RXLineData.h

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#ifndef RXLINEDATA_H
#define RXLINEDATA_H
 
#include "entity_global.h"
 
#include "RBox.h"
#include "REntityData.h"
#include "RVector.h"
#include "RXLine.h"
 
class RDocument;
class RLine;
class RRefPoint;
class RPolyline;
 
class QCADENTITY_EXPORT RXLineData: public REntityData, public RXLine {
 
    friend class RXLineEntity;
 
protected:
    RXLineData(RDocument* document, const RXLineData& data);
 
public:
    RXLineData();
    RXLineData(const RXLine& line);
    RXLineData(const RVector& basePoint, const RVector& dir);
 
    virtual RS::EntityType getType() const {
        return RS::EntityXLine;
    }
    RXLine getXLine() {
        return *this;
    }
 
    bool isValid() const {
        return RXLine::isValid();
    }
    virtual QList<RVector> getEndPoints(const RBox& queryBox = RDEFAULT_RBOX, QList<RObject::Id>* subEntityIds = NULL) const {
        return REntityData::getEndPoints(queryBox, subEntityIds);
    }
    virtual void setZ(double z) {
        RXLine::setZ(z);
    }
    virtual void to2D() {
        RXLine::to2D();
    }
    virtual RBox getBoundingBox(bool ignoreEmpty=false) const {
        return REntityData::getBoundingBox();
    }
    virtual QList<RVector> getMiddlePoints(const RBox& queryBox = RDEFAULT_RBOX, QList<RObject::Id>* subEntityIds = NULL) const {
        return REntityData::getMiddlePoints(queryBox, subEntityIds);
    }
    virtual QList<RVector> getCenterPoints(const RBox& queryBox = RDEFAULT_RBOX, QList<RObject::Id>* subEntityIds = NULL) const {
        return REntityData::getCenterPoints(queryBox, subEntityIds);
    }
    virtual QList<RVector> getArcReferencePoints(const RBox& queryBox = RDEFAULT_RBOX) const {
        return REntityData::getArcReferencePoints(queryBox);
    }
    virtual QList<RVector> getPointsWithDistanceToEnd(double distance, int from = RS::FromAny, const RBox& queryBox = RDEFAULT_RBOX, QList<RObject::Id>* subEntityIds = NULL) const {
        return REntityData::getPointsWithDistanceToEnd(distance, from, queryBox, subEntityIds);
    }
    virtual QList<RVector> getIntersectionPoints(const REntityData& other, bool limited = true, bool same = false, const RBox& queryBox = RDEFAULT_RBOX, bool ignoreComplex = true, QList<QPair<RObject::Id, RObject::Id> >* entityIds = NULL) const {
        return REntityData::getIntersectionPoints(other, limited, same, queryBox, ignoreComplex, entityIds);
    }
    virtual QList<RVector> getIntersectionPoints(const RShape& shape, bool limited = true, const RBox& queryBox = RDEFAULT_RBOX, bool ignoreComplex = true) const {
        return REntityData::getIntersectionPoints(shape, limited, queryBox, ignoreComplex);
    }
    virtual RVector getVectorTo(const RVector& point, bool limited=true, double strictRange = RMAXDOUBLE) const {
        return REntityData::getVectorTo(point, limited, strictRange);
    }
    virtual double getDistanceTo(const RVector& point, bool limited = true, double range = 0.0, bool draft = false, double strictRange = RMAXDOUBLE) const {
        return REntityData::getDistanceTo(point, limited, range, draft, strictRange);
    }
    virtual bool intersectsWith(const RShape& shape) const {
        return REntityData::intersectsWith(shape);
    }
    virtual bool move(const RVector& offset) {
        return RXLine::move(offset);
    }
    virtual bool rotate(double rotation, const RVector& center = RDEFAULT_RVECTOR) {
        return RXLine::rotate(rotation, center);
    }
    virtual bool scale(const RVector& scaleFactors, const RVector& center = RDEFAULT_RVECTOR) {
        return RXLine::scale(scaleFactors, center);
    }
    virtual bool mirror(const RLine& axis) {
        return RXLine::mirror(axis);
    }
    virtual bool mirror(const RVector& axis1, const RVector& axis2) {
        return REntityData::mirror(axis1, axis2);
    }
    virtual bool flipHorizontal() {
        return REntityData::flipHorizontal();
    }
    virtual bool flipVertical() {
        return REntityData::flipVertical();
    }
    virtual bool stretch(const RPolyline& area, const RVector& offset) {
        return RXLine::stretch(area, offset);
    }
 
    RVector getBasePoint() const {
        return RXLine::getBasePoint();
    }
    RVector getDirectionVector() const {
        return RXLine::getDirectionVector();
    }
    double getAngle() const {
        return RXLine::getAngle();
    }
 
    bool hasFixedAngle() const {
        return fixedAngle;
    }
 
    void setFixedAngle(bool on) {
        fixedAngle = on;
    }
 
    bool reverse() {
        return RXLine::reverse();
    }
 
    RS::Ending getTrimEnd(const RVector& trimPoint, const RVector& clickPoint) {
        return RXLine::getTrimEnd(trimPoint, clickPoint);
    }
    bool trimStartPoint(const RVector& trimPoint, const RVector& clickPoint = RVector::invalid, bool extend = false) {
        return RXLine::trimStartPoint(trimPoint, clickPoint, extend);
    }
    bool trimEndPoint(const RVector& trimPoint, const RVector& clickPoint = RVector::invalid, bool extend = false) {
        return RXLine::trimEndPoint(trimPoint, clickPoint, extend);
    }
 
    RS::Side getSideOfPoint(const RVector& point) const {
        return RXLine::getSideOfPoint(point);
    }
 
    virtual QList<RRefPoint> getReferencePoints(RS::ProjectionRenderingHint hint = RS::RenderTop) const;
 
    virtual bool moveReferencePoint(const RVector& referencePoint, const RVector& targetPoint, Qt::KeyboardModifiers modifiers = Qt::NoModifier);
 
    virtual RShape* castToShape() {
        return this;
    }
 
    virtual QList<QSharedPointer<RShape> > getShapes(const RBox& queryBox = RDEFAULT_RBOX, bool ignoreComplex = false, bool segment = false, QList<RObject::Id>* entityIds = NULL) const {
        Q_UNUSED(queryBox)
        Q_UNUSED(ignoreComplex)
        Q_UNUSED(segment)
 
        return QList<QSharedPointer<RShape> >() <<
                QSharedPointer<RShape>(new RXLine(*this));
    }
 
private:
    bool fixedAngle;
};
 
Q_DECLARE_METATYPE(RXLineData)
Q_DECLARE_METATYPE(RXLineData*)
Q_DECLARE_METATYPE(const RXLineData*)
Q_DECLARE_METATYPE(QSharedPointer<RXLineData>)
 
#endif