
				else
					layoutdesc = usual;
			} else if (comparepar->getDepth() ==  nextpar->getDepth()) {

				if (comparepar->layout() != nextpar->layout()
					|| nextpar->getLabelWidthString() !=
					comparepar->getLabelWidthString())
					layoutdesc = int(comparepar->layout()->bottomsep * defaultRowHeight());
			}
		}
	}

	// incalculate the layout spaces
	maxasc += int(layoutasc * 2 / (2 + firstpar->getDepth()));
	maxdesc += int(layoutdesc * 2 / (2 + firstpar->getDepth()));

	// calculate the new height of the text
	height -= row->height();

	row->height(maxasc + maxdesc + labeladdon);
	row->baseline(maxasc + labeladdon);

	height += row->height();
 
	row->top_of_text(row->baseline() - font_metrics::maxAscent(font));

	float x = 0;
	if (layout->margintype != MARGIN_RIGHT_ADDRESS_BOX) {
		float dummy;
		// this IS needed
		row->width(maxwidth);
		prepareToPrint(bview, row, x, dummy, dummy, dummy, false);
	}
	row->width(int(maxwidth + x));
	if (inset_owner) {
		Row * r = firstrow;
		width = max(0,workWidth(bview));
		while (r) {
			if (r->width() > width)
				width = r->width();
			r = r->next();
		}
	}
}


// Appends the implicit specified paragraph behind the specified row,
// start at the implicit given position
void LyXText::appendParagraph(BufferView * bview, Row * row) const
{
	bool not_ready = true;

	// The last character position of a paragraph is an invariant so we can
	// safely get it here. (Asger)
	pos_type const lastposition = row->par()->size();
	do {
		// Get the next breakpoint
		pos_type z = nextBreakPoint(bview, row, workWidth(bview));

		Row * tmprow = row;

		// Insert the new row
		if (z < lastposition) {
			++z;
			insertRow(row, row->par(), z);
			row = row->next();

			row->height(0);
		} else
			not_ready = false;

		// Set the dimensions of the row
		// fixed fill setting now by calling inset->update() in
		// SingleWidth when needed!
		tmprow->fill(fill(bview, tmprow, workWidth(bview)));
		setHeightOfRow(bview, tmprow);

	} while (not_ready);
}


void LyXText::breakAgain(BufferView * bview, Row * row) const
{
	bool not_ready = true;

	do  {
		// get the next breakpoint
		pos_type z = nextBreakPoint(bview, row, workWidth(bview));
		Row * tmprow = row;

		if (z < row->par()->size()) {
			if (!row->next() || (row->next() && row->next()->par() != row->par())) {
				// insert a new row
				++z;
				insertRow(row, row->par(), z);
				row = row->next();
				row->height(0);
			} else  {
				row = row->next();
				++z;
				if (row->pos() == z)
					not_ready = false;     // the rest will not change
				else {
					row->pos(z);
				}
			}
		} else {
			// if there are some rows too much, delete them
			// only if you broke the whole paragraph!
			Row * tmprow2 = row;
			while (tmprow2->next() && tmprow2->next()->par() == row->par()) {
				tmprow2 = tmprow2->next();
			}
			while (tmprow2 != row) {
				tmprow2 = tmprow2->previous();
				removeRow(tmprow2->next());
			}
			not_ready = false;
		}

		// set the dimensions of the row
		tmprow->fill(fill(bview, tmprow, workWidth(bview)));
		setHeightOfRow(bview, tmprow);
	} while (not_ready);
}


// this is just a little changed version of break again
void LyXText::breakAgainOneRow(BufferView * bview, Row * row)
{
	// get the next breakpoint
	pos_type z = nextBreakPoint(bview, row, workWidth(bview));
	Row * tmprow = row;

	if (z < row->par()->size()) {
		if (!row->next()
		    || (row->next() && row->next()->par() != row->par())) {
			// insert a new row
			++z;
			insertRow(row, row->par(), z);
			row = row->next();
			row->height(0);
		} else  {
			row = row->next();
			++z;
			if (row->pos() != z)
				row->pos(z);
		}
	} else {
		// if there are some rows too much, delete them
		// only if you broke the whole paragraph!
		Row * tmprow2 = row;
		while (tmprow2->next()
		       && tmprow2->next()->par() == row->par()) {
			tmprow2 = tmprow2->next();
		}
		while (tmprow2 != row) {
			tmprow2 = tmprow2->previous();
			removeRow(tmprow2->next());
		}
	}

	// set the dimensions of the row
	tmprow->fill(fill(bview, tmprow, workWidth(bview)));
	setHeightOfRow(bview, tmprow);
}


void LyXText::breakParagraph(BufferView * bview, char keep_layout)
{
	// allow only if at start or end, or all previous is new text
	if (cursor.pos() && cursor.pos() != cursor.par()->size()
		&& cursor.par()->isChangeEdited(0, cursor.pos()))
		return;

	LyXTextClass const & tclass =
		bview->buffer()->params.getLyXTextClass();
	LyXLayout_ptr const & layout = cursor.par()->layout();

	// this is only allowed, if the current paragraph is not empty or caption
	// and if it has not the keepempty flag aktive
	if (cursor.par()->empty()
	   && layout->labeltype != LABEL_SENSITIVE
	   && !layout->keepempty)
		return;

	setUndo(bview, Undo::FINISH, cursor.par(), cursor.par()->next());

	// Always break behind a space
	//
	// It is better to erase the space (Dekel)
	if (cursor.pos() < cursor.par()->size()
	     && cursor.par()->isLineSeparator(cursor.pos()))
	   cursor.par()->erase(cursor.pos());
	// cursor.pos(cursor.pos() + 1);

	// break the paragraph
	if (keep_layout)
		keep_layout = 2;
	else
		keep_layout = layout->isEnvironment();

	// we need to set this before we insert the paragraph. IMO the
	// breakParagraph call should return a bool if it inserts the
	// paragraph before or behind and we should react on that one
	// but we can fix this in 1.3.0 (Jug 20020509)
	bool const isempty = (layout->keepempty && cursor.par()->empty());
	::breakParagraph(bview->buffer()->params, cursor.par(), cursor.pos(),
		       keep_layout);

	// well this is the caption hack since one caption is really enough
	if (layout->labeltype == LABEL_SENSITIVE) {
		if (!cursor.pos())
			// set to standard-layout
			cursor.par()->applyLayout(tclass.defaultLayout());
		else
			// set to standard-layout
			cursor.par()->next()->applyLayout(tclass.defaultLayout());
	}

	// if the cursor is at the beginning of a row without prior newline,
	// move one row up!
	// This touches only the screen-update. Otherwise we would may have
	// an empty row on the screen
	if (cursor.pos() && !cursor.row()->par()->isNewline(cursor.row()->pos() - 1)
			 && cursor.row()->pos() == cursor.pos())
	{
		cursorLeft(bview);
	}

	status(bview, LyXText::NEED_MORE_REFRESH);
	refresh_row = cursor.row();
	refresh_y = cursor.y() - cursor.row()->baseline();

	// Do not forget the special right address boxes
	if (layout->margintype == MARGIN_RIGHT_ADDRESS_BOX) {
		while (refresh_row->previous() &&
		       refresh_row->previous()->par() == refresh_row->par())
		{
			refresh_row = refresh_row->previous();
			refresh_y -= refresh_row->height();
		}
	}
	removeParagraph(cursor.row());

	// set the dimensions of the cursor row
	cursor.row()->fill(fill(bview, cursor.row(), workWidth(bview)));

	setHeightOfRow(bview, cursor.row());

	while (!cursor.par()->next()->empty()
	  && cursor.par()->next()->isNewline(0))
	   cursor.par()->next()->erase(0);

	insertParagraph(bview, cursor.par()->next(), cursor.row());

	updateCounters(bview);

	// This check is necessary. Otherwise the new empty paragraph will
	// be deleted automatically. And it is more friendly for the user!
	if (cursor.pos() || isempty)
		setCursor(bview, cursor.par()->next(), 0);
	else
		setCursor(bview, cursor.par(), 0);

	if (cursor.row()->next())
		breakAgain(bview, cursor.row()->next());

	need_break_row = 0;
}


// Just a macro to make some thing easier.
void LyXText::redoParagraph(BufferView * bview) const
{
	clearSelection();
	redoParagraphs(bview, cursor, cursor.par()->next());
	setCursorIntern(bview, cursor.par(), cursor.pos());
}


// insert a character, moves all the following breaks in the
// same Paragraph one to the right and make a rebreak
void LyXText::insertChar(BufferView * bview, char c)
{
	setUndo(bview, Undo::INSERT, cursor.par(), cursor.par()->next());

	// When the free-spacing option is set for the current layout,
	// disable the double-space checking

	bool const freeSpacing = cursor.row()->par()->layout()->free_spacing ||
		cursor.row()->par()->isFreeSpacing();

	if (lyxrc.auto_number) {
		static string const number_operators = "+-/*";
		static string const number_unary_operators = "+-";
		static string const number_seperators = ".,:";

		if (current_font.number() == LyXFont::ON) {
			if (!IsDigit(c) && !contains(number_operators, c) &&
			    !(contains(number_seperators, c) &&
			      cursor.pos() >= 1 &&
			      cursor.pos() < cursor.par()->size() &&
			      getFont(bview->buffer(),
				      cursor.par(),
				      cursor.pos()).number() == LyXFont::ON &&
			      getFont(bview->buffer(),
				      cursor.par(),
				      cursor.pos() - 1).number() == LyXFont::ON)
			   )
				number(bview); // Set current_font.number to OFF
		} else if (IsDigit(c) &&
			   real_current_font.isVisibleRightToLeft()) {
			number(bview); // Set current_font.number to ON

			if (cursor.pos() > 0) {
				char const c = cursor.par()->getChar(cursor.pos() - 1);
				if (contains(number_unary_operators, c) &&
				    (cursor.pos() == 1 ||
				     cursor.par()->isSeparator(cursor.pos() - 2) ||
				     cursor.par()->isNewline(cursor.pos() - 2))
				  ) {
					setCharFont(bview->buffer(),
						    cursor.par(),
						    cursor.pos() - 1,
						    current_font);
				} else if (contains(number_seperators, c) &&
					   cursor.pos() >= 2 &&
					   getFont(bview->buffer(),
						   cursor.par(),
						   cursor.pos() - 2).number() == LyXFont::ON) {
					setCharFont(bview->buffer(),
						    cursor.par(),
						    cursor.pos() - 1,
						    current_font);
				}
			}
		}
	}


	// First check, if there will be two blanks together or a blank at
	// the beginning of a paragraph.
	// I decided to handle blanks like normal characters, the main
	// difference are the special checks when calculating the row.fill
	// (blank does not count at the end of a row) and the check here

	// The bug is triggered when we type in a description environment:
	// The current_font is not changed when we go from label to main text
	// and it should (along with realtmpfont) when we type the space.
	// CHECK There is a bug here! (Asger)

	LyXFont realtmpfont = real_current_font;
	LyXFont rawtmpfont = current_font;
	// store the current font.  This is because of the use of cursor
	// movements. The moving cursor would refresh the current font

	// Get the font that is used to calculate the baselineskip
	pos_type const lastpos = cursor.par()->size();
	LyXFont rawparfont =
		cursor.par()->getFontSettings(bview->buffer()->params,
					      lastpos - 1);

	bool jumped_over_space = false;

	if (!freeSpacing && IsLineSeparatorChar(c)) {
		if ((cursor.pos() > 0
		     && cursor.par()->isLineSeparator(cursor.pos() - 1))
		    || (cursor.pos() > 0
			&& cursor.par()->isNewline(cursor.pos() - 1))
		    || (cursor.pos() == 0)) {
			static bool sent_space_message = false;
			if (!sent_space_message) {
				if (cursor.pos() == 0)
					bview->owner()->message(_("You cannot insert a space at the beginning of a paragraph. Please read the Tutorial."));
				else
					bview->owner()->message(_("You cannot type two spaces this way. Please read the Tutorial."));
				sent_space_message = true;
			}
			charInserted();
			return;
		}
	} else if (IsNewlineChar(c)) {
		if (cursor.pos() <= cursor.par()->beginningOfMainBody()) {
			charInserted();
			return;
		}
		// No newline at first position of a paragraph or behind labels.
		// TeX does not allow that

		if (cursor.pos() < cursor.par()->size() &&
		    cursor.par()->isLineSeparator(cursor.pos()))
			// newline always after a blank!
			cursorRight(bview);
		cursor.row()->fill(-1);	       // to force a new break
	}

	// the display inset stuff
	if (cursor.row()->par()->isInset(cursor.row()->pos())) {
		Inset * inset = cursor.row()->par()->getInset(cursor.row()->pos());
		if (inset && (inset->display() || inset->needFullRow())) {
			// force a new break
			cursor.row()->fill(-1); // to force a new break
		}
	}

	// get the cursor row fist
	Row * row = cursor.row();
	int y = cursor.y() - row->baseline();
	if (c != Paragraph::META_INSET) {
		// Here case LyXText::InsertInset  already insertet the character
		cursor.par()->insertChar(cursor.pos(), c);
	}
	setCharFont(bview->buffer(), cursor.par(), cursor.pos(), rawtmpfont);

	if (!jumped_over_space) {
		// refresh the positions
		Row * tmprow = row;
		while (tmprow->next() && tmprow->next()->par() == row->par()) {
			tmprow = tmprow->next();
			tmprow->pos(tmprow->pos() + 1);
		}
	}

	// Is there a break one row above
	if (row->previous() && row->previous()->par() == row->par()
	    && (cursor.par()->isLineSeparator(cursor.pos())
		|| cursor.par()->isNewline(cursor.pos())
		|| ((cursor.pos() < cursor.par()->size()) &&
		    cursor.par()->isInset(cursor.pos()+1))
		|| cursor.row()->fill() == -1))
	{
		pos_type z = nextBreakPoint(bview,
							   row->previous(),
							   workWidth(bview));
		if (z >= row->pos()) {
			row->pos(z + 1);

			// set the dimensions of the row above
			row->previous()->fill(fill(bview,
						   row->previous(),
						   workWidth(bview)));

			setHeightOfRow(bview, row->previous());

			y -= row->previous()->height();
			refresh_y = y;
			refresh_row = row->previous();
			status(bview, LyXText::NEED_MORE_REFRESH);

			breakAgainOneRow(bview, row);

			current_font = rawtmpfont;
			real_current_font = realtmpfont;
			setCursor(bview, cursor.par(), cursor.pos() + 1,
				  false, cursor.boundary());
			// cursor MUST be in row now.

			if (row->next() && row->next()->par() == row->par())
				need_break_row = row->next();
			else
				need_break_row = 0;

			// check, wether the last characters font has changed.
			if (cursor.pos() && cursor.pos() == cursor.par()->size()
			    && rawparfont != rawtmpfont)
				redoHeightOfParagraph(bview, cursor);

			charInserted();
			return;
		}
	}

	// recalculate the fill of the row
	if (row->fill() >= 0) {
		// needed because a newline will set fill to -1. Otherwise
		// we would not get a rebreak!
		row->fill(fill(bview, row, workWidth(bview)));
	}

	if (c == Paragraph::META_INSET || row->fill() < 0) {
		refresh_y = y;
		refresh_row = row;
		status(bview, LyXText::NEED_MORE_REFRESH);
		breakAgainOneRow(bview, row);
		// will the cursor be in another row now?
		if (row->lastPos() <= cursor.pos() + 1 && row->next()) {
			if (row->next() && row->next()->par() == row->par())
				// this should always be true
				row = row->next();
			breakAgainOneRow(bview, row);
		}
		current_font = rawtmpfont;
		real_current_font = realtmpfont;

		setCursor(bview, cursor.par(), cursor.pos() + 1, false,
			  cursor.boundary());
		if (isBoundary(bview->buffer(), cursor.par(), cursor.pos())
		    != cursor.boundary())
			setCursor(bview, cursor.par(), cursor.pos(), false,
			  !cursor.boundary());
		if (row->next() && row->next()->par() == row->par())
			need_break_row = row->next();
		else
			need_break_row = 0;
	} else {
		refresh_y = y;
		refresh_row = row;

		int const tmpheight = row->height();
		setHeightOfRow(bview, row);
		if (tmpheight == row->height())
			status(bview, LyXText::NEED_VERY_LITTLE_REFRESH);
		else
			status(bview, LyXText::NEED_MORE_REFRESH);

		current_font = rawtmpfont;
		real_current_font = realtmpfont;
		setCursor(bview, cursor.par(), cursor.pos() + 1, false,
			  cursor.boundary());
	}

	// check, wether the last characters font has changed.
	if (cursor.pos() && cursor.pos() == cursor.par()->size()
	    && rawparfont != rawtmpfont) {
		redoHeightOfParagraph(bview, cursor);
	} else {
		// now the special right address boxes
		if (cursor.par()->layout()->margintype
		    == MARGIN_RIGHT_ADDRESS_BOX) {
			redoDrawingOfParagraph(bview, cursor);
		}
	}

	charInserted();
}


void LyXText::charInserted()
{
	// Here we could call FinishUndo for every 20 characters inserted.
	// This is from my experience how emacs does it.
	static unsigned int counter;
	if (counter < 20) {
		++counter;
	} else {
		finishUndo();
		counter = 0;
	}
}


void LyXText::prepareToPrint(BufferView * bview,
			     Row * row, float & x,
			     float & fill_separator,
			     float & fill_hfill,
			     float & fill_label_hfill,
			     bool bidi) const
{
	float nlh;
	float ns;

	float w = row->fill();
	fill_hfill = 0;
	fill_label_hfill = 0;
	fill_separator = 0;
	fill_label_hfill = 0;

	bool const is_rtl =
		row->par()->isRightToLeftPar(bview->buffer()->params);
	if (is_rtl) {
		x = (workWidth(bview) > 0)
			? rightMargin(bview->buffer(), row) : 0;
	} else
		x = (workWidth(bview) > 0)
			? leftMargin(bview, row) : 0;

	// is there a manual margin with a manual label
	LyXLayout_ptr const & layout = row->par()->layout();

	if (layout->margintype == MARGIN_MANUAL
	    && layout->labeltype == LABEL_MANUAL) {
		// one more since labels are left aligned
		nlh = row->numberOfLabelHfills() + 1;
		if (nlh && !row->par()->getLabelWidthString().empty()) {
			fill_label_hfill = labelFill(bview, row) / nlh;
		}
	}

	// are there any hfills in the row?
	float const nh = row->numberOfHfills();

	if (nh) {
		if (w > 0)
			fill_hfill = w / nh;
	// we don't have to look at the alignment if it is ALIGN_LEFT and
	// if the row is already larger then the permitted width as then
	// we force the LEFT_ALIGN'edness!
	} else if (static_cast<int>(row->width()) < workWidth(bview)) {
		// is it block, flushleft or flushright?
		// set x how you need it
		int align;
		if (row->par()->params().align() == LYX_ALIGN_LAYOUT) {
			align = layout->align;
		} else {
			align = row->par()->params().align();
		}

		// center displayed insets
		Inset * inset;
		if (row->par()->isInset(row->pos())
		    && (inset=row->par()->getInset(row->pos()))
		    && (inset->display())) // || (inset->scroll() < 0)))
		    align = (inset->lyxCode() == Inset::MATHMACRO_CODE)
			? LYX_ALIGN_BLOCK : LYX_ALIGN_CENTER;
		// ERT insets should always be LEFT ALIGNED on screen
		inset = row->par()->inInset();
		if (inset && inset->owner() &&
			inset->owner()->lyxCode() == Inset::ERT_CODE)
		{
			align = LYX_ALIGN_LEFT;
		}

		switch (align) {
	    case LYX_ALIGN_BLOCK:
			ns = row->numberOfSeparators();
			if (ns && row->next() && row->next()->par() == row->par() &&
			    !(row->next()->par()->isNewline(row->next()->pos() - 1))
			    && !(row->next()->par()->isInset(row->next()->pos())
				 && row->next()->par()->getInset(row->next()->pos())
				 && row->next()->par()->getInset(row->next()->pos())->display())
				)
			{
				fill_separator = w / ns;
			} else if (is_rtl) {
				x += w;
			}
			break;
	    case LYX_ALIGN_RIGHT:
			x += w;
			break;
	    case LYX_ALIGN_CENTER:
			x += w / 2;
			break;
		}
	}
	if (!bidi)
		return;

	computeBidiTables(bview->buffer(), row);
	if (is_rtl) {
		pos_type main_body = row->par()->beginningOfMainBody();
		pos_type last = row->lastPos();

		if (main_body > 0 &&
		    (main_body - 1 > last ||
		     !row->par()->isLineSeparator(main_body - 1))) {
			x += font_metrics::width(layout->labelsep,
					    getLabelFont(bview->buffer(), row->par()));
			if (main_body - 1 <= last)
				x += fill_label_hfill;
		}
	}
}


// 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 delete the corresponding row

void LyXText::cursorRightOneWord(BufferView * bview) const
{
	// treat floats, HFills and Insets as words
	LyXCursor tmpcursor = cursor;
	// CHECK See comment on top of text.C

	if (tmpcursor.pos() == tmpcursor.par()->size()
	    && tmpcursor.par()->next()) {
			tmpcursor.par(tmpcursor.par()->next());
			tmpcursor.pos(0);
	} else {
		int steps = 0;

		// Skip through initial nonword stuff.
		while (tmpcursor.pos() < tmpcursor.par()->size() &&
		       ! tmpcursor.par()->isWord(tmpcursor.pos())) {
		  //    printf("Current pos1 %d", tmpcursor.pos()) ;
			tmpcursor.pos(tmpcursor.pos() + 1);
			++steps;
		}
		// Advance through word.
		while (tmpcursor.pos() < tmpcursor.par()->size() &&
			tmpcursor.par()->isWord(tmpcursor.pos())) {
		  //     printf("Current pos2 %d", tmpcursor.pos()) ;
			tmpcursor.pos(tmpcursor.pos() + 1);
			++steps;
		}
	}
	setCursor(bview, tmpcursor.par(), tmpcursor.pos());
}


void LyXText::cursorTab(BufferView * bview) const
{
	LyXCursor tmpcursor = cursor;
	while (tmpcursor.pos() < tmpcursor.par()->size()
	   && !tmpcursor.par()->isNewline(tmpcursor.pos()))
	tmpcursor.pos(tmpcursor.pos() + 1);

	if (tmpcursor.pos() == tmpcursor.par()->size()) {
		if (tmpcursor.par()->next()) {
			tmpcursor.par(tmpcursor.par()->next());
			tmpcursor.pos(0);
		}
	} else
		tmpcursor.pos(tmpcursor.pos() + 1);
	setCursor(bview, tmpcursor.par(), tmpcursor.pos());
}


// Skip initial whitespace at end of word and move cursor to *start*
// of prior word, not to end of next prior word.
void LyXText::cursorLeftOneWord(BufferView * bview)  const
{
	LyXCursor tmpcursor = cursor;
	cursorLeftOneWord(tmpcursor);
	setCursor(bview, tmpcursor.par(), tmpcursor.pos());
}


void LyXText::cursorLeftOneWord(LyXCursor & cur) const
{
	// treat HFills, floats and Insets as words
	cur = cursor;
	while (cur.pos()
	       && (cur.par()->isSeparator(cur.pos() - 1)
		   || cur.par()->isKomma(cur.pos() - 1))
	       && !(cur.par()->isHfill(cur.pos() - 1)
		    || cur.par()->isInset(cur.pos() - 1)))
		cur.pos(cur.pos() - 1);

	if (cur.pos()
	    && (cur.par()->isInset(cur.pos() - 1)
		|| cur.par()->isHfill(cur.pos() - 1))) {
		cur.pos(cur.pos() - 1);
	} else if (!cur.pos()) {
		if (cur.par()->previous()) {
			cur.par(cur.par()->previous());
			cur.pos(cur.par()->size());
		}
	} else {		// Here, cur != 0
		while (cur.pos() > 0 &&
		       cur.par()->isWord(cur.pos() - 1))
			cur.pos(cur.pos() - 1);
	}
}


// Select current word. This depends on behaviour of
// CursorLeftOneWord(), so it is patched as well.
void LyXText::getWord(LyXCursor & from, LyXCursor & to,
		      word_location const loc) const
{
	// first put the cursor where we wana start to select the word
	from = cursor;
	switch (loc) {
	case WHOLE_WORD_STRICT:
		if (cursor.pos() == 0 || cursor.pos() == cursor.par()->size()
		    || cursor.par()->isSeparator(cursor.pos())
		    || cursor.par()->isKomma(cursor.pos())
		    || cursor.par()->isSeparator(cursor.pos() - 1)
		    || cursor.par()->isKomma(cursor.pos() - 1)) {
			to = from;
			return;
		}
		// no break here, we go to the next

	case WHOLE_WORD:
		// Move cursor to the beginning, when not already there.
		if (from.pos() && !from.par()->isSeparator(from.pos() - 1)
		    && !from.par()->isKomma(from.pos() - 1))
			cursorLeftOneWord(from);
		break;
	case PREVIOUS_WORD:
		// always move the cursor to the beginning of previous word
		cursorLeftOneWord(from);
		break;
	case NEXT_WORD:
		lyxerr << "LyXText::getWord: NEXT_WORD not implemented yet\n";
		break;
	case PARTIAL_WORD:
		break;
	}
	to = from;
	while (to.pos() < to.par()->size()
	       && !to.par()->isSeparator(to.pos())
	       && !to.par()->isKomma(to.pos())
	       && !to.par()->isHfill(to.pos())
	       && !to.par()->isInset(to.pos()))
	{
		to.pos(to.pos() + 1);
	}
}


void LyXText::selectWord(BufferView * bview, word_location const loc)
{
	LyXCursor from;
	LyXCursor to;
	getWord(from, to, loc);
	if (cursor != from)
		setCursor(bview, from.par(), from.pos());
	if (to == from)
		return;
	selection.cursor = cursor;
	setCursor(bview, to.par(), to.pos());
	setSelection(bview);
}


// Select the word currently under the cursor when no
// selection is currently set
bool LyXText::selectWordWhenUnderCursor(BufferView * bview,
					word_location const loc)
{
	if (!selection.set()) {
		selectWord(bview, loc);
		return selection.set();
	}
	return false;
}


void LyXText::acceptChange(BufferView * bv)
{
	if (!selection.set() && cursor.par()->size())
		return;

	bv->hideCursor();
 
	if (selection.start.par() == selection.end.par()) {
		LyXCursor & startc = selection.start;
		LyXCursor & endc = selection.end;
		setUndo(bv, Undo::INSERT, startc.par(), startc.par()->next());
		startc.par()->acceptChange(startc.pos(), endc.pos());
		finishUndo();
		clearSelection();
		redoParagraphs(bv, startc, startc.par()->next());
		setCursorIntern(bv, startc.par(), 0);
	}
#warning handle multi par selection
}


void LyXText::rejectChange(BufferView * bv)
{
	if (!selection.set() && cursor.par()->size())
		return;
 
	bv->hideCursor();
 
	if (selection.start.par() == selection.end.par()) {
		LyXCursor & startc = selection.start;
		LyXCursor & endc = selection.end;
		setUndo(bv, Undo::INSERT, startc.par(), startc.par()->next());
		startc.par()->rejectChange(startc.pos(), endc.pos());
		finishUndo();
		clearSelection();
		redoParagraphs(bv, startc, startc.par()->next());
		setCursorIntern(bv, startc.par(), 0);
	}
#warning handle multi par selection
}

 
// This function is only used by the spellchecker for NextWord().
// It doesn't handle LYX_ACCENTs and probably never will.
WordLangTuple const
LyXText::selectNextWordToSpellcheck(BufferView * bview, float & value) const
{
	if (the_locking_inset) {
		WordLangTuple word = the_locking_inset->selectNextWordToSpellcheck(bview, value);
		if (!word.word().empty()) {
			value += float(cursor.y());
			value /= float(height);
			return word;
		}
		// we have to go on checking so move cursor to the next char
		if (cursor.pos() == cursor.par()->size()) {
			if (!cursor.par()->next())
				return word;
			cursor.par(cursor.par()->next());
			cursor.pos(0);
		} else
			cursor.pos(cursor.pos() + 1);
	}
	Paragraph * tmppar = cursor.par();

	// If this is not the very first word, skip rest of
	// current word because we are probably in the middle
	// of a word if there is text here.
	if (cursor.pos() || cursor.par()->previous()) {
		while (cursor.pos() < cursor.par()->size()
		       && cursor.par()->isLetter(cursor.pos()))
			cursor.pos(cursor.pos() + 1);
	}

	// Now, skip until we have real text (will jump paragraphs)
	while (1) {
		Paragraph * cpar(cursor.par());
		pos_type const cpos(cursor.pos());
 
		if (cpos == cpar->size()) {
			if (cpar->next()) {
				cursor.par(cpar->next());
				cursor.pos(0);
				continue;
			}
			break;
		}

		bool const is_bad_inset(cpar->isInset(cpos)
			&& !cpar->getInset(cpos)->allowSpellcheck()); 
 
		if (cpar->isLetter(cpos) && !isDeletedText(cpar, cpos)
			&& !is_bad_inset)
			break;
 
		cursor.pos(cpos + 1);
	}
 
	// now check if we hit an inset so it has to be a inset containing text!
	if (cursor.pos() < cursor.par()->size() &&
	    cursor.par()->isInset(cursor.pos())) {
		// lock the inset!
		cursor.par()->getInset(cursor.pos())->edit(bview);
		// now call us again to do the above trick
		// but obviously we have to start from down below ;)
		return bview->text->selectNextWordToSpellcheck(bview, value);
	}

	// Update the value if we changed paragraphs
	if (cursor.par() != tmppar) {
		setCursor(bview, cursor.par(), cursor.pos());
		value = float(cursor.y())/float(height);
	}

	// Start the selection from here
	selection.cursor = cursor;

	string lang_code(
		getFont(bview->buffer(), cursor.par(), cursor.pos())
			.language()->code());
	// and find the end of the word (insets like optional hyphens
	// and ligature break are part of a word)
	while (cursor.pos() < cursor.par()->size()
	       && cursor.par()->isLetter(cursor.pos())
	       && !isDeletedText(cursor.par(), cursor.pos()))
		cursor.pos(cursor.pos() + 1);

	// Finally, we copy the word to a string and return it
	string str;
	if (selection.cursor.pos() < cursor.pos()) {
		pos_type i;
		for (i = selection.cursor.pos(); i < cursor.pos(); ++i) {
			if (!cursor.par()->isInset(i))
				str += cursor.par()->getChar(i);
		}
	}
	return WordLangTuple(str, lang_code);
}


// This one is also only for the spellchecker
void LyXText::selectSelectedWord(BufferView * bview)
{
	if (the_locking_inset) {
		the_locking_inset->selectSelectedWord(bview);
		return;
	}
	// move cursor to the beginning
	setCursor(bview, selection.cursor.par(), selection.cursor.pos());

	// set the sel cursor
	selection.cursor = cursor;

	// now find the end of the word
	while (cursor.pos() < cursor.par()->size()
	       && (cursor.par()->isLetter(cursor.pos())))
		cursor.pos(cursor.pos() + 1);

	setCursor(bview, cursor.par(), cursor.pos());

	// finally set the selection
	setSelection(bview);
}


// Delete from cursor up to the end of the current or next word.
void LyXText::deleteWordForward(BufferView * bview)
{
	if (cursor.par()->empty())
		cursorRight(bview);
	else {
		LyXCursor tmpcursor = cursor;
		tmpcursor.row(0); // ??
		selection.set(true); // to avoid deletion
		cursorRightOneWord(bview);
		setCursor(bview, tmpcursor, tmpcursor.par(), tmpcursor.pos());
		selection.cursor = cursor;
		cursor = tmpcursor;
		setSelection(bview);

		// Great, CutSelection() gets rid of multiple spaces.
		cutSelection(bview, true, false);
	}
}


// Delete from cursor to start of current or prior word.
void LyXText::deleteWordBackward(BufferView * bview)
{
	if (cursor.par()->empty())
		cursorLeft(bview);
	else {
		LyXCursor tmpcursor = cursor;
		tmpcursor.row(0); // ??
		selection.set(true); // to avoid deletion
		cursorLeftOneWord(bview);
		setCursor(bview, tmpcursor, tmpcursor.par(), tmpcursor.pos());
		selection.cursor = cursor;
		cursor = tmpcursor;
		setSelection(bview);
		cutSelection(bview, true, false);
	}
}


// Kill to end of line.
void LyXText::deleteLineForward(BufferView * bview)
{
	if (cursor.par()->empty())
		// Paragraph is empty, so we just go to the right
		cursorRight(bview);
	else {
		LyXCursor tmpcursor = cursor;
		// We can't store the row over a regular setCursor
		// so we set it to 0 and reset it afterwards.
		tmpcursor.row(0); // ??
		selection.set(true); // to avoid deletion
		cursorEnd(bview);
		setCursor(bview, tmpcursor, tmpcursor.par(), tmpcursor.pos());
		selection.cursor = cursor;
		cursor = tmpcursor;
		setSelection(bview);
		// What is this test for ??? (JMarc)
		if (!selection.set()) {
			deleteWordForward(bview);
		} else {
			cutSelection(bview, true, false);
		}
	}
}


// Change the case of a word at cursor position.
// This function directly manipulates Paragraph::text because there
// is no Paragraph::SetChar currently. I did what I could to ensure
// that it is correct. I guess part of it should be moved to
// Paragraph, but it will have to change for 1.1 anyway. At least
// it does not access outside of the allocated array as the older
// version did. (JMarc)
void LyXText::changeCase(BufferView * bview, LyXText::TextCase action)
{
	LyXCursor from;
	LyXCursor to;

	if (selection.set()) {
		from = selection.start;
		to = selection.end;
	} else {
		getWord(from, to, PARTIAL_WORD);
		setCursor(bview, to.par(), to.pos() + 1);
	}

	changeRegionCase(bview, from, to, action);
}


void LyXText::changeRegionCase(BufferView * bview,
			       LyXCursor const & from,
			       LyXCursor const & to,
			       LyXText::TextCase action)
{
	lyx::Assert(from <= to);

	setUndo(bview, Undo::FINISH, from.par(), to.par()->next());

	pos_type pos = from.pos();
	Paragraph * par = from.par();

	while (par && (pos != to.pos() || par != to.par())) {
		if (pos == par->size()) {
			par = par->next();
			pos = 0;
			continue;
		}
		unsigned char c = par->getChar(pos);
		if (!IsInsetChar(c) && !IsHfillChar(c)) {
			switch (action) {
			case text_lowercase:
				c = lowercase(c);
				break;
			case text_capitalization:
				c = uppercase(c);
				action = text_lowercase;
				break;
			case text_uppercase:
				c = uppercase(c);
				break;
			}
		}
#warning changes
		par->setChar(pos, c);
		checkParagraph(bview, par, pos);

		++pos;
	}
	if (to.row() != from.row()) {
		refresh_y = from.y() - from.row()->baseline();
		refresh_row = from.row();
		status(bview, LyXText::NEED_MORE_REFRESH);
	}
}


void LyXText::transposeChars(BufferView & bview)
{
	Paragraph * tmppar = cursor.par();

	setUndo(&bview, Undo::FINISH, tmppar, tmppar->next());

	pos_type tmppos = cursor.pos();

	// First decide if it is possible to transpose at all
 
	if (tmppos == 0 || tmppos == tmppar->size())
		return;

	if (isDeletedText(tmppar, tmppos - 1)
		|| isDeletedText(tmppar, tmppos))
		return;

	unsigned char c1 = tmppar->getChar(tmppos);
	unsigned char c2 = tmppar->getChar(tmppos - 1);

	// We should have an implementation that handles insets
	// as well, but that will have to come later. (Lgb)
	if (c1 == Paragraph::META_INSET || c2 == Paragraph::META_INSET) 
		return;
 
	bool const erased = tmppar->erase(tmppos - 1, tmppos + 1);
	pos_type const ipos(erased ? tmppos - 1 : tmppos + 1);

	tmppar->insertChar(ipos, c1);
	tmppar->insertChar(ipos + 1, c2);

	/* fugly */
	BufferView * bv(const_cast<BufferView*>(&bview));
 
	checkParagraph(bv, tmppar, tmppos);
}


void LyXText::Delete(BufferView * bview)
{
	// this is a very easy implementation

	LyXCursor old_cursor = cursor;
	int const old_cur_par_id = old_cursor.par()->id();
	int const old_cur_par_prev_id = old_cursor.par()->previous() ?
		old_cursor.par()->previous()->id() : 0;

	// just move to the right
	cursorRight(bview);

	// CHECK Look at the comment here.
	// This check is not very good...
	// The cursorRightIntern calls DeleteEmptyParagrapgMechanism
	// and that can very well delete the par or par->previous in
	// old_cursor. Will a solution where we compare paragraph id's
	//work better?
	if ((cursor.par()->previous() ? cursor.par()->previous()->id() : 0)
	    == old_cur_par_prev_id
	    && cursor.par()->id() != old_cur_par_id) {
		// delete-empty-paragraph-mechanism has done it
		return;
	}

	// if you had success make a backspace
	if (old_cursor.par() != cursor.par() || old_cursor.pos() != cursor.pos()) {
		LyXCursor tmpcursor = cursor;
		// to make sure undo gets the right cursor position
		cursor = old_cursor;
		setUndo(bview, Undo::DELETE,
			cursor.par(), cursor.par()->next());
		cursor = tmpcursor;
		backspace(bview);
	}
}


void LyXText::backspace(BufferView * bview)
{
	// Get the font that is used to calculate the baselineskip
	pos_type lastpos = cursor.par()->size();
	LyXFont rawparfont =
		cursor.par()->getFontSettings(bview->buffer()->params,
					      lastpos - 1);

	if (cursor.pos() == 0) {
		// The cursor is at the beginning of a paragraph,
		// so the the backspace will collapse two paragraphs into one.

		// but it's not allowed unless it's new
		if (cursor.par()->isChangeEdited(0, cursor.par()->size()))
			return;
 
		// we may paste some paragraphs

		// is it an empty paragraph?

		if ((lastpos == 0
		     || (lastpos == 1 && cursor.par()->isSeparator(0)))) {
			// This is an empty paragraph and we delete it just by moving the cursor one step
			// left and let the DeleteEmptyParagraphMechanism handle the actual deletion
			// of the paragraph.

			if (cursor.par()->previous()) {
				Paragraph * tmppar = cursor.par()->previous();
				if (cursor.par()->layout() == tmppar->layout()
				    && cursor.par()->getAlign() == tmppar->getAlign()) {
					// Inherit bottom DTD from the paragraph below.
					// (the one we are deleting)
					tmppar->params().lineBottom(cursor.par()->params().lineBottom());
					tmppar->params().spaceBottom(cursor.par()->params().spaceBottom());
					tmppar->params().pagebreakBottom(cursor.par()->params().pagebreakBottom());
				}

				cursorLeft(bview);

				// the layout things can change the height of a row !
				int const tmpheight = cursor.row()->height();
				setHeightOfRow(bview, cursor.row());
				if (cursor.row()->height() != tmpheight) {
					refresh_y = cursor.y() - cursor.row()->baseline();
					refresh_row = cursor.row();
					status(bview, LyXText::NEED_MORE_REFRESH);
				}
				return;
			}
		}

		if (cursor.par()->previous()) {
			setUndo(bview, Undo::DELETE,
				cursor.par()->previous(), cursor.par()->next());
		}

		Paragraph * tmppar = cursor.par();
		Row * tmprow = cursor.row();

		// We used to do cursorLeftIntern() here, but it is
		// not a good idea since it triggers the auto-delete
		// mechanism. So we do a cursorLeftIntern()-lite,
		// without the dreaded mechanism. (JMarc)
		if (cursor.par()->previous()) {
			// steps into the above paragraph.
			setCursorIntern(bview, cursor.par()->previous(),
					cursor.par()->previous()->size(),
					false);
		}

		// Pasting is not allowed, if the paragraphs have different
		// layout. I think it is a real bug of all other
		// word processors to allow it. It confuses the user.
		// Even so with a footnote paragraph and a non-footnote
		// paragraph. I will not allow pasting in this case,
		// because the user would be confused if the footnote behaves
		// different wether it is open or closed.

		//	Correction: Pasting is always allowed with standard-layout
		LyXTextClass const & tclass =
			bview->buffer()->params.getLyXTextClass();

		if (cursor.par() != tmppar
		    && (cursor.par()->layout() == tmppar->layout()
			|| tmppar->layout() == tclass.defaultLayout())
		    && cursor.par()->getAlign() == tmppar->getAlign()) {
			removeParagraph(tmprow);
			removeRow(tmprow);
			mergeParagraph(bview->buffer()->params, cursor.par());

			if (!cursor.pos() || !cursor.par()->isSeparator(cursor.pos() - 1))
				; //cursor.par()->insertChar(cursor.pos(), ' ');
			// strangely enough it seems that commenting out the line above removes
			// most or all of the segfaults. I will however also try to move the
			// two Remove... lines in front of the PasteParagraph too.
			else
				if (cursor.pos())
					cursor.pos(cursor.pos() - 1);

			status(bview, LyXText::NEED_MORE_REFRESH);
			refresh_row = cursor.row();
			refresh_y = cursor.y() - cursor.row()->baseline();

			// remove the lost paragraph
			// This one is not safe, since the paragraph that the tmprow and the
			// following rows belong to has been deleted by the PasteParagraph
			// above. The question is... could this be moved in front of the
			// PasteParagraph?
			//RemoveParagraph(tmprow);
			//RemoveRow(tmprow);

			// This rebuilds the rows.
			appendParagraph(bview, cursor.row());
			updateCounters(bview);

			// the row may have changed, block, hfills etc.
			setCursor(bview, cursor.par(), cursor.pos(), false);
		}
	} else {
		// this is the code for a normal backspace, not pasting
		// any paragraphs
		setUndo(bview, Undo::DELETE,
			cursor.par(), cursor.par()->next());
		// We used to do cursorLeftIntern() here, but it is
		// not a good idea since it triggers the auto-delete
		// mechanism. So we do a cursorLeftIntern()-lite,
		// without the dreaded mechanism. (JMarc)
		setCursorIntern(bview, cursor.par(), cursor.pos()- 1,
				false, cursor.boundary());

		// some insets are undeletable here
		if (cursor.par()->isInset(cursor.pos())) {
			if (!cursor.par()->getInset(cursor.pos())->deletable())
				return;
			// force complete redo when erasing display insets
			// this is a cruel method but safe..... Matthias
			if (cursor.par()->getInset(cursor.pos())->display() ||
			    cursor.par()->getInset(cursor.pos())->needFullRow()) {
				cursor.par()->erase(cursor.pos());
				redoParagraph(bview);
				return;
			}
		}

		Row * row = cursor.row();
		int y = cursor.y() - row->baseline();
		pos_type z;
		// remember that a space at the end of a row doesnt count
		// when calculating the fill
		if (cursor.pos() < row->lastPos() ||
		    !cursor.par()->isLineSeparator(cursor.pos())) {
			row->fill(row->fill() + singleWidth(bview,
							    cursor.par(),
							    cursor.pos()));
		}

		// some special code when deleting a newline. This is similar
		// to the behavior when pasting paragraphs
		if (cursor.pos() && cursor.par()->isNewline(cursor.pos())) {
			cursor.par()->erase(cursor.pos());
			// refresh the positions
			Row * tmprow = row;
			while (tmprow->next() && tmprow->next()->par() == row->par()) {
				tmprow = tmprow->next();
				tmprow->pos(tmprow->pos() - 1);
			}
			if (cursor.par()->isLineSeparator(cursor.pos() - 1))
				cursor.pos(cursor.pos() - 1);

			if (cursor.pos() < cursor.par()->size()
			    && !cursor.par()->isSeparator(cursor.pos())) {
				cursor.par()->insertChar(cursor.pos(), ' ');
				setCharFont(bview->buffer(), cursor.par(),
					    cursor.pos(), current_font);
				// refresh the positions
				tmprow = row;
				while (tmprow->next() && tmprow->next()->par() == row->par()) {
					tmprow = tmprow->next();
					tmprow->pos(tmprow->pos() + 1);
				}
			}
		} else {
			cursor.par()->erase(cursor.pos());

			// refresh the positions
			Row * tmprow = row;
			while (tmprow->next()
			       && tmprow->next()->par() == row->par()) {
				tmprow = tmprow->next();
				tmprow->pos(tmprow->pos() - 1);
			}

			// delete newlines at the beginning of paragraphs
			while (!cursor.par()->empty() &&
			       cursor.par()->isNewline(cursor.pos()) &&
			       cursor.pos() == cursor.par()->beginningOfMainBody()) {
				cursor.par()->erase(cursor.pos());
				// refresh the positions
				tmprow = row;
				while (tmprow->next() &&
				       tmprow->next()->par() == row->par()) {
					tmprow = tmprow->next();
					tmprow->pos(tmprow->pos() - 1);
				}
			}
		}

		// is there a break one row above
		if (row->previous() && row->previous()->par() == row->par()) {
			z = nextBreakPoint(bview, row->previous(),
					   workWidth(bview));
			if (z >= row->pos()) {
				row->pos(z + 1);

				Row * tmprow = row->previous();

				// maybe the current row is now empty
				if (row->pos() >= row->par()->size()) {
					// remove it
					removeRow(row);
					need_break_row = 0;
				} else {
					breakAgainOneRow(bview, row);
					if (row->next() && row->next()->par() == row->par())
						need_break_row = row->next();
					else
						need_break_row = 0;
				}

				// set the dimensions of the row above
				y -= tmprow->height();
				tmprow->fill(fill(bview, tmprow,
						  workWidth(bview)));
				setHeightOfRow(bview, tmprow);

				refresh_y = y;
				refresh_row = tmprow;
				status(bview, LyXText::NEED_MORE_REFRESH);
				setCursor(bview, cursor.par(), cursor.pos(),
					  false, cursor.boundary());
				//current_font = rawtmpfont;
				//real_current_font = realtmpfont;
				// check, whether the last character's font has changed.
				if (rawparfont !=
				    cursor.par()->getFontSettings(bview->buffer()->params,
								  cursor.par()->size() - 1))
					redoHeightOfParagraph(bview, cursor);
				return;
			}
		}

		// break the cursor row again
		if (row->next() && row->next()->par() == row->par() &&
		    (row->lastPos() == row->par()->size() - 1 ||
		     nextBreakPoint(bview, row, workWidth(bview)) != row->lastPos())) {

			// it can happen that a paragraph loses one row
			// without a real breakup. This is when a word
			// is to long to be broken. Well, I don t care this
			// hack ;-)
			if (row->lastPos() == row->par()->size() - 1)
				removeRow(row->next());

			refresh_y = y;
			refresh_row = row;
			status(bview, LyXText::NEED_MORE_REFRESH);

			breakAgainOneRow(bview, row);
			// will the cursor be in another row now?
			if (row->next() && row->next()->par() == row->par() &&
			    row->lastPos() <= cursor.pos()) {
				row = row->next();
				breakAgainOneRow(bview, row);
			}

			setCursor(bview, cursor.par(), cursor.pos(), false, cursor.boundary());

			if (row->next() && row->next()->par() == row->par())
				need_break_row = row->next();
			else
				need_break_row = 0;
		} else  {
			// set the dimensions of the row
			row->fill(fill(bview, row, workWidth(bview)));
			int const tmpheight = row->height();
			setHeightOfRow(bview, row);
			if (tmpheight == row->height())
				status(bview, LyXText::NEED_VERY_LITTLE_REFRESH);
			else
				status(bview, LyXText::NEED_MORE_REFRESH);
			refresh_y = y;
			refresh_row = row;
			setCursor(bview, cursor.par(), cursor.pos(), false, cursor.boundary());
		}
	}

	// current_font = rawtmpfont;
	// real_current_font = realtmpfont;

	if (isBoundary(bview->buffer(), cursor.par(), cursor.pos())
	    != cursor.boundary())
		setCursor(bview, cursor.par(), cursor.pos(), false,
			  !cursor.boundary());

	lastpos = cursor.par()->size();
	if (cursor.pos() == lastpos)
		setCurrentFont(bview);

	// check, whether the last characters font has changed.
	if (rawparfont !=
	    cursor.par()->getFontSettings(bview->buffer()->params, lastpos - 1)) {
		redoHeightOfParagraph(bview, cursor);
	} else {
		// now the special right address boxes
		if (cursor.par()->layout()->margintype
		    == MARGIN_RIGHT_ADDRESS_BOX) {
			redoDrawingOfParagraph(bview, cursor);
		}
	}
}


bool LyXText::paintRowBackground(DrawRowParams & p)
{
	bool clear_area = true;
	Inset * inset = 0;
	LyXFont font(LyXFont::ALL_SANE);

	pos_type const last = p.row->lastPrintablePos();

	if (!p.bv->screen().forceClear() && last == p.row->pos()
		&& p.row->par()->isInset(p.row->pos())) {
		inset = p.row->par()->getInset(p.row->pos());
		if (inset) {
			clear_area = inset->doClearArea();
		}
	}

	if (p.cleared) {
		return true;
	}

	if (clear_area) {
		int const x = p.xo;
		int const y = p.yo < 0 ? 0 : p.yo;
		int const h = p.yo < 0 ? p.row->height() + p.yo : p.row->height();
		p.pain->fillRectangle(x, y, p.width, h, backgroundColor());
		return true;
	}

	if (inset == 0)
		return false;

	int h = p.row->baseline() - inset->ascent(p.bv, font);

	// first clear the whole row above the inset!
	if (h > 0) {
		p.pain->fillRectangle(p.xo, p.yo, p.width, h, backgroundColor());
	}

	// clear the space below the inset!
	h += inset->ascent(p.bv, font) + inset->descent(p.bv, font);
	if ((p.row->height() - h) > 0) {
		p.pain->fillRectangle(p.xo, p.yo + h,
			p.width, p.row->height() - h, backgroundColor());
	}

	// clear the space behind the inset, if needed
	if (!inset->display() && !inset->needFullRow()) {
		int const xp = int(p.x) + inset->width(p.bv, font);
		if (p.width - xp > 0) {
			p.pain->fillRectangle(xp, p.yo, p.width - xp,
				p.row->height(), backgroundColor());
		}
	}

	return false;
}


void LyXText::paintRowSelection(DrawRowParams & p)
{
	bool const is_rtl = p.row->par()->isRightToLeftPar(p.bv->buffer()->params);

	// the current selection
	int const startx = selection.start.x();
	int const endx = selection.end.x();
	int const starty = selection.start.y();
	int const endy = selection.end.y();
	Row const * startrow = selection.start.row();
	Row const * endrow = selection.end.row();

	Row * row = p.row;

	if (bidi_same_direction) {
		int x;
		int y = p.yo;
		int w;
		int h = row->height();

		if (startrow == row && endrow == row) {
			if (startx < endx) {
				x = p.xo + startx;
				w = endx - startx;
				p.pain->fillRectangle(x, y, w, h, LColor::selection);
			} else {
				x = p.xo + endx;
				w = startx - endx;
				p.pain->fillRectangle(x, y, w, h, LColor::selection);
			}
		} else if (startrow == row) {
			int const x = (is_rtl) ? p.xo : (p.xo + startx);
			int const w = (is_rtl) ? startx : (p.width - startx);
			p.pain->fillRectangle(x, y, w, h, LColor::selection);
		} else if (endrow == row) {
			int const x = (is_rtl) ? (p.xo + endx) : p.xo;
			int const w = (is_rtl) ? (p.width - endx) : endx;
			p.pain->fillRectangle(x, y, w, h, LColor::selection);
		} else if (p.y > starty && p.y < endy) {
			p.pain->fillRectangle(p.xo, y, p.width, h, LColor::selection);
		}
		return;
	} else if (startrow != row && endrow != row) {
		if (p.y > starty && p.y < endy) {
			int w = p.width;
			int h = row->height();
			p.pain->fillRectangle(p.xo, p.yo, w, h, LColor::selection);
		}
		return;
	}

	if ((startrow != row && !is_rtl) || (endrow != row && is_rtl))
		p.pain->fillRectangle(p.xo, p.yo, int(p.x), row->height(), LColor::selection);

	Buffer const * buffer = p.bv->buffer();
	Paragraph * par = row->par();
	pos_type const main_body = par->beginningOfMainBody();
	pos_type const last = row->lastPrintablePos();
	float tmpx = p.x;

	for (pos_type vpos = row->pos(); vpos <= last; ++vpos)  {
		pos_type pos = vis2log(vpos);
		float const old_tmpx = tmpx;
		if (main_body > 0 && pos == main_body - 1) {
			LyXLayout_ptr const & layout = par->layout();
			LyXFont const lfont = getLabelFont(buffer, par);

			tmpx += p.label_hfill + font_metrics::width(layout->labelsep, lfont);

			if (par->isLineSeparator(main_body - 1))
				tmpx -= singleWidth(p.bv, par, main_body - 1);
		}

		if (row->hfillExpansion(pos)) {
			tmpx += singleWidth(p.bv, par, pos);
			if (pos >= main_body)
				tmpx += p.hfill;
			else
				tmpx += p.label_hfill;
		}

		else if (par->isSeparator(pos)) {
			tmpx += singleWidth(p.bv, par, pos);
			if (pos >= main_body)
				tmpx += p.separator;
		} else {
			tmpx += singleWidth(p.bv, par, pos);
		}

		if ((startrow != row || selection.start.pos() <= pos) &&
			(endrow != row || pos < selection.end.pos())) {
			// Here we do not use p.x as p.xo was added to p.x.
			p.pain->fillRectangle(int(old_tmpx), p.yo,
				int(tmpx - old_tmpx + 1),
				row->height(), LColor::selection);
		}
	}

	if ((startrow != row && is_rtl) || (endrow != row && !is_rtl)) {
		p.pain->fillRectangle(p.xo + int(tmpx),
				      p.yo, int(p.bv->workWidth() - tmpx),
				      row->height(), LColor::selection);
	}
}


void LyXText::paintChangeBar(DrawRowParams & p)
{
	pos_type const start = p.row->pos();
	pos_type const end = p.row->lastPrintablePos();

	if (!p.row->par()->isChanged(start, end)) 
		return;
 
	int const height = (p.row->next()
		? p.row->height() + p.row->next()->top_of_text() 
		: p.row->baseline());
 
	p.pain->fillRectangle(4, p.yo, 5,
		height, LColor::changebar); 
}

 
void LyXText::paintRowAppendix(DrawRowParams & p)
{
	// FIXME: can be just p.width ?
	int const ww = p.bv->workWidth();
	Paragraph * firstpar = p.row->par();

	if (firstpar->params().appendix()) {
		p.pain->line(1, p.yo, 1, p.yo + p.row->height(), LColor::appendixline);
		p.pain->line(ww - 2, p.yo, ww - 2, p.yo + p.row->height(), LColor::appendixline);
	}
}


void LyXText::paintRowDepthBar(DrawRowParams & p)
{
	Paragraph::depth_type const depth = p.row->par()->getDepth();

	if (depth <= 0)
		return;

	Paragraph::depth_type prev_depth = 0;
	if (p.row->previous())
		prev_depth = p.row->previous()->par()->getDepth();
	Paragraph::depth_type next_depth = 0;
	if (p.row->next())
		next_depth = p.row->next()->par()->getDepth();

	for (Paragraph::depth_type i = 1; i <= depth; ++i) {
		int x = (PAPER_MARGIN / 5) * i + p.xo;
		// only consider the changebar space if we're drawing outer left
		if (!p.xo)
			x += CHANGEBAR_MARGIN;
		int const h = p.yo + p.row->height() - 1 - (i - next_depth - 1) * 3;

		p.pain->line(x, p.yo, x, h, LColor::depthbar);

		int const w = PAPER_MARGIN / 5;

		if (i > prev_depth) {
			p.pain->fillRectangle(x, p.yo, w, 2, LColor::depthbar);
		}
		if (i > next_depth) {
			p.pain->fillRectangle(x, h, w, 2, LColor::depthbar);
		}
	}
}


int LyXText::getLengthMarkerHeight(BufferView * bv, VSpace const & vsp) const
{
	if (vsp.kind() == VSpace::NONE)
		return 0;

	int const arrow_size = 4;
	int const space_size = int(vsp.inPixels(bv));

	LyXFont font;
	font.decSize();
	int const min_size = max(3 * arrow_size,
				      font_metrics::maxAscent(font)
				      + font_metrics::maxDescent(font));

	if (vsp.length().len().value() < 0.0)
		return min_size;
	else
		return max(min_size, space_size);
}


int LyXText::drawLengthMarker(DrawRowParams & p, string const & prefix,
			      VSpace const & vsp, int start)
{
	if (vsp.kind() == VSpace::NONE)
		return 0;

	int const arrow_size = 4;
	int const size = getLengthMarkerHeight(p.bv, vsp);
	int const end = start + size;

	// the label to display (if any)
	string str;
	// y-values for top arrow
	int ty1, ty2;
	// y-values for bottom arrow
	int by1, by2;

	str = prefix + " (" + vsp.asLyXCommand() + ")";

	if (vsp.kind() == VSpace::VFILL ) {
		ty1 = ty2 = start;
		by1 = by2 = end;
	} else {
		// adding or removing space
		bool const added = vsp.kind() != VSpace::LENGTH ||
		                   vsp.length().len().value() > 0.0;
		ty1 = added ? (start + arrow_size) : start;
		ty2 = added ? start : (start + arrow_size);
		by1 = added ? (end - arrow_size) : end;
		by2 = added ? end : (end - arrow_size);
	}

	int const leftx = p.xo + leftMargin(p.bv, p.row);
	int const midx = leftx + arrow_size;
	int const rightx = midx + arrow_size;

	// first the string
	int w = 0;
	int a = 0;
	int d = 0;

	LyXFont font;
	font.setColor(LColor::added_space).decSize().decSize();
	font_metrics::rectText(str, font, w, a, d);

	p.pain->rectText(leftx + 2 * arrow_size + 5,
			 start + ((end - start) / 2) + d,
			 str, font);

	// top arrow
	p.pain->line(leftx, ty1, midx, ty2, LColor::added_space);
	p.pain->line(midx, ty2, rightx, ty1, LColor::added_space);

	// bottom arrow
	p.pain->line(leftx, by1, midx, by2, LColor::added_space);
	p.pain->line(midx, by2, rightx, by1, LColor::added_space);

	// joining line
	p.pain->line(midx, ty2, midx, by2, LColor::added_space);

	return size;
}


int LyXText::paintPageBreak(string const & label, int y, DrawRowParams & p)
{
	LyXFont pb_font;
	pb_font.setColor(LColor::pagebreak).decSize();

	int w = 0;
	int a = 0;
	int d = 0;
	font_metrics::rectText(label, pb_font, w, a, d);

	int const text_start = p.xo + ((p.width - w) / 2);
	int const text_end = text_start + w;

	p.pain->rectText(text_start, y + d, label, pb_font);

	p.pain->line(p.xo, y, text_start, y,
		LColor::pagebreak, Painter::line_onoffdash);
	p.pain->line(text_end, y, p.xo + p.width, y,
		LColor::pagebreak, Painter::line_onoffdash);

	return 3 * defaultRowHeight();
}


void LyXText::paintFirstRow(DrawRowParams & p)
{
	Paragraph * par = p.row->par();
	ParagraphParameters const & parparams = par->params();

	// start of appendix?
	if (parparams.startOfAppendix()) {
		p.pain->line(1, p.yo, p.width - 2, p.yo, LColor::appendixline);
	}

	int y_top = 0;

	// the top margin
	if (!p.row->previous() && isTopLevel())
		y_top += PAPER_MARGIN;

	// draw a top pagebreak
	if (parparams.pagebreakTop()) {
		y_top += paintPageBreak(_("Page Break (top)"),
			p.yo + y_top + 2 * defaultRowHeight(), p);
	}

	// draw the additional space if needed:
	y_top += drawLengthMarker(p, _("Space above"),
				  parparams.spaceTop(), p.yo + y_top);

	Buffer const * buffer = p.bv->buffer();

	LyXLayout_ptr const & layout = par->layout();

	// think about the parskip
	// some parskips VERY EASY IMPLEMENTATION
	if (buffer->params.paragraph_separation == BufferParams::PARSEP_SKIP) {
		if (par->previous()) {
			if (layout->latextype == LATEX_PARAGRAPH
				&& !par->getDepth()) {
				y_top += buffer->params.getDefSkip().inPixels(p.bv);
			} else {
				LyXLayout_ptr const & playout =
					par->previous()->layout();
				if (playout->latextype == LATEX_PARAGRAPH
					&& !par->previous()->getDepth()) {
					// is it right to use defskip here, too? (AS)
					y_top += buffer->params.getDefSkip().inPixels(p.bv);
				}
			}
		}
	}

	int const ww = p.bv->workWidth();

	// draw a top line
	if (parparams.lineTop()) {
		LyXFont font(LyXFont::ALL_SANE);
		int const asc = font_metrics::ascent('x', getFont(buffer, par, 0));

		y_top += asc;

		int const w = (inset_owner ?  inset_owner->width(p.bv, font) : ww);
		int const xp = static_cast<int>(inset_owner ? p.xo : 0);
		p.pain->line(xp, p.yo + y_top, xp + w, p.yo + y_top,
			LColor::topline, Painter::line_solid,
			Painter::line_thick);

		y_top += asc;
	}

	bool const is_rtl = p.row->par()->isRightToLeftPar(p.bv->buffer()->params);

	// should we print a label?
	if (layout->labeltype >= LABEL_STATIC
	    && (layout->labeltype != LABEL_STATIC
		|| layout->latextype != LATEX_ENVIRONMENT
		|| par->isFirstInSequence())) {

		LyXFont font = getLabelFont(buffer, par);
		if (!par->getLabelstring().empty()) {
			float x = p.x;
			string const str = par->getLabelstring();

			// this is special code for the chapter layout. This is
			// printed in an extra row and has a pagebreak at
			// the top.
			if (layout->labeltype == LABEL_COUNTER_CHAPTER) {
				if (buffer->params.secnumdepth >= 0) {
					float spacing_val = 1.0;
					if (!parparams.spacing().isDefault()) {
						spacing_val = parparams.spacing().getValue();
					} else {
						spacing_val = buffer->params.spacing.getValue();
					}

					int const maxdesc =
						int(font_metrics::maxDescent(font) * layout->spacing.getValue() * spacing_val)
						+ int(layout->parsep) * defaultRowHeight();

					if (is_rtl) {
						x = ww - leftMargin(p.bv, p.row) -
							font_metrics::width(str, font);
					}

					p.pain->text(int(x),
						p.yo + p.row->baseline() -
						p.row->ascent_of_text() - maxdesc,
						str, font);
				}
			} else {
				if (is_rtl) {
					x = ww - leftMargin(p.bv, p.row)
						+ font_metrics::width(layout->labelsep, font);
				} else {
					x = p.x - font_metrics::width(layout->labelsep, font)
						- font_metrics::width(str, font);
				}

				p.pain->text(int(x), p.yo + p.row->baseline(), str, font);
			}
		}
	// the labels at the top of an environment.
	// More or less for bibliography
	} else if (par->isFirstInSequence() &&
		(layout->labeltype == LABEL_TOP_ENVIRONMENT ||
		layout->labeltype == LABEL_BIBLIO ||
		layout->labeltype == LABEL_CENTERED_TOP_ENVIRONMENT)) {
		LyXFont font = getLabelFont(buffer, par);
		if (!par->getLabelstring().empty()) {
			string const str = par->getLabelstring();
			float spacing_val = 1.0;
			if (!parparams.spacing().isDefault()) {
				spacing_val = parparams.spacing().getValue();
			} else {
				spacing_val = buffer->params.spacing.getValue();
			}

			int maxdesc =
				int(font_metrics::maxDescent(font) * layout->spacing.getValue() * spacing_val
				+ (layout->labelbottomsep * defaultRowHeight()));

			float x = p.x;
			if (layout->labeltype == LABEL_CENTERED_TOP_ENVIRONMENT) {
				x = ((is_rtl ? leftMargin(p.bv, p.row) : p.x)
					 + ww - rightMargin(buffer, p.row)) / 2;
				x -= font_metrics::width(str, font) / 2;
			} else if (is_rtl) {
				x = ww - leftMargin(p.bv, p.row) -
					font_metrics::width(str, font);
			}
			p.pain->text(int(x), p.yo + p.row->baseline()
				  - p.row->ascent_of_text() - maxdesc,
				  str, font);
		}
	}

	if (layout->labeltype == LABEL_BIBLIO && par->bibkey) {
		LyXFont font = getLayoutFont(buffer, par);
		float x;
		if (is_rtl) {
			x = ww - leftMargin(p.bv, p.row)
				+ font_metrics::width(layout->labelsep, font);
		} else {
			x = p.x - font_metrics::width(layout->labelsep, font)
				- par->bibkey->width(p.bv, font);
		}
		par->bibkey->draw(p.bv, font, p.yo + p.row->baseline(), x, p.cleared);
	}
}


void LyXText::paintLastRow(DrawRowParams & p)
{
	Paragraph * par = p.row->par();
	ParagraphParameters const & parparams = par->params();
	int y_bottom = p.row->height() - 1;

	// the bottom margin
	if (!p.row->next() && isTopLevel())
		y_bottom -= PAPER_MARGIN;

	int const ww = p.bv->workWidth();

	// draw a bottom pagebreak
	if (parparams.pagebreakBottom()) {
		y_bottom -= paintPageBreak(_("Page Break (bottom)"),
			p.yo + y_bottom - 2 * defaultRowHeight(), p);
	}

	// draw the additional space if needed:
	int const height =  getLengthMarkerHeight(p.bv,
						  parparams.spaceBottom());
	y_bottom -= drawLengthMarker(p, _("Space below"),
				     parparams.spaceBottom(),
				     p.yo + y_bottom - height);

	Buffer const * buffer = p.bv->buffer();

	// draw a bottom line
	if (parparams.lineBottom()) {
		LyXFont font(LyXFont::ALL_SANE);
		int const asc = font_metrics::ascent('x',
			getFont(buffer, par,
			max(pos_type(0), par->size() - 1)));

		y_bottom -= asc;

		int const w = (inset_owner ?  inset_owner->width(p.bv, font) : ww);
		int const xp = static_cast<int>(inset_owner ? p.xo : 0);
		int const y = p.yo + y_bottom;
		p.pain->line(xp, y, xp + w, y, LColor::topline, Painter::line_solid,
			  Painter::line_thick);

		y_bottom -= asc;
	}

	bool const is_rtl = p.row->par()->isRightToLeftPar(p.bv->buffer()->params);
	int const endlabel = par->getEndLabel();

	// draw an endlabel
	switch (endlabel) {
	case END_LABEL_BOX:
	case END_LABEL_FILLED_BOX:
	{
		LyXFont const font = getLabelFont(buffer, par);
		int const size = int(0.75 * font_metrics::maxAscent(font));
		int const y = (p.yo + p.row->baseline()) - size;
		int x = is_rtl ? LEFT_MARGIN : ww - PAPER_MARGIN - size;

		if (p.row->fill() <= size)
			x += (size - p.row->fill() + 1) * (is_rtl ? -1 : 1);

		if (endlabel == END_LABEL_BOX) {
			p.pain->rectangle(x, y, size, size, LColor::eolmarker);
		} else {
			p.pain->fillRectangle(x, y, size, size,
					      LColor::eolmarker);
		}
		break;
	}
	case END_LABEL_STATIC:
	{
#if 0
		LyXFont font(LyXFont::ALL_SANE);
		font = getLabelFont(buffer, par);
#else
		LyXFont font = getLabelFont(buffer, par);
#endif
		string const & str = par->layout()->endlabelstring();
		int const x = is_rtl ?
			int(p.x) - font_metrics::width(str, font)
			: ww - rightMargin(buffer, p.row) - p.row->fill();
		p.pain->text(x, p.yo + p.row->baseline(), str, font);
		break;
	}
	case END_LABEL_NO_LABEL:
		break;
	}
}


void LyXText::paintRowText(DrawRowParams & p)
{
	Paragraph * par = p.row->par();
	Buffer const * buffer = p.bv->buffer();

	pos_type const last = p.row->lastPrintablePos();
	pos_type main_body = par->beginningOfMainBody();
	if (main_body > 0 &&
		(main_body - 1 > last ||
		!par->isLineSeparator(main_body - 1))) {
		main_body = 0;
	}

	LyXLayout_ptr const & layout = par->layout();

	bool running_strikeout = false;
	bool is_struckout = false;
	float last_strikeout_x = 0.0;
 
	pos_type vpos = p.row->pos();
	while (vpos <= last) {
		if (p.x > p.bv->workWidth())
			break;
		pos_type pos = vis2log(vpos);
 
		if (p.x + singleWidth(p.bv, par, pos) < 0) {
			p.x += singleWidth(p.bv, par, pos);
			++vpos;
			continue;
		}
 
		is_struckout = isDeletedText(par, pos);

		if (is_struckout && !running_strikeout) {
			running_strikeout = true;
			last_strikeout_x = p.x;
		}
 
		bool const highly_editable_inset = par->isInset(pos)
			&& isHighlyEditableInset(par->getInset(pos));

		// if we reach the end of a struck out range, paint it
		// we also don't paint across things like tables
		if (running_strikeout && (highly_editable_inset || !is_struckout)) {
			int const middle = p.yo + p.row->top_of_text()
				+ ((p.row->baseline() - p.row->top_of_text()) / 2);
			p.pain->line(int(last_strikeout_x), middle, int(p.x), middle,
				LColor::strikeout, Painter::line_solid, Painter::line_thin);
			running_strikeout = false;
		}
 
		if (main_body > 0 && pos == main_body - 1) {
			int const lwidth = font_metrics::width(layout->labelsep,
				getLabelFont(buffer, par));

			p.x += p.label_hfill + lwidth
				- singleWidth(p.bv, par, main_body - 1);
		}

		if (par->isHfill(pos)) {
			p.x += 1;

			int const y0 = p.yo + p.row->baseline();
			int const y1 = y0 - defaultRowHeight() / 2;

			p.pain->line(int(p.x), y1, int(p.x), y0,
				     LColor::added_space);

			if (p.row->hfillExpansion(pos)) {
				int const y2 = (y0 + y1) / 2;

				if (pos >= main_body) {
					p.pain->line(int(p.x), y2,
						  int(p.x + p.hfill), y2,
						  LColor::added_space,
						  Painter::line_onoffdash);
					p.x += p.hfill;
				} else {
					p.pain->line(int(p.x), y2,
						  int(p.x + p.label_hfill), y2,
						  LColor::added_space,
						  Painter::line_onoffdash);
					p.x += p.label_hfill;
				}
				p.pain->line(int(p.x), y1,
					     int(p.x), y0,
					     LColor::added_space);
			}
			p.x += 2;
			++vpos;
		} else if (par->isSeparator(pos)) {
			p.x += singleWidth(p.bv, par, pos);
			if (pos >= main_body)
				p.x += p.separator;
			++vpos;
		} else {
			if (!draw(p, vpos))
				break;
		}
	}
 
	// if we reach the end of a struck out range, paint it
	if (running_strikeout) {
		int const middle = p.yo + p.row->top_of_text()
			+ ((p.row->baseline() - p.row->top_of_text()) / 2);
		p.pain->line(int(last_strikeout_x), middle, int(p.x), middle,
			LColor::strikeout, Painter::line_solid, Painter::line_thin);
		running_strikeout = false;
	}
}


void LyXText::getVisibleRow(BufferView * bv, int y_offset, int x_offset,
			    Row * row, int y, bool cleared)
{
	if (row->height() <= 0) {
		lyxerr << "LYX_ERROR: row.height: "
		       << row->height() << endl;
		return;
	}

	DrawRowParams p;

	// set up drawing parameters
	p.bv = bv;
	p.pain = &bv->painter();
	p.row = row;
	p.xo = x_offset;
	p.yo = y_offset;
	prepareToPrint(bv, row, p.x, p.separator, p.hfill, p.label_hfill);
	if (inset_owner && (p.x < 0))
		p.x = 0;
	p.x += p.xo;
	p.y = y;
	p.width = inset_owner ? inset_owner->textWidth(bv, true) : bv->workWidth();
	p.cleared = cleared;

	// start painting

	// clear to background if necessary
	p.cleared = paintRowBackground(p);

	// paint the selection background
	if (selection.set()) {
		paintRowSelection(p);
	}

	// vertical lines for appendix
	paintRowAppendix(p);

	// environment depth brackets
	paintRowDepthBar(p);

	// changebar
	paintChangeBar(p);
 
	// draw any stuff wanted for a first row of a paragraph
	if (!row->pos()) {
		paintFirstRow(p);
	}

	// draw any stuff wanted for the last row of a paragraph
	if (!row->next() || (row->next()->par() != row->par())) {
		paintLastRow(p);
	}

	// paint text
	paintRowText(p);
}


// returns the column near the specified x-coordinate of the row
// x is set to the real beginning of this column
pos_type
LyXText::getColumnNearX(BufferView * bview, Row * row, int & x,
			bool & boundary) const
{
	float tmpx = 0.0;
	float fill_separator;
	float fill_hfill;
	float fill_label_hfill;

	prepareToPrint(bview, row, tmpx, fill_separator,
		       fill_hfill, fill_label_hfill);

	pos_type vc = row->pos();
	pos_type last = row->lastPrintablePos();
	pos_type c = 0;

	LyXLayout_ptr const & layout = row->par()->layout();

	bool left_side = false;

	pos_type main_body = row->par()->beginningOfMainBody();
	float last_tmpx = tmpx;

	if (main_body > 0 &&
	    (main_body - 1 > last ||
	     !row->par()->isLineSeparator(main_body - 1)))
		main_body = 0;

	// check for empty row
	if (!row->par()->size()) {
		x = int(tmpx);
		return 0;
	}
 
	while (vc <= last && tmpx <= x) {
		c = vis2log(vc);
		last_tmpx = tmpx;
		if (main_body > 0 && c == main_body-1) {
			tmpx += fill_label_hfill +
				font_metrics::width(layout->labelsep,
					       getLabelFont(bview->buffer(), row->par()));
			if (row->par()->isLineSeparator(main_body - 1))
				tmpx -= singleWidth(bview, row->par(), main_body-1);
		}

		if (row->hfillExpansion(c)) {
			tmpx += singleWidth(bview, row->par(), c);
			if (c >= main_body)
				tmpx += fill_hfill;
			else
				tmpx += fill_label_hfill;
		} else if (row->par()->isSeparator(c)) {
			tmpx += singleWidth(bview, row->par(), c);
			if (c >= main_body)
				tmpx+= fill_separator;
		} else {
			tmpx += singleWidth(bview, row->par(), c);
		}
		++vc;
	}

	if ((tmpx + last_tmpx) / 2 > x) {
		tmpx = last_tmpx;
		left_side = true;
	}

	if (vc > last + 1)  // This shouldn't happen.
		vc = last + 1;

	boundary = false;
	bool const lastrow = lyxrc.rtl_support // This is not needed, but gives
					 // some speedup if rtl_support=false
		&& (!row->next() || row->next()->par() != row->par());
	bool const rtl = (lastrow)
		? row->par()->isRightToLeftPar(bview->buffer()->params)
		: false; // If lastrow is false, we don't need to compute
			 // the value of rtl.

	if (lastrow &&
		 ((rtl &&  left_side && vc == row->pos() && x < tmpx - 5) ||
		   (!rtl && !left_side && vc == last + 1   && x > tmpx + 5)))
		c = last + 1;
	else if (vc == row->pos()) {
		c = vis2log(vc);
		if (bidi_level(c) % 2 == 1)
			++c;
	} else {
		c = vis2log(vc - 1);
		bool const rtl = (bidi_level(c) % 2 == 1);
		if (left_side == rtl) {
			++c;
			boundary = isBoundary(bview->buffer(), row->par(), c);
		}
	}

	if (row->pos() <= last && c > last
	    && row->par()->isNewline(last)) {
		if (bidi_level(last) % 2 == 0)
			tmpx -= singleWidth(bview, row->par(), last);
		else
			tmpx += singleWidth(bview, row->par(), last);
		c = last;
	}

	c -= row->pos();
	x = int(tmpx);
	return c;
}


// returns pointer to a specified row
Row * LyXText::getRow(Paragraph * par, pos_type pos, int & y) const
{
	if (!firstrow)
		return 0;

	Row * tmprow = firstrow;
	y = 0;

	// find the first row of the specified paragraph
	while (tmprow->next() && tmprow->par() != par) {
		y += tmprow->height();
		tmprow = tmprow->next();
	}

	// now find the wanted row
	while (tmprow->pos() < pos
	       && tmprow->next()
	       && tmprow->next()->par() == par
	       && tmprow->next()->pos() <= pos) {
		y += tmprow->height();
		tmprow = tmprow->next();
	}

	return tmprow;
}


Row * LyXText::getRowNearY(int & y) const
{
#if 1
	// If possible we should optimize this method. (Lgb)
	Row * tmprow = firstrow;
	int tmpy = 0;

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

	y = tmpy;   // return the real y

	//lyxerr << "returned y = " << y << endl;

	return tmprow;
#else
	// Search from the current cursor position.

	Row * tmprow = cursor.row();
	int tmpy = cursor.y() - tmprow->baseline();

	lyxerr << "cursor.y() = " << tmpy << endl;
	lyxerr << "tmprow->height() = " << tmprow->height() << endl;
	lyxerr << "tmprow->baseline() = " << tmprow->baseline() << endl;
	lyxerr << "first = " << first << endl;
	lyxerr << "y = " << y << endl;

	if (y < tmpy) {
		lyxerr << "up" << endl;
		do {
			tmpy -= tmprow->height();
			tmprow = tmprow->previous();
		} while (tmprow && tmpy - tmprow->height() >= y);
	} else if (y > tmpy) {
		lyxerr << "down" << endl;

		while (tmprow->next() && tmpy + tmprow->height() <= y) {
			tmpy += tmprow->height();
			tmprow = tmprow->next();
		}
	} else {
		lyxerr << "equal" << endl;
	}

	y = tmpy; // return the real y

	lyxerr << "returned y = " << y << endl;

	return tmprow;

#endif
}


int LyXText::getDepth() const
{
	return cursor.par()->getDepth();
}