/******************************** LICENSE ********************************

 Copyright 2007 European Centre for Medium-Range Weather Forecasts (ECMWF)

 Licensed under the Apache License, Version 2.0 (the "License");
 you may not use this file except in compliance with the License.
 You may obtain a copy of the License at 

    http://www.apache.org/licenses/LICENSE-2.0

 Unless required by applicable law or agreed to in writing, software
 distributed under the License is distributed on an "AS IS" BASIS,
 WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 See the License for the specific language governing permissions and
 limitations under the License.

 ******************************** LICENSE ********************************/

/*! \file BoxPlotItem.cc
    \brief Implementation of the Template class BoxPlotBox.
    
    Magics Team - ECMWF 2006
    
    Started: Fri 29-Sep-2006
    
    Changes:
    
*/

#include "CustomisedPoint.h"
#include "BoxPlotItem.h"
#include "Polyline.h"
#include "Transformation.h"
using namespace magics;

void BoxPlotBox::operator()(BasicGraphicsObjectContainer& visitor, const CustomisedPoint& point) const
{
	const Transformation& transformation = visitor.transformation();
	Polyline* box  = new Polyline();				
	box->setFilled(true);	
	box->setFillColour(*colour_);
	box->setShading(new FillShadingProperties());
	
	double width = (width_* cm_)/2; // Could later be expressed in %
	CustomisedPoint::const_iterator upper = point.find("upper");
	CustomisedPoint::const_iterator lower = point.find("lower");
	CustomisedPoint::const_iterator x = point.find("x");
	if ( x == point.end() || upper == point.end() || lower == point.end() ) return;
	box->push_back(transformation(UserPoint(x->second-width, upper->second)));
	box->push_back(transformation(UserPoint(x->second+width, upper->second)));
	box->push_back(transformation(UserPoint(x->second+width, lower->second)));
	box->push_back(transformation(UserPoint(x->second-width, lower->second)));
	box->push_back(transformation(UserPoint(x->second-width, upper->second)));

	(*border_)(*box);
	visitor.push_back(box);

	CustomisedPoint::const_iterator median = point.find("median");

	if ( median == point.end() ) return;

	Polyline* line  = new Polyline();	

	line->push_back(transformation(UserPoint(x->second-width, median->second)));
	line->push_back(transformation(UserPoint(x->second+width, median->second)));

	(*median_)(visitor, line);
}

void BoxPlotBoxBorder::operator()(Polyline& box) const
{
	box.setColour(*colour_);
	box.setLineStyle(style_);
	box.setThickness(thickness_);
		
}

void BoxPlotMedian::operator()(BasicGraphicsObjectContainer& visitor, Polyline* line) const
{
	
	line->setColour(*colour_);
	line->setLineStyle(style_);
	line->setThickness(thickness_);
	visitor.push_back(line);
}


void BoxPlotWhiskerBox::top(BasicGraphicsObjectContainer& visitor, const CustomisedPoint& point) const
{
	const Transformation& transformation = visitor.transformation();
	Polyline* whisker  = new Polyline();			
	whisker->setFilled(true);	
	whisker->setFillColour(*colour_);
	whisker->setShading(new FillShadingProperties());
	double width = (width_* cm_)/2; // Could later be expressed in %
	CustomisedPoint::const_iterator max = point.find("max");
	CustomisedPoint::const_iterator upper = point.find("upper");
	CustomisedPoint::const_iterator x = point.find("x");
	if ( x == point.end() || max == point.end() || upper == point.end() ) return;
	whisker->push_back(transformation(UserPoint(x->second-width, max->second)));
	whisker->push_back(transformation(UserPoint(x->second+width, max->second)));
	whisker->push_back(transformation(UserPoint(x->second+width, upper->second)));
	whisker->push_back(transformation(UserPoint(x->second-width, upper->second)));
	whisker->push_back(transformation(UserPoint(x->second-width, max->second)));

	(*border_)(*whisker);
	visitor.push_back(whisker);
	
}

void BoxPlotWhiskerBox::bottom(BasicGraphicsObjectContainer& visitor, const CustomisedPoint& point) const
{
	const Transformation& transformation = visitor.transformation();
	Polyline* whisker  = new Polyline();			
	whisker->setFilled(true);	
	whisker->setFillColour(*colour_);
	whisker->setShading(new FillShadingProperties());
	double width = (width_* cm_)/2; // Could later be expressed in %
	CustomisedPoint::const_iterator min = point.find("min");
	CustomisedPoint::const_iterator lower = point.find("lower");
	CustomisedPoint::const_iterator x = point.find("x");
	if ( x == point.end() || min == point.end() || lower == point.end() ) return;
	whisker->push_back(transformation(UserPoint(x->second-width, min->second)));
	whisker->push_back(transformation(UserPoint(x->second+width, min->second)));
	whisker->push_back(transformation(UserPoint(x->second+width, lower->second)));
	whisker->push_back(transformation(UserPoint(x->second-width, lower->second)));
	whisker->push_back(transformation(UserPoint(x->second-width, min->second)));

	(*border_)(*whisker);
	visitor.push_back(whisker);
}

void BoxPlotWhiskerLine::top(BasicGraphicsObjectContainer& visitor, const CustomisedPoint& point) const
{
	const Transformation& transformation = visitor.transformation();
	Polyline* whisker  = new Polyline();				
	whisker->setColour(*colour_);
	whisker->setLineStyle(style_);
	whisker->setThickness(thickness_);

	CustomisedPoint::const_iterator max = point.find("max");
	CustomisedPoint::const_iterator upper = point.find("upper");
	CustomisedPoint::const_iterator x = point.find("x");
	if ( x == point.end() || max == point.end() || upper == point.end() ) return;
	whisker->push_back(transformation(UserPoint(x->second, max->second)));
	whisker->push_back(transformation(UserPoint(x->second, upper->second)));
	

	
	visitor.push_back(whisker);
}

void BoxPlotWhiskerLine::bottom(BasicGraphicsObjectContainer& visitor, const CustomisedPoint& point) const
{
	const Transformation& transformation = visitor.transformation();
	Polyline* whisker  = new Polyline();			
	whisker->setColour(*colour_);
	whisker->setLineStyle(style_);
	whisker->setThickness(thickness_);

	CustomisedPoint::const_iterator min = point.find("min");
	CustomisedPoint::const_iterator lower = point.find("lower");
	CustomisedPoint::const_iterator x = point.find("x");
	if ( x == point.end() || min == point.end() || lower == point.end() ) return;
	whisker->push_back(transformation(UserPoint(x->second, min->second)));
	whisker->push_back(transformation(UserPoint(x->second, lower->second)));
	

	
	visitor.push_back(whisker);
}

void BoxPlotWhiskerBorder::operator()(Polyline& whisker) const
{
	whisker.setColour(*colour_);
	whisker.setLineStyle(style_);
	whisker.setThickness(thickness_);
}


