Rename private q* headers into equivalent tq*

Signed-off-by: Michele Calgaro <michele.calgaro@yahoo.it>

1 files changed, 1591 insertions, 0 deletions

diff --git a/src/xml/tqsvgdevice.cpp b/src/xml/tqsvgdevice.cpp
new file mode 100644
index 000000000..1b92d8d6e
--- /dev/null
+++ b/src/xml/tqsvgdevice.cpp
@@ -0,0 +1,1591 @@
+/****************************************************************************
+**
+** Implementation of the TQSvgDevice class
+**
+** Copyright (C) 2000-2008 Trolltech ASA.  All rights reserved.
+**
+** This file is part of the xml module of the TQt GUI Toolkit.
+**
+** This file may be used under the terms of the GNU General
+** Public License versions 2.0 or 3.0 as published by the Free
+** Software Foundation and appearing in the files LICENSE.GPL2
+** and LICENSE.GPL3 included in the packaging of this file.
+** Alternatively you may (at your option) use any later version
+** of the GNU General Public License if such license has been
+** publicly approved by Trolltech ASA (or its successors, if any)
+** and the KDE Free TQt Foundation.
+**
+** Please review the following information to ensure GNU General
+** Public Licensing requirements will be met:
+** http://trolltech.com/products/qt/licenses/licensing/opensource/.
+** If you are unsure which license is appropriate for your use, please
+** review the following information:
+** http://trolltech.com/products/qt/licenses/licensing/licensingoverview
+** or contact the sales department at sales@trolltech.com.
+**
+** This file may be used under the terms of the Q Public License as
+** defined by Trolltech ASA and appearing in the file LICENSE.TQPL
+** included in the packaging of this file.  Licensees holding valid TQt
+** Commercial licenses may use this file in accordance with the TQt
+** Commercial License Agreement provided with the Software.
+**
+** This file is provided "AS IS" with NO WARRANTY OF ANY KIND,
+** INCLUDING THE WARRANTIES OF DESIGN, MERCHANTABILITY AND FITNESS FOR
+** A PARTICULAR PURPOSE. Trolltech reserves all rights not granted
+** herein.
+**
+*****************************************************************************/
+
+#include <private/tqsvgdevice_p.h>
+
+#ifndef TQT_NO_SVG
+
+#include "tqpainter.h"
+#include "tqpaintdevicemetrics.h"
+#include "tqfile.h"
+#include "tqmap.h"
+#include "tqregexp.h"
+#include "tqvaluelist.h"
+#include "tqtextstream.h"
+#include "tqimage.h"
+#include "tqpixmap.h"
+
+#include <math.h>
+
+const double deg2rad = 0.017453292519943295769;	// pi/180
+const char piData[] = "version=\"1.0\" standalone=\"no\"";
+const char publicId[] = "-//W3C//DTD SVG 20001102//EN";
+const char systemId[] = "http://www.w3.org/TR/2000/CR-SVG-20001102/DTD/svg-20001102.dtd";
+
+struct TQM_EXPORT_SVG ImgElement {
+    TQDomElement element;
+    TQImage image;
+    TQ_DUMMY_COMPARISON_OPERATOR( ImgElement )
+};
+
+struct TQM_EXPORT_SVG PixElement {
+    TQDomElement element;
+    TQPixmap pixmap;
+    TQ_DUMMY_COMPARISON_OPERATOR( PixElement )
+};
+
+struct TQSvgDeviceState {
+    int textx, texty;			// current text position
+    int textalign;			// text alignment
+    TQ_DUMMY_COMPARISON_OPERATOR( TQSvgDeviceState )
+};
+
+typedef TQValueList<ImgElement> ImageList;
+typedef TQValueList<PixElement> PixmapList;
+typedef TQValueList<TQSvgDeviceState> StateList;
+
+class TQSvgDevicePrivate {
+public:
+    ImageList images;
+    PixmapList pixmaps;
+    StateList stack;
+    int currentClip;
+
+    uint justRestored : 1;
+
+    TQMap<TQString, TQRegion> clipPathTable;
+};
+
+enum ElementType {
+    InvalidElement = 0,
+    AnchorElement,
+    CircleElement,
+    ClipElement,
+    CommentElement,
+    DescElement,
+    EllipseElement,
+    GroupElement,
+    ImageElement,
+    LineElement,
+    PolylineElement,
+    PolygonElement,
+    PathElement,
+    RectElement,
+    SvgElement,
+    TextElement,
+    TitleElement,
+    TSpanElement
+};
+
+typedef TQMap<TQString,ElementType> TQSvgTypeMap;
+static TQSvgTypeMap *qSvgTypeMap=0; // element types
+static TQMap<TQString,TQString> *qSvgColMap=0; // recognized color keyword names
+
+/*!
+    \class TQSvgDevice tqsvgdevice.h
+    \brief The TQSvgDevice class provides a paint device for SVG vector graphics.
+\if defined(commercial)
+    It is part of the <a href="commercialeditions.html">TQt Enterprise Edition</a>.
+\endif
+
+    \ingroup xml-tools
+    \module XML
+    \internal
+
+    SVG is an XML vector graphics format. This class supports the
+    loading and saving of SVG files with load() and save(), and the
+    rendering of an SVG onto a TQPainter using play(). Use toString()
+    to put the SVG into a string.
+
+    \sa TQPaintDevice TQPainter
+*/
+
+/*!
+    Creates a TQSvgDevice object.
+*/
+
+TQSvgDevice::TQSvgDevice()
+    : TQPaintDevice( TQInternal::ExternalDevice ),
+      pt( 0 )
+{
+    d = new TQSvgDevicePrivate;
+    d->currentClip = 0;
+    d->justRestored = FALSE;
+}
+
+/*!
+    Destroys the TQSvgDevice object and frees the resources it used.
+*/
+
+TQSvgDevice::~TQSvgDevice()
+{
+    delete qSvgTypeMap; qSvgTypeMap = 0;	// static
+    delete qSvgColMap; qSvgColMap = 0;
+    delete d;
+}
+
+/*!
+    Loads and parses a SVG from \a dev into the device. Returns TRUE
+    on success (i.e. loaded and parsed without error); otherwise
+    returns FALSE.
+*/
+
+bool TQSvgDevice::load( TQIODevice *dev )
+{
+    return doc.setContent( dev );
+}
+
+/*!
+    Renders (replays) the SVG on the \a painter and returns TRUE if
+    successful (i.e. it is a valid SVG); otherwise returns FALSE.
+*/
+
+bool TQSvgDevice::play( TQPainter *painter )
+{
+    if ( !painter ) {
+#if defined(QT_CHECK_RANGE)
+	Q_ASSERT( painter );
+#endif
+	return FALSE;
+    }
+    pt = painter;
+    pt->setPen( TQt::NoPen ); // SVG default pen and brush
+    pt->setBrush( TQt::black );
+    if ( doc.isNull() ) {
+	tqWarning( "TQSvgDevice::play: No SVG data set." );
+	return FALSE;
+    }
+
+    TQDomNode svg = doc.namedItem( "svg" );
+    if ( svg.isNull() || !svg.isElement() ) {
+	tqWarning( "TQSvgDevice::play: Couldn't find any svg element." );
+	return FALSE;
+    }
+
+    // force transform to be activated in case our sequences
+    // are replayed later with a transformed painter
+    painter->setWorldXForm( TRUE );
+
+    TQDomNamedNodeMap attr = svg.attributes();
+    int x = lenToInt( attr, "x" );
+    int y = lenToInt( attr, "y" );
+    brect.setX( x );
+    brect.setY( y );
+    TQString wstr = attr.contains( "width" )
+		   ? attr.namedItem( "width" ).nodeValue() : TQString( "100%" );
+    TQString hstr = attr.contains( "height" )
+		   ? attr.namedItem( "height" ).nodeValue() : TQString( "100%" );
+    double width = parseLen( wstr, 0, TRUE );
+    double height = parseLen( hstr, 0, FALSE );
+    // SVG doesn't respect x and y. But we want a proper bounding rect.
+    brect.setWidth( int(width) - x );
+    brect.setHeight( int(height) - y );
+    painter->setClipRect( brect, TQPainter::CoordPainter );
+
+    if ( attr.contains( "viewBox" ) ) {
+	TQRegExp re( TQString::fromLatin1("\\s*(\\S+)\\s*,?\\s*(\\S+)\\s*,?"
+					"\\s*(\\S+)\\s*,?\\s*(\\S+)\\s*") );
+	if ( re.search( attr.namedItem( "viewBox" ).nodeValue() ) < 0 ) {
+	    tqWarning( "TQSvgDevice::play: Invalid viewBox attribute.");
+	    return FALSE;
+	} else {
+	    double x = re.cap( 1 ).toDouble();
+	    double y = re.cap( 2 ).toDouble();
+	    double w = re.cap( 3 ).toDouble();
+	    double h = re.cap( 4 ).toDouble();
+	    if ( w < 0 || h < 0 ) {
+		tqWarning( "TQSvgDevice::play: Invalid viewBox dimension.");
+		return FALSE;
+	    } else if ( w == 0 || h == 0 ) {
+		return TRUE;
+	    }
+	    painter->scale( width/w, height/h );
+	    painter->translate( -x, -y );
+	}
+    }
+
+    const struct ElementTable {
+	const char *name;
+	ElementType type;
+    } etab[] = {
+	{ "a",        AnchorElement   },
+	{ "#comment", CommentElement  },
+        { "circle",   CircleElement   },
+	{ "clipPath", ClipElement     },
+	{ "desc",     DescElement     },
+        { "ellipse",  EllipseElement  },
+	{ "g",        GroupElement    },
+        { "image",    ImageElement    },
+        { "line",     LineElement     },
+        { "polyline", PolylineElement },
+        { "polygon",  PolygonElement  },
+        { "path",     PathElement     },
+        { "rect",     RectElement     },
+        { "svg",      SvgElement      },
+        { "text",     TextElement     },
+        { "tspan",    TSpanElement    },
+	{ "title",    TitleElement    },
+	{ 0,          InvalidElement  }
+    };
+    // initialize only once
+    if ( !qSvgTypeMap ) {
+	qSvgTypeMap = new TQSvgTypeMap;
+	const ElementTable *t = etab;
+	while ( t->name ) {
+	    qSvgTypeMap->insert( t->name, t->type );
+	    t++;
+	}
+    }
+
+    // initial state
+    TQSvgDeviceState st;
+    st.textx = st.texty = 0;
+    st.textalign = TQt::AlignLeft;
+    d->stack.append(st);
+    curr = &d->stack.last();
+    // 'play' all elements recursively starting with 'svg' as root
+    bool b = play( svg );
+    d->stack.remove( d->stack.begin() );
+    return b;
+}
+
+/*!
+    Returns the SVG as a single string of XML.
+*/
+TQString TQSvgDevice::toString() const
+{
+    if ( doc.isNull() )
+	return TQString();
+
+    return doc.toString();
+}
+
+/*!
+    Saves the SVG to \a fileName.
+*/
+
+bool TQSvgDevice::save( const TQString &fileName )
+{
+    // guess svg id from fileName
+    TQString svgName = fileName.endsWith( ".svg" ) ?
+		      fileName.left( fileName.length()-4 ) : fileName;
+
+    // now we have the info about name and dimensions available
+    TQDomElement root = doc.documentElement();
+    root.setAttribute( "id", svgName );
+    // the standard doesn't take respect x and y. But we want a
+    // proper bounding rect. We make width and height bigger when
+    // writing out and subtract x and y when reading in.
+    root.setAttribute( "x", brect.x() );
+    root.setAttribute( "y", brect.y() );
+    root.setAttribute( "width", brect.width() + brect.x() );
+    root.setAttribute( "height", brect.height() + brect.y() );
+
+    // ... and know how to name any image files to be written out
+    int icount = 0;
+    ImageList::Iterator iit = d->images.begin();
+    for ( ; iit != d->images.end(); ++iit ) {
+	TQString href = TQString( "%1_%2.png" ).arg( svgName ).arg( icount );
+	(*iit).image.save( href, "PNG" );
+	(*iit).element.setAttribute( "xlink:href", href );
+	icount++;
+    }
+    PixmapList::Iterator pit = d->pixmaps.begin();
+    for ( ; pit != d->pixmaps.end(); ++pit ) {
+	TQString href = TQString( "%1_%2.png" ).arg( svgName ).arg( icount );
+	(*pit).pixmap.save( href, "PNG" );
+	(*pit).element.setAttribute( "xlink:href", href );
+	icount++;
+    }
+
+    TQFile f( fileName );
+    if ( !f.open ( IO_WriteOnly ) )
+	return FALSE;
+    TQTextStream s( &f );
+    s.setEncoding( TQTextStream::UnicodeUTF8 );
+    s << doc;
+
+    return TRUE;
+}
+
+/*!
+    \overload
+
+    \a dev is the device to use for saving.
+*/
+
+bool TQSvgDevice::save( TQIODevice *dev )
+{
+#if defined(CHECK_RANGE)
+    if ( !d->images.isEmpty() || !d->pixmaps.isEmpty() )
+	tqWarning( "TQSvgDevice::save: skipping external images" );
+#endif
+
+    TQTextStream s( dev );
+    s.setEncoding( TQTextStream::UnicodeUTF8 );
+    s << doc;
+
+    return TRUE;
+}
+
+/*!
+    \fn TQRect TQSvgDevice::boundingRect() const
+
+    Returns the bounding rectangle of the SVG.
+*/
+
+/*!
+    Sets the bounding rectangle of the SVG to rectangle \a r.
+*/
+
+void TQSvgDevice::setBoundingRect( const TQRect &r )
+{
+    brect = r;
+}
+
+/*!
+    Internal implementation of the virtual TQPaintDevice::metric()
+    function.
+
+    \warning Use the TQPaintDeviceMetrics class instead.
+
+    A TQSvgDevice has the following hard coded values: dpi=72,
+    numcolors=16777216 and depth=24. \a m is the metric to get.
+*/
+
+int TQSvgDevice::metric( int m ) const
+{
+    int val;
+    switch ( m ) {
+    case TQPaintDeviceMetrics::PdmWidth:
+	val = brect.width();
+	break;
+    case TQPaintDeviceMetrics::PdmHeight:
+	val = brect.height();
+	break;
+    case TQPaintDeviceMetrics::PdmWidthMM:
+	val = int(25.4/72.0*brect.width());
+	break;
+    case TQPaintDeviceMetrics::PdmHeightMM:
+	val = int(25.4/72.0*brect.height());
+	break;
+    case TQPaintDeviceMetrics::PdmDpiX:
+	val = 72;
+	break;
+    case TQPaintDeviceMetrics::PdmDpiY:
+	val = 72;
+	break;
+    case TQPaintDeviceMetrics::PdmNumColors:
+	val = 16777216;
+	break;
+    case TQPaintDeviceMetrics::PdmDepth:
+	val = 24;
+	break;
+    default:
+	val = 0;
+#if defined(QT_CHECK_RANGE)
+	tqWarning( "TQSvgDevice::metric: Invalid metric command" );
+#endif
+    }
+    return val;
+}
+
+/*!
+    \internal
+
+    Records painter commands and stores them in the TQDomDocument doc.
+*/
+
+bool TQSvgDevice::cmd ( int c, TQPainter *painter, TQPDevCmdParam *p )
+{
+    pt = painter;
+
+    if ( c == PdcBegin ) {
+	TQDomImplementation domImpl;
+	TQDomDocumentType docType = domImpl.createDocumentType( "svg",
+							       publicId,
+							       systemId );
+	doc = domImpl.createDocument( "http://www.w3.org/2000/svg",
+				      "svg", docType );
+	doc.insertBefore( doc.createProcessingInstruction( "xml", piData ),
+			  doc.firstChild() );
+	current = doc.documentElement();
+	d->images.clear();
+	d->pixmaps.clear();
+	dirtyTransform = dirtyStyle = FALSE; // ###
+	return TRUE;
+    } else if ( c == PdcEnd ) {
+	return TRUE;
+    }
+
+    TQDomElement e;
+    TQString str;
+    TQRect rect;
+    TQPointArray a;
+    int i, width, height, x, y;
+    switch ( c ) {
+    case PdcNOP:
+	break;
+    case PdcMoveTo:
+	curPt = *p[0].point;
+	break;
+    case PdcLineTo:
+	e = doc.createElement( "line" );
+	e.setAttribute( "x1", curPt.x() );
+	e.setAttribute( "y1", curPt.y() );
+	e.setAttribute( "x2", p[0].point->x() );
+	e.setAttribute( "y2", p[0].point->y() );
+	break;
+    case PdcDrawPoint:
+    case PdcDrawLine:
+	e = doc.createElement( "line" );
+	e.setAttribute( "x1", p[0].point->x() );
+	e.setAttribute( "y1", p[0].point->y() );
+	i = ( c == PdcDrawLine ) ? 1 : 0;
+	e.setAttribute( "x2", p[i].point->x() );
+	e.setAttribute( "y2", p[i].point->y() );
+	break;
+    case PdcDrawRect:
+    case PdcDrawRoundRect:
+	e = doc.createElement( "rect" );
+	x = p[0].rect->x();
+	y = p[0].rect->y();
+	width = p[0].rect->width();
+	height = p[0].rect->height();
+	if ( width < 0 ) {
+	    width = -width;
+	    x -= width - 1;
+	}
+	if ( height < 0 ) {
+	    height = -height;
+	    y -= height - 1;
+	}
+	e.setAttribute( "x", x );
+	e.setAttribute( "y", y );
+	e.setAttribute( "width", width );
+	e.setAttribute( "height", height );
+	if ( c == PdcDrawRoundRect ) {
+	    e.setAttribute( "rx", (p[1].ival*p[0].rect->width())/200 );
+	    e.setAttribute( "ry", (p[2].ival*p[0].rect->height())/200 );
+	}
+	break;
+    case PdcDrawEllipse:
+	rect = *p[0].rect;
+	if ( rect.width() == rect.height() ) {
+	    e = doc.createElement( "circle" );
+	    double cx = rect.x() + (rect.width() / 2.0);
+	    double cy = rect.y() + (rect.height() / 2.0);
+	    e.setAttribute( "cx", cx );
+	    e.setAttribute( "cy", cy );
+	    e.setAttribute( "r", cx - rect.x() );
+	} else {
+	    e = doc.createElement( "ellipse" );
+    	    double cx = rect.x() + (rect.width() / 2.0);
+	    double cy = rect.y() + (rect.height() / 2.0);
+	    e.setAttribute( "cx", cx );
+	    e.setAttribute( "cy", cy );
+	    e.setAttribute( "rx", cx - rect.x() );
+	    e.setAttribute( "ry", cy - rect.y() );
+	}
+	break;
+    case PdcDrawArc:
+    case PdcDrawPie:
+    case PdcDrawChord: {
+	rect = *p[0].rect;
+	double a = (double)p[1].ival / 16.0 * deg2rad;
+	double al = (double)p[2].ival / 16.0 * deg2rad;
+	double rx = rect.width() / 2.0;
+	double ry = rect.height() / 2.0;
+	double x0 = (double)rect.x() + rx;
+	double y0 = (double)rect.y() + ry;
+	double x1 = x0 + rx*cos(a);
+	double y1 = y0 - ry*sin(a);
+	double x2 = x0 + rx*cos(a+al);
+	double y2 = y0 - ry*sin(a+al);
+	int large = TQABS( al ) > ( 180.0 * deg2rad ) ? 1 : 0;
+	int sweep = al < 0.0 ? 1 : 0;
+	if ( c == PdcDrawPie )
+	    str = TQString( "M %1 %2 L %3 %4 " ).arg( x0 ).arg( y0 )
+		  .arg( x1 ).arg( y1 );
+	else
+	    str = TQString( "M %1 %2 " ).arg( x1 ).arg( y1 );
+	str += TQString( "A %1 %2 %3 %4 %5 %6 %7" )
+	       .arg( rx ).arg( ry ).arg( a/deg2rad ). arg( large ).arg( sweep )
+	       .arg( x2 ).arg( y2 );
+	if ( c != PdcDrawArc )
+	    str += "z";
+	e = doc.createElement( "path" );
+	e.setAttribute( "d", str );
+    }
+	break;
+    case PdcDrawLineSegments:
+	{
+	    a = *p[0].ptarr;
+	    uint end = a.size() / 2;
+	    for (uint i = 0; i < end; i++) {
+		e = doc.createElement( "line" );
+		e.setAttribute( "x1", a[int(2*i)].x() );
+		e.setAttribute( "y1", a[int(2*i)].y() );
+		e.setAttribute( "x2", a[int(2*i+1)].x() );
+		e.setAttribute( "y2", a[int(2*i+1)].y() );
+		if ( i < end - 1 ) // The last one will be done at the end
+		    appendChild( e, c );
+	    }
+	}
+	break;
+    case PdcDrawPolyline:
+    case PdcDrawPolygon:
+	{
+	    a = *p[0].ptarr;
+	    e = doc.createElement( ( c == PdcDrawPolyline ) ?
+				   "polyline" : "polygon" );
+	    for (uint i = 0; i < a.size(); i++) {
+		TQString tmp;
+		tmp.sprintf( "%d %d ", a[ (int)i ].x(), a[ (int)i ].y() );
+		str += tmp;
+	    }
+	    e.setAttribute( "points", str.stripWhiteSpace() );
+	}
+	break;
+#ifndef TQT_NO_BEZIER
+    case PdcDrawCubicBezier:
+	a = *p[0].ptarr;
+	e = doc.createElement( "path" );
+	str.sprintf( "M %d %d C %d %d %d %d %d %d", a[0].x(), a[0].y(),
+		     a[1].x(), a[1].y(), a[2].x(), a[2].y(),
+		     a[3].x(), a[3].y() );
+	e.setAttribute( "d", str );
+	break;
+#endif
+    case PdcDrawText2:
+	e = doc.createElement( "text" );
+	if ( p[0].point->x() )
+	    e.setAttribute( "x", p[0].point->x() );
+	if ( p[0].point->y() )
+	    e.setAttribute( "y", p[0].point->y() );
+	e.appendChild( doc.createTextNode( *p[1].str ) );
+	break;
+    case PdcDrawText2Formatted: {
+	e = doc.createElement( "text" );
+	const TQRect *r = p[0].rect;
+	int tf = p[1].ival;
+	int x, y;
+	// horizontal text alignment
+	if ( ( tf & TQt::AlignHCenter ) != 0 ) {
+	    x = r->x() + r->width() / 2;
+	    e.setAttribute( "text-anchor", "middle" );
+	} else if ( ( tf & TQt::AlignRight ) != 0 ) {
+	    x = r->right();
+	    e.setAttribute( "text-anchor", "end" );
+	} else {
+	    x = r->x();
+	}
+	// vertical text alignment
+	if ( ( tf & TQt::AlignVCenter ) != 0 )
+	    y = r->y() + ( r->height() + painter->fontMetrics().ascent() ) / 2;
+	else if ( ( tf & TQt::AlignBottom ) != 0 )
+	    y = r->bottom();
+	else
+	    y = r->y() + painter->fontMetrics().ascent();
+	if ( x )
+	    e.setAttribute( "x", x );
+	if ( y )
+	    e.setAttribute( "y", y );
+	e.appendChild( doc.createTextNode( *p[2].str ) );
+    }
+	break;
+    case PdcDrawPixmap:
+    case PdcDrawImage:
+	e = doc.createElement( "image" );
+	e.setAttribute( "x", p[0].rect->x() );
+	e.setAttribute( "y", p[0].rect->y() );
+	e.setAttribute( "width", p[0].rect->width() );
+	e.setAttribute( "height", p[0].rect->height() );
+	if ( c == PdcDrawImage ) {
+	    ImgElement ie;
+	    ie.element = e;
+	    ie.image = *p[1].image;
+	    d->images.append( ie );
+	} else {
+	    PixElement pe;
+	    pe.element = e;
+	    pe.pixmap = *p[1].pixmap;
+	    d->pixmaps.append( pe );
+	}
+	// saving to disk and setting the xlink:href attribute will be
+	// done later in save() once we now the svg document name.
+	break;
+    case PdcSave:
+	e = doc.createElement( "g" );
+	break;
+    case PdcRestore:
+	current = current.parentNode();
+	dirtyTransform = !pt->worldMatrix().isIdentity();
+        d->justRestored = TRUE;
+	// ### reset dirty flags
+	break;
+    case PdcSetBkColor:
+    case PdcSetBkMode:
+    case PdcSetROP:
+    case PdcSetBrushOrigin:
+    case PdcSetFont:
+    case PdcSetPen:
+    case PdcSetBrush:
+	dirtyStyle = TRUE;
+	break;
+    case PdcSetTabStops:
+	// ###
+	break;
+    case PdcSetTabArray:
+	// ###
+	break;
+    case PdcSetVXform:
+    case PdcSetWindow:
+    case PdcSetViewport:
+    case PdcSetWXform:
+    case PdcSetWMatrix:
+    case PdcSaveWMatrix:
+    case PdcRestoreWMatrix:
+	dirtyTransform = TRUE;
+	break;
+    case PdcSetClip:
+	// ###
+	break;
+    case PdcSetClipRegion:
+	{
+            // We skip the clip after restore, since restoring the clip is done automatically by
+            // the viewer as part of the tree structure. It doesn't hurt to write the region
+            // out, but it doubles the number of clipregions defined in the final svg.
+            if (d->justRestored) {
+                d->justRestored = FALSE;
+                return TRUE;
+            }
+
+            TQMemArray<TQRect> rects = p[0].rgn->rects();
+            if (rects.count() == 0)
+                return TRUE;
+	    d->currentClip++;
+	    e = doc.createElement( "clipPath" );
+	    e.setAttribute( "id", TQString("clip%1").arg(d->currentClip) );
+            for (int i=0; i<(int)rects.count(); ++i) {
+                TQDomElement ce = doc.createElement("rect");
+                ce.setAttribute( "x", rects.at(i).x() );
+                ce.setAttribute( "y", rects.at(i).y() );
+                ce.setAttribute( "width", rects.at(i).width() );
+                ce.setAttribute( "height", rects.at(i).height() );
+                e.appendChild(ce);
+	    }
+	    break;
+	}
+    default:
+#if defined(CHECK_RANGE)
+	tqWarning( "TQSVGDevice::cmd: Invalid command %d", c );
+#endif
+	break;
+    }
+
+    appendChild( e, c );
+
+    return TRUE;
+}
+
+/*!
+    \internal
+
+    Appends the child and applys any style and transformation.
+
+*/
+
+void TQSvgDevice::appendChild( TQDomElement &e, int c )
+{
+    if ( !e.isNull() ) {
+	current.appendChild( e );
+	if ( c == PdcSave )
+	    current = e;
+	// ### optimize application of attributes utilizing <g>
+	if ( c == PdcSetClipRegion ) {
+	    TQDomElement ne;
+	    ne = doc.createElement( "g" );
+	    ne.setAttribute( "style", TQString("clip-path:url(#clip%1)").arg(d->currentClip) );
+	    current.appendChild( ne );
+	    current = ne;
+	} else {
+	    if ( dirtyStyle )		// only reset when entering
+		applyStyle( &e, c );	// or leaving a <g> tag
+	    if ( dirtyTransform && e.tagName() != "g" ) {
+		// same as above but not for <g> tags
+		applyTransform( &e );
+		if ( c == PdcSave )
+		    dirtyTransform = FALSE;
+	    }
+	}
+    }
+}
+
+
+/*!
+    \internal
+
+    Push the current drawing attributes on a stack.
+
+    \sa restoreAttributes()
+*/
+
+void TQSvgDevice::saveAttributes()
+{
+    pt->save();
+    // copy old state
+    TQSvgDeviceState st( *curr );
+    d->stack.append( st );
+    curr = &d->stack.last();
+}
+
+/*!
+    \internal
+
+    Pop the current drawing attributes off the stack.
+
+    \sa saveAttributes()
+*/
+
+void TQSvgDevice::restoreAttributes()
+{
+    pt->restore();
+    Q_ASSERT( d->stack.count() > 1 );
+    d->stack.remove( d->stack.fromLast() );
+    curr = &d->stack.last();
+}
+
+/*!
+    \internal
+
+    Evaluate \a node, drawing on \a p. Allows recursive calls.
+*/
+
+bool TQSvgDevice::play( const TQDomNode &node )
+{
+    saveAttributes();
+
+	ElementType t = (*qSvgTypeMap)[ node.nodeName() ];
+
+	if ( t == LineElement && pt->pen().style() == TQt::NoPen ) {
+	    TQPen p = pt->pen();
+	    p.setStyle( TQt::SolidLine );
+	    pt->setPen( p );
+	}
+	TQDomNamedNodeMap attr = node.attributes();
+	if ( attr.contains( "style" ) )
+	    setStyle( attr.namedItem( "style" ).nodeValue() );
+	// ### might have to exclude more elements from transform
+	if ( t != SvgElement && attr.contains( "transform" ) )
+	    setTransform( attr.namedItem( "transform" ).nodeValue() );
+	uint i = attr.length();
+	if ( i > 0 ) {
+	    TQPen pen = pt->pen();
+	    TQFont font = pt->font();
+	    while ( i-- ) {
+		TQDomNode n = attr.item( i );
+		TQString a = n.nodeName();
+		TQString val = n.nodeValue().lower().stripWhiteSpace();
+		setStyleProperty( a, val, &pen, &font, &curr->textalign );
+	    }
+	    pt->setPen( pen );
+	    pt->setFont( font );
+	}
+
+	int x1, y1, x2, y2, rx, ry, w, h;
+	double cx1, cy1, crx, cry;
+	switch ( t ) {
+	case CommentElement:
+	    // ignore
+	    break;
+	case RectElement:
+	    rx = ry = 0;
+	    x1 = lenToInt( attr, "x" );
+	    y1 = lenToInt( attr, "y" );
+	    w = lenToInt( attr, "width" );
+	    h = lenToInt( attr, "height" );
+	    if ( w == 0 || h == 0 )	// prevent div by zero below
+		break;
+	    x2 = (int)attr.contains( "rx" ); // tiny abuse of x2 and y2
+	    y2 = (int)attr.contains( "ry" );
+	    if ( x2 )
+		rx = lenToInt( attr, "rx" );
+	    if ( y2 )
+		ry = lenToInt( attr, "ry" );
+	    if ( x2 && !y2 )
+		ry = rx;
+	    else if ( !x2 && y2 )
+		rx = ry;
+	    rx = int(200.0*double(rx)/double(w));
+	    ry = int(200.0*double(ry)/double(h));
+	    pt->drawRoundRect( x1, y1, w, h, rx, ry );
+	    break;
+	case CircleElement:
+	    cx1 = lenToDouble( attr, "cx" ) + 0.5;
+	    cy1 = lenToDouble( attr, "cy" ) + 0.5;
+	    crx = lenToDouble( attr, "r" );
+	    pt->drawEllipse( (int)(cx1-crx), (int)(cy1-crx), (int)(2*crx), (int)(2*crx) );
+	    break;
+	case EllipseElement:
+	    cx1 = lenToDouble( attr, "cx" ) + 0.5;
+	    cy1 = lenToDouble( attr, "cy" ) + 0.5;
+	    crx = lenToDouble( attr, "rx" );
+	    cry = lenToDouble( attr, "ry" );
+	    pt->drawEllipse( (int)(cx1-crx), (int)(cy1-cry), (int)(2*crx), (int)(2*cry) );
+	    break;
+	case LineElement:
+	    {
+		x1 = lenToInt( attr, "x1" );
+		x2 = lenToInt( attr, "x2" );
+		y1 = lenToInt( attr, "y1" );
+		y2 = lenToInt( attr, "y2" );
+		TQPen p = pt->pen();
+		w = p.width();
+		p.setWidth( (unsigned int)(w * (TQABS(pt->worldMatrix().m11()) + TQABS(pt->worldMatrix().m22())) / 2) );
+		pt->setPen( p );
+		pt->drawLine( x1, y1, x2, y2 );
+		p.setWidth( w );
+		pt->setPen( p );
+	    }
+	    break;
+	case PolylineElement:
+	case PolygonElement:
+	    {
+		TQString pts = attr.namedItem( "points" ).nodeValue();
+		pts = pts.simplifyWhiteSpace();
+		TQStringList sl = TQStringList::split( TQRegExp( TQString::fromLatin1("[ ,]") ), pts );
+		TQPointArray ptarr( (uint)sl.count() / 2);
+		for ( int i = 0; i < (int)sl.count() / 2; i++ ) {
+		    double dx = sl[2*i].toDouble();
+		    double dy = sl[2*i+1].toDouble();
+		    ptarr.setPoint( i, int(dx), int(dy) );
+		}
+  		if ( t == PolylineElement ) {
+		    if ( pt->brush().style() != TQt::NoBrush ) {
+			TQPen pn = pt->pen();
+			pt->setPen( TQt::NoPen );
+			pt->drawPolygon( ptarr );
+			pt->setPen( pn );
+		    }
+		    pt->drawPolyline( ptarr ); // ### closes when filled. bug ?
+  		} else {
+		    pt->drawPolygon( ptarr );
+		}
+	    }
+	    break;
+	case SvgElement:
+	case GroupElement:
+	case AnchorElement:
+	    {
+		TQDomNode child = node.firstChild();
+		while ( !child.isNull() ) {
+		    play( child );
+		    child = child.nextSibling();
+		}
+	    }
+	    break;
+	case PathElement:
+	    drawPath( attr.namedItem( "d" ).nodeValue() );
+	    break;
+	case TSpanElement:
+	case TextElement:
+	    {
+		if ( attr.contains( "x" ) )
+		     curr->textx = lenToInt( attr, "x" );
+		if ( attr.contains( "y" ) )
+		     curr->texty = lenToInt( attr, "y" );
+		if ( t == TSpanElement ) {
+		    curr->textx += lenToInt( attr, "dx" );
+		    curr->texty += lenToInt( attr, "dy" );
+		}
+		// backup old colors
+		TQPen pn = pt->pen();
+		TQColor pcolor = pn.color();
+		TQColor bcolor = pt->brush().color();
+		TQDomNode c = node.firstChild();
+		while ( !c.isNull() ) {
+		    if ( c.isText() ) {
+			// we have pen and brush reversed for text drawing
+			pn.setColor( bcolor );
+			pt->setPen( pn );
+			TQString text = c.toText().nodeValue();
+			text = text.simplifyWhiteSpace(); // ### 'preserve'
+			w = pt->fontMetrics().width( text );
+			if ( curr->textalign == TQt::AlignHCenter )
+			    curr->textx -= w / 2;
+			else if ( curr->textalign == TQt::AlignRight )
+			    curr->textx -= w;
+			pt->drawText( curr->textx, curr->texty, text );
+			// restore pen
+			pn.setColor( pcolor );
+			pt->setPen( pn );
+			curr->textx += w;
+		    } else if ( c.isElement() &&
+				c.toElement().tagName() == "tspan" ) {
+			play( c );
+
+		    }
+		    c = c.nextSibling();
+		}
+		if ( t == TSpanElement ) {
+		    // move current text position in parent text element
+		    StateList::Iterator it = --d->stack.fromLast();
+		    (*it).textx = curr->textx;
+		    (*it).texty = curr->texty;
+		}
+	    }
+	    break;
+	case ImageElement:
+	    {
+		x1 = lenToInt( attr, "x" );
+		y1 = lenToInt( attr, "y" );
+		w = lenToInt( attr, "width" );
+		h = lenToInt( attr, "height" );
+		TQString href = attr.namedItem( "xlink:href" ).nodeValue();
+		// ### catch references to embedded .svg files
+		TQPixmap pix;
+		if ( !pix.load( href ) ) {
+		    tqWarning( "TQSvgDevice::play: Couldn't load image %s", href.latin1() );
+		    break;
+		}
+		pt->drawPixmap( TQRect( x1, y1, w, h ), pix );
+	    }
+	    break;
+	case DescElement:
+	case TitleElement:
+	    // ignored for now
+	    break;
+	case ClipElement:
+	    {
+		TQDomNode child = node.firstChild();
+                TQRegion region;
+                while (!child.isNull()) {
+                    TQDomNamedNodeMap childAttr = child.attributes();
+                    if ( child.nodeName() == "rect" ) {
+                        TQRect r;
+                        r.setX(lenToInt( childAttr, "x" ));
+                        r.setY(lenToInt( childAttr, "y" ));
+                        r.setWidth(lenToInt( childAttr, "width" ));
+                        r.setHeight(lenToInt( childAttr, "height" ));
+                        region |= r;
+                    } else if ( child.nodeName() == "ellipse" ) {
+                        TQRect r;
+                        int x = lenToInt( childAttr, "cx" );
+                        int y = lenToInt( childAttr, "cy" );
+                        int width = lenToInt( childAttr, "rx" );
+                        int height = lenToInt( childAttr, "ry" );
+                        r.setX( x - width );
+                        r.setY( y - height );
+                        r.setWidth( width * 2 );
+                        r.setHeight( height * 2 );
+                        TQRegion rgn( r, TQRegion::Ellipse );
+                        region |= rgn;
+                    }
+                    child = child.nextSibling();
+                }
+                // Store the region in a named map so that it can be used when the
+                // group node is entered.
+                TQString idString = attr.namedItem("id").nodeValue();
+                if (!idString.isEmpty())
+                    d->clipPathTable[idString] = region;
+                break;
+	    }
+	case InvalidElement:
+	    tqWarning( "TQSvgDevice::play: unknown element type %s",
+		      node.nodeName().latin1() );
+	    break;
+	};
+
+	restoreAttributes();
+
+    return TRUE;
+}
+
+/*!
+    \internal
+
+    Parses a CSS2-compatible color specification. Either a keyword or
+    a numerical RGB specification like #ff00ff or rgb(255,0,50%).
+*/
+
+TQColor TQSvgDevice::parseColor( const TQString &col )
+{
+    static const struct ColorTable {
+	const char *name;
+	const char *rgb;
+    } coltab[] = {
+	{ "black",   "#000000" },
+	{ "silver",  "#c0c0c0" },
+	{ "gray",    "#808080" },
+	{ "white",   "#ffffff" },
+	{ "maroon",  "#800000" },
+	{ "red",     "#ff0000" },
+	{ "purple",  "#800080" },
+	{ "fuchsia", "#ff00ff" },
+	{ "green",   "#008000" },
+	{ "lime",    "#00ff00" },
+	{ "olive",   "#808000" },
+	{ "yellow",  "#ffff00" },
+	{ "navy",    "#000080" },
+	{ "blue",    "#0000ff" },
+	{ "teal",    "#008080" },
+	{ "aqua",    "#00ffff" },
+	// ### the latest spec has more
+	{ 0,         0         }
+    };
+
+    // initialize color map on first use
+    if ( !qSvgColMap ) {
+	qSvgColMap = new TQMap<TQString, TQString>;
+	const struct ColorTable *t = coltab;
+	while ( t->name ) {
+	    qSvgColMap->insert( t->name, t->rgb );
+	    t++;
+	}
+    }
+
+    // a keyword ?
+    if ( qSvgColMap->contains ( col ) )
+	return TQColor( (*qSvgColMap)[ col ] );
+    // in rgb(r,g,b) form ?
+    TQString c = col;
+    c.replace( TQRegExp( TQString::fromLatin1("\\s*") ), "" );
+    TQRegExp reg( TQString::fromLatin1("^rgb\\((\\d+)(%?),(\\d+)(%?),(\\d+)(%?)\\)$") );
+    if ( reg.search( c ) >= 0 ) {
+	int comp[3];
+	for ( int i = 0; i < 3; i++ ) {
+	    comp[ i ] = reg.cap( 2*i+1 ).toInt();
+	    if ( !reg.cap( 2*i+2 ).isEmpty() )		// percentage ?
+		comp[ i ] = int((double(255*comp[ i ])/100.0));
+	}
+	return TQColor( comp[ 0 ], comp[ 1 ], comp[ 2 ] );
+    }
+
+    // check for predefined TQt color objects, #RRGGBB and #RGB
+    return TQColor( col );
+}
+
+/*!
+    \internal
+
+    Parse a <length> datatype consisting of a number followed by an
+    optional unit specifier. Can be used for type <coordinate> as
+    well. For relative units the value of \a horiz will determine
+    whether the horizontal or vertical dimension will be used.
+*/
+
+double TQSvgDevice::parseLen( const TQString &str, bool *ok, bool horiz ) const
+{
+    TQRegExp reg( TQString::fromLatin1("([+-]?\\d*\\.*\\d*[Ee]?[+-]?\\d*)(em|ex|px|%|pt|pc|cm|mm|in|)$") );
+    if ( reg.search( str ) == -1 ) {
+	tqWarning( "TQSvgDevice::parseLen: couldn't parse %s ", str.latin1() );
+	if ( ok )
+	    *ok = FALSE;
+	return 0.0;
+    }
+
+    double dbl = reg.cap( 1 ).toDouble();
+    TQString u = reg.cap( 2 );
+    if ( !u.isEmpty() && u != "px" ) {
+	TQPaintDeviceMetrics m( pt->device() );
+	if ( u == "em" ) {
+	    TQFontInfo fi( pt->font() );
+	    dbl *= fi.pixelSize();
+	} else if ( u == "ex" ) {
+	    TQFontInfo fi( pt->font() );
+	    dbl *= 0.5 * fi.pixelSize();
+	} else if ( u == "%" )
+	    dbl *= (horiz ? pt->window().width() : pt->window().height())/100.0;
+	else if ( u == "cm" )
+	    dbl *= m.logicalDpiX() / 2.54;
+	else if ( u == "mm" )
+	    dbl *= m.logicalDpiX() / 25.4;
+	else if ( u == "in" )
+	    dbl *= m.logicalDpiX();
+	else if ( u == "pt" )
+	    dbl *= m.logicalDpiX() / 72.0;
+	else if ( u == "pc" )
+	    dbl *= m.logicalDpiX() / 6.0;
+	else
+	    tqWarning( "TQSvgDevice::parseLen: Unknown unit %s",  u.latin1() );
+    }
+    if ( ok )
+	*ok = TRUE;
+    return dbl;
+}
+
+/*!
+    \internal
+
+    Returns the length specified in attribute \a attr in \a map. If
+    the specified attribute doesn't exist or can't be parsed \a def is
+    returned.
+*/
+
+int TQSvgDevice::lenToInt( const TQDomNamedNodeMap &map, const TQString &attr,
+			  int def ) const
+{
+    if ( map.contains( attr ) ) {
+	bool ok;
+	double dbl = parseLen( map.namedItem( attr ).nodeValue(), &ok );
+	if ( ok )
+	    return tqRound( dbl );
+    }
+    return def;
+}
+
+double TQSvgDevice::lenToDouble( const TQDomNamedNodeMap &map, const TQString &attr,
+				int def ) const
+{
+    if ( map.contains( attr ) ) {
+	bool ok;
+	double d = parseLen( map.namedItem( attr ).nodeValue(), &ok );
+	if ( ok )
+	    return d;
+    }
+    return def;
+}
+
+void TQSvgDevice::setStyleProperty( const TQString &prop, const TQString &val,
+				   TQPen *pen, TQFont *font, int *talign )
+{
+    if ( prop == "stroke" ) {
+	if ( val == "none" ) {
+	    pen->setStyle( TQt::NoPen );
+	} else {
+	    pen->setColor( parseColor( val ));
+	    if ( pen->style() == TQt::NoPen )
+		pen->setStyle( TQt::SolidLine );
+	    if ( pen->width() == 0 )
+		pen->setWidth( 1 );
+	}
+    } else if ( prop == "stroke-width" ) {
+	double w = parseLen( val );
+	if ( w > 0.0001 )
+	    pen->setWidth( int(w) );
+	else
+	    pen->setStyle( TQt::NoPen );
+    } else if ( prop == "stroke-linecap" ) {
+	if ( val == "butt" )
+	    pen->setCapStyle( TQt::FlatCap );
+	else if ( val == "round" )
+	    pen->setCapStyle( TQt::RoundCap );
+	else if ( val == "square" )
+	    pen->setCapStyle( TQt::SquareCap );
+    } else if ( prop == "stroke-linejoin" ) {
+	if ( val == "miter" )
+	    pen->setJoinStyle( TQt::MiterJoin );
+	else if ( val == "round" )
+	    pen->setJoinStyle( TQt::RoundJoin );
+	else if ( val == "bevel" )
+	    pen->setJoinStyle( TQt::BevelJoin );
+    } else if ( prop == "stroke-dasharray" ) {
+        if ( val == "18,6" )
+	    pen->setStyle( TQt::DashLine );
+	else if ( val == "3" )
+	    pen->setStyle( TQt::DotLine );
+	else if ( val == "9,6,3,6" )
+	    pen->setStyle( TQt::DashDotLine );
+	else if ( val == "9,3,3" )
+	    pen->setStyle( TQt::DashDotDotLine );
+        else
+            pen->setStyle( TQt::DotLine );
+    } else if ( prop == "fill" ) {
+	if ( val == "none" )
+	    pt->setBrush( TQt::NoBrush );
+	else
+	    pt->setBrush( parseColor( val ) );
+    } else if ( prop == "font-size" ) {
+	font->setPointSizeFloat( float(parseLen( val )) );
+    } else if ( prop == "font-family" ) {
+	font->setFamily( val );
+    } else if ( prop == "font-style" ) {
+	if ( val == "normal" )
+	    font->setItalic( FALSE );
+	else if ( val == "italic" )
+	    font->setItalic( TRUE );
+	else
+	    tqWarning( "TQSvgDevice::setStyleProperty: unhandled "
+		      "font-style: %s", val.latin1() );
+    } else if ( prop == "font-weight" ) {
+	int w = font->weight();
+	// no exact equivalents so we have to "round" a little bit
+	if ( val == "100" || val == "200" )
+	    w = TQFont::Light;
+	if ( val == "300" || val == "400" || val == "normal" )
+	    w = TQFont::Normal;
+	else if ( val == "500" || val == "600" )
+	    w = TQFont::DemiBold;
+	else if ( val == "700" || val == "bold" || val == "800" )
+	    w = TQFont::Bold;
+	else if ( val == "900" )
+	    w = TQFont::Black;
+	font->setWeight( w );
+    } else if ( prop == "text-anchor" ) {
+	if ( val == "middle" )
+	    *talign = TQt::AlignHCenter;
+	else if ( val == "end" )
+	    *talign = TQt::AlignRight;
+	else
+	    *talign = TQt::AlignLeft;
+    } else if ( prop == "clip-path" ) {
+        if (val.startsWith("url(#")) {
+            TQString clipName = val.mid(5, val.length() - 6);
+            if (!clipName.isEmpty()) {
+                TQRegion clipRegion = d->clipPathTable[clipName];
+                if (!clipRegion.isEmpty())
+                    pt->setClipRegion(pt->clipRegion() & clipRegion, TQPainter::CoordPainter);
+            }
+        }
+    }
+}
+
+void TQSvgDevice::setStyle( const TQString &s )
+{
+    TQStringList rules = TQStringList::split( TQChar(';'), s );
+
+    TQPen pen = pt->pen();
+    TQFont font = pt->font();
+
+    TQStringList::ConstIterator it = rules.begin();
+    for ( ; it != rules.end(); it++ ) {
+	int col = (*it).find( ':' );
+	if ( col > 0 ) {
+	    TQString prop = (*it).left( col ).simplifyWhiteSpace();
+	    TQString val = (*it).right( (*it).length() - col - 1 );
+	    val = val.lower().stripWhiteSpace();
+	    setStyleProperty( prop, val, &pen, &font, &curr->textalign );
+	}
+    }
+
+    pt->setPen( pen );
+    pt->setFont( font );
+}
+
+void TQSvgDevice::setTransform( const TQString &tr )
+{
+    TQString t = tr.simplifyWhiteSpace();
+
+    TQRegExp reg( TQString::fromLatin1("\\s*([\\w]+)\\s*\\(([^\\(]*)\\)") );
+    int index = 0;
+    while ( (index = reg.search(t, index)) >= 0 ) {
+	TQString command = reg.cap( 1 );
+	TQString params = reg.cap( 2 );
+	TQStringList plist = TQStringList::split( TQRegExp(TQString::fromLatin1("[,\\s]")), params );
+	if ( command == "translate" ) {
+	    double tx = 0, ty = 0;
+	    tx = plist[0].toDouble();
+	    if ( plist.count() >= 2 )
+		ty = plist[1].toDouble();
+	    pt->translate( tx, ty );
+	} else if ( command == "rotate" ) {
+	    pt->rotate( plist[0].toDouble() );
+	} else if ( command == "scale" ) {
+	    double sx, sy;
+	    sx = sy = plist[0].toDouble();
+	    if ( plist.count() >= 2 )
+		sy = plist[1].toDouble();
+	    pt->scale( sx, sy );
+	} else if ( command == "matrix" && plist.count() >= 6 ) {
+	    double m[ 6 ];
+	    for (int i = 0; i < 6; i++)
+		m[ i ] = plist[ i ].toDouble();
+	    TQWMatrix wm( m[ 0 ], m[ 1 ], m[ 2 ],
+			 m[ 3 ], m[ 4 ], m[ 5 ] );
+	    pt->setWorldMatrix( wm, TRUE );
+	} else if ( command == "skewX" ) {
+	    pt->shear( 0.0, tan( plist[0].toDouble() * deg2rad ) );
+	} else if ( command == "skewY" ) {
+	    pt->shear( tan( plist[0].toDouble() * deg2rad ), 0.0 );
+	}
+
+	// move on to next command
+	index += reg.matchedLength();
+    }
+}
+
+void TQSvgDevice::drawPath( const TQString &data )
+{
+    double x0 = 0, y0 = 0;		// starting point
+    double x = 0, y = 0;		// current point
+    double controlX = 0, controlY = 0;	// last control point for curves
+    TQPointArray path( 500 );		// resulting path
+    TQValueList<int> subIndex;		// start indices for subpaths
+    TQPointArray quad( 4 ), bezier;	// for curve calculations
+    int pcount = 0;			// current point array index
+    uint idx = 0;			// current data position
+    int mode = 0, lastMode = 0;		// parser state
+    bool relative = FALSE;		// e.g. 'h' vs. 'H'
+    TQString commands( "MZLHVCSTQTA" );	// recognized commands
+    int cmdArgs[] = { 2, 0, 2, 1, 1, 6, 4, 4, 2, 7 };	// no of arguments
+    TQRegExp reg( TQString::fromLatin1("\\s*,?\\s*([+-]?\\d*\\.?\\d*)") );	// floating point
+
+    subIndex.append( 0 );
+    // detect next command
+    while ( idx < data.length() ) {
+	TQChar ch = data[ (int)idx++ ];
+	if ( ch.isSpace() )
+	    continue;
+	TQChar chUp = ch.upper();
+	int cmd = commands.find( chUp );
+	if ( cmd >= 0 ) {
+	    // switch to new command mode
+	    mode = cmd;
+	    relative = ( ch != chUp );		// e.g. 'm' instead of 'M'
+	} else {
+	    if ( mode && !ch.isLetter() ) {
+		cmd = mode;			// continue in previous mode
+		idx--;
+	    } else {
+		tqWarning( "TQSvgDevice::drawPath: Unknown command" );
+		return;
+	    }
+	}
+
+	// read in the required number of arguments
+	const int maxArgs = 7;
+	double arg[ maxArgs ];
+	int numArgs = cmdArgs[ cmd ];
+	for ( int i = 0; i < numArgs; i++ ) {
+	    int pos = reg.search( data, idx );
+	    if ( pos == -1 ) {
+		tqWarning( "TQSvgDevice::drawPath: Error parsing arguments" );
+		return;
+	    }
+	    arg[ i ] = reg.cap( 1 ).toDouble();
+	    idx = pos + reg.matchedLength();
+	};
+
+	// process command
+	double offsetX = relative ? x : 0;	// correction offsets
+	double offsetY = relative ? y : 0;	// for relative commands
+	switch ( mode ) {
+	case 0:					// 'M' move to
+	    if ( x != x0 || y != y0 )
+		path.setPoint( pcount++, int(x0), int(y0) );
+	    x = x0 = arg[ 0 ] + offsetX;
+	    y = y0 = arg[ 1 ] + offsetY;
+	    subIndex.append( pcount );
+	    path.setPoint( pcount++, int(x0), int(y0) );
+	    mode = 2;				// -> 'L'
+	    break;
+	case 1:					// 'Z' close path
+	    path.setPoint( pcount++, int(x0), int(y0) );
+	    x = x0;
+	    y = y0;
+	    mode = 0;
+	    break;
+	case 2:					// 'L' line to
+	    x = arg[ 0 ] + offsetX;
+	    y = arg[ 1 ] + offsetY;
+	    path.setPoint( pcount++, int(x), int(y) );
+	    break;
+	case 3:					// 'H' horizontal line
+	    x = arg[ 0 ] + offsetX;
+	    path.setPoint( pcount++, int(x), int(y) );
+	    break;
+	case 4:					// 'V' vertical line
+	    y = arg[ 0 ] + offsetY;
+	    path.setPoint( pcount++, int(x), int(y) );
+	    break;
+#ifndef TQT_NO_BEZIER
+	case 5:					// 'C' cubic bezier curveto
+	case 6:					// 'S' smooth shorthand
+	case 7:					// 'Q' quadratic bezier curves
+	case 8: {				// 'T' smooth shorthand
+	    quad.setPoint( 0, int(x), int(y) );
+	    // if possible, reflect last control point if smooth shorthand
+	    if ( mode == 6 || mode == 8 ) { 	// smooth 'S' and 'T'
+		bool cont = mode == lastMode ||
+		     ( mode == 6 && lastMode == 5 ) || 	// 'S' and 'C'
+		     ( mode == 8 && lastMode == 7 );	// 'T' and 'Q'
+		x = cont ? 2*x-controlX : x;
+		y = cont ? 2*y-controlY : y;
+		quad.setPoint( 1, int(x), int(y) );
+		quad.setPoint( 2, int(x), int(y) );
+	    }
+	    for ( int j = 0; j < numArgs/2; j++ ) {
+		x = arg[ 2*j   ] + offsetX;
+		y = arg[ 2*j+1 ] + offsetY;
+		quad.setPoint( j+4-numArgs/2, int(x), int(y) );
+	    }
+	    // remember last control point for next shorthand
+	    controlX = quad[ 2 ].x();
+	    controlY = quad[ 2 ].y();
+	    // transform quadratic into cubic Bezier
+	    if ( mode == 7 || mode == 8 ) {	// cubic 'Q' and 'T'
+		int x31 = quad[0].x()+int(2.0*(quad[2].x()-quad[0].x())/3.0);
+		int y31 = quad[0].y()+int(2.0*(quad[2].y()-quad[0].y())/3.0);
+		int x32 = quad[2].x()+int(2.0*(quad[3].x()-quad[2].x())/3.0);
+		int y32 = quad[2].y()+int(2.0*(quad[3].y()-quad[2].y())/3.0);
+		quad.setPoint( 1, x31, y31 );
+		quad.setPoint( 2, x32, y32 );
+	    }
+	    // calculate points on curve
+	    bezier = quad.cubicBezier();
+	    // reserve more space if needed
+	    if ( bezier.size() > path.size() - pcount )
+		path.resize( path.size() - pcount + bezier.size() );
+	    // copy
+	    for ( int k = 0; k < (int)bezier.size(); k ++ )
+		path.setPoint( pcount++, bezier[ k ] );
+	    break;
+	}
+#endif // TQT_NO_BEZIER
+	case 9:					// 'A' elliptical arc curve
+	    // ### just a straight line
+	    x = arg[ 5 ] + offsetX;
+	    y = arg[ 6 ] + offsetY;
+	    path.setPoint( pcount++, int(x), int(y) );
+	    break;
+	};
+	lastMode = mode;
+	// array almost full ? expand for next loop
+	if ( pcount >= (int)path.size() - 4 )
+	    path.resize( 2 * path.size() );
+    }
+
+    subIndex.append( pcount );			// dummy marking the end
+    if ( pt->brush().style() != TQt::NoBrush ) {
+	// fill the area without stroke first
+	if ( x != x0 || y != y0 )
+	    path.setPoint( pcount++, int(x0), int(y0) );
+	TQPen pen = pt->pen();
+	pt->setPen( TQt::NoPen );
+	pt->drawPolygon( path, FALSE, 0, pcount );
+	pt->setPen( pen );
+    }
+    // draw each subpath stroke seperately
+    TQValueListConstIterator<int> it = subIndex.begin();
+    int start = 0;
+    while ( it != subIndex.fromLast() ) {
+	int next = *++it;
+	// ### always joins ends if first and last point coincide.
+	// ### 'Z' can't have the desired effect
+	pt->drawPolyline( path, start, next-start );
+	start = next;
+    }
+}
+
+void TQSvgDevice::applyStyle( TQDomElement *e, int c ) const
+{
+    // ### do not write every attribute each time
+    TQColor pcol = pt->pen().color();
+    TQColor bcol = pt->brush().color();
+    TQString s;
+    if ( c == PdcDrawText2 || c == PdcDrawText2Formatted ) {
+	// TQPainter has a reversed understanding of pen/stroke vs.
+	// brush/fill for text
+	s += TQString( "fill:rgb(%1,%2,%3);" )
+	     .arg( pcol.red() ).arg( pcol.green() ).arg( pcol.blue() );
+	s += TQString( "stroke-width:0;" );
+	TQFont f = pt->font();
+	TQFontInfo fi( f );
+	s += TQString( "font-size:%1;" ).arg( fi.pointSize() );
+	s += TQString( "font-style:%1;" )
+	     .arg( f.italic() ? "italic" : "normal" );
+	// not a very scientific distribution
+	TQString fw;
+	if ( f.weight() <= TQFont::Light )
+	    fw = "100";
+	else if ( f.weight() <= TQFont::Normal )
+	    fw = "400";
+	else if ( f.weight() <= TQFont::DemiBold )
+	    fw = "600";
+	else if ( f.weight() <= TQFont::Bold )
+	    fw = "700";
+	else if ( f.weight() <= TQFont::Black )
+	    fw = "800";
+	else
+	    fw = "900";
+	s += TQString( "font-weight:%1;" ).arg( fw );
+	s += TQString( "font-family:%1;" ).arg( f.family() );
+    } else {
+	s += TQString( "stroke:rgb(%1,%2,%3);" )
+	     .arg( pcol.red() ).arg( pcol.green() ).arg( pcol.blue() );
+	double pw = pt->pen().width();
+	if ( pw == 0 && pt->pen().style() != TQt::NoPen )
+	    pw = 0.9;
+	if ( c == PdcDrawLine )
+	    pw /= (TQABS(pt->worldMatrix().m11()) + TQABS(pt->worldMatrix().m22())) / 2.0;
+	s += TQString( "stroke-width:%1;" ).arg( pw );
+	if ( pt->pen().style() == TQt::DashLine )
+	    s+= TQString( "stroke-dasharray:18,6;" );
+	else if ( pt->pen().style() == TQt::DotLine )
+	    s+= TQString( "stroke-dasharray:3;" );
+	else if ( pt->pen().style() == TQt::DashDotLine )
+	    s+= TQString( "stroke-dasharray:9,6,3,6;" );
+	else if ( pt->pen().style() == TQt::DashDotDotLine )
+	    s+= TQString( "stroke-dasharray:9,3,3;" );
+	if ( pt->brush().style() == TQt::NoBrush || c == PdcDrawPolyline ||
+	     c == PdcDrawCubicBezier )
+	    s += "fill:none;"; // TQt polylines use no brush, neither do Beziers
+	else
+	    s += TQString( "fill:rgb(%1,%2,%3);" )
+		 .arg( bcol.red() ).arg( bcol.green() ).arg( bcol.blue() );
+    }
+    e->setAttribute( "style", s );
+}
+
+void TQSvgDevice::applyTransform( TQDomElement *e ) const
+{
+    TQWMatrix m = pt->worldMatrix();
+
+    TQString s;
+    bool rot = ( m.m11() != 1.0 || m.m12() != 0.0 ||
+		 m.m21() != 0.0 || m.m22() != 1.0 );
+    if ( !rot && ( m.dx() != 0.0 || m.dy() != 0.0 ) )
+	s = TQString( "translate(%1,%2)" ).arg( m.dx() ).arg( m.dy() );
+    else if ( rot ) {
+	if ( m.m12() == 0.0 && m.m21() == 0.0 &&
+	     m.dx() == 0.0 && m.dy() == 0.0 )
+	    s = TQString( "scale(%1,%2)" ).arg( m.m11() ).arg( m.m22() );
+	else
+	    s = TQString( "matrix(%1,%2,%3,%4,%5,%6)" )
+		.arg( m.m11() ).arg( m.m12() )
+		.arg( m.m21() ).arg( m.m22() )
+		.arg( m.dx() ).arg( m.dy() );
+    }
+    else
+	return;
+
+    e->setAttribute( "transform", s );
+}
+
+#endif // TQT_NO_SVG