/*
 * (C) Copyright 1996-2016 ECMWF.
 *
 * This software is licensed under the terms of the Apache Licence Version 2.0
 * which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
 * In applying this licence, ECMWF does not waive the privileges and immunities
 * granted to it by virtue of its status as an intergovernmental organisation nor
 * does it submit to any jurisdiction.
 */

/*! \file EpsGraph.cc
    \brief Implementation of the Template class EpsGraph.

    Magics Team - ECMWF 2004

    Started: Wed 5-May-2004

    Changes:

*/


#include "EpsGraph.h"
#include "LegendVisitor.h"
#include "MagDateTime.h"
#include "PointsHandler.h"
#include "Symbol.h"
#include "Text.h"

//#include "InteractiveSet.h"
#include <cfloat>
#include <locale>

using namespace magics;

string writeDate(DateTime& date, const string& format) {
    std::locale loc("");

    ostringstream visitor;
    visitor.imbue(loc);

    const std::time_put<char>& facet = std::use_facet<std::time_put<char>>(loc);

    tm convert = date;
    facet.put(visitor, visitor, ' ', &convert, format.c_str(), format.c_str() + format.length());

    return visitor.str();
}

void tick(double min, double max, vector<double>& ticks) {
    float inc;
    int nb = 7;
    float step;
    float log, ws;

    double wmax = std::max(min, max);
    double wmin = std::min(min, max);

    // cvisitor << "min=" << min << " max=" << max << endl;

    while (nb < 20) {
        step = (wmax - wmin) / nb;
        log  = log10(step);
        ws   = pow(10., int(log));
        inc  = ceil(step / ws) * ws;
        // MagLog::dev() << "Automatic method ---> increment = " << inc << " ---> try base=" << inc/ws << endl;

        if (wmax - wmin != inc && (inc / ws == 1 || inc / ws == 2 || inc / ws == 5 || inc / ws == 10)) {
            // MagLog::dev() << "Automatic method ---> increment " << inc << " OK! " << endl;
            break;
        }
        nb++;
    }

    float first = floor(min / inc) * inc;
    double val  = first > min ? first - inc : first;
    bool last   = true;
    while (last) {
        if (val >= max)
            last = false;
        ticks.push_back(val);

        // cvisitor << "val->" << val << endl;
        val += inc;
    }
}
class EmptyEntry : public LegendEntry {
public:
    EmptyEntry() : LegendEntry(" ") {}
    void set(const PaperPoint&, BasicGraphicsObjectContainer&) {}
};

class EpsEntry : public LegendEntry {
public:
    EpsEntry() : LegendEntry(" ") {}
    void colour(const Colour& colour) { colour_ = colour; }
    void borderColour(const Colour& colour) { border_colour_ = colour; }
    void font(const MagFont& font) { font_ = font; }
    void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x = point.x();
        double y = point.y() - 0.125;


        magics::Polyline* box = new magics::Polyline();
        box->setColour(border_colour_);
        box->setFilled(true);
        box->setShading(new FillShadingProperties());
        box->setFillColour(colour_);


        double width  = 0.15;
        double height = 1.5;
        double top    = y + height;
        double bottom = y - height;
        box->push_back(PaperPoint(x - width, y));
        box->push_back(PaperPoint(x - width, top));
        box->push_back(PaperPoint(x + width, top));
        box->push_back(PaperPoint(x + width, y));
        box->push_back(PaperPoint(x - width, y));
        box->push_back(PaperPoint(x - width, bottom));
        box->push_back(PaperPoint(x + width, bottom));
        box->push_back(PaperPoint(x + width, y));
        box->push_back(PaperPoint(x - width, y));
        visitor.push_back(box);
        magics::Polyline* up = new magics::Polyline();
        up->setColour(border_colour_);
        (*up).push_back(PaperPoint(x, top + height));
        (*up).push_back(PaperPoint(x, top));
        visitor.push_back(up);
        magics::Polyline* down = new magics::Polyline();
        down->setColour(border_colour_);
        (*down).push_back(PaperPoint(x, bottom));
        (*down).push_back(PaperPoint(x, bottom - height));
        visitor.push_back(down);

        // Now the text...
        Text* max = new Text();
        max->setText("max");
        max->setFont(font_);
        max->setJustification(MLEFT);
        (*max).push_back(PaperPoint(x + 1 * .2, bottom - height));
        visitor.push_back(max);

        Text* min = new Text();
        min->setText("min");
        min->setFont(font_);
        min->setJustification(MLEFT);
        (*min).push_back(PaperPoint(x + 1 * .2, top + height));
        visitor.push_back(min);


        Text* seventyfive = new Text();
        seventyfive->setText("75%");
        seventyfive->setFont(font_);
        seventyfive->setJustification(MLEFT);
        seventyfive->push_back(PaperPoint(x + 1 * 0.3, bottom));
        visitor.push_back(seventyfive);

        Text* fifty = new Text();
        fifty->setText("median");
        fifty->setFont(font_);
        fifty->setJustification(MLEFT);
        (*fifty).push_back(PaperPoint(x + 1 * 0.3, y));
        visitor.push_back(fifty);

        Text* twentyfive = new Text();
        twentyfive->setText("25%");
        twentyfive->setFont(font_);
        twentyfive->setJustification(MLEFT);
        twentyfive->push_back(PaperPoint(x + 1 * 0.3, top));
        visitor.push_back(twentyfive);
    }

protected:
    magics::Polyline* box_;
    Colour colour_;
    Colour border_colour_;
    MagFont font_;
};


class FullEpsEntry : public EpsEntry {
public:
    FullEpsEntry() {}

    virtual void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x = point.x();
        double y = point.y();

        MagLog::dev() << "FulleEps Entry->  [" << x << ", " << y << "]" << endl;

        magics::Polyline* box = new magics::Polyline();
        box->setColour(border_colour_);
        box->setFilled(true);
        box->setFillColour(colour_);
        box->setShading(new FillShadingProperties());

        double width   = 1 * 0.2;
        double height  = 1 * 0.2;
        double top1    = y + height;
        double bottom1 = y - height;
        double top2    = y + height + height;
        double bottom2 = y - height - height;
        box->push_back(PaperPoint(x - width, y));
        box->push_back(PaperPoint(x - width, top1));
        box->push_back(PaperPoint(x + (width / 2), top1));
        box->push_back(PaperPoint(x + (width / 2), top2));
        box->push_back(PaperPoint(x - (width / 2), top2));
        box->push_back(PaperPoint(x - (width / 2), top1));
        box->push_back(PaperPoint(x + width, top1));
        box->push_back(PaperPoint(x + width, y));
        box->push_back(PaperPoint(x - width, y));
        box->push_back(PaperPoint(x - width, bottom1));
        box->push_back(PaperPoint(x + (width / 2), bottom1));
        box->push_back(PaperPoint(x + (width / 2), bottom2));
        box->push_back(PaperPoint(x - (width / 2), bottom2));
        box->push_back(PaperPoint(x - (width / 2), bottom1));
        box->push_back(PaperPoint(x + width, bottom1));
        box->push_back(PaperPoint(x + width, y));
        box->push_back(PaperPoint(x - width, y));
        visitor.push_back(box);
        magics::Polyline* up = new magics::Polyline();
        up->setColour(border_colour_);
        (*up).push_back(PaperPoint(x, top2 + height));
        (*up).push_back(PaperPoint(x, top2));
        visitor.push_back(up);
        magics::Polyline* down = new magics::Polyline();
        down->setColour(border_colour_);
        (*down).push_back(PaperPoint(x, bottom2));
        (*down).push_back(PaperPoint(x, bottom2 - height));
        visitor.push_back(down);

        // Now the text...
        Text* max = new Text();
        max->setText("max");
        max->setFont(font_);
        max->setJustification(MLEFT);
        max->push_back(PaperPoint(x + 0.5, bottom2 - height));

        visitor.push_back(max);

        Text* min = new Text();
        min->setText("min");
        min->setFont(font_);
        min->setJustification(MLEFT);
        min->push_back(PaperPoint(x + 1 * 0.5, top2 + height));
        visitor.push_back(min);

        Text* ninety = new Text();
        ninety->setText("90%");
        ninety->setFont(font_);
        ninety->setJustification(MLEFT);
        ninety->push_back(PaperPoint(x + 0.5, bottom2));
        visitor.push_back(ninety);

        Text* ten = new Text();
        ten->setText("10%");
        ten->setFont(font_);
        ten->setJustification(MLEFT);
        ten->push_back(PaperPoint(x + 0.5, top2));
        visitor.push_back(ten);

        Text* seventyfive = new Text();
        seventyfive->setText("75%");
        seventyfive->setFont(font_);
        seventyfive->setJustification(MLEFT);
        seventyfive->push_back(PaperPoint(x + 0.75, bottom1));
        visitor.push_back(seventyfive);

        Text* fifty = new Text();
        fifty->setText("median");
        fifty->setFont(font_);
        fifty->setJustification(MLEFT);
        (*fifty).push_back(PaperPoint(x + 0.75, y));
        visitor.push_back(fifty);

        Text* twentyfive = new Text();
        twentyfive->setText("25%");
        twentyfive->setFont(font_);
        twentyfive->setJustification(MLEFT);
        twentyfive->push_back(PaperPoint(x + 0.75, top1));

        visitor.push_back(twentyfive);
    }
};

class WindRoseEntry : public EpsEntry {
public:
    WindRoseEntry(const Colour& colour) { colour_ = colour; }

    virtual void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x = point.x() - 0.5;
        double y = point.y();

        MagLog::dev() << "FulleEps Entry->  [" << x << ", " << y << "]" << endl;


        MagFont font("sansserif", "normal", 0.25);
        font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));

        float start = x;

        for (int i = 0; i != 100; i++) {
            Hsl hsl     = colour_.hsl();
            float light = hsl.light_;
            hsl.light_ += (0.99 - light) * ((100 - i) / 100.);
            Colour colour(hsl);

            magics::Polyline* box = new magics::Polyline();
            box->setColour(colour);
            box->setFilled(true);
            box->setFillColour(colour);
            box->setShading(new FillShadingProperties());

            double width  = 0.0225;
            double height = 1 * 0.25;
            box->push_back(PaperPoint(start, y));
            box->push_back(PaperPoint(start, y + height));
            box->push_back(PaperPoint(start + width, y + height));
            box->push_back(PaperPoint(start + width, y));
            box->push_back(PaperPoint(start, y));
            visitor.push_back(box);

            start += width;
        }

        magics::Polyline* box = new magics::Polyline();
        box->setColour(border_colour_);
        box->setFilled(false);


        double height = 1 * 0.25;
        box->push_back(PaperPoint(x, y));
        box->push_back(PaperPoint(x, y + height));
        box->push_back(PaperPoint(start, y + height));
        box->push_back(PaperPoint(start, y));
        box->push_back(PaperPoint(x, y));
        visitor.push_back(box);

        // Now the text...
        Text* text = new Text();
        text->setText("0%");
        text->setFont(font_);
        text->setJustification(MLEFT);
        text->push_back(PaperPoint(x, y - 0.2));
        visitor.push_back(text);
        text = new Text();
        text->setText("25%");
        text->setFont(font_);
        text->setJustification(MLEFT);
        text->push_back(PaperPoint(x + 0.5, y - 0.2));
        visitor.push_back(text);
        text = new Text();
        text->setText("50%");
        text->setFont(font_);
        text->setJustification(MLEFT);
        text->push_back(PaperPoint(x + 1, y - 0.2));
        visitor.push_back(text);
        text = new Text();
        text->setText("75%");
        text->setFont(font_);
        text->setJustification(MLEFT);
        text->push_back(PaperPoint(x + 1.5, y - 0.2));
        visitor.push_back(text);
        text = new Text();
        text->setText("100%");
        text->setFont(font_);
        text->setJustification(MLEFT);
        text->push_back(PaperPoint(x + 2, y - 0.2));
        visitor.push_back(text);
    }
    string text_;
};


class WaveRoseEntry : public EpsEntry {
public:
    WaveRoseEntry(vector<Colour>& colour) { colours_ = colour; }

    virtual void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x = point.x();
        double y = point.y();

        MagLog::dev() << "FulleEps Entry->  [" << x << ", " << y << "]" << endl;


        MagFont font("sansserif", "normal", 0.25);
        font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));

        float start = x;


        for (vector<Colour>::const_iterator colour = colours_.begin(); colour != colours_.end(); ++colour) {
            magics::Polyline* box = new magics::Polyline();
            box->setColour(*colour);
            box->setFilled(true);
            box->setShading(new FillShadingProperties());
            box->setFillColour(*colour);
            double width  = 0.4;
            double height = 1 * 0.25;
            box->push_back(PaperPoint(start, y));
            box->push_back(PaperPoint(start, y + height));
            box->push_back(PaperPoint(start + width, y + height));
            box->push_back(PaperPoint(start + width, y));
            box->push_back(PaperPoint(start, y));
            visitor.push_back(box);

            start += width;
        }

        magics::Polyline* box = new magics::Polyline();
        box->setColour(border_colour_);
        box->setFilled(false);

        double height = 1 * 0.25;
        box->push_back(PaperPoint(x, y));
        box->push_back(PaperPoint(x, y + height));
        box->push_back(PaperPoint(start, y + height));
        box->push_back(PaperPoint(start, y));
        box->push_back(PaperPoint(x, y));
        visitor.push_back(box);

        // Now the text...
        Text* text = new Text();
        text->setText("1");
        text->setFont(font_);
        text->setJustification(MCENTRE);
        text->push_back(PaperPoint(x + 0.35, y - 0.2));
        visitor.push_back(text);

        text = new Text();
        text->setText("2.5");
        text->setFont(font_);
        text->setJustification(MCENTRE);
        text->push_back(PaperPoint(x + 0.8, y - 0.2));
        visitor.push_back(text);

        text = new Text();
        text->setText("4");
        text->setFont(font_);
        text->setJustification(MCENTRE);
        text->push_back(PaperPoint(x + 1.2, y - 0.2));
        visitor.push_back(text);

        text = new Text();
        text->setText("6");
        text->setFont(font_);
        text->setJustification(MCENTRE);
        text->push_back(PaperPoint(x + 1.6, y - 0.2));
        visitor.push_back(text);

        text = new Text();
        text->setText("9 m");
        text->setFont(font_);
        text->setJustification(MLEFT);
        text->push_back(PaperPoint(x + 2.0, y - 0.2));
        visitor.push_back(text);
    }
    string text_;
    vector<Colour> colours_;
};


class EpsControl : public LegendEntry {
public:
    EpsControl(const string& model, double resolution, const string& type, double height) :
        LegendEntry(" "), legend_size_(height) {
        ostringstream title;
        // carefull here this text is depending of the resolution!
        MagLog::dev() << "EpsControl=>resolution" << resolution << endl;
        int km = maground(40000 / (2 * (resolution + 1) + 2));
        title << model << "(" << tostring(km) + " km)";
        title_ = title.str();
    }
    EpsControl(const string& title, double height) : LegendEntry(" "), legend_size_(height) { title_ = title; }
    void font_size(double height) { legend_size_ = height; }
    void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x = point.x();
        double y = point.y() - 0.125;


        MagLog::dev() << "Legend at Point[" << point.x() << ", " << point.y() << "]" << endl;

        Text* text = new Text();
        text->addText(title_, Colour("red"), legend_size_);  // should be customisable
        text->setJustification(MLEFT);
        (*text).push_back(PaperPoint(x + 1 * 0.04, y));
        visitor.push_back(text);
    }

protected:
    string title_;
    double legend_size_;
};


class EpsForecast : public LegendEntry {
public:
    EpsForecast(const string& model, double resolution, const string& type, double height) :
        LegendEntry(" "), legend_size_(height) {
        MagLog::dev() << "EpsForecsat=>resolution" << resolution << endl;
        ostringstream title;
        int km = maground(40000 / (4 * (resolution + 1)));
        title << model << " (" + tostring(km) + " km)";
        title_ = title.str();
    }

    EpsForecast(const string& title, double height) :
        LegendEntry(" "),
        legend_size_(height)

    {
        title_ = title;
    }
    void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x = point.x();
        double y = point.y() - 0.125;


        Text* text = new Text();
        text->addText(title_, Colour("blue"), legend_size_);  // should be customisable
        text->setJustification(MLEFT);
        (*text).push_back(PaperPoint(x + 1 * 0.04, y));
        visitor.push_back(text);
    }

protected:
    string title_;
    double legend_size_;
};


class EpsCalval1 : public LegendEntry {
public:
    EpsCalval1(double) : LegendEntry(" ") {
        ostringstream title;
        // title << "T" << (2*resolution)-1 << " OPS";
        title << "CAL/VAL 1";
        title_ = title.str();
    }

    void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x               = point.x();
        double y               = point.y() - 0.125;
        magics::Polyline* line = new magics::Polyline();
        line->setColour(Colour("green"));

        line->setLineStyle(M_SOLID);
        line->setThickness(2);
        line->push_back(PaperPoint(x - 1 * 0.025, y));
        line->push_back(PaperPoint(x + 1 * 0.025, y));
        visitor.push_back(line);

        Text* text = new Text();
        text->setText(title_);
        text->setJustification(MLEFT);
        (*text).push_back(PaperPoint(x + 1 * 0.04, y));
        visitor.push_back(text);
    }

protected:
    string title_;
};

class EpsCalval2 : public LegendEntry {
public:
    EpsCalval2(double, double height) : LegendEntry(" "), legend_size_(height) {
        ostringstream title;
        // title << "T" << (2*resolution)-1 << " OPS";
        title << "CAL/VAL 2";
        title_ = title.str();
    }

    void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        double x               = point.x();
        double y               = point.y() - 0.125;
        magics::Polyline* line = new magics::Polyline();
        line->setColour(Colour("magenta"));


        line->setThickness(2);
        line->push_back(PaperPoint(x - 1 * 0.025, y));
        line->push_back(PaperPoint(x + 1 * 0.025, y));
        visitor.push_back(line);

        Text* text = new Text();
        text->addText(title_, Colour("blue"), legend_size_);  // should be customisable
        text->setJustification(MLEFT);
        (*text).push_back(PaperPoint(x + 1 * 0.04, y));
        visitor.push_back(text);
    }

protected:
    string title_;
    double legend_size_;
};


EpsGraph::EpsGraph() : forecast_(false), control_(false), eps_(true) {}


EpsGraph::~EpsGraph() {}

/*!
 Class information are given to the visitorput-stream.
*/
void EpsGraph::print(ostream& visitor) const {
    visitor << "EpsGraph[";
    visitor << "]";
}


magics::Polyline* EpsGraph::newControl() {
    magics::Polyline* control = new magics::Polyline();
    control->setColour(*control_colour_);
    control->setLineStyle(control_style_);
    control->setThickness(control_thickness_);
    return control;
}

magics::Polyline* EpsGraph::newForecast() {
    magics::Polyline* forecast = new magics::Polyline();
    forecast->setColour(*deterministic_colour_);
    forecast->setThickness(deterministic_thickness_);
    forecast->setLineStyle(deterministic_style_);
    return forecast;
}

void EpsGraph::pushControl(magics::Polyline* control, BasicGraphicsObjectContainer& visitor) {
    const Transformation& transformation = visitor.transformation();
    if (!control->empty() && whisker_) {
        transformation(*control, visitor);
        control_ = true;
    }
    else
        control_ = false;
}

void EpsGraph::pushForecast(magics::Polyline* forecast, BasicGraphicsObjectContainer& visitor) {
    const Transformation& transformation = visitor.transformation();
    if (!forecast->empty() && deterministic_) {
        transformation(*forecast, visitor);
        forecast_ = true;
    }
    else
        forecast_ = false;
}

void EpsGraph::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;

    const Transformation& transformation = visitor.transformation();

    data.customisedPoints(transformation, request, points, true);  // we want all the points!


    if (points.empty())
        return;


    magics::Polyline* control  = newControl();
    magics::Polyline* forecast = newForecast();


    resolution_   = (*points.front())["resolution"];
    DateTime base = points.front()->base();

    vector<BasicGraphicsObject*> list, list2;

    if (points.size() < 2)
        return;
    fullEps_ = false;

    Colour colour = *colour_;

    for (const auto& point : points) {
        resolution_    = (*point)["resolution"];
        double missing = (*point)["missing"];
        double x       = (*point)["step"] + box_shift_ * 3600;
        double width   = (box_width_ == -1) ? (*point)["width"] : box_width_ * 3600;

        if ((*point)["right"])
            colour = *right_colour_;
        if ((*point)["left"])
            colour = *left_colour_;

        double max = (point->find("max") != point->end()) ? point->find("max")->second : point->find("maximum")->second;
        double min = (point->find("min") != point->end()) ? point->find("min")->second : point->find("minimum")->second;

        CustomisedPoint::const_iterator ten   = point->find("ten");
        CustomisedPoint::const_iterator ninty = point->find("ninety");

        if (point->find("control") != point->end() && (*point)["control"] != missing)
            control->push_back(PaperPoint(x, (*point)["control"]));
        else {
            pushControl(control, visitor);
            control = newControl();
        }
        if (point->find("hres") != point->end() && (*point)["hres"] != missing)
            forecast->push_back(PaperPoint(x, (*point)["hres"]));
        else {
            pushForecast(forecast, visitor);
            forecast = newForecast();
        }
        if (point->find("median") == point->end()) {
            eps_ = false;
            continue;
        }

        if ((*point)["median"] == missing) {
            eps_ = false;
            continue;
        }

        vector<double> eps;
        eps.push_back((*point)["min"]);
        eps.push_back((*point)["ten"]);
        eps.push_back((*point)["twenty_five"]);
        eps.push_back((*point)["median"]);
        eps.push_back((*point)["seventy_five"]);
        eps.push_back((*point)["ninety"]);
        eps.push_back((*point)["max"]);

        std::sort(eps.begin(), eps.end());

        for (vector<double>::iterator e = eps.begin(); e != eps.end(); ++e) {
            if (same(*e, 0))
                *e = 0;
        }


        double epsmin, eps10, eps25, eps50, eps75, eps90, epsmax;
        if (ninty != point->end()) {
            epsmin = eps[0];
            eps10  = eps[1];
            eps25  = eps[2];
            eps50  = eps[3];
            eps75  = eps[4];
            eps90  = eps[5];
            epsmax = eps[6];
        }
        else {
            epsmin = eps[0];
            eps25  = eps[1];
            eps50  = eps[2];
            eps75  = eps[3];
            epsmax = eps[4];
        }
        // Prepare the colors :
        int size           = quantiles_colour_.size();
        Colour colour10_25 = (size >= 1) ? Colour(quantiles_colour_[0]) : colour;
        Colour colour25_75 = (size >= 2) ? Colour(quantiles_colour_[1]) : colour;
        Colour colour75_90 = (size >= 3) ? Colour(quantiles_colour_[2]) : colour10_25;

        magics::Polyline* box10_25 = new magics::Polyline();
        box10_25->setColour(*border_colour_);
        box10_25->setThickness(border_thickness_);
        box10_25->setFilled(true);
        box10_25->setFillColour(colour10_25);
        box10_25->setShading(new FillShadingProperties());

        magics::Polyline* box25_75 = new magics::Polyline();
        box25_75->setColour(*border_colour_);
        box25_75->setThickness(border_thickness_);
        box25_75->setFilled(true);
        box25_75->setFillColour(colour25_75);
        box25_75->setShading(new FillShadingProperties());

        magics::Polyline* box75_90 = new magics::Polyline();
        box75_90->setColour(*border_colour_);
        box75_90->setThickness(border_thickness_);
        box75_90->setFilled(true);
        box75_90->setFillColour(colour75_90);
        box75_90->setShading(new FillShadingProperties());


        magics::Polyline* median = new magics::Polyline();
        median->setColour(*median_colour_);

        magics::Polyline* bar1 = new magics::Polyline();
        bar1->setColour(*border_colour_);
        bar1->setThickness(border_thickness_);

        magics::Polyline* bar2 = new magics::Polyline();
        bar2->setColour(*border_colour_);
        bar2->setThickness(border_thickness_);

        box25_75->push_back(PaperPoint(x - width, eps50));
        box25_75->push_back(PaperPoint(x - width, eps75));

        if (ninty != point->end()) {
            fullEps_ = true;
            if (eps75 != eps90) {
                box75_90->push_back(PaperPoint(x - (width / 2), eps75));
                box75_90->push_back(PaperPoint(x - (width / 2), eps90));
                box75_90->push_back(PaperPoint(x + (width / 2), eps90));
                box75_90->push_back(PaperPoint(x + (width / 2), eps75));
            }
        }
        if (eps75 != eps25) {
            box25_75->push_back(PaperPoint(x + width, eps75));
            box25_75->push_back(PaperPoint(x + width, eps25));
        }
        if (ten != point->end()) {
            if (eps25 != eps10) {
                box10_25->push_back(PaperPoint(x + (width / 2), eps25));
                box10_25->push_back(PaperPoint(x + (width / 2), eps10));
                box10_25->push_back(PaperPoint(x - (width / 2), eps10));
                box10_25->push_back(PaperPoint(x - (width / 2), eps25));
            }
        }
        if (eps25 != eps50) {
            box25_75->push_back(PaperPoint(x - width, eps25));
            box25_75->push_back(PaperPoint(x - width, eps50));
        }
        bar1->push_back(PaperPoint(x + width, eps25));
        bar1->push_back(PaperPoint(x - width, eps25));

        bar2->push_back(PaperPoint(x + width, eps75));
        bar2->push_back(PaperPoint(x - width, eps75));

        median->push_back(PaperPoint(x + width, eps50));
        median->push_back(PaperPoint(x - width, eps50));


        magics::Polyline* top = new magics::Polyline();
        top->setColour(*border_colour_);
        top->setThickness(border_thickness_);


        (*top).push_back(PaperPoint(x, epsmax > transformation.getMaxY() ? transformation.getMaxY() : epsmax));

        if (ninty != point->end())
            (*top).push_back(PaperPoint(x, eps90));
        else
            (*top).push_back(PaperPoint(x, eps75));
        magics::Polyline* bottom = new magics::Polyline();
        bottom->setColour(*border_colour_);
        bottom->setThickness(border_thickness_);
        (*bottom).push_back(PaperPoint(x, epsmin));
        if (ten != point->end())
            (*bottom).push_back(PaperPoint(x, eps10));
        else
            (*bottom).push_back(PaperPoint(x, eps25));

        if (whisker_) {
            transformation(*box10_25, visitor);
            transformation(*box25_75, visitor);
            transformation(*box75_90, visitor);
            transformation(*top, visitor);
            transformation(*bottom, visitor);
            transformation(*median, visitor);
            transformation(*bar1, visitor);
            transformation(*bar2, visitor);
        }

        // find the max!
        vector<double> ypos;
        for (const auto& point : points)  // NB this shadows point in the enclosing scope
        {
            double max =
                (point->find("max") != point->end()) ? point->find("max")->second : point->find("maximum")->second;
            double min =
                (point->find("min") != point->end()) ? point->find("min")->second : point->find("minimum")->second;
            if (max != missing)
                ypos.push_back(max);
            if (min != missing)
                ypos.push_back(min);
            if (point->find("control") != point->end())
                if ((*point)["control"] != missing)
                    ypos.push_back((*point)["control"]);
            if (point->find("hres") != point->end())
                if ((*point)["hres"] != missing)
                    ypos.push_back((*point)["hres"]);
        }

        double maxy     = *std::max_element(ypos.begin(), ypos.end());
        maxy            = (max_ > INT_MIN) ? max_ : maxy;
        double maxlabel = DBL_MIN;
        if (max > maxy)
            maxlabel = max;
        if (min > maxy)
            maxlabel = min;


        if (max > transformation.getMaxY()) {
            Text* label = new Text();
            MagFont font(max_font_name_, max_font_style_, max_font_size_);
            font.colour(*max_font_colour_);
            label->setText(tostring(maground(max)));
            label->setFont(font);
            label->push_back(PaperPoint(x, transformation.getMaxY() * 1.05));
            visitor.push_back(label);
        }
    }

    pushControl(control, visitor);
    pushForecast(forecast, visitor);
}

void EpsLight::print(ostream& visitor) const {
    visitor << "EpsLight[";
    visitor << "]";
}


void EpsLight::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    /*
        #6AE9FF,#B0EBF5,#B4DAE0,#A3BBBF,#889B9E,#6AE9FF,#B0EBF5,#B4DAE0
        Hsl hsl = colour.hsl();

        float light = hsl.light_;

        hsl.light_ += (0.99 - light)*((point["total"]- point[direction.first])/point["total"]);
    */

    vector<Colour> colours;

    colours.push_back(Colour("#6AE9FF"));

    colours.push_back(Colour("#B0EBF5"));

    colours.push_back(Colour("#B4DAE0"));

    colours.push_back(Colour("#A3BBBF"));

    colours.push_back(Colour("#889B9E"));


    CustomisedPointsList points;
    std::set<string> request;

    const Transformation& transformation = visitor.transformation();

    data.customisedPoints(transformation, request, points, true);  // we want all the points!


    if (points.empty())
        return;


    if (points.size() < 2)
        return;

    for (const auto& point : points) {
        double x     = (*point)["step"];
        double width = (3600 * 3);

        double max = (point->find("max") != point->end()) ? point->find("max")->second : point->find("maximum")->second;
        double min = (point->find("min") != point->end()) ? point->find("min")->second : point->find("minimum")->second;


        CustomisedPoint::const_iterator ten   = point->find("ten");
        CustomisedPoint::const_iterator ninty = point->find("ninety");


        vector<double> eps;
        eps.push_back((*point)["min"]);
        eps.push_back((*point)["ten"]);
        eps.push_back((*point)["twenty_five"]);
        eps.push_back((*point)["median"]);
        eps.push_back((*point)["seventy_five"]);
        eps.push_back((*point)["ninety"]);
        eps.push_back((*point)["max"]);

        std::sort(eps.begin(), eps.end());

        for (vector<double>::iterator e = eps.begin(); e != eps.begin(); ++e) {
            if (same(*e, 0))
                *e = 0;
        }


        double epsmin, eps10, eps25, eps50, eps75, eps90, epsmax;
        if (ninty != point->end()) {
            epsmin = eps[0];
            eps10  = eps[1];
            eps25  = eps[2];
            eps50  = eps[3];
            eps75  = eps[4];
            eps90  = eps[5];
            epsmax = eps[6];
        }
        else {
            epsmin = eps[0];
            eps25  = eps[1];
            eps50  = eps[2];
            eps75  = eps[3];
            epsmax = eps[4];
        }

        if (epsmax == 0)
            continue;

        map<double, float> lights;

        lights[epsmin] = 0;
        lights[eps10]  = 0.20;
        lights[eps25]  = 0.50;
        lights[eps50]  = 1.;
        lights[eps75]  = 0.50;
        lights[eps90]  = 0.25;
        lights[epsmax] = 0.;


        float y      = 1.;
        float height = 1. / (colours.size() * 4);

        for (vector<Colour>::iterator colour = colours.begin(); colour != colours.end(); ++colour) {
            for (int i = 0; i < 4; i++) {
                magics::Polyline* box = new magics::Polyline();
                box->setColour(*colour);
                box->setFilled(true);
                box->setFillColour(*colour);
                /*
                                Hsl hsl = colour->hsl();
                                float light = hsl.light_;
                                hsl.light_ += (0.99 - light)*((point["total"]- point[direction.first])/point["total"]);
                */
                box->setShading(new FillShadingProperties());
                box->push_back(PaperPoint(x + width, y));
                box->push_back(PaperPoint(x - width, y));

                box->push_back(PaperPoint(x - width, y - height));
                box->push_back(PaperPoint(x + width, y - height));
                box->push_back(PaperPoint(x + width, y));
                y -= height;
                transformation(*box, visitor);
            }
        }
    }
}

void EpsLight::visit(LegendVisitor& legend) {}

void EpsGraph::visit(LegendVisitor& legend) {
    if (!legend_)
        return;
    EpsEntry* entry = fullEps_ ? new FullEpsEntry() : new EpsEntry();

    if (grey_legend_) {
        entry->colour(Colour("grey"));
        entry->borderColour(Colour("charcoal"));
    }
    else {
        entry->colour(*colour_);
        entry->borderColour(*border_colour_);
    }
    MagFont font(font_);
    font.style(font_style_);
    font.size(legend_size_);
    font.colour(*font_colour_);
    if (grey_legend_) {
        font.colour(Colour("charcoal"));
    }

    entry->font(font);
    if (whisker_ && eps_)
        legend.add(entry);


    if (control_) {
        MagLog::dev() << "LEGEND-> " << legend_control_text_ << endl;
        if (legend_control_text_.empty())

            legend.add(new EpsControl(control_legend_, resolution_, legend_resolution_, legend_size_));
        else

            legend.add(new EpsControl(legend_control_text_, legend_size_));
    }
    if (forecast_) {
        if (legend_forecast_text_.empty())
            legend.add(new EpsForecast(deterministic_legend_, resolution_, legend_resolution_, legend_size_));
        else
            legend.add(new EpsForecast(legend_forecast_text_, legend_size_));
    }
}


void triangle2(const pair<string, float>& direction, CustomisedPoint& point, BasicGraphicsObjectContainer& visitor,
               double pos, double max) {
    double shift = 3.14 * 0.125;

    magics::Polyline* poly = new magics::Polyline();

    poly->setThickness(2);

    double c = 1 - point[direction.first] / 200;

    ostringstream colour;
    colour << "Rgb(" << c << ", " << c << ", " << c << ")" << endl;

    poly->setFillColour(colour.str());
    poly->setColour(Colour("Rgb(0.5, 0.5, 0.5)"));

    double length = 9 * 3600;
    double x0     = length;
    //	double y0 = 0;
    //	double a = length *tan(shift);
    //	double b = length *tan(-shift);

    double x  = x0 * cos(direction.second);
    double y  = x0 * sin(direction.second);
    double x1 = x0 * cos(direction.second - shift);
    double y1 = x0 * sin(direction.second - shift);
    double x2 = x0 * cos(direction.second + shift);
    double y2 = x0 * sin(direction.second + shift);

    double xs = 0;
    double ys = 0;

    if (point[direction.first] == max) {
        xs = 3 * 3600 * cos(direction.second);
        ys = 3 * 3600 * sin(direction.second);
    }

    poly->push_back(PaperPoint(pos + xs, ys));
    poly->push_back(PaperPoint(pos + xs + x1, ys + y1));
    poly->push_back(PaperPoint(pos + xs + x, ys + y));
    poly->push_back(PaperPoint(pos + xs + x2, ys + y2));
    poly->push_back(PaperPoint(pos + xs, ys));

    poly->setFilled(true);
    poly->setShading(new FillShadingProperties());

    visitor.push_back(poly);

    if (int(point[direction.first] / 2) < 5)
        return;
    Text* text = new Text();
    MagFont font("sansserif", "normal", 0.25);
    font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));
    text->setFont(font);
    text->setText(tostring(int(point[direction.first] / 2)));

    text->push_back(PaperPoint(pos + 11 * 3600 * cos(direction.second), 11.5 * 3600 * sin(direction.second)));
    visitor.push_back(text);
}

void triangle3(const Colour& colour, const Colour& border, const pair<string, float>& direction, CustomisedPoint& point,
               BasicGraphicsObjectContainer& visitor, double pos, double max) {
    Hsl hsl = colour.hsl();

    float light = hsl.light_;

    hsl.light_ += (0.99 - light) * ((point["total"] - point[direction.first]) / point["total"]);


    double shift = 3.14 * 0.125;

    magics::Polyline* poly = new magics::Polyline();
    poly->setThickness(1);


    poly->setFillColour(Colour(hsl));
    poly->setColour(border);

    double length = (point[direction.first] * (12 * 3600) / max);
    double x0     = length;
    //	double y0 = 0;
    //	double a = length *tan(shift);
    //	double b = length *tan(-shift);

    double x  = x0 * cos(direction.second);
    double y  = x0 * sin(direction.second);
    double x1 = x0 * cos(direction.second - shift);
    double y1 = x0 * sin(direction.second - shift);
    double x2 = x0 * cos(direction.second + shift);
    double y2 = x0 * sin(direction.second + shift);

    double xs = 0;
    double ys = 0;


    poly->push_back(PaperPoint(pos + xs, ys));
    poly->push_back(PaperPoint(pos + xs + x1, ys + y1));
    poly->push_back(PaperPoint(pos + xs + x, ys + y));
    poly->push_back(PaperPoint(pos + xs + x2, ys + y2));
    poly->push_back(PaperPoint(pos + xs, ys));

    poly->setFilled(true);
    poly->setShading(new FillShadingProperties());

    visitor.push_back(poly);

    if (int(point[direction.first] / 2) < 5)
        return;
    Text* text = new Text();
    MagFont font("sansserif", "normal", 0.25);
    font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));
    text->setFont(font);
    text->setText(tostring(int(point[direction.first] / 2)));

    text->push_back(PaperPoint(pos + 11 * 3600 * cos(direction.second), 11.5 * 3600 * sin(direction.second)));
    visitor.push_back(text);
}

void EpsCloud::triangle(const pair<string, float>& direction, CustomisedPoint& point,
                        BasicGraphicsObjectContainer& visitor, double pos) {
    Hsl hsl = colour_->hsl();

    float light = hsl.light_;

    hsl.light_ += (0.99 - light) * ((100 - point[direction.first]) / 100);


    double shift = 3.14 * 0.125;

    magics::Polyline* poly = new magics::Polyline();
    poly->setStroke(true);


    poly->setFillColour(Colour(hsl));
    poly->setColour(Colour(hsl));

    double x0 = 12 * 3600;


    double x  = x0 * cos(direction.second);
    double y  = x0 * sin(direction.second);
    double x1 = x0 * cos(direction.second - shift);
    double y1 = x0 * sin(direction.second - shift);
    double x2 = x0 * cos(direction.second + shift);
    double y2 = x0 * sin(direction.second + shift);

    double xs = 0;
    double ys = 0;


    poly->push_back(PaperPoint(pos + xs, ys));
    poly->push_back(PaperPoint(pos + xs + x1, ys + y1));
    poly->push_back(PaperPoint(pos + xs + x, ys + y));
    poly->push_back(PaperPoint(pos + xs + x2, ys + y2));
    poly->push_back(PaperPoint(pos + xs, ys));

    poly->setFilled(true);
    poly->setShading(new FillShadingProperties());

    visitor.push_back(poly);
}


void triangle(const pair<string, float>& direction, CustomisedPoint& point, BasicGraphicsObjectContainer& visitor,
              double pos, double) {
    if (!point[direction.first])
        return;
    double shift = 3.14 * 0.125;

    // cvisitor << "Triangle---->" << direction.first << "=" << point[direction.first] << " " << scale << endl;
    magics::Polyline* poly = new magics::Polyline();

    poly->setThickness(2);
    poly->setFillColour(Colour("Rgb(0.7, 0.7, 0.7)"));
    poly->setColour(Colour("Rgb(0.5, 0.5, 0.5)"));

    double length = point[direction.first];

    if (length > 100)
        length = ((3 * length / 100) + 6) * 3600;
    else if (length > 50)
        length = ((3 * length / 50) + 3) * 3600;
    else
        length = (6 * length / 50) * 3600;


    double x0 = length;


    double x  = x0 * cos(direction.second);
    double y  = x0 * sin(direction.second);
    double x1 = x0 * cos(direction.second - shift);
    double y1 = x0 * sin(direction.second - shift);
    double x2 = x0 * cos(direction.second + shift);
    double y2 = x0 * sin(direction.second + shift);

    poly->push_back(PaperPoint(pos, 0));
    poly->push_back(PaperPoint(pos + x1, y1));
    poly->push_back(PaperPoint(pos + x, y));
    poly->push_back(PaperPoint(pos + x2, y2));
    poly->push_back(PaperPoint(pos, 0));

    poly->setFilled(true);
    poly->setShading(new FillShadingProperties());

    magics::Polyline* median = new magics::Polyline();
    median->setColour(Colour("black"));
    median->setThickness(1);
    median->push_back(PaperPoint(pos, 0));
    median->push_back(PaperPoint(pos + x, y));


    visitor.push_back(poly);
}


void EpsWind::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;

    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    if (points.empty())
        return;


    DateTime base = points.front()->base();


    map<string, float> directions;
    if (magCompare(convention_, "oceanographic")) {
        directions["east"]       = 0 + 3.14;
        directions["north"]      = 3.14 * 0.5 + 3.14;
        directions["north_east"] = 3.14 * 0.25 + 3.14;
        directions["north_west"] = 3.14 * 0.75 + 3.14;
        directions["south"]      = 3.14 * 1.5 + 3.14;
        directions["south_east"] = 3.14 * 1.75 + 3.14;
        directions["south_west"] = 3.14 * 1.25 + 3.14;
        directions["west"]       = 3.14 + 3.14;
    }
    else {
        directions["east"]       = 0;
        directions["north"]      = 3.14 * 0.5;
        directions["north_east"] = 3.14 * 0.25;
        directions["north_west"] = 3.14 * 0.75;
        directions["south"]      = 3.14 * 1.5;
        directions["south_east"] = 3.14 * 1.75;
        directions["south_west"] = 3.14 * 1.25;
        directions["west"]       = 3.14;
    }

    for (const auto& point : points) {
        double total = 0;
        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction) {
            if (point->find(direction->first) == point->end()) {
                vector<string> classification;
                classification.push_back("one");
                classification.push_back("two");
                classification.push_back("three");
                classification.push_back("four");
                classification.push_back("five");
                classification.push_back("six");
                double val = 0;
                for (vector<string>::const_iterator key = classification.begin(); key != classification.end(); ++key) {
                    CustomisedPoint::const_iterator value = point->find(direction->first + "_" + *key);
                    if (value != point->end()) {
                        val += (value->second > 9998.) ? 0 : value->second;
                    }
                }
                (*point)[direction->first] = val;
            }
            total += (*point)[direction->first];
        }
        (*point)["total"] = total;


        // InteractiveSet* iset = new InteractiveSet();
        // iset->addAction("onmouseover", new InteractiveMagnify(4));
        vector<double> values;


        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction)
            values.push_back((*point)[direction->first]);

        double ms = *std::max_element(values.begin(), values.end());
        double x  = (*point)["step"] + (*point)["shift"];


        magics::Polyline* grid = new magics::Polyline();
        grid->setColour(Colour("grey"));
        grid->setThickness(2);
        grid->setLineStyle(M_DOT);

        double l100 = 12 * 3600;
        for (float angle = 0; angle <= 2; angle += 0.1)
            grid->push_back(PaperPoint(x + (l100 * cos(3.14 * angle)), l100 * sin(3.14 * angle)));
        // iset->push_back(grid);


        visitor.push_back(grid);


        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction)
            triangle(*direction, *point, visitor, x, ms);
    }
}

void EpsWave::visit(LegendVisitor& legend) {
    MagFont font(legend.font_, legend.font_style_, tonumber(legend.font_dimension_));
    font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));
    vector<Colour> colours;
    colours.push_back(Colour("greenish_blue"));
    colours.push_back(Colour("yellow_green"));
    colours.push_back(Colour("greenish_yellow"));
    colours.push_back(Colour("orangish_yellow"));
    colours.push_back(Colour("yellowish_orange"));
    colours.push_back(Colour("reddish_orange"));

    WaveRoseEntry* wave = new WaveRoseEntry(colours);
    wave->borderColour(Colour("grey"));
    wave->font(font);

    legend.add(wave);
}

void EpsWind::visit(LegendVisitor& legend) {
    if (!legend_)
        return;
    MagFont font(legend.font_, legend.font_style_, tonumber(legend.font_dimension_));
    font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));

    WindRoseEntry* wind = new WindRoseEntry(*colour_);


    wind->borderColour(*border_colour_);
    wind->font(font);

    legend.add(wind);
}
void EpsCloud::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    map<string, float> directions;

    directions["one"] = 3.14 * 3 / 8;
    directions["2"]   = 3.14 * 1 / 8;
    directions["3"]   = -3.14 * 1 / 8;
    directions["4"]   = -3.14 * 3 / 8;
    directions["5"]   = -3.14 * 5 / 8;
    directions["6"]   = -3.14 * 7 / 8.;
    directions["7"]   = -3.14 * 9 / 8;
    directions["8"]   = -3.14 * 11 / 8;
    ;
    for (const auto& point : points) {
        (*point)["total"] = 100;
        double x          = (*point)["step"] + (*point)["shift"];
        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction)
            triangle(*direction, *point, visitor, x);

        magics::Polyline* grid = new magics::Polyline();
        grid->setColour(Colour("grey"));
        grid->setThickness(2);
        grid->setLineStyle(M_DOT);

        double l100 = 12 * 3600;
        for (float angle = 0; angle <= 2; angle += 0.1)
            grid->push_back(PaperPoint(x + (l100 * cos(3.14 * angle)), l100 * sin(3.14 * angle)));

        visitor.push_back(grid);
    }
}

void EpsBar::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    map<string, float> directions;

    directions["1"] = 1;
    directions["2"] = 2;
    directions["3"] = 3;
    directions["4"] = 4;
    directions["5"] = 5;
    directions["6"] = 6;
    directions["7"] = 7;
    directions["8"] = 8;
    for (const auto& point : points) {
        (*point)["total"] = 100;
        double x          = (*point)["step"] + (*point)["shift"];
        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction) {
            Hsl hsl     = colour_->hsl();
            float light = hsl.light_;
            hsl.light_ += (0.99 - light) * ((100 - (*point)[direction->first]) / 100);
            magics::Polyline* poly = new magics::Polyline();
            poly->setThickness(1);
            poly->setFillColour(Colour(hsl));
            poly->setColour(Colour(hsl));
            x            = x * 3600;
            double width = 3 * 3600;
            poly->push_back(PaperPoint(x - width, direction->second - 1));
            poly->push_back(PaperPoint(x + width, direction->second - 1));
            poly->push_back(PaperPoint(x + width, direction->second));
            poly->push_back(PaperPoint(x - width, direction->second));
            poly->push_back(PaperPoint(x - width, direction->second - 1));
            visitor.push_back(poly);
        }
    }
}

void EpsBar::visit(LegendVisitor& legend) {
    MagLog::dev() << " EpsBar::visit(LegendVisitor&) --> to be implemented! " << endl;
}

void EpsCloud::visit(LegendVisitor& legend) {
    MagFont font("sansserif", "normal", 0.25);
    font.colour(Colour("Rgb(0.2, 0.2, 0.2)"));

    WindRoseEntry* wind = new WindRoseEntry(*colour_);


    wind->borderColour(*border_colour_);
    wind->font(font);

    legend.add(wind);
}
void EpsWind::print(ostream&) const {}
void EpsCloud::print(ostream&) const {}
void EpsBar::print(ostream&) const {}
void EpsWave::print(ostream&) const {}

void triangle5(const pair<string, float>& direction, CustomisedPoint& point, BasicGraphicsObjectContainer& visitor,
               double pos, double max) {
    vector<Colour> colours;
    colours.push_back(Colour("greenish_blue"));
    colours.push_back(Colour("yellow_green"));
    colours.push_back(Colour("greenish_yellow"));
    colours.push_back(Colour("orangish_yellow"));
    colours.push_back(Colour("yellowish_orange"));
    colours.push_back(Colour("reddish_orange"));

    vector<string> forces;
    forces.push_back(direction.first + "_one");
    forces.push_back(direction.first + "_two");
    forces.push_back(direction.first + "_three");
    forces.push_back(direction.first + "_four");
    forces.push_back(direction.first + "_five");
    forces.push_back(direction.first + "_six");
    double total = 0;
    magics::Polyline* poly;
    vector<Colour>::iterator colour = colours.begin();
    Colour border("grey");

    double r      = 12 * 3600;
    double factor = r * r / max;

    double previous = 0;
    double shift    = 3.14 * 0.125;

    for (vector<string>::const_iterator force = forces.begin(); force != forces.end(); ++force) {
        double count = point[*force];
        if (!count) {
            colour++;
            continue;
        }

        poly = new magics::Polyline();
        poly->setThickness(1);
        poly->setFillColour(*colour);
        poly->setColour(border);

        total += count;
        double length = sqrt(total * factor);
        double x0     = length;


        double x1 = x0 * cos(direction.second);
        double y1 = x0 * sin(direction.second);
        double x  = x0 * cos(direction.second - shift);
        double y  = x0 * sin(direction.second - shift);
        double x2 = x0 * cos(direction.second - (2 * shift));
        double y2 = x0 * sin(direction.second - (2 * shift));

        double px1 = previous * cos(direction.second);
        double py1 = previous * sin(direction.second);
        double px  = previous * cos(direction.second - shift);
        double py  = previous * sin(direction.second - shift);
        double px2 = previous * cos(direction.second - (2 * shift));
        double py2 = previous * sin(direction.second - (2 * shift));

        previous = x0;
        colour++;


        poly->push_back(PaperPoint(pos + px1, py1));
        poly->push_back(PaperPoint(pos + x1, y1));
        poly->push_back(PaperPoint(pos + x, y));
        poly->push_back(PaperPoint(pos + x2, y2));
        poly->push_back(PaperPoint(pos + px2, py2));
        poly->push_back(PaperPoint(pos + px, py));
        poly->push_back(PaperPoint(pos + px1, py1));

        poly->setFilled(true);
        poly->setShading(new FillShadingProperties());

        visitor.push_back(poly);
    }
}

void EpsWave::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    if (points.empty())
        return;

    vector<double> xpos;

    DateTime base = points.front()->base();

    for (const auto& point : points)
        xpos.push_back((*point)["last"]);

    map<string, float> directions;

    directions["east"]       = 0 + 3.14;
    directions["north"]      = 3.14 * 0.5 + 3.14;
    directions["north_east"] = 3.14 * 0.25 + 3.14;
    directions["north_west"] = 3.14 * 0.75 + 3.14;
    directions["south"]      = 3.14 * 1.5 + 3.14;
    directions["south_east"] = 3.14 * 1.75 + 3.14;
    directions["south_west"] = 3.14 * 1.25 + 3.14;
    directions["west"]       = 3.14 + 3.14;


    for (const auto& point : points) {
        double total = 0;

        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction) {
            if (point->find(direction->first) == point->end()) {
                vector<string> classification;
                classification.push_back("one");
                classification.push_back("two");
                classification.push_back("three");
                classification.push_back("four");
                classification.push_back("five");
                classification.push_back("six");
                double val = 0;
                for (vector<string>::const_iterator key = classification.begin(); key != classification.end(); ++key) {
                    CustomisedPoint::const_iterator value = point->find(direction->first + "_" + *key);

                    if (value != point->end())
                        val += (value->second > 9998.) ? 0 : value->second;
                }
                (*point)[direction->first] = val;
            }
            total += (*point)[direction->first];
        }
        (*point)["total"] = (total) ? total : 50;


        // InteractiveSet* iset = new InteractiveSet();
        // iset->addAction("onmouseover", new InteractiveMagnify(4));
        vector<double> values;
        double scale = 0;


        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction)
            values.push_back((*point)[direction->first]);

        double ms = *std::max_element(values.begin(), values.end());
        double x  = (*point)["step"] + (*point)["shift"];


        magics::Polyline* grid = new magics::Polyline();
        grid->setColour(Colour("grey"));
        grid->setThickness(2);
        grid->setLineStyle(M_DOT);
        scale       = 200;
        double l100 = 12 * 3600;
        for (float angle = 0; angle <= 2; angle += 0.1)
            grid->push_back(PaperPoint(x + (l100 * cos(3.14 * angle)), l100 * sin(3.14 * angle)));
        visitor.push_back(grid);


        // visitor.push_back(iset);


        if (total == 0)
            continue;

        for (map<string, float>::const_iterator direction = directions.begin(); direction != directions.end();
             ++direction) {
            triangle5(*direction, *point, visitor, x, ms);
        }

        // Draw the Control
        if (point->find("control") != point->end()) {
            magics::Polyline* control = new magics::Polyline();
            control->setColour(Colour("red"));
            control->setThickness(2);
            control->setLineStyle(M_DASH);

            double angle = (*point)["control"] - 180.;

            control->push_back(PaperPoint(x, 0));
            control->push_back(PaperPoint(x + (l100 * sin(angle * (3.14 / 180.))), l100 * cos(angle * (3.14 / 180.))));
            visitor.push_back(control);
        }

        // Draw the Forecast
        if (point->find("hres") != point->end()) {
            magics::Polyline* hres = new magics::Polyline();
            hres->setColour(Colour("blue"));
            hres->setThickness(2);
            hres->setLineStyle(M_SOLID);


            double angle = (*point)["hres"] - 180;
            hres->push_back(PaperPoint(x, 0));
            hres->push_back(PaperPoint(x + (l100 * sin(angle * (3.14 / 180.))), l100 * cos(angle * (3.14 / 180.))));
            visitor.push_back(hres);
        }
    }
}


CdfGraph::CdfGraph() {
    if (setters_.empty()) {
        setters_["medium"]   = &CdfGraph::setMedium;
        setters_["extended"] = &CdfGraph::setExtended;
    }
}


CdfGraph::~CdfGraph() {}

void CdfGraph::setMedium(const string& base) {
    keys_.clear();
    for (int i = 0; i <= 100; i++) {
        ostringstream key;
        key << base << "_" << i;
        keys_.push_back(make_pair(key.str(), i));
    }
}
void CdfGraph::setExtended(const string& base) {
    keys_.clear();
    static vector<pair<string, double>> values = {
        {"min", 0},          {"one", 1},           {"two", 2},          {"five", 5},          {"ten", 10},
        {"twenty_five", 25}, {"fifty", 50},        {"median", 50},      {"seventy_five", 75}, {"ninety", 90},
        {"ninety_five", 95}, {"ninety_eight", 98}, {"ninety_nine", 99}, {"max", 100}};
    for (auto& val : values) {
        ostringstream key;
        key << base << "_" << val.first;
        keys_.push_back(make_pair(key.str(), val.second));
    }
}


void CdfGraph::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    map<string, int> legend_range  = {{"medium", 24}, {"extended", 168}};
    map<string, int> legend_offset = {{"medium", 12}, {"extended", 0}};

    setters_["extended"] = &CdfGraph::setExtended;
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    // visitor << "CdfGraph::preparePlot(Data<PaperPoint>& data, visitor&)" << endl;

    if (points.empty())
        return;

    vector<string>::iterator icolour = colour_.begin();
    // First make sure that we have enough colour/style/thicknes

    while (style_.size() < colour_.size())
        style_.push_back("solid");
    while (thickness_.size() < colour_.size())
        thickness_.push_back(2);


    // First set some defaults!

    auto setter = setters_.find(type_);

    if (setter == setters_.end()) {
        setter = setters_.find("medium");
    }

    magics::Polyline* efi = new magics::Polyline();
    efi->setColour(*clim_colour_);
    efi->setLineStyle(clim_style_);
    efi->setThickness(clim_thickness_);
    vector<double> clim;
    for (const auto& point : points) {
        (this->*setter->second)("clim");
        for (auto key = keys_.begin(); key != keys_.end(); ++key) {
            map<string, double>::const_iterator step = point->find(key->first);
            if (step != point->end()) {
                MagLog::dev() << key->first << ":" << step->second << "-->" << key->second << endl;
                efi->push_back(PaperPoint(step->second, key->second));
                clim.push_back(step->second);
            }
        }
    }


    transformation(*efi, visitor);


    magics::Polyline* box = new magics::Polyline();
    box->setColour(Colour("navy"));
    box->setFilled(true);
    box->setFillColour(Colour("white"));

    FillShadingProperties* shading = new FillShadingProperties();

    box->setShading(shading);

    double w = 1.5 * (transformation.getMaxX() - transformation.getMinX()) / visitor.absoluteWidth();

    box->push_back(PaperPoint(transformation.getMaxX(), 43));
    box->push_back(PaperPoint(transformation.getMaxX() - w, 43));
    box->push_back(PaperPoint(transformation.getMaxX() - w, 57));
    box->push_back(PaperPoint(transformation.getMaxX(), 57));
    box->push_back(PaperPoint(transformation.getMaxX(), 43));


    vector<string>::iterator style  = style_.begin();
    vector<int>::iterator thickness = thickness_.begin();

    vector<Polyline*> sorter;
    int step = 1;
    while (icolour != colour_.end()) {
        Colour colour(*icolour);


        magics::Polyline* efi = new magics::Polyline();
        efi->setColour(colour);
        efi->setLineStyle(MagTranslator<string, LineStyle>()(*style));
        efi->setThickness(*thickness);

        ostringstream helper;
        helper << step << "_";
        auto l = legend_range.find(type_);
        int range;
        if (l != legend_range.end()) {
            range = l->second;
        }
        else {
            MagLog::warning() << " Can nt find information for legend for the type " << type_ << endl;
        }
        int offset;
        auto o = legend_offset.find(type_);
        if (o != legend_offset.end()) {
            offset = o->second;
        }
        else {
            MagLog::warning() << " Can nt find information for legend for the type " << type_ << endl;
        }
        (this->*setter->second)(tostring(step));
        string legend;
        for (const auto& point : points) {
            for (auto key = keys_.begin(); key != keys_.end(); ++key) {
                map<string, double>::const_iterator step = point->find(key->first);
                if (step != point->end()) {
                    MagLog::dev() << key->first << ":" << step->second << "-->" << key->second << endl;
                    efi->push_back(PaperPoint(step->second, key->second));
                }
            }

            ostringstream key;
            key << step << "_step";
            auto info = point->find(key.str());
            int s     = info->second;

            ostringstream l;
            l << "t+ [" << s + offset - range << "-" << s + offset << "h] ";
            legend = l.str();

            info           = point->find("clim_step");
            climateLegend_ = "M-Climate t+?:? : unknow step";
            if (info != point->end()) {
                int cs = info->second;
                ostringstream cl;
                cl << "M-Climate t+ [" << cs + offset - range << "-" << cs + offset << "h] ";
                climateLegend_ = cl.str();
            }
        }

        if (!efi->empty()) {
            legends_.push_back(legend);
            sorter.push_back(efi);
            usedColours_.push_back(*icolour);
            usedStyle_.push_back(*style);
            usedThickness_.push_back(*thickness);
        }
        else
            delete efi;


        // go to next step!
        ++icolour;
        ++thickness;
        ++style;
        step++;
    }

    // Here we revert the curve to have the fisrt plotted last!
    for (auto object = sorter.rbegin(); object != sorter.rend(); ++object)
        transformation(**object, visitor);
}


void CdfGraph::visit(LegendVisitor& legend) {
    // magics::Polyline* line = new magics::Polyline();

    // line->setColour(Colour("black"));

    // line->setThickness(4);
    // legend.add(new LineEntry("", line));
    if (!legend_)
        return;
    map<string, string> legends = {{"medium", "Climate t+[24-48h]"}, {"extended", climateLegend_}};


    vector<string>::reverse_iterator style  = usedStyle_.rbegin();
    vector<int>::reverse_iterator thickness = usedThickness_.rbegin();
    vector<string>::reverse_iterator text   = legends_.rbegin();


    for (vector<string>::reverse_iterator colour = usedColours_.rbegin(); colour != usedColours_.rend(); ++colour) {
        magics::Polyline* efi = new magics::Polyline();
        efi->setColour(Colour(*colour));
        efi->setLineStyle(MagTranslator<string, LineStyle>()(*style));
        efi->setThickness(*thickness);
        CdfEntry* entry = new CdfEntry(*text, efi);

        legend.add(entry);


        ++thickness;
        ++style;
        ++text;
    }
    magics::Polyline* efi = new magics::Polyline();
    efi->setColour(*clim_colour_);

    efi->setLineStyle(clim_style_);
    efi->setThickness(clim_thickness_);


    CdfEntry* entry = new CdfEntry(legends[type_], efi);
    legend.add(entry);
}

void EpsShade::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!
    double max = transformation.getMaxPCY();


    if (points.empty())
        return;


    magics::Polyline* first = new magics::Polyline();
    first->setLineStyle(line_style_);
    first->setThickness(line_thickness_);
    first->setFilled(true);
    first->setShading(new FillShadingProperties());

    magics::Polyline* firstmin = first->getNew();
    magics::Polyline* firstmax = first->getNew();

    Colour cmin = Colour("sky");
    Colour cmax = Colour("RGB(1.0, 0.222, 0.222)");

    magics::Polyline* second = new magics::Polyline();

    second->setLineStyle(line_style_);
    second->setThickness(line_thickness_);
    second->setFilled(true);
    second->setShading(new FillShadingProperties());
    magics::Polyline* secondmin = second->getNew();
    magics::Polyline* secondmax = second->getNew();


    magics::Polyline* median = new magics::Polyline();
    median->setLineStyle(line_style_);
    median->setThickness(line_thickness_);

    magics::Polyline* medianmin = median->getNew();
    magics::Polyline* medianmax = median->getNew();

    magics::Polyline* backtop = new magics::Polyline();
    // backtop->setLineStyle(M_DASH);
    backtop->setThickness(2);
    backtop->setColour(*colour_);
    magics::Polyline* backtopmin = backtop->getNew();
    magics::Polyline* backtopmax = backtop->getNew();
    backtopmin->setColour(cmin);
    backtopmax->setColour(cmax);

    magics::Polyline* backbottom = new magics::Polyline();
    // backbottom->setLineStyle(M_DOT);
    backbottom->setThickness(2);
    backbottom->setColour(*colour_);

    magics::Polyline* backbottommin = backbottom->getNew();
    magics::Polyline* backbottommax = backbottom->getNew();

    backbottommin->setColour(cmin);
    backbottommax->setColour(cmax);

    Hsl hsl    = colour_->hsl();
    Hsl hslmin = cmin.hsl();
    Hsl hslmax = cmax.hsl();

    float step = (0.9 - hsl.light_) / 3.;
    median->setColour(Colour(hsl));
    medianmin->setColour(Colour(hslmin));
    medianmax->setColour(Colour(hslmax));

    hsl.light_ += 2 * step;
    hslmin.light_ += 2 * step;
    hslmax.light_ += 2 * step;
    second->setFillColour(Colour(hsl));
    second->setColour(Colour(hsl));
    secondmin->setFillColour(Colour(hslmin));
    secondmin->setColour(Colour(hslmin));
    secondmax->setFillColour(Colour(hslmax));
    secondmax->setColour(Colour(hslmax));

    hsl.light_ += step;
    hslmin.light_ += step;
    hslmax.light_ += step;
    first->setFillColour(Colour(hsl));
    first->setColour(Colour(hsl));
    firstmin->setFillColour(Colour(hslmin));
    firstmin->setColour(Colour(hslmin));
    firstmax->setFillColour(Colour(hslmax));
    firstmax->setColour(Colour(hslmax));


    DateTime base = points.front()->base();


    vector<PaperPoint> ten, tenmin, tenmax;
    vector<PaperPoint> ninty, nintymin, nintymax;
    ;
    vector<PaperPoint> twentyfive, twentyfivemin, twentyfivemax;
    vector<PaperPoint> seventyfive, seventyfivemin, seventyfivemax;
    vector<PaperPoint> one, onemin, onemax;
    vector<PaperPoint> ninetynine, ninetyninemin, ninetyninemax;


    for (const auto& point : points) {
        double x = (*point)["step"];


        CustomisedPoint::const_iterator y1  = point->find("one");
        CustomisedPoint::const_iterator y10 = point->find("ten");
        CustomisedPoint::const_iterator y90 = point->find("ninety");
        CustomisedPoint::const_iterator y99 = point->find("ninety_nine");
        CustomisedPoint::const_iterator y50 = point->find("fifty");
        CustomisedPoint::const_iterator y25 = point->find("twenty_five");
        CustomisedPoint::const_iterator y75 = point->find("seventy_five");

        if ((*point)["tmin"]) {
            tenmin.push_back(PaperPoint(x, y10->second));
            nintymin.push_back(PaperPoint(x, y90->second));
            twentyfivemin.push_back(PaperPoint(x, y25->second));
            seventyfivemin.push_back(PaperPoint(x, y75->second));
            medianmin->push_back(PaperPoint(x, y50->second));
            onemin.push_back(PaperPoint(x, y1->second));
            ninetyninemin.push_back(PaperPoint(x, y99->second));
        }
        else if ((*point)["tmax"]) {
            tenmax.push_back(PaperPoint(x, y10->second));
            nintymax.push_back(PaperPoint(x, y90->second));
            twentyfivemax.push_back(PaperPoint(x, y25->second));
            seventyfivemax.push_back(PaperPoint(x, y75->second));
            medianmax->push_back(PaperPoint(x, y50->second));
            onemax.push_back(PaperPoint(x, y1->second));
            ninetyninemax.push_back(PaperPoint(x, y99->second));
        }
        else {
            ten.push_back(PaperPoint(x, y10->second));
            ninty.push_back(PaperPoint(x, y90->second));
            twentyfive.push_back(PaperPoint(x, y25->second));
            seventyfive.push_back(PaperPoint(x, y75->second));
            median->push_back(PaperPoint(x, y50->second));
            one.push_back(PaperPoint(x, y1->second));
            ninetynine.push_back(PaperPoint(x, y99->second));
        }
    }


    for (vector<PaperPoint>::iterator point = one.begin(); point != one.end(); ++point)
        backbottom->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = ninetynine.rbegin(); point != ninetynine.rend(); ++point)
        backtop->push_back(*point);
    for (vector<PaperPoint>::iterator point = ten.begin(); point != ten.end(); ++point)
        first->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = ninty.rbegin(); point != ninty.rend(); ++point)
        first->push_back(*point);
    if (!first->empty())
        first->push_back(first->front());
    for (vector<PaperPoint>::iterator point = twentyfive.begin(); point != twentyfive.end(); ++point)
        second->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = seventyfive.rbegin(); point != seventyfive.rend(); ++point)
        second->push_back(*point);
    if (!second->empty())
        second->push_back(second->front());

    for (vector<PaperPoint>::iterator point = onemin.begin(); point != onemin.end(); ++point)
        backbottommin->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = ninetyninemin.rbegin(); point != ninetyninemin.rend(); ++point)
        backtopmin->push_back(*point);
    for (vector<PaperPoint>::iterator point = tenmin.begin(); point != tenmin.end(); ++point)
        firstmin->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = nintymin.rbegin(); point != nintymin.rend(); ++point)
        firstmin->push_back(*point);
    if (!firstmin->empty())
        firstmin->push_back(firstmin->front());
    for (vector<PaperPoint>::iterator point = twentyfivemin.begin(); point != twentyfivemin.end(); ++point)
        secondmin->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = seventyfivemin.rbegin(); point != seventyfivemin.rend(); ++point)
        secondmin->push_back(*point);
    if (!secondmin->empty())
        secondmin->push_back(secondmin->front());

    for (vector<PaperPoint>::iterator point = onemax.begin(); point != onemax.end(); ++point)
        backbottommax->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = ninetyninemax.rbegin(); point != ninetyninemax.rend(); ++point)
        backtopmax->push_back(*point);
    for (vector<PaperPoint>::iterator point = tenmax.begin(); point != tenmax.end(); ++point)
        firstmax->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = nintymax.rbegin(); point != nintymax.rend(); ++point)
        firstmax->push_back(*point);
    if (!firstmax->empty())
        firstmax->push_back(firstmax->front());
    for (vector<PaperPoint>::iterator point = twentyfivemax.begin(); point != twentyfivemax.end(); ++point)
        secondmax->push_back(*point);
    for (vector<PaperPoint>::reverse_iterator point = seventyfivemax.rbegin(); point != seventyfivemax.rend(); ++point)
        secondmax->push_back(*point);
    if (!secondmax->empty())
        secondmax->push_back(secondmax->front());


    if (!first->empty())
        transformation(*first, visitor);
    if (!second->empty())
        transformation(*second, visitor);

    if (!firstmin->empty())
        transformation(*firstmin, visitor);
    if (!secondmin->empty())
        transformation(*secondmin, visitor);


    if (!firstmax->empty())
        transformation(*firstmax, visitor);
    if (!secondmax->empty())
        transformation(*secondmax, visitor);

    if (!median->empty())
        transformation(*median, visitor);
    if (!medianmin->empty())
        transformation(*medianmin, visitor);
    if (!medianmax->empty())
        transformation(*medianmax, visitor);

    if (!backbottom->empty())
        transformation(*backbottom, visitor);
    if (!backtop->empty())
        transformation(*backtop, visitor);
    if (!backbottommin->empty())
        transformation(*backbottommin, visitor);
    if (!backtopmin->empty())
        transformation(*backtopmin, visitor);
    if (!backbottommax->empty())
        transformation(*backbottommax, visitor);
    if (!backtopmax->empty())
        transformation(*backtopmax, visitor);
}
class EpsShadeEntry : public LegendEntry {
public:
    EpsShadeEntry() : LegendEntry(" ") {}

    void set(const PaperPoint& point, BasicGraphicsObjectContainer& visitor) {
        if (!first_)
            return;

        first_   = false;
        double x = point.x();
        double y = point.y();


        double height1 = 0.6;
        double height2 = 0.4;
        double height3 = 0.2;
        double width   = 0.4;
        double xtext   = x + 0.7;


        Colour colour("grey");
        magics::Polyline* median = new magics::Polyline();
        median->setColour(colour);
        median->setLineStyle(M_SOLID);
        median->setThickness(4);
        median->push_back(PaperPoint(x - width, y));
        median->push_back(PaperPoint(x + width, y));

        magics::Polyline* top = new magics::Polyline();
        top->setColour(colour);
        top->setLineStyle(M_DASH);
        top->setThickness(2);
        top->push_back(PaperPoint(x - width, y + height1));
        top->push_back(PaperPoint(x + width, y + height1));

        magics::Polyline* bottom = new magics::Polyline();
        bottom->setColour(colour);
        bottom->setLineStyle(M_DASH);
        bottom->setThickness(2);
        bottom->push_back(PaperPoint(x - width, y - height1));
        bottom->push_back(PaperPoint(x + width, y - height1));

        Hsl hsl    = colour.hsl();
        float step = (0.9 - hsl.light_) / 3.;


        hsl.light_ += 2 * step;

        magics::Polyline* second = new magics::Polyline();
        second->setFilled(true);
        second->setShading(new FillShadingProperties());
        second->setFillColour(Colour(hsl));
        second->setColour(Colour(hsl));
        second->push_back(PaperPoint(x - width, y - height3));
        second->push_back(PaperPoint(x + width, y - height3));
        second->push_back(PaperPoint(x + width, y + height3));
        second->push_back(PaperPoint(x - width, y + height3));

        hsl.light_ += step;

        magics::Polyline* first = new magics::Polyline();
        first->setFilled(true);
        first->setShading(new FillShadingProperties());
        first->setFillColour(Colour(hsl));
        first->setColour(Colour(hsl));
        first->push_back(PaperPoint(x - width, y - height2));
        first->push_back(PaperPoint(x + width, y - height2));
        first->push_back(PaperPoint(x + width, y + height2));
        first->push_back(PaperPoint(x - width, y + height2));


        visitor.push_back(first);
        visitor.push_back(second);

        visitor.push_back(top);
        visitor.push_back(bottom);
        visitor.push_back(median);

        Text* text = new Text();
        text->setText("M-Climate");
        text->setFont(font_);

        text->push_back(PaperPoint(x + 0.4, y - 0.8));
        visitor.push_back(text);

        Text* text99 = new Text();
        text99->setText("99%");
        text99->setFont(font_);
        text99->setJustification(MLEFT);
        text99->push_back(PaperPoint(xtext, y - height1));
        visitor.push_back(text99);

        Text* text90 = new Text();
        text90->setText("90%");
        text90->setFont(font_);
        text90->setJustification(MLEFT);
        text90->push_back(PaperPoint(xtext, y - height2));
        visitor.push_back(text90);

        Text* text75 = new Text();
        text75->setText("75%");
        text75->setFont(font_);
        text75->setJustification(MLEFT);
        text75->push_back(PaperPoint(xtext, y - height3));
        visitor.push_back(text75);

        Text* text50 = new Text();
        text50->setText("median");
        text50->setFont(font_);
        text50->setJustification(MLEFT);
        text50->push_back(PaperPoint(xtext, y));
        visitor.push_back(text50);

        Text* text25 = new Text();
        text25->setText("25%");
        text25->setFont(font_);

        text25->setJustification(MLEFT);
        text25->push_back(PaperPoint(xtext, y + height3));
        visitor.push_back(text25);

        Text* text10 = new Text();
        text10->setText("10%");
        text10->setFont(font_);

        text10->setJustification(MLEFT);
        text10->push_back(PaperPoint(xtext, y + height2));
        visitor.push_back(text10);

        Text* text1 = new Text();
        text1->setText("1%");
        text1->setFont(font_);

        text1->setJustification(MLEFT);
        text1->push_back(PaperPoint(xtext, y + height1));
        visitor.push_back(text1);
    }

    MagFont font_;

protected:
    static bool first_;
};

bool EpsShadeEntry::first_ = true;

void EpsShade::visit(LegendVisitor& legend) {
    EpsShadeEntry* entry = new EpsShadeEntry();
    entry->font_         = MagFont("sansserif");
    entry->font_.size(0.4);
    entry->font_.colour(legend.colour_->name());
    legend.add(entry);
}

EpsShade::EpsShade() {}

EpsShade::~EpsShade() {}

bool alldigit(const string& name) {
    for (string::const_iterator c = name.begin(); c != name.end(); ++c)
        if (!isdigit(*c))
            return false;
    return true;
}

void EpsDirection::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    if (points.empty())
        return;


    DateTime base = points.front()->base();

    for (const auto& point : points) {
        // InteractiveSet* iset = new InteractiveSet();
        // iset->addAction("onmouseover", new InteractiveMagnify(4));


        double x = (*point)["step"] + (*point)["shift"];

        if ((*point)[keyword_] == 9999)
            continue;

        double angle = ((2 * 3.14) - (((*point)[keyword_] - 90) / 180) * 3.14) + 3.14;

        magics::Polyline* grid = new magics::Polyline();
        grid->setColour(*line_colour_);
        grid->setThickness(line_thickness_);
        grid->setLineStyle(line_style_);

        double l100 = 12 * 3600;
        grid->push_back(PaperPoint(x + (l100 * cos(angle)), l100 * sin(angle)));

        grid->push_back(PaperPoint(x, 0));


        visitor.push_back(grid);  // iset->push_back(grid);


        // visitor.push_back(iset);
    }
}
void EpsWind::triangle(const pair<string, float>& direction, CustomisedPoint& point,
                       BasicGraphicsObjectContainer& visitor, double pos, double max) {
    Hsl hsl = colour_->hsl();

    float light = hsl.light_;

    hsl.light_ += (0.99 - light) * ((point["total"] - point[direction.first]) / point["total"]);


    double shift = 3.14 * 0.125;

    magics::Polyline* poly = new magics::Polyline();
    poly->setThickness(1);


    poly->setFillColour(Colour(hsl));
    poly->setColour(*border_colour_);

    double r      = 12 * 3600;
    double val    = point[direction.first];
    double factor = r * r / max;


    double length = sqrt(val * factor);
    double x0     = length;
    //	double y0 = 0;
    //	double a = length *tan(shift);
    //	double b = length *tan(-shift);

    double x  = x0 * cos(direction.second);
    double y  = x0 * sin(direction.second);
    double x1 = x0 * cos(direction.second - shift);
    double y1 = x0 * sin(direction.second - shift);
    double x2 = x0 * cos(direction.second + shift);
    double y2 = x0 * sin(direction.second + shift);

    double xs = 0;
    double ys = 0;


    poly->push_back(PaperPoint(pos + xs, ys));
    poly->push_back(PaperPoint(pos + xs + x1, ys + y1));
    poly->push_back(PaperPoint(pos + xs + x, ys + y));
    poly->push_back(PaperPoint(pos + xs + x2, ys + y2));
    poly->push_back(PaperPoint(pos + xs, ys));

    poly->setFilled(true);
    poly->setShading(new FillShadingProperties());

    visitor.push_back(poly);
}
EpsPlume::EpsPlume() {
    methods_["time_serie"]       = &EpsPlume::timeserie;
    methods_["vertical_profile"] = &EpsPlume::verticalprofile;
}

void EpsPlume::visit(LegendVisitor& legend) {
    if (!legend_)
        return;
    if (shading_) {
        for (vector<Colour>::iterator entry = shading_legend_.begin(); entry != shading_legend_.end(); ++entry) {
            magics::Polyline* box = new magics::Polyline();
            box->setShading(new FillShadingProperties());
            box->setFillColour(*entry);
            box->setFilled(true);
            box->setStroke(true);
            box->setColour(Colour("black"));
            legend.add(new BoxEntry("", box));
        }
    }
    if (forecast_) {
        magics::Polyline* forecast = new magics::Polyline();
        forecast->setColour(*forecast_line_colour_);
        forecast->setThickness(forecast_line_thickness_);
        forecast->setLineStyle(forecast_line_style_);
        legend.add(new LineEntry("Oper", forecast));
    }
    if (control_) {
        magics::Polyline* control = new magics::Polyline();
        control->setColour(*control_line_colour_);
        control->setThickness(control_line_thickness_);
        control->setLineStyle(control_line_style_);
        legend.add(new LineEntry("Ctrl", control));
    }
    if (line_) {
        magics::Polyline* line = new magics::Polyline();
        line->setColour(*line_colour_);
        line->setThickness(line_thickness_);
        line->setLineStyle(line_style_);
        legend.add(new LineEntry("EMem", line));
    }
    if (median_) {
        magics::Polyline* median = new magics::Polyline();
        median->setColour(*median_line_colour_);
        median->setThickness(median_line_thickness_);
        median->setLineStyle(median_line_style_);
        legend.add(new LineEntry("Median", median));
    }
}

void EpsPlume::timeserie(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!


    if (points.empty())
        return;


    map<string, magics::Polyline*> lines;
    magics::Polyline* control = new magics::Polyline();
    control->setColour(*control_line_colour_);
    control->setThickness(control_line_thickness_);
    control->setLineStyle(control_line_style_);

    magics::Polyline* forecast = new magics::Polyline();
    forecast->setColour(*forecast_line_colour_);
    forecast->setThickness(forecast_line_thickness_);
    forecast->setLineStyle(forecast_line_style_);

    magics::Polyline* median = new magics::Polyline();
    median->setColour(*median_line_colour_);
    median->setThickness(median_line_thickness_);
    median->setLineStyle(median_line_style_);
    map<double, vector<PaperPoint>> shading;
    if (shading_) {
        for (vector<double>::iterator level = shading_levels_.begin(); level != shading_levels_.end(); ++level)
            shading.insert(make_pair(*level, vector<PaperPoint>()));
    }
    for (const auto& point : points) {
        double x       = (*point)["step"] + (*point)["shift"];
        double missing = (*point)["missing"];

        vector<double> members;
        for (map<string, double>::const_iterator value = point->begin(); value != point->end(); ++value) {
            if (alldigit(value->first)) {
                if (line_) {
                    map<string, magics::Polyline*>::iterator iline = lines.find(value->first);
                    if (iline == lines.end()) {
                        magics::Polyline* line = new magics::Polyline();
                        line->setColour(*line_colour_);
                        line->setThickness(line_thickness_);
                        line->setLineStyle(line_style_);
                        lines[value->first] = line;
                        iline               = lines.find(value->first);
                    }
                    if (value->second != missing)
                        (iline->second)->push_back(PaperPoint(x, value->second));
                }
                members.push_back(value->second);
            }

            if (forecast_) {
                if (value->first == "hres" && value->second != missing)
                    forecast->push_back(PaperPoint(x, value->second));
            }
            if (control_) {
                if (value->first == "control" && value->second != missing)
                    control->push_back(PaperPoint(x, value->second));
            }
        }
        if (median_) {
            std::sort(members.begin(), members.end());
            median->push_back(PaperPoint(x, members[25]));
        }
        if (shading_) {
            for (vector<double>::iterator level = shading_levels_.begin(); level != shading_levels_.end(); ++level) {
                int i = *level / 2;
                if (i >= members.size())
                    i = members.size() - 1;
                ;
                shading[*level].push_back(PaperPoint(x, members[i]));
            }
        }
    }


    vector<string>::iterator colour = shading_colours_.begin();

    for (int i = 0; i < shading_levels_.size() / 2; i++) {
        double bottom          = shading_levels_[i];
        double top             = shading_levels_[shading_levels_.size() - 1 - i];
        Colour col             = (colour == shading_colours_.end()) ? Colour("blue") : *colour;
        magics::Polyline* line = new magics::Polyline();
        line->setColour(col);
        line->setFilled(true);
        line->setShading(new FillShadingProperties());
        line->setFillColour(col);
        visitor.push_back(line);
        for (vector<PaperPoint>::iterator point = shading[bottom].begin(); point != shading[bottom].end(); ++point)
            line->push_back(*point);

        for (vector<PaperPoint>::reverse_iterator point = shading[top].rbegin(); point != shading[top].rend(); ++point)
            line->push_back(*point);

        double grey = ((col.red() + col.blue() + col.green()) / 3.);

        col.setColour(grey, grey, grey);

        ++colour;
        shading_legend_.push_back(col);
    }
    if (line_)
        for (map<string, magics::Polyline*>::const_iterator line = lines.begin(); line != lines.end(); ++line) {
            transformation(*line->second, visitor);
        }
    if (control_)
        transformation(*control, visitor);
    if (forecast_)
        transformation(*forecast, visitor);
    if (median_)
        transformation(*median, visitor);
}

void EpsPlume::verticalprofile(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!


    if (points.empty())
        return;


    map<string, magics::Polyline*> lines;
    magics::Polyline* control = new magics::Polyline();
    control->setColour(*control_line_colour_);
    control->setThickness(control_line_thickness_);
    control->setLineStyle(control_line_style_);

    magics::Polyline* forecast = new magics::Polyline();
    forecast->setColour(*forecast_line_colour_);
    forecast->setThickness(forecast_line_thickness_);
    forecast->setLineStyle(forecast_line_style_);

    for (const auto& point : points) {
        double y = (*point)["y"];
        for (map<string, double>::const_iterator value = point->begin(); value != point->end(); ++value) {
            if (value->second == (*point)["missing"])
                continue;
            if (alldigit(value->first)) {
                map<string, magics::Polyline*>::iterator iline = lines.find(value->first);
                if (iline == lines.end()) {
                    magics::Polyline* line = new magics::Polyline();
                    line->setColour(*line_colour_);
                    line->setThickness(line_thickness_);
                    line->setLineStyle(line_style_);
                    lines[value->first] = line;
                    iline               = lines.find(value->first);
                }
                (iline->second)->push_back(transformation(UserPoint(value->second, y)));
            }

            if (value->first == "hres")
                forecast->push_back(transformation(UserPoint(value->second, y)));
            if (value->first == "control")
                control->push_back(transformation(UserPoint(value->second, y)));
        }
    }

    for (map<string, magics::Polyline*>::const_iterator line = lines.begin(); line != lines.end(); ++line) {
        visitor.push_back(line->second);
    }
    visitor.push_back(control);
    visitor.push_back(forecast);
}
void EpsPlume::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    method_                                   = lowerCase(method_);
    std::map<string, Method>::iterator method = methods_.find(method_);
    if (method == methods_.end()) {
        MagLog::warning() << "Could not find method [" << method_ << "] for plotting : no plot could be done." << endl;
        return;
    }
    (this->*method->second)(data, visitor);
}


EfiGraph::EfiGraph() {}
EfiGraph::~EfiGraph() {}


void EfiGraph::operator()(Data& data, BasicGraphicsObjectContainer& out) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = out.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!

    vector<string>::iterator colour = box_colour_.begin();


    magics::Polyline* ref = new magics::Polyline();
    ref->setColour(*normal_colour_);
    ref->setThickness(normal_thickness_);
    ref->setLineStyle(normal_style_);
    ref->push_back(PaperPoint(0, 1));
    MagFont font(font_, font_style_, font_size_);
    font.colour(*font_colour_);

    out.push_back(ref);
    for (const auto& point : points) {
        ref->push_back(PaperPoint(0, (*point)["steps"] + 1));
        for (int i = 1; i <= (*point)["steps"]; i++) {
            ostringstream key;
            key << "efi" << i << "_value";
            ostringstream step;
            step << "efi" << i << "_step";
            bool available = (point->find(step.str()) != point->end());

            int s = (*point)[step.str()];
            ostringstream legend;
            legend << "t+ [" << s - 36 << "-" << s - 12 << "h] ";

            magics::Polyline* box = new magics::Polyline();
            box->setColour(*border_colour_);
            box->setThickness(border_thickness_);
            box->setLineStyle(border_style_);
            box->setFilled(true);
            box->setShading(new FillShadingProperties());
            box->setFillColour(*colour);
            ++colour;
            double val = (*point)[key.str()];
            box->push_back(PaperPoint(0, i));
            box->push_back(PaperPoint(val, i));
            box->push_back(PaperPoint(val, i + 1));
            box->push_back(PaperPoint(0, i + 1));
            box->push_back(PaperPoint(0, i));
            out.push_back(box);
            if (available) {
                Text* text = new Text();
                text->setText(legend.str());
                text->setJustification(MRIGHT);
                text->setFont(font);
                text->push_back(PaperPoint(-101, i + 0.5));
                out.push_back(text);
                Text* value = new Text();
                value->setText(tostring(maground(val)) + "%");
                value->setJustification(MLEFT);
                value->setFont(font);
                value->push_back(PaperPoint(101, i + 0.5));
                out.push_back(value);
            }
        }
    }
    Text* text = new Text();
    text->setText("-100%");
    text->setJustification(MCENTRE);
    text->setFont(font);
    text->push_back(PaperPoint(-100, 0.5));
    out.push_back(text);
    text = new Text();
    text->setText("-50%");
    text->setJustification(MCENTRE);
    text->setFont(font);
    text->push_back(PaperPoint(-50, 0.5));
    out.push_back(text);
    text = new Text();
    text->setText("EFI");
    text->setJustification(MCENTRE);
    text->setFont(font);
    text->push_back(PaperPoint(0, 0.5));
    out.push_back(text);
    text = new Text();
    text->setText("50%");
    text->setJustification(MCENTRE);
    text->setFont(font);
    text->push_back(PaperPoint(50, 0.5));
    out.push_back(text);
    text = new Text();
    text->setText("100%");
    text->setJustification(MCENTRE);
    text->setFont(font);
    text->push_back(PaperPoint(100, 0.5));
    out.push_back(text);
}
void EfiGraph::visit(LegendVisitor&) {}


void CapeBox::print(ostream& visitor) const {
    visitor << "CapeBox[";
    visitor << "]";
}


void CapeBox::box(CustomisedPoint& point, BasicGraphicsObjectContainer& visitor) {
    auto median                          = point.find("median");
    auto control                         = point.find("control");
    auto hres                            = point.find("hres");
    const Transformation& transformation = visitor.transformation();

    CustomisedPoint::const_iterator x = point.find("step");


    Text* label = new Text();
    string info;
    info = tostring(point["size"]);
    MagFont bold("sansserif", "bold", text_font_size_);
    bold.colour(*text_font_colour_);
    label->addText(info, bold);
    /*if  ( hres != point.end() ) {
        label->addText("+1", *hres_colour_,  text_font_size_);
    }
    if  ( control != point.end() ) {
        label->addText("+1", *control_colour_,  text_font_size_);
    }
    */
    label->push_back(PaperPoint(x->second, transformation.getMaxY() * 0.95));
    visitor.push_back(label);

    if (median != point.end()) {
        // draw the box !

        magics::Polyline* box = new magics::Polyline();
        box->setFilled(true);
        box->setFillColour(*box_colour_);
        box->setShading(new FillShadingProperties());
        box->setColour(*box_border_colour_);
        box->setThickness(box_border_thickness_);


        CustomisedPoint::const_iterator upper = point.find("seventy_five");
        CustomisedPoint::const_iterator lower = point.find("twenty_five");


        box->push_back(transformation(UserPoint(x->second - box_width_, upper->second)));
        box->push_back(transformation(UserPoint(x->second + box_width_, upper->second)));
        box->push_back(transformation(UserPoint(x->second + box_width_, lower->second)));
        box->push_back(transformation(UserPoint(x->second - box_width_, lower->second)));
        box->push_back(transformation(UserPoint(x->second - box_width_, upper->second)));

        visitor.push_back(box);

        box = new magics::Polyline();
        box->setColour(*box_border_colour_);
        box->setThickness(box_border_thickness_);
        auto min = point.find("min");
        box->push_back(transformation(UserPoint(x->second - box_width_, min->second)));
        box->push_back(transformation(UserPoint(x->second + box_width_, min->second)));
        visitor.push_back(box);

        box = new magics::Polyline();
        box->setColour(*box_border_colour_);
        box->setThickness(box_border_thickness_);
        auto max = point.find("max");
        box->push_back(transformation(UserPoint(x->second - box_width_, max->second)));
        box->push_back(transformation(UserPoint(x->second + box_width_, max->second)));
        visitor.push_back(box);

        box = new magics::Polyline();
        box->setColour(*box_border_colour_);
        box->setThickness(box_border_thickness_);
        auto median = point.find("median");
        box->push_back(transformation(UserPoint(x->second - box_width_, median->second)));
        box->push_back(transformation(UserPoint(x->second + box_width_, median->second)));
        visitor.push_back(box);

        box = new magics::Polyline();
        box->setColour(*box_border_colour_);
        box->setThickness(box_border_thickness_);
        box->push_back(transformation(UserPoint(x->second, max->second)));
        box->push_back(transformation(UserPoint(x->second, upper->second)));
        visitor.push_back(box);

        box = new magics::Polyline();
        box->setColour(*box_border_colour_);
        box->setThickness(box_border_thickness_);
        box->push_back(transformation(UserPoint(x->second, min->second)));
        box->push_back(transformation(UserPoint(x->second, lower->second)));
        visitor.push_back(box);
    }
    else {
        // Else add the points ..
        Symbol* symbol = new Symbol();
        symbol->setColour(*marker_colour_);
        symbol->setMarker(marker_index_);
        symbol->setHeight(marker_height_ * .5);

        for (int i = 0; i < point["size"]; i++) {
            auto value = point.find("value_" + tostring(i));
            symbol->push_back(transformation(UserPoint(x->second, value->second)));
        }

        visitor.push_back(symbol);
    }
    if (hres != point.end()) {
        Symbol* symbol = new Symbol();
        symbol->setColour(*hres_colour_);
        symbol->setMarker(marker_index_);
        symbol->setHeight(marker_height_);


        symbol->push_back(transformation(UserPoint(x->second, hres->second)));


        visitor.push_back(symbol);
    }
    if (control != point.end()) {
        Symbol* symbol = new Symbol();
        symbol->setColour(*control_colour_);
        symbol->setMarker(marker_index_);
        symbol->setHeight(marker_height_ * 0.6);


        symbol->push_back(transformation(UserPoint(x->second, control->second)));


        visitor.push_back(symbol);
    }
}


void CapeBox::operator()(Data& data, BasicGraphicsObjectContainer& visitor) {
    CustomisedPointsList points;
    std::set<string> request;
    const Transformation& transformation = visitor.transformation();
    data.customisedPoints(transformation, request, points, true);  // we want all the points!


    for (const auto& point : points) {
        if (magCompare(point->identifier(), string("cape0"))) {
            cape0_ = (*point)["size"];
            continue;
        }
        box(*point, visitor);
    }
}

void CapeBox::visit(LegendVisitor& legend) {
    Symbol* symbol = new Symbol();
    symbol->setColour(*hres_colour_);
    symbol->setMarker(marker_index_);
    symbol->setHeight(0.3);
    // if ( legend_height_ != -1)
    //		  symbol->setHeight(legend_height_);
    SimpleSymbolEntry* entry = new SimpleSymbolEntry("HRES", symbol);

    legend.add(entry);

    symbol = new Symbol();
    symbol->setColour(*control_colour_);
    symbol->setMarker(marker_index_);
    symbol->setHeight(0.3);
    // f ( legend_height_ != -1)
    //		  symbol->setHeight(legend_height_);
    entry = new SimpleSymbolEntry("Control", symbol);

    legend.add(entry);

    // f ( legend_height_ != -1)
    //		  symbol->setHeight(legend_height_);
    symbol = new Symbol();
    symbol->setColour((*control_colour_));
    symbol->setMarker(marker_index_);
    symbol->setHeight(0.01);
    entry = new SimpleSymbolEntry("(CAPE=0: " + tostring(cape0_) + ")", symbol);
    legend.add(entry);
}
