<filename>docs/tutorial/magics/graph/graph.py
# (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.


#importing Magics module
from ????  *

#Setting of the output file name
output = ??? ({"output_formats":['ps', 'png'], 
		'output_name': 'graph'})


#define the cartesian projection
projection =m???({"subpage_map_projection":"???", 
	"subpage_y_length": 14.,
	"subpage_y_position": 1.5 })



#define horizontal axis
horizontal= maxis({"axis_orientation":"????", 
			???
			"axis_min_value":-50., 
			"axis_max_value":50.})

#define vertical axis
vertical= maxis({"axis_orientation":"???",
			"axis_grid" : "on",
			"axis_grid_colour": "grey",
			"axis_grid_thickness": 1,
			"axis_grid_line_style": "dot",
			??? })

#define the data for the boxplot
pos=numpy.array([-25.,0.,25.])
min=numpy.array([5.,10.,7.])
max=numpy.array([95.,80.,92.])
upper=numpy.array([80.,72.,81.])
lower=numpy.array([12.,18.,30.])
median=numpy.array([45.,52.,47.])


box=mboxplot({ "boxplot_positions" :pos,
			"boxplot_minimum_values" : min,
			"boxplot_maximum_values" : max,
			?????
	})


#define  the  data 
x = numpy.array([-25.,0.,25.])
y = numpy.array([5.,25.,75.])


#Define the graph 
graph = mgraph( { "graph_line_colour" : "red",
			"graph_line_thickness":8,
			"graph_symbol": "on",
			"legend_user_text": "<font colour='red'> My red curve </font>",
			"graph_symbol_marker_index": 1,
			"graph_symbol_height": 0.5,
			"graph_curve_x_values" : ???,
			"graph_curve_y_values" : ???
} )


lines =["My Graph"]

title = mtext({
           "text_lines" : lines,
           "text_html" : "true",
           "text_colour" : "black",
           "text_font_size" : 0.6,
           "text_mode": "positional",
           "text_box_x_position": 1.5,
           "text_box_y_position": 15.5,
           "text_box_x_length": 20.,
           "text_box_y_length": 2.5,
           "text_border": "off",
           "text_justification" : "left"})

legend = mlegend({ "legend": "on", 
			"legend_text_colour":"black"})

#To the plot
plot(?????)














