/***************************************************************************
 *   Copyright (C) 2005 by David Saxton                                    *
 *   david@bluehaze.org                                                    *
 *                                                                         *
 *   This program is free software; you can redistribute it and/or modify  *
 *   it under the terms of the GNU General Public License as published by  *
 *   the Free Software Foundation; either version 2 of the License, or     *
 *   (at your option) any later version.                                   *
 ***************************************************************************/

#include "itemdocument.h"
#include "mechanicsitem.h"
#include "resizeoverlay.h"

#include <kdebug.h>
#include <qpainter.h>
#include <cmath>

#define DPR ( 180.0 / M_PI )


//BEGIN class ResizeOverlay
ResizeOverlay::ResizeOverlay( Item *parent )
	: QObject(parent)
{
	b_showResizeHandles = false;
	b_visible = true;
	p_item = parent;
}


ResizeOverlay::~ResizeOverlay()
{
	const ResizeHandleMap::iterator end = m_resizeHandleMap.end();
	for ( ResizeHandleMap::iterator it = m_resizeHandleMap.begin(); it != end; ++it )
	{
		if (it.data())
			it.data()->setCanvas(0l);
		delete (ResizeHandle*)it.data();
	}
	m_resizeHandleMap.clear();
}


void ResizeOverlay::showResizeHandles( bool show )
{
	b_showResizeHandles = show;
	const ResizeHandleMap::iterator end = m_resizeHandleMap.end();
	for ( ResizeHandleMap::iterator it = m_resizeHandleMap.begin(); it != end; ++it )
	{
		it.data()->setVisible(b_showResizeHandles && b_visible);
	}
}


void ResizeOverlay::setVisible( bool visible )
{
	b_visible = visible;
	const ResizeHandleMap::iterator end = m_resizeHandleMap.end();
	for ( ResizeHandleMap::iterator it = m_resizeHandleMap.begin(); it != end; ++it )
	{
		it.data()->setVisible(b_showResizeHandles && b_visible);
	}
}


ResizeHandle *ResizeOverlay::createResizeHandle( int id, ResizeHandle::DrawType drawType, int xsnap, int ysnap )
{
	ResizeHandleMap::iterator it = m_resizeHandleMap.find(id);
	if ( it != m_resizeHandleMap.end() )
		return it.data();
	
	ResizeHandle *newResizeHandle = new ResizeHandle( this, id, drawType, xsnap, ysnap );
	m_resizeHandleMap[id] = newResizeHandle;
	connect( newResizeHandle, SIGNAL(rhMovedBy(int, double, double )), this, SLOT(slotResizeHandleMoved(int, double, double )) );
	return newResizeHandle;
}


void ResizeOverlay::removeResizeHandle( int id )
{
	ResizeHandleMap::iterator it = m_resizeHandleMap.find(id);
	if ( it == m_resizeHandleMap.end() )
		return;
	
	ResizeHandle *rh = it.data();
	disconnect( rh, SIGNAL(rhMovedBy(int, double, double )), this, SLOT(slotResizeHandleMoved(int, double, double )) );
	delete rh;
	m_resizeHandleMap.erase(it);
}


ResizeHandle *ResizeOverlay::resizeHandle( int id )
{
	ResizeHandleMap::iterator it = m_resizeHandleMap.find(id);
	if ( it != m_resizeHandleMap.end() )
		return it.data();
	return 0l;
}


void ResizeOverlay::slotMoveAllResizeHandles( double dx, double dy )
{
	const ResizeHandleMap::iterator end = m_resizeHandleMap.end();
	for ( ResizeHandleMap::iterator it = m_resizeHandleMap.begin(); it != end; ++it )
	{
		it.data()->moveBy( dx, dy );
	}
}


void ResizeOverlay::syncX( ResizeHandle *rh1, ResizeHandle *rh2, ResizeHandle *rh3 )
{
	syncX( rh1, rh2 );
	syncX( rh1, rh3 );
	syncX( rh2, rh3 );
}
void ResizeOverlay::syncY( ResizeHandle *rh1, ResizeHandle *rh2, ResizeHandle *rh3 )
{
	syncY( rh1, rh2 );
	syncY( rh1, rh3 );
	syncY( rh2, rh3 );
}
void ResizeOverlay::syncX( ResizeHandle *rh1, ResizeHandle *rh2 )
{
	if ( !rh1 || !rh2 )
		return;
	connect( rh1, SIGNAL(rhMovedByX(double )), rh2, SLOT(slotMoveByX(double )) );
	connect( rh2, SIGNAL(rhMovedByX(double )), rh1, SLOT(slotMoveByX(double )) );
}
void ResizeOverlay::syncY( ResizeHandle *rh1, ResizeHandle *rh2 )
{
	if ( !rh1 || !rh2 )
		return;
	connect( rh1, SIGNAL(rhMovedByY(double )), rh2, SLOT(slotMoveByY(double )) );
	connect( rh2, SIGNAL(rhMovedByY(double )), rh1, SLOT(slotMoveByY(double )) );
}
//END class ResizeOverlay



//BEGIN class MechanicsItemOverlay
MechanicsItemOverlay::MechanicsItemOverlay( MechanicsItem *parent )
	: ResizeOverlay(parent)
{
	p_mechanicsItem = parent;
	connect( parent, SIGNAL(moved()), this, SLOT(slotUpdateResizeHandles()) );
	connect( parent, SIGNAL(resized()), this, SLOT(slotUpdateResizeHandles()) );
	
	m_tl = createResizeHandle( ResizeHandle::rhp_topLeft, ResizeHandle::dt_resize_backwardsDiagonal );
	m_tm = createResizeHandle( ResizeHandle::rhp_topMiddle, ResizeHandle::dt_resize_vertical );
	m_tr = createResizeHandle( ResizeHandle::rhp_topRight, ResizeHandle::dt_resize_forwardsDiagonal );
	m_mr = createResizeHandle( ResizeHandle::rhp_middleRight, ResizeHandle::dt_resize_horizontal );
	m_br = createResizeHandle( ResizeHandle::rhp_bottomRight, ResizeHandle::dt_resize_backwardsDiagonal );
	m_bm = createResizeHandle( ResizeHandle::rhp_bottomMiddle, ResizeHandle::dt_resize_vertical );
	m_bl = createResizeHandle( ResizeHandle::rhp_bottomLeft, ResizeHandle::dt_resize_forwardsDiagonal );
	m_ml = createResizeHandle( ResizeHandle::rhp_middleLeft, ResizeHandle::dt_resize_horizontal );
	m_mm = createResizeHandle( ResizeHandle::rhp_center, ResizeHandle::dt_point_crosshair );
	
	slotUpdateResizeHandles();
}

MechanicsItemOverlay::~MechanicsItemOverlay()
{
}

void MechanicsItemOverlay::slotUpdateResizeHandles()
{
	const PositionInfo absPos = p_mechanicsItem->absolutePosition();
	const QRect sizeRect = p_mechanicsItem->sizeRect();
	
	Q3PointArray pa(9);
	pa[0] = sizeRect.topLeft();
	pa[2] = sizeRect.topRight();
	pa[1] = (pa[0]+pa[2])/2;
	pa[4] = sizeRect.bottomRight();
	pa[3] = (pa[2]+pa[4])/2;
	pa[6] = sizeRect.bottomLeft();
	pa[5] = (pa[4]+pa[6])/2;
	pa[7] = (pa[6]+pa[0])/2;
	pa[8] = QPoint(0,0);
	
	QWMatrix m;
	m.rotate(absPos.angle() * DPR);
	
	pa = m.map(pa);
	
	m_tl->move( absPos.x()+pa[0].x(), absPos.y()+pa[0].y() );
	m_tm->move( absPos.x()+pa[1].x(), absPos.y()+pa[1].y() );
	m_tr->move( absPos.x()+pa[2].x(), absPos.y()+pa[2].y() );
	m_mr->move( absPos.x()+pa[3].x(), absPos.y()+pa[3].y() );
	m_br->move( absPos.x()+pa[4].x(), absPos.y()+pa[4].y() );
	m_bm->move( absPos.x()+pa[5].x(), absPos.y()+pa[5].y() );
	m_bl->move( absPos.x()+pa[6].x(), absPos.y()+pa[6].y() );
	m_ml->move( absPos.x()+pa[7].x(), absPos.y()+pa[7].y() );
	m_mm->move( absPos.x()+pa[8].x(), absPos.y()+pa[8].y() );
}

void MechanicsItemOverlay::slotResizeHandleMoved( int id, double dx, double dy )
{
	Q_UNUSED(id);
	Q_UNUSED(dx);
	Q_UNUSED(dy);
	
	switch (id)
	{
		case ResizeHandle::rhp_topLeft:
			break;
		case ResizeHandle::rhp_topMiddle:
			break;
		case ResizeHandle::rhp_topRight:
			break;
		case ResizeHandle::rhp_middleRight:
			break;
		case ResizeHandle::rhp_bottomRight:
			break;
		case ResizeHandle::rhp_bottomMiddle:
			break;
		case ResizeHandle::rhp_bottomLeft:
			break;
		case ResizeHandle::rhp_middleLeft:
			break;
		case ResizeHandle::rhp_center:
			break;
		default:
			kError() << k_funcinfo << "Unknown resize handle id " << id << endl;
			break;
	}
}
//END class MechanicsItemOverlay



//BEGIN class RectangularOverlay
RectangularOverlay::RectangularOverlay( Item *parent, int xsnap, int ysnap )
	: ResizeOverlay(parent)
{
	connect( parent, SIGNAL(resized()), this, SLOT(slotUpdateResizeHandles()) );
	connect( parent, SIGNAL(movedBy(double, double )), this, SLOT(slotMoveAllResizeHandles(double, double )) );
	
	m_tl = createResizeHandle( ResizeHandle::rhp_topLeft,		ResizeHandle::dt_resize_backwardsDiagonal,	xsnap, ysnap );
	m_tm = createResizeHandle( ResizeHandle::rhp_topMiddle,		ResizeHandle::dt_resize_vertical,			xsnap, ysnap );
	m_tr = createResizeHandle( ResizeHandle::rhp_topRight,		ResizeHandle::dt_resize_forwardsDiagonal,	xsnap, ysnap );
	m_mr = createResizeHandle( ResizeHandle::rhp_middleRight,	ResizeHandle::dt_resize_horizontal,			xsnap, ysnap );
	m_br = createResizeHandle( ResizeHandle::rhp_bottomRight,	ResizeHandle::dt_resize_backwardsDiagonal,	xsnap, ysnap );
	m_bm = createResizeHandle( ResizeHandle::rhp_bottomMiddle,	ResizeHandle::dt_resize_vertical,			xsnap, ysnap );
	m_bl = createResizeHandle( ResizeHandle::rhp_bottomLeft,	ResizeHandle::dt_resize_forwardsDiagonal,	xsnap, ysnap );
	m_ml = createResizeHandle( ResizeHandle::rhp_middleLeft,	ResizeHandle::dt_resize_horizontal,			xsnap, ysnap );
	
	syncX( m_tl, m_ml, m_bl );
	syncX( m_tr, m_mr, m_br );
	syncY( m_tl, m_tm, m_tr );
	syncY( m_bl, m_bm, m_br );
	
	slotUpdateResizeHandles();
}


void RectangularOverlay::removeTopMiddle()
{
	if (!m_tm)
		return;
	removeResizeHandle( m_tm->id() );
	m_tm = 0l;
}


void RectangularOverlay::removeBotMiddle()
{
	if (!m_bm)
		return;
	removeResizeHandle( m_bm->id() );
	m_bm = 0l;
}


void RectangularOverlay::slotUpdateResizeHandles()
{
	const QRect sizeRect = p_item->sizeRect();
	
	int x1 = sizeRect.left() + int(p_item->x());
	int x2 = x1 + sizeRect.width();
	
	int y1 = sizeRect.top() + int(p_item->y());
	int y2 = y1 + sizeRect.height();
	
	m_tl->move( x1, y1 );
	if (m_tm)
		m_tm->move( (x1+x2)/2, y1 );
	m_tr->move( x2, y1 );
	m_mr->move( x2, (y1+y2)/2 );
	m_br->move( x2, y2 );
	if (m_bm)
		m_bm->move( (x1+x2)/2, y2 );
	m_bl->move( x1, y2 );
	m_ml->move( x1, (y1+y2)/2 );
}


bool RectangularOverlay::isValidXPos( ResizeHandle *rh )
{
	Q_UNUSED(rh);
	bool ok;
	getSizeRect( 0l, &ok, 0l );
	return ok;
}


bool RectangularOverlay::isValidYPos( ResizeHandle *rh )
{
	Q_UNUSED(rh);
	bool ok;
	getSizeRect( 0l, 0l, &ok );
	return ok;
}


void RectangularOverlay::slotResizeHandleMoved( int id, double dx, double dy )
{
	Q_UNUSED(id);
	Q_UNUSED(dx);
	Q_UNUSED(dy);
	
	bool ok;
	QRect sizeRect = getSizeRect(&ok);
	if (!ok)
		return;
	
	p_item->setSize(sizeRect);
	slotUpdateResizeHandles();
}


QRect RectangularOverlay::getSizeRect( bool *ok, bool *widthOk, bool *heightOk  ) const
{
	bool t1,t2,t3;
	if (!ok)
		ok = &t1;
	if (!widthOk)
		widthOk = &t2;
	if (!heightOk)
		heightOk = &t3;
	
	int width = int(m_br->x() - m_tl->x());
	int height = int(m_br->y() - m_tl->y());
	
	QRect sizeRect( int(m_tl->x() - p_item->x()),
					int(m_tl->y() - p_item->y()),
					width, height );
	
	*widthOk = sizeRect.width() >= p_item->minimumSize().width();
	*heightOk = sizeRect.height() >= p_item->minimumSize().height();
	*ok = *widthOk && *heightOk;
	
	return sizeRect;
}
//END class RectangularOverlay



//BEGIN class LineOverlay
LineOverlay::LineOverlay( Item * parent )
	: ResizeOverlay(parent)
{
	connect( parent, SIGNAL(resized()), this, SLOT(slotUpdateResizeHandles()) );
	connect( parent, SIGNAL(movedBy(double, double )), this, SLOT(slotMoveAllResizeHandles(double, double )) );
	
	m_pStart =	createResizeHandle( ResizeHandle::rhp_start,	ResizeHandle::dt_point_rect );
	m_pEnd = 	createResizeHandle( ResizeHandle::rhp_end,		ResizeHandle::dt_point_rect );
	
	slotUpdateResizeHandles();
}


QPoint LineOverlay::startPoint() const
{
	return QPoint( int(m_pStart->x()), int(m_pStart->y()) );
}
QPoint LineOverlay::endPoint() const
{
	return QPoint( int(m_pEnd->x()), int(m_pEnd->y()) );
}


void LineOverlay::slotUpdateResizeHandles()
{
	int _x = int(p_item->x() + p_item->offsetX());
	int _y = int(p_item->y() + p_item->offsetY());
	
	m_pStart->move( _x, _y );
	m_pEnd->move( _x+p_item->width(), _y+p_item->height() );
}


void LineOverlay::slotResizeHandleMoved( int id, double dx, double dy )
{
	Q_UNUSED(id);
	Q_UNUSED(dx);
	Q_UNUSED(dy);
	
	p_item->setSize( int(m_pStart->x()-p_item->x()), int(m_pStart->y()-p_item->y()),
					 int(m_pEnd->x()-m_pStart->x()), int(m_pEnd->y()-m_pStart->y()) );
}
//END class LineOverlay



//BEGIN class ResizeHandle
ResizeHandle::ResizeHandle( ResizeOverlay *resizeOverlay, int id, DrawType drawType, int xsnap, int ysnap )
	: //QObject(),
        KtlQCanvasRectangle( 0, 0, 13, 13, resizeOverlay->parentItem()->canvas() )
{
	p_resizeOverlay = resizeOverlay;
	m_drawType = drawType;
	m_id = id;
	b_hover = false;
	m_xsnap = xsnap;
	m_ysnap = ysnap;
	setZ( ItemDocument::Z::ResizeHandle );
}

ResizeHandle::~ResizeHandle()
{
	hide();
}

void ResizeHandle::setHover( bool hover )
{
	if ( b_hover == hover )
		return;
	
	b_hover = hover;
	canvas()->setChanged( QRect( int(x())-8, int(y())-8, 15, 15 ) );
}

Q3PointArray ResizeHandle::areaPoints() const
{
// 	Q3PointArray pa = KtlQCanvasRectangle::areaPoints();
// 	pa.translate( -7, -7 );
// 	return pa;
	return Q3PointArray( QRect( int(x())-8, int(y())-8, 15, 15 ) );
}

void ResizeHandle::moveRH( double _x, double _y )
{
	double dx = int((_x-4)/m_xsnap)*m_xsnap+4 - x();
	double dy = int((_y-4)/m_ysnap)*m_ysnap+4 - y();
	if ( (dx == 0) && (dy == 0) )
		return;
	
	//BEGIN Move and check
	moveBy( dx, dy );
	if ( dx != 0 )
		emit rhMovedByX(dx);
	if ( dy != 0 )
		emit rhMovedByY(dy);
	
	bool xOk = p_resizeOverlay->isValidXPos(this);
	bool yOk = p_resizeOverlay->isValidYPos(this);
	
	if (!xOk)
	{
		moveBy( -dx, 0 );
		emit rhMovedByX(-dx);
		dx = 0;
	}
	if (!yOk)
	{
		moveBy( 0, -dy );
		emit rhMovedByY(-dy);
		dy = 0;
	}
	
	if ( !xOk && !yOk )
		return;
	//END Move and check
	
	emit rhMovedBy( id(), dx, dy );
}

void ResizeHandle::setDrawType( DrawType drawType )
{
	m_drawType = drawType;
	canvas()->setChanged(boundingRect());
}

void ResizeHandle::drawShape( QPainter &p )
{
	p.drawPixmap( rect().topLeft()-QPoint( 7, 7 ), handlePixmap( m_drawType, b_hover ) );
}

const QPixmap& ResizeHandle::handlePixmap( DrawType drawType, bool hover )
{
	const char * resize_forwardsDiagonal_hover_xpm[] = {
		"13 13 3 1",
		" 	c None",
		".	c #000000",
		"+	c #8EA5D0",
		"             ",
		"     ....... ",
		"      ..+++. ",
		"      .++++. ",
		"     .+++++. ",
		" .  .+++++.. ",
		" ...+++++... ",
		" ..+++++.  . ",
		" .+++++.     ",
		" .++++.      ",
		" .+++..      ",
		" .......     ",
		"             "};
	static QPixmap pixmap_forwardsDiagonal_hover(resize_forwardsDiagonal_hover_xpm);
	
	const char * resize_forwardsDiagonal_nohover_xpm[] = {
		"13 13 2 1",
		" 	c None",
		".	c #000000",
		"             ",
		"     ....... ",
		"      ...... ",
		"      ...... ",
		"     ....... ",
		" .  ........ ",
		" ........... ",
		" ........  . ",
		" .......     ",
		" ......      ",
		" ......      ",
		" .......     ",
		"             "};
	static QPixmap pixmap_forwardsDiagonal_nohover(resize_forwardsDiagonal_nohover_xpm);


	const char * resize_backwardsDiagonal_hover_xpm[] = {
		"13 13 3 1",
		" 	c None",
		".	c #000000",
		"+	c #8EA5D0",
		"             ",
		" .......     ",
		" .+++..      ",
		" .++++.      ",
		" .+++++.     ",
		" ..+++++.  . ",
		" ...+++++... ",
		" .  .+++++.. ",
		"     .+++++. ",
		"      .++++. ",
		"      ..+++. ",
		"     ....... ",
		"             "};
	static QPixmap pixmap_backwardsDiagonal_hover(resize_backwardsDiagonal_hover_xpm);
 
	const char * resize_backwardsDiagonal_nohover_xpm[] = {  
		"13 13 2 1",
		" 	c None",
		".	c #000000",
		"             ",
		" .......     ",
		" ......      ",
		" ......      ",
		" .......     ",
		" ........  . ",
		" ........... ",
		" .  ........ ",
		"     ....... ",
		"      ...... ",
		"      ...... ",
		"     ....... ",
		"             "};
	static QPixmap pixmap_backwardsDiagonal_nohover(resize_backwardsDiagonal_nohover_xpm);                    


	const char * resize_vertical_hover_xpm[] = {
		"13 13 3 1",
		" 	c None",
		".	c #000000",
		"+	c #8EA5D0",
		"      .      ",
		"     ...     ",
		"    ..+..    ",
		"   ..+++..   ",
		"  ..+++++..  ",
		"    .+++.    ",
		"    .+++.    ",
		"    .+++.    ",
		"  ..+++++..  ",
		"   ..+++..   ",
		"    ..+..    ",
		"     ...     ",
		"      .      "};
	static QPixmap pixmap_vertical_hover(resize_vertical_hover_xpm);
	
	const char * resize_vertical_nohover_xpm[] = {
		"13 13 2 1",
		" 	c None",
		".	c #000000",
		"      .      ",
		"     ...     ",
		"    .....    ",
		"   .......   ",
		"  .........  ",
		"    .....    ",
		"    .....    ",
		"    .....    ",
		"  .........  ",
		"   .......   ",
		"    .....    ",
		"     ...     ",
		"      .      "};
	static QPixmap pixmap_vertical_nohover(resize_vertical_nohover_xpm);
	
	
	const char * resize_horizontal_hover_xpm[] = {
		"13 13 3 1",
		" 	c None",
		".	c #000000",
		"+	c #8EA5D0",
		"             ",
		"             ",
		"    .   .    ",
		"   ..   ..   ",
		"  ..+...+..  ",
		" ..+++++++.. ",
		"..+++++++++..",
		" ..+++++++.. ",
		"  ..+...+..  ",
		"   ..   ..   ",
		"    .   .    ",
		"             ",
		"             "};
	static QPixmap pixmap_horizontal_hover(resize_horizontal_hover_xpm);

	const char * resize_horizontal_nohover_xpm[] = {
		"13 13 2 1",
		" 	c None",
		".	c #000000",
		"             ",
		"             ",
		"    .   .    ",
		"   ..   ..   ",
		"  .........  ",
		" ........... ",
		".............",
		" ........... ",
		"  .........  ",
		"   ..   ..   ",
		"    .   .    ",
		"             ",
		"             "};
	static QPixmap pixmap_horizontal_nohover(resize_horizontal_nohover_xpm);
	
	const char * point_rect_hover_xpm[] = {
		"13 13 3 1",
		" 	c None",
		".	c #000000",
		"+	c #8EA5D0",
		"             ",
		"             ",
		"             ",
		"             ",
		"             ",
		"     .....   ",
		"     .+++.   ",
		"     .+++.   ",
		"     .+++.   ",
		"     .....   ",
		"             ",
		"             ",
		"             "};
	static QPixmap pixmap_point_rect_hover(point_rect_hover_xpm);
	
	const char * point_rect_nohover_xpm[] = {
		"13 13 3 1",
		" 	c None",
		".	c #000000",
		"+	c #FFFFFF",
		"             ",
		"             ",
		"             ",
		"             ",
		"             ",
		"     .....   ",
		"     .+++.   ",
		"     .+++.   ",
		"     .+++.   ",
		"     .....   ",
		"             ",
		"             ",
		"             "};
	static QPixmap pixmap_point_rect_nohover(point_rect_nohover_xpm);
		
	if (hover)
	{
		switch(drawType)
		{
			case ResizeHandle::dt_resize_forwardsDiagonal:
				return pixmap_forwardsDiagonal_hover;
			case ResizeHandle::dt_resize_backwardsDiagonal:
				return pixmap_backwardsDiagonal_hover;
			case ResizeHandle::dt_resize_vertical:
				return pixmap_vertical_hover;
			case ResizeHandle::dt_resize_horizontal:
				return pixmap_horizontal_hover;
			case ResizeHandle::dt_point_rect:
				return pixmap_point_rect_hover;
				
			case ResizeHandle::dt_point_crosshair:
			case ResizeHandle::dt_rotate_topLeft:
			case ResizeHandle::dt_rotate_topRight:
			case ResizeHandle::dt_rotate_bottomRight:
			case ResizeHandle::dt_rotate_bottomLeft:
				kWarning() << k_funcinfo << "ResizeHandle of type " << drawType << " does not have an image." << endl;
		}
	}
	else
	{
		switch(drawType)
		{
			case ResizeHandle::dt_resize_forwardsDiagonal:
				return pixmap_forwardsDiagonal_nohover;
			case ResizeHandle::dt_resize_backwardsDiagonal:
				return pixmap_backwardsDiagonal_nohover;
			case ResizeHandle::dt_resize_vertical:
				return pixmap_vertical_nohover;
			case ResizeHandle::dt_resize_horizontal:
				return pixmap_horizontal_nohover;
			case ResizeHandle::dt_point_rect:
				return pixmap_point_rect_nohover;
				
			case ResizeHandle::dt_point_crosshair:
			case ResizeHandle::dt_rotate_topLeft:
			case ResizeHandle::dt_rotate_topRight:
			case ResizeHandle::dt_rotate_bottomRight:
			case ResizeHandle::dt_rotate_bottomLeft:
				kWarning() << k_funcinfo << "ResizeHandle of type " << drawType << " does not have an image." << endl;
		}
	}
	
	static QPixmap blank;
	return blank;
}
//END class ResizeHandle

#include "resizeoverlay.moc"
