You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
koffice/kword/KWFrame.h

336 lines
12 KiB

/* This file is part of the KDE project
Copyright (C) 1998, 1999, 2000 Reginald Stadlbauer <reggie@kde.org>
Copyright (C) 2000-2006 David Faure <faure@kde.org>
Copyright (C) 2005 Thomas Zander <zander@kde.org>
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Library General Public
License as published by the Free Software Foundation; either
version 2 of the License, or (at your option) any later version.
This library is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Library General Public License for more details.
You should have received a copy of the GNU Library General Public License
along with this library; see the file COPYING.LIB. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
* Boston, MA 02110-1301, USA.
*/
#ifndef frame_h
#define frame_h
#include "defs.h"
#include <KoRect.h>
#include <tqbrush.h>
#include "KoBorder.h"
#include <tqptrlist.h>
class KWCanvas;
class KWDocument;
class KWFrame;
class KWFrameList;
class KWFrameSet;
class KWViewMode;
class KoGenStyle;
class KoGenStyles;
class KoOasisContext;
class KoStyleStack;
class KoXmlWriter;
class TQDomElement;
/**
* small utility class representing a sortable (by z-order) list of frames
* you can use sort() and inSort(item)
*
* Deprecated, use TQValueVector<KWFrame*> from now on, and sort it with
* std::sort(frames.begin(),frames.end(),KWFrame::compareFrameZOrder);
*
* With TQt4 we'll be able to use qSort for lists.
*/
class ZOrderedFrameList : public TQPtrList<KWFrame>
{
protected:
virtual int compareItems(TQPtrCollection::Item a, TQPtrCollection::Item b);
};
/**
* This class represents a single frame.
* A frame belongs to a frameset which states its contents.
* A frame does NOT have contents, the frameset stores that.
* A frame is really just a square that is used to place the content
* of a frameset.
*/
class KWFrame : public KoRect
{
public:
/** Runaround types
* RA_NO = No run around, all text is just printed.
* RA_BOUNDINGRECT = run around the square of this frame.
* RA_SKIP = stop running text on the whole horizontal space this frame occupies.
*/
enum RunAround { RA_NO = 0, RA_BOUNDINGRECT = 1, RA_SKIP = 2 };
/** Runaround side - only meaningful when RA_BOUNDINGRECT is used
*/
enum RunAroundSide { RA_BIGGEST = 0, RA_LEFT = 1, RA_RIGHT = 2 };
/**
* Constructor
* @param fs parent frameset
* @param left, top, width, height coordinates of the frame
* The page number will be automatically determined from the position of the frame.
* @param ra the "runaround" setting, i.e. whether text should flow below the frame,
* around the frame, or avoiding the frame on the whole horizontal band.
*/
KWFrame(KWFrameSet *fs, double left, double top, double width, double height,
RunAround ra = RA_BOUNDINGRECT);
KWFrame(KWFrame * frame);
/** Destructor
*/
virtual ~KWFrame();
double runAroundLeft() const { return m_runAroundLeft; }
double runAroundRight() const { return m_runAroundRight; }
double runAroundTop() const { return m_runAroundTop; }
double runAroundBottom() const { return m_runAroundBottom; }
void setRunAroundGap( double left, double right, double top, double bottom ) {
m_runAroundLeft = left;
m_runAroundRight = right;
m_runAroundTop = top;
m_runAroundBottom = bottom;
}
RunAround runAround()const { return m_runAround; }
void setRunAround( RunAround _ra ) { m_runAround = _ra; }
RunAroundSide runAroundSide() const { return m_runAroundSide; }
void setRunAroundSide( RunAroundSide rs ) { m_runAroundSide = rs; }
/** what should happen when the frame is full
*/
enum FrameBehavior { AutoExtendFrame=0 , AutoCreateNewFrame=1, Ignore=2 };
FrameBehavior frameBehavior()const { return m_frameBehavior; }
void setFrameBehavior( FrameBehavior fb ) { m_frameBehavior = fb; }
/* Frame duplication properties */
/** This frame will only be copied to:
* AnySide, OddSide or EvenSide
*/
enum SheetSide { AnySide=0, OddSide=1, EvenSide=2};
SheetSide sheetSide()const { return m_sheetSide; }
void setSheetSide( SheetSide ss ) { m_sheetSide = ss; }
/** What happens on new page
* (create a new frame and reconnect, no followup, make copy) */
enum NewFrameBehavior { Reconnect=0, NoFollowup=1, Copy=2 };
NewFrameBehavior newFrameBehavior()const { return m_newFrameBehavior; }
void setNewFrameBehavior( NewFrameBehavior nfb ) { m_newFrameBehavior = nfb; }
/** Drawing property: if isCopy, this frame is a copy of the previous frame in the frameset
*/
bool isCopy()const { return m_bCopy; }
void setCopy( bool copy ) { m_bCopy = copy; }
/** Data stucture methods
*/
KWFrameSet *frameSet() const { return m_frameSet; }
void setFrameSet( KWFrameSet *fs ) { m_frameSet = fs; }
/** The page on which this frame is
*/
int pageNumber() const;
/** Same as pageNumber(), but works if the frame hasn't been added to a frameset yet
*/
int pageNumber( KWDocument* doc ) const;
/** The z-order of the frame, relative to the other frames on the same page
*/
void setZOrder( int z ) { m_zOrder = z; }
int zOrder() const { return m_zOrder; }
/**
* This is a method used to sort a list using the STL sorting methods.
* @param f1 the first object
* @param f2 the second object
*/
static bool compareFrameZOrder(KWFrame *f1, KWFrame *f2);
KWFrameList* frameStack() { return m_frameStack; }
void setFrameStack(KWFrameList *fl) { m_frameStack = fl; }
/** All borders can be custom drawn with their own colors etc.
*/
const KoBorder &leftBorder() const { return m_borderLeft; }
const KoBorder &rightBorder() const { return m_borderRight; }
const KoBorder &topBorder() const { return m_borderTop; }
const KoBorder &bottomBorder() const { return m_borderBottom; }
void setLeftBorder( KoBorder _brd ) { m_borderLeft = _brd; }
void setRightBorder( KoBorder _brd ) { m_borderRight = _brd; }
void setTopBorder( KoBorder _brd ) { m_borderTop = _brd; }
void setBottomBorder( KoBorder _brd ) { m_borderBottom = _brd; }
/** Return the _zoomed_ rectangle for this frame, including the border - for drawing
* @param viewMode needed to know if borders are visible or not
*/
TQRect outerRect( KWViewMode* viewMode ) const;
/** Return the unzoomed rectangle, including the border, for the frames-on-top list.
* The default border of size 1-pixel that is drawn on screen is _not_ included here
* [since it depends on the zoom]
*/
KoRect outerKoRect() const;
/** Return the rectangle for this frame including the border and the runaround gap.
* This is the rectangle that the surrounding text must run around.
*/
KoRect runAroundRect() const;
/** Return the rectangle for this frame.
* This method is just so that new code doesn't rely on "KWFrame inherits KoRect",
* which would be good to get rid of, at some point.
*/
const KoRect& rect() const { return *this; }
/** Marks a frame to have changed position/borders.
Make sure you call this when the frame borders changed so when its inline it will be moved.
*/
void frameBordersChanged();
void updateRulerHandles();
TQBrush backgroundColor() const { return m_backgroundColor; }
void setBackgroundColor( const TQBrush &_color );
bool isTransparent() const { return m_backgroundColor.style() != TQt::SolidPattern; }
KoRect innerRect() const;
double innerWidth() const;
double innerHeight() const;
/** The "internal Y" is the offset (in pt) of the real frame showed in this one
* ("real" means "the last that isn't a copy")
* This offset in pt is the sum of the height of the frames before that one.
* For text frames, this is equivalent to the tqlayout units (after multiplication). */
void setInternalY( double y ) { m_internalY = y; }
double internalY() const { return m_internalY; }
/// set left padding (distance between frame contents and frame border)
void setPaddingLeft( double b ) { m_paddingLeft = b; }
/// set right padding
void setPaddingRight( double b ) { m_paddingRight = b; }
/// set top padding
void setPaddingTop( double b ) { m_paddingTop = b; }
/// set bottom padding
void setPaddingBottom( double b ) { m_paddingBottom = b; }
/// get left padding
double paddingLeft() const { return m_paddingLeft; }
/// get right padding
double paddingRight() const { return m_paddingRight; }
/// get top padding
double paddingTop() const { return m_paddingTop; }
/// get bottom padding
double paddingBottom() const { return m_paddingBottom; }
void setFramePadding( double _left, double _top, double right, double bottom);
/** returns a copy of self
*/
KWFrame *getCopy();
void copySettings(KWFrame *frm);
/** create XML to describe yourself
*/
void save( TQDomElement &frameElem );
/** read attributes from XML. @p headerOrFooter if true some defaults are different
*/
void load( TQDomElement &frameElem, KWFrameSet* frameSet, int syntaxVersion );
void loadCommonOasisProperties( KoOasisContext& context, KWFrameSet* frameSet, const char* typeProperties );
void loadBorderProperties( KoStyleStack& styleStack );
TQString saveOasisFrameStyle( KoGenStyles& mainStyles ) const;
/**
* Write out a draw:frame element and its style.
* The caller is responsible for creating the child element and closing the draw:frame element.
* @p lastFrameName is the name of the previous frame in the same frameset; this is only used for copy-frames
*/
void startOasisFrame( KoXmlWriter &xmlWriter, KoGenStyles& mainStyles, const TQString& name,
const TQString& lastFrameName = TQString() ) const;
void saveBorderProperties( KoGenStyle& frameStyle ) const;
void saveMarginProperties( KoGenStyle& frameStyle ) const;
void saveMarginAttributes( KoXmlWriter &writer ) const;
/**
* The property minimum frame height is used to make the automatic frame shrinking code stop.
* Each frame has a height based on its frame dimentions, but changes in content may change
* the sizes automatically. If all text is removed from a text frame it will grow smaller
* until the minimum frame height is reached, and it will not shrink below that.
* @param h the new minimum height
*/
void setMinimumFrameHeight(double h) { m_minFrameHeight = h; }
/**
* @return the minimum frame height.
* @see setMinimumFrameHeight() for details.
*/
double minimumFrameHeight(void)const {return m_minFrameHeight;}
/** Return if the point is on the frame.
@param nPoint the point in normal coordinates.
@param borderOfFrameOnly when true an additional check is done if the point
is on the border. */
bool frameAtPos( const TQPoint& nPoint, bool borderOfFrameOnly=false ) const;
/**
* Only applicable to frames of the main text frameset.
* Set to true by KWFrameLayout if the "footnote line" should be
* drawn under this frame.
*/
void setDrawFootNoteLine( bool b ) { m_drawFootNoteLine = b; }
bool drawFootNoteLine()const { return m_drawFootNoteLine; }
private:
SheetSide m_sheetSide : 2;
RunAround m_runAround : 2;
RunAroundSide m_runAroundSide : 2;
FrameBehavior m_frameBehavior : 2;
NewFrameBehavior m_newFrameBehavior : 2;
bool m_bCopy;
bool m_drawFootNoteLine;
double m_runAroundLeft, m_runAroundRight, m_runAroundTop, m_runAroundBottom;
double m_paddingLeft, m_paddingRight, m_paddingTop, m_paddingBottom;
double m_minFrameHeight;
double m_internalY;
int m_zOrder;
TQBrush m_backgroundColor;
KoBorder m_borderLeft, m_borderRight, m_borderTop, m_borderBottom;
/** List of frames we have below and on top of us.
* Frames on top we should never overwrite. Frames below us needd for selection code &
* transparancy */
KWFrameList *m_frameStack;
KWFrameSet *m_frameSet;
/** Prevent operator=
*/
KWFrame &operator=( const KWFrame &_frame );
/** Prevent copy constructor
*/
KWFrame ( const KWFrame &_frame );
};
#endif