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Tephigram from Lists Example
# Metview Macro
# **************************** LICENSE START ***********************************
#
# Copyright 2018 ECMWF. This software is distributed under the terms
# of the Apache License version 2.0. In applying this license, ECMWF does not
# waive the privileges and immunities granted to it by virtue of its status as
# an Intergovernmental Organization or submit itself to any jurisdiction.
#
# ***************************** LICENSE END ************************************
# Define set of values to be used as an input to thephigram
# Temperature definition
tempdata =input_visualiser(
input_x_values : [25.8, 18.8, 15.0, 14.0, 15.4, 15.8, 14.4, 9.6, 7.0, -2.5,
-4.5, -5.3, -5.5, -8.1, -10.5, -12.1, -16.1, -17.1, -18.1, -19.7,
-20.5, -23.9, -23.9, -25.7, -37.3, -39.7, -44.1, -45.9, -48.3, -55.9,
-57.7, -62.3, -66.1, -67.9, -65.7, -65.7, -64.1, -64.5, -64.3, -63.5,
-64.3, -66.7, -67.1, -68.3], # temperature values
input_y_values : [977, 899, 849, 823, 810, 802, 771, 720, 693, 604,
587, 567, 559, 539, 505, 492, 461, 453, 447, 433,
424, 402, 398, 383, 312, 297, 273, 264, 252, 215,
208, 182, 175, 158, 155, 153, 149, 145, 142, 140,
130, 121, 109, 104] # pressure values
)
tempgraph = mgraph(
graph_line_colour : "red",
graph_line_thickness : 4
)
# Dewpoint definition
dwdata = input_visualiser(
input_x_values : [10.8, 8.8, 6.0, 3.0, -20.6, -27.2, -23.6, -25.4, -12.0, -17.5,
-14.5, -31.3, -32.5, -35.1, -45.5, -42.1, -30.1, -24.1, -23.1, -27.7,
-38.5, -42.9, -57.9, -57.7, -67.3, -51.7, -55.1, -53.9, -59.3, -65.9,
-71.7, -72.3, -76.1, -80.9, -81.7, -82.7, -85.1, -89.5, -93.3, -93.5,
-94.3, -95.7, -96.1, -97.3], # dewpoint values
input_y_values : [977, 899, 849, 823, 810, 802, 771, 720, 693, 604,
587, 567, 559, 539, 505, 492, 461, 453, 447, 433,
424, 402, 398, 383, 312, 297, 273, 264, 252, 215,
208, 182, 175, 158, 155, 153, 149, 145, 142, 140,
130, 121, 109, 104] # pressure values
)
dwgraph = mgraph(
graph_line_colour : "red",
graph_line_style : "dash",
graph_line_thickness : 4
)
# Wind definition
winddata = input_visualiser(
input_plot_type : "xy_vectors",
input_x_values : [1010,1010,1010,1010,1010,1010,1010,1010], # fixed values
input_y_values : [989, 925, 850, 700, 500, 400, 300, 250], # pressure values
input_x_component_values : [-3.856726, -4.588612, 1.91013, -2.871835e-08, 11.27631, 13.59462, 19.92389, 21.66577], # u values
input_y_component_values : [4.596267, 6.553216, 10.83289, 8, 4.104242, 6.339274, 1.743115, 3.82026] # v values
)
wind_plotting = mwind(
wind_field_type : "flags",
wind_flag_colour : "evergreen"
)
# Define the thermodynamic view
view = thermoview( type : "tephigram",
minimum_temperature : -110,
maximum_temperature : 30)
# Define the output plot file
setoutput(pdf_output(output_name : 'tephigram'))
# Plot the data onto the tephigram
plot(view,tempdata,tempgraph,dwdata,dwgraph,winddata,wind_plotting)
Tephigram from Lists Example
# Title: Tephigram
# **************************** LICENSE START ***********************************
#
# Copyright 2018 ECMWF. This software is distributed under the terms
# of the Apache License version 2.0. In applying this license, ECMWF does not
# waive the privileges and immunities granted to it by virtue of its status as
# an Intergovernmental Organization or submit itself to any jurisdiction.
#
# ***************************** LICENSE END ************************************
import metview as mv
# Define set of values to be used as an input to thephigram
# Temperature definition
tempdata = mv.input_visualiser(
input_x_values = [25.8, 18.8, 15.0, 14.0, 15.4, 15.8, 14.4, 9.6, 7.0, -2.5,
-4.5, -5.3, -5.5, -8.1, -10.5, -12.1, -16.1, -17.1, -18.1, -19.7,
-20.5, -23.9, -23.9, -25.7, -37.3, -39.7, -44.1, -45.9, -48.3, -55.9,
-57.7, -62.3, -66.1, -67.9, -65.7, -65.7, -64.1, -64.5, -64.3, -63.5,
-64.3, -66.7, -67.1, -68.3], # temperature values
input_y_values = [977, 899, 849, 823, 810, 802, 771, 720, 693, 604,
587, 567, 559, 539, 505, 492, 461, 453, 447, 433,
424, 402, 398, 383, 312, 297, 273, 264, 252, 215,
208, 182, 175, 158, 155, 153, 149, 145, 142, 140,
130, 121, 109, 104] # pressure values
)
tempgraph = mv.mgraph(
graph_line_colour = "red",
graph_line_thickness = 4
)
# Dewpoint definition
dwdata = mv.input_visualiser(
input_x_values = [10.8, 8.8, 6.0, 3.0, -20.6, -27.2, -23.6, -25.4, -12.0, -17.5,
-14.5, -31.3, -32.5, -35.1, -45.5, -42.1, -30.1, -24.1, -23.1, -27.7,
-38.5, -42.9, -57.9, -57.7, -67.3, -51.7, -55.1, -53.9, -59.3, -65.9,
-71.7, -72.3, -76.1, -80.9, -81.7, -82.7, -85.1, -89.5, -93.3, -93.5,
-94.3, -95.7, -96.1, -97.3], # dewpoint values
input_y_values = [977, 899, 849, 823, 810, 802, 771, 720, 693, 604,
587, 567, 559, 539, 505, 492, 461, 453, 447, 433,
424, 402, 398, 383, 312, 297, 273, 264, 252, 215,
208, 182, 175, 158, 155, 153, 149, 145, 142, 140,
130, 121, 109, 104] # pressure values
)
dwgraph = mv.mgraph(
graph_line_colour = "red",
graph_line_style = "dash",
graph_line_thickness = 4
)
# Wind definition
winddata = mv.input_visualiser(
input_plot_type = "xy_vectors",
input_x_values = [1010,1010,1010,1010,1010,1010,1010,1010], # fixed values
input_y_values = [989, 925, 850, 700, 500, 400, 300, 250], # pressure values
input_x_component_values = [-3.856726, -4.588612, 1.91013, -2.871835e-08, 11.27631, 13.59462, 19.92389, 21.66577], # u values
input_y_component_values = [4.596267, 6.553216, 10.83289, 8, 4.104242, 6.339274, 1.743115, 3.82026] # v values
)
wind_plotting = mv.mwind(
wind_field_type = "flags",
wind_flag_colour = "evergreen"
)
# Define the thermodynamic view
view = mv.thermoview( type = "tephigram",
minimum_temperature = -110,
maximum_temperature = 30)
# Define the output plot file
mv.setoutput(mv.pdf_output(output_name = 'tephigram'))
# Plot the data onto the tephigram
mv.plot(view,tempdata,tempgraph,dwdata,dwgraph,winddata,wind_plotting)