/**
 * Copyright (c) 2011-2018 by Andrew Mustun. All rights reserved.
 * 
 * This file is part of the QCAD project.
 *
 * QCAD 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 3 of the License, or
 * (at your option) any later version.
 *
 * QCAD 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 General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with QCAD.
 */

#ifndef RPOLYLINEENTITY_H
#define RPOLYLINEENTITY_H

#include "entity_global.h"

#include "REntity.h"
#include "RPolylineData.h"

class RDocument;
class RExporter;
class RArc;
class RLine;

#ifndef RDEFAULT_MIN1
#define RDEFAULT_MIN1 -1
#endif

/**
 * Polyline entity.
 *
 * \scriptable
 * \sharedPointerSupport
 * \ingroup entity
 */
class QCADENTITY_EXPORT RPolylineEntity: public REntity {

public:
    static RPropertyTypeId PropertyCustom;
    static RPropertyTypeId PropertyHandle;
    static RPropertyTypeId PropertyProtected;
    static RPropertyTypeId PropertyWorkingSet;
    static RPropertyTypeId PropertyType;
    static RPropertyTypeId PropertyBlock;
    static RPropertyTypeId PropertyLayer;
    static RPropertyTypeId PropertyLinetype;
    static RPropertyTypeId PropertyLinetypeScale;
    static RPropertyTypeId PropertyLineweight;
    static RPropertyTypeId PropertyColor;
    static RPropertyTypeId PropertyDisplayedColor;
    static RPropertyTypeId PropertyDrawOrder;

    static RPropertyTypeId PropertyClosed;
    static RPropertyTypeId PropertyPolylineGen;
    static RPropertyTypeId PropertyVertexNX;
    static RPropertyTypeId PropertyVertexNY;
    static RPropertyTypeId PropertyVertexNZ;
    static RPropertyTypeId PropertyBulgeN;
    static RPropertyTypeId PropertyAngleN;
    static RPropertyTypeId PropertyStartWidthN;
    static RPropertyTypeId PropertyEndWidthN;
    static RPropertyTypeId PropertyGlobalWidth;

    static RPropertyTypeId PropertyOrientation;
    static RPropertyTypeId PropertyLength;
    static RPropertyTypeId PropertyTotalLength;
    static RPropertyTypeId PropertyArea;
    static RPropertyTypeId PropertyTotalArea;

    static RPropertyTypeId PropertyBaseAngle;
    static RPropertyTypeId PropertySize1;
    static RPropertyTypeId PropertySize2;

    static RPropertyTypeId PropertyElevation;

//    static QString TrClockwise;
//    static QString TrCounterclockwise;

public:
    RPolylineEntity(RDocument* document, const RPolylineData& data);
    RPolylineEntity(const RPolylineEntity& other);
    virtual ~RPolylineEntity();

    static void init();

    static QSet<RPropertyTypeId> getStaticPropertyTypeIds() {
        return RPropertyTypeId::getPropertyTypeIds(typeid(RPolylineEntity));
    }

    virtual RPolylineEntity* clone() const {
        return new RPolylineEntity(*this);
    }

    void setShape(const RPolyline& l);

    virtual bool setProperty(RPropertyTypeId propertyTypeId, const QVariant& value,
        RTransaction* transaction=NULL);
    virtual QPair<QVariant, RPropertyAttributes> getProperty(
            RPropertyTypeId& propertyTypeId,
            bool humanReadable = false, bool noAttributes = false, bool showOnRequest = false);

    virtual void exportEntity(RExporter& e, bool preview=false, bool forceSelected=false) const;

    virtual RPolylineData& getData() {
        return data;
    }

    virtual const RPolylineData& getData() const {
        return data;
    }

    RPolyline getPolylineShape() const {
        return data.getPolylineShape();
    }

    void clear() {
        data.clear();
    }

    void normalize(double tolerance = RS::PointTolerance) {
        data.normalize(tolerance);
    }

    int countVertices() const {
        return data.countVertices();
    }

    void appendVertex(const RVector& vertex, double bulge = 0.0, double w1 = 0.0, double w2 = 0.0) {
        data.appendVertex(vertex, bulge, w1, w2);
    }

    void prependVertex(const RVector& vertex, double bulge = 0.0, double w1 = 0.0, double w2 = 0.0) {
        data.prependVertex(vertex, bulge, w1, w2);
    }

    void insertVertex(int index, const RVector& vertex) {
        data.insertVertex(index, vertex);
    }

    void insertVertexAt(const RVector& vertex) {
        data.insertVertexAt(vertex);
    }

    RVector getVertexAt(int i) const {
        return data.getVertexAt(i);
    }

    void removeLastVertex() {
        data.removeLastVertex();
    }

    void removeVertex(int index) {
        data.removeVertex(index);
    }

    int countSegments() const {
        return data.countSegments();
    }

    QSharedPointer<RShape> getSegmentAt(int i) const {
        return data.getSegmentAt(i);
    }

    bool isArcSegmentAt(int i) const {
        return data.isArcSegmentAt(i);
    }

    bool hasArcSegments() const {
        return data.hasArcSegments();
    }

    int getClosestSegment(const RVector& point) const {
        return data.getClosestSegment(point);
    }

    int getClosestVertex(const RVector& point) const {
        return data.getClosestVertex(point);
    }

    double getBulgeAt(int i) const {
        return data.getBulgeAt(i);
    }

    void setBulgeAt(int i, double b) {
        data.setBulgeAt(i, b);
    }

    double getVertexAngle(int i, RS::Orientation orientation = RS::UnknownOrientation) const {
        return data.getVertexAngle(i, orientation);
    }

    void stripWidths() {
        data.stripWidths();
    }

    void setMinimumWidth(double w) {
        data.setMinimumWidth(w);
    }

    void setGlobalWidth(double w) {
        data.setGlobalWidth(w);
    }

    void setStartWidthAt(int i, double w) {
        data.setStartWidthAt(i, w);
    }

    double getStartWidthAt(int i) const {
        return data.getStartWidthAt(i);
    }

    void setEndWidthAt(int i, double w) {
        data.setEndWidthAt(i, w);
    }

    double getEndWidthAt(int i) const {
        return data.getEndWidthAt(i);
    }

    bool hasWidths() const {
        return data.hasWidths();
    }

    void setStartWidths(const QList<double>& sw) {
        data.setStartWidths(sw);
    }

    QList<double> getStartWidths() const {
        return data.getStartWidths();
    }

    void setEndWidths(const QList<double>& ew) {
        data.setEndWidths(ew);
    }

    QList<double> getEndWidths() const {
        return data.getEndWidths();
    }

    double getDirection1() const {
        return data.getDirection1();
    }

    double getDirection2() const {
        return data.getDirection2();
    }

    bool reverse() {
        return data.reverse();
    }

    RS::Side getSideOfPoint(const RVector& point) const {
        return data.getSideOfPoint(point);
    }

    RVector getEndPoint() const {
        return data.getEndPoint();
    }

    RVector getStartPoint() const {
        return data.getStartPoint();
    }

    void setClosed(bool on) {
        data.setClosed(on);
    }

    bool isClosed() const {
        return data.isClosed();
    }

    bool isGeometricallyClosed(double tolerance=RS::PointTolerance) const {
        return data.isGeometricallyClosed(tolerance);
    }

    bool autoClose(double tolerance=RS::PointTolerance) {
        return data.toLogicallyClosed(tolerance);
    }

    bool toLogicallyClosed(double tolerance=RS::PointTolerance) {
        return data.toLogicallyClosed(tolerance);
    }

    bool toLogicallyOpen() {
        return data.toLogicallyOpen();
    }

    QList<RVector> getSelfIntersectionPoints(double tolerance=RS::PointTolerance) const {
        return data.getSelfIntersectionPoints(tolerance);
    }

    RS::Orientation getOrientation(bool implicitelyClosed = false) const {
        return data.getOrientation(implicitelyClosed);
    }

    double getArea() const {
        return data.getArea();
    }

    double getLength() const {
        return data.getLength();
    }

    double getLengthTo(const RVector& p, bool limited = true) const {
        return data.getLengthTo(p, limited);
    }

    QList<QSharedPointer<RShape> > getExploded() const {
        return data.getExploded();
    }

    virtual int getComplexity() const {
        return countSegments();
    }

    RPainterPath toPainterPath() const {
        return data.toPainterPath();
    }

    void simplify(double angleTolerance) {
        data.simplify(angleTolerance);
    }

    QList<RVector> verifyTangency(double toleranceMin = RS::AngleTolerance, double toleranceMax = M_PI_4) {
        return data.verifyTangency(toleranceMin, toleranceMax);
    }

    void setPolylineGen(bool on) {
        data.setPolylineGen(on);
    }
    bool getPolylineGen() const {
        return data.getPolylineGen();
    }

    void setElevation(double v) {
        data.setElevation(v);
    }
    double getElevation() const {
        return data.getElevation();
    }

    bool isFlat() const {
        return data.isFlat();
    }

    RS::Ending getTrimEnd(const RVector& trimPoint, const RVector& clickPoint) {
        return data.getTrimEnd(trimPoint, clickPoint);
    }

    bool trimStartPoint(const RVector& trimPoint, const RVector& clickPoint = RVector::invalid, bool extend = false) {
        return data.trimStartPoint(trimPoint, clickPoint, extend);
    }
    bool trimEndPoint(const RVector& trimPoint, const RVector& clickPoint = RVector::invalid, bool extend = false) {
        return data.trimEndPoint(trimPoint, clickPoint, extend);
    }

    bool trimStartPoint(double trimDist) {
        return data.trimStartPoint(trimDist);
    }
    bool trimEndPoint(double trimDist) {
        return data.trimEndPoint(trimDist);
    }

    QList<RPolyline> morph(const RPolyline& target, int steps) const {
        return data.morph(target, steps);
    }

    bool contains(const RVector& point, bool borderIsInside=false, double tolerance=RS::PointTolerance) const {
        return data.contains(point, borderIsInside, tolerance);
    }
    bool containsShape(const RShape& shape) const {
        return data.containsShape(shape);
    }

    virtual bool validate();

protected:
    virtual void print(QDebug dbg) const;

protected:
    RPolylineData data;
};

Q_DECLARE_METATYPE(RPolylineEntity*)
Q_DECLARE_METATYPE(QSharedPointer<RPolylineEntity>)
Q_DECLARE_METATYPE(QSharedPointer<RPolylineEntity>*)

#endif
