uiparent.h

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#ifndef uiparent_h
#define uiparent_h

/*+
________________________________________________________________________

 (C) dGB Beheer B.V.; (LICENSE) http://opendtect.org/OpendTect_license.txt
 Author:        A.H. Lammertink
 Date:          16/05/2001
 RCS:           $Id$
________________________________________________________________________

-*/

#include "uibasemod.h"
#include "uiobj.h"
#include "uilayout.h"

class MouseCursor;
class uiObjectBody;
class uiObject;
class uiMainWin;
class uiParentBody;


mExpClass(uiBase) uiParent : public uiBaseObject
{
friend class uiParentBody;
friend class uiObjectBody;
public:
                        uiParent(const char* nm,uiParentBody*);

    void                addChild(uiBaseObject&);
    void                manageChld(uiBaseObject&,uiObjectBody&);
    void                attachChild(constraintType tp,uiObject* child,
                                    uiObject* other,int margin,
                                    bool reciprocal);

    const ObjectSet<uiBaseObject>* childList() const;

    virtual uiMainWin*  mainwin()               { return 0; }

    uiObject*           mainObject()            { return mainobject(); }
    const uiObject*     mainObject() const
                            { return const_cast<uiParent*>(this)->mainobject();}

    uiParentBody*       pbody();
    const uiParentBody* pbody() const
                        { return const_cast<uiParent*>(this)->pbody(); }


#define mIfMO()         if ( mainObject() ) mainObject()
#define mRetMO(fn,val)  return mainObject() ? mainObject()->fn() : val;

    void                attach( constraintType t, int margin=-1 )
                            { mIfMO()->attach(t,margin); }
    void                attach( constraintType t, uiParent* oth, int margin=-1,
                                bool reciprocal=true)
                            { attach(t,oth->mainObject(),margin,reciprocal); }
    void                attach( constraintType t, uiObject* oth, int margin=-1,
                                bool reciprocal=true)
                            { attach_(t,oth,margin,reciprocal); }


    virtual void        display( bool yn, bool shrk=false,
                                 bool maximize=false )
                            { finalise(); mIfMO()->display(yn,shrk,maximize); }
    bool                isDisplayed() const       { mRetMO(isDisplayed,false); }

    void                setFocus()                { mIfMO()->setFocus(); }
    bool                hasFocus() const          { mRetMO(hasFocus,false); }

    void                setSensitive(bool yn=true){ mIfMO()->setSensitive(yn); }
    bool                sensitive() const         { mRetMO(sensitive,false); }

    const uiFont*       font() const              { mRetMO(font,0); }
    void                setFont( const uiFont& f) { mIfMO()->setFont(f); }
    void                setCaption(const uiString& c) { mIfMO()->setCaption(c);}
    void                setCursor(const MouseCursor& c) {mIfMO()->setCursor(c);}

    uiSize              actualsize( bool include_border) const
                        {
                            if ( mainObject() )
                                return mainObject()->actualsize(include_border);
                            return uiSize();
                        }

    int                 prefHNrPics() const       { mRetMO(prefHNrPics, -1 ); }
    int                 prefVNrPics() const       { mRetMO(prefVNrPics,-1); }
    void                setPrefHeight( int h )    { mIfMO()->setPrefHeight(h); }
    void                setPrefWidth( int w )     { mIfMO()->setPrefWidth(w); }
    void                setPrefHeightInChar( int h )
                            { mIfMO()->setPrefWidthInChar(h); }
    void                setPrefHeightInChar( float h )
                            { mIfMO()->setPrefHeightInChar(h); }
    void                setPrefWidthInChar( float w )
                            { mIfMO()->setPrefWidthInChar(w); }
    void                setPrefWidthInChar( int w )
                            { mIfMO()->setPrefWidthInChar(w); }

    virtual void        reDraw( bool deep )       { mIfMO()->reDraw( deep ); }
    void                shallowRedraw( CallBacker* =0 )         {reDraw(false);}
    void                deepRedraw( CallBacker* =0 )            {reDraw(true); }

    void                setStretch( int h, int v ){ mIfMO()->setStretch(h,v); }

    Color               backgroundColor() const;
    Color               roBackgroundColor() const;
    void                setBackgroundColor( const Color& c )
                            { mIfMO()->setBackgroundColor(c); }

    void                translateText();

protected:

    virtual void        attach_( constraintType t, uiObject* oth, int margin=-1,
                                bool reciprocal=true)
                            { mIfMO()->attach(t,oth,margin,reciprocal); }

#undef mIfMO
#undef mRetMO

    virtual uiObject*   mainobject()    { return 0; }
};

#endif