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#ifndef INCLUDED_SVX_SVDDRAG_HXX
#define INCLUDED_SVX_SVDDRAG_HXX
#include <tools/gen.hxx>
#include <tools/fract.hxx>
#include <svx/svxdllapi.h>
#include <vector>
// Status information for specialized object dragging. In order for the model
// to stay status free, the status data is kept on the View
// and handed over to the object at the appropriate time as a parameter.
// This also includes the status of the operation and Interactive
// Object creation. In this case, pHdl is null.
class SdrHdl;
class SdrView;
class SdrPageView;
class SdrDragMethod;
struct SVX_DLLPUBLIC SdrDragStatUserData
{
};
class SVX_DLLPUBLIC SdrDragStat {
protected:
SdrHdl* pHdl; // The Handle for the User
SdrView* pView;
SdrPageView* pPageView;
std::vector<Point*> aPnts; // All previous Points: [0]=Start, [Count()-2]=Prev
Point aRef1; // Referencepoint: Resize fixed point, (axis of rotation,
Point aRef2; // axis of reflection, ...)
Point aPos0; // Position at the last Event
Point aRealNow; // Current dragging position without Snap, Ortho and Limit
Rectangle aActionRect;
bool bEndDragChangesAttributes;
bool bEndDragChangesGeoAndAttributes;
/// Table row drag: table will re-layout itself later.
bool mbEndDragChangesLayout;
bool bMouseIsUp;
bool bShown; // Xor visible?
sal_uInt16 nMinMov; // So much has to be minimally moved first
bool bMinMoved; // MinMove surpassed?
bool bHorFixed; // Dragging only vertical
bool bVerFixed; // Dragging only horizontal
bool bWantNoSnap; // To decide if pObj-> MovCreate () should use NoSnapPos or not.
// Therefore, NoSnapPos is written into the buffer.
bool bOrtho4;
bool bOrtho8;
SdrDragMethod* pDragMethod;
protected:
void Clear(bool bLeaveOne);
Point& Pnt(sal_uIntPtr nNum) { return *aPnts[nNum]; }
//public:
SdrDragStatUserData* pUser; // Userdata
public:
SdrDragStat(): aPnts() { pUser=nullptr; Reset(); }
~SdrDragStat() { Clear(false); }
void Reset();
SdrView* GetView() const { return pView; }
void SetView(SdrView* pV) { pView=pV; }
SdrPageView* GetPageView() const { return pPageView; }
void SetPageView(SdrPageView* pPV) { pPageView=pPV; }
const Point& GetPoint(sal_uIntPtr nNum) const { return *aPnts[nNum]; }
sal_uIntPtr GetPointCount() const { return aPnts.size(); }
const Point& GetStart() const { return GetPoint(0); }
Point& Start() { return Pnt(0); }
const Point& GetPrev() const { return GetPoint(GetPointCount()-(GetPointCount()>=2 ? 2:1)); }
Point& Prev() { return Pnt(GetPointCount()-(GetPointCount()>=2 ? 2:1)); }
const Point& GetPos0() const { return aPos0; }
const Point& GetNow() const { return GetPoint(GetPointCount()-1); }
Point& Now() { return Pnt(GetPointCount()-1); }
const Point& GetRealNow() const { return aRealNow; }
Point& RealNow() { return aRealNow; }
const Point& GetRef1() const { return aRef1; }
Point& Ref1() { return aRef1; }
const Point& GetRef2() const { return aRef2; }
Point& Ref2() { return aRef2; }
const SdrHdl* GetHdl() const { return pHdl; }
void SetHdl(SdrHdl* pH) { pHdl=pH; }
SdrDragStatUserData* GetUser() const { return pUser; }
void SetUser(SdrDragStatUserData* pU) { pUser=pU; }
bool IsShown() const { return bShown; }
void SetShown(bool bOn) { bShown=bOn; }
bool IsMinMoved() const { return bMinMoved; }
void SetMinMoved() { bMinMoved=true; }
void ResetMinMoved() { bMinMoved=false; }
void SetMinMove(sal_uInt16 nDist) { nMinMov=nDist; if (nMinMov<1) nMinMov=1; }
bool IsHorFixed() const { return bHorFixed; }
void SetHorFixed(bool bOn) { bHorFixed=bOn; }
bool IsVerFixed() const { return bVerFixed; }
void SetVerFixed(bool bOn) { bVerFixed=bOn; }
// Here, the object can say: "I do not want to snap to coordinates!"
// for example, the angle of the arc ...
bool IsNoSnap() const { return bWantNoSnap; }
void SetNoSnap(bool bOn = true) { bWantNoSnap=bOn; }
// And here the Obj say which Ortho (if there is one) can be usefully applied to him.
// Ortho4 means Ortho in four directions (for Rect and CIRT)
bool IsOrtho4Possible() const { return bOrtho4; }
void SetOrtho4Possible(bool bOn = true) { bOrtho4=bOn; }
// Ortho8 means Ortho in 8 directions (for lines)
bool IsOrtho8Possible() const { return bOrtho8; }
void SetOrtho8Possible(bool bOn = true) { bOrtho8=bOn; }
// Is set by an object that was dragged.
bool IsEndDragChangesAttributes() const { return bEndDragChangesAttributes; }
void SetEndDragChangesAttributes(bool bOn) { bEndDragChangesAttributes=bOn; }
bool IsEndDragChangesGeoAndAttributes() const { return bEndDragChangesGeoAndAttributes; }
void SetEndDragChangesGeoAndAttributes(bool bOn) { bEndDragChangesGeoAndAttributes=bOn; }
bool IsEndDragChangesLayout() const { return mbEndDragChangesLayout; }
void SetEndDragChangesLayout(bool bOn) { mbEndDragChangesLayout=bOn; }
// Is set by the view and can be evaluated by Obj
bool IsMouseDown() const { return !bMouseIsUp; }
void SetMouseDown(bool bDown) { bMouseIsUp=!bDown; }
static Point KorregPos(const Point& rNow, const Point& rPrev);
void Reset(const Point& rPnt);
void NextMove(const Point& rPnt);
void NextPoint();
void PrevPoint();
bool CheckMinMoved(const Point& rPnt);
long GetDX() const { return GetNow().X()-GetPrev().X(); }
long GetDY() const { return GetNow().Y()-GetPrev().Y(); }
Fraction GetXFact() const;
Fraction GetYFact() const;
SdrDragMethod* GetDragMethod() const { return pDragMethod; }
void SetDragMethod(SdrDragMethod* pMth) { pDragMethod=pMth; }
const Rectangle& GetActionRect() const { return aActionRect; }
void SetActionRect(const Rectangle& rR) { aActionRect=rR; }
// Also considering 1stPointAsCenter
void TakeCreateRect(Rectangle& rRect) const;
};
#endif // INCLUDED_SVX_SVDDRAG_HXX
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