#! /usr/bin/env python # -*- coding: utf-8 -*- """ Creates KML file with station info. License Copyright 2012 Kasper D. Fischer This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see http://www.gnu.org/licenses/. $Id$ """ import simplekml # create new empty KML file kml = simplekml.Kml() # create empyt folder to contain styles and stations stations_folder = kml.newfolder(name="Stations") # style of broad-band stations BBstyle = simplekml.Style() BBstyle.iconstyle.icon.href = 'https://maps.google.com/mapfiles/ms/micons/red-dot.png' BBtcolor = '#003560' # style of short periode stations SPstyle = simplekml.Style() SPstyle.iconstyle.icon.href = 'https://maps.google.com/mapfiles/ms/micons/orange-dot.png' SPtcolor = '#003560' # style of short periode stations AUXstyle = simplekml.Style() AUXstyle.iconstyle.icon.href = 'https://maps.google.com/mapfiles/ms/micons/yellow-dot.png' AUXtcolor = '#003560' # setting station info stations = { 'BUG, BKLB': [(7.2693, 51.4406), "GRSN station BUG, STS-2 seismometer
RuhrNet station BKLB, GS-13 seismometer", BBstyle, 10, '#ff0000', 'BUG (Bochum University Germany), BKLB (Bochum - Klosterbusch)', BBtcolor, 1], 'BULI': [(7.2602, 51.4544), 'RuhrNet station BULI, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'BULI', AUXtcolor, 0], 'BTEZ': [(7.2790, 51.4490), 'RuhrNet station BTEZ, GS-13 seismometer', AUXstyle, 8, '#ffff00', 'BTEZ', AUXtcolor, 0], 'BPFI': [(7.2276, 51.4185 ), 'RuhrNet station BBFI, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'BPFI', AUXtcolor, 0], 'HMES': [(7.7263, 51.6578), 'RuhrNet station HMES, Trillium 40 seismometer', BBstyle, 10, '#ff0000', 'HMES', BBtcolor, 0], 'BRHE': [(6.5710, 51.5155), 'RuhrNet station BRHE, Mark L-4C 3D seismometer', SPstyle, 10, '#ffa500', 'BRHE', SPtcolor, 0], 'ZERL': [(6.8695, 51.6207), 'RuhrNet station ZERL, Mark L-4C 3D seismometer', SPstyle, 10, '#ffa500', 'ZERL', SPtcolor, 0], 'ZER1': [(6.8252, 51.5948), 'RuhrNet station ZER1, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'ZER1', AUXtcolor, 0], 'ZER2': [(6.9062, 51.5871 ), 'RuhrNet station ZER2, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'ZER2', AUXtcolor, 0], 'ZER3': [(6.8384, 51.61274), 'RuhrNet station ZER3, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'ZER3', AUXtcolor, 0], 'BAVN': [(7.1220, 51.7380), 'RuhrNet station BAVN, STS-2 seismometer', BBstyle, 10, '#ff0000', 'BAVN', BBtcolor, 0], 'BAVS': [(7.13307, 51.7000), 'RuhrNet station BAVS, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'BAVS', AUXtcolor, 0], 'IBBN': [(7.7566, 52.3072), 'GEOFON station IBBN, STS-2 seismometer', BBstyle, 10, '#ff0000', 'IBBN', BBtcolor, 0], 'IBBE': [(7.7943, 52.2998), 'RuhrNet station IBBE, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'IBBE', AUXtcolor, 0], 'IBBS': [(7.7486, 52.2843), 'RuhrNet station IBBS, Mark L-4C 3D seismometer', AUXstyle, 8, '#ffff00', 'IBBS', AUXtcolor, 0], 'KERA': [(23.55769, 35.36919), 'GEOFON station KERA, STS-2 seismometer', BBstyle, 10, '#ff0000', 'KERA', BBtcolor, 0], 'KARP': [(27.16117, 35.54717), 'GEOFON station KARP, STS-2 seismometer', BBstyle, 10, '#ff0000', 'KARP', BBtcolor, 0] } # 'BHOF': [(7.2614, 51.4289), 'RuhrNet station BHOF, GS-13 seismometer', AUXstyle, 8, '#ffff00', 'BHOF', AUXtcolor, 0], # 'BSHA': [(7.2445, 51.4469), 'RuhrNet station BSHA, GS-13 seismometer', AUXstyle, 8, '#ffff00', '', 'black'], # 'BKLB': [(7.2697, 51.4401), 'RuhrNet station BKLB, GS-13 seismometer', AUXstyle, 8, '#ffff00', 'BKLB', AUXtcolor], # adding station markers for key, value in stations.iteritems(): pnt = stations_folder.newpoint( name = key, coords = [(value[0][0], value[0][1])], description = value[1] ) pnt.style = value[2] pnt.extendeddata.newdata('pntsize', value[3]) pnt.extendeddata.newdata('pntcolor', value[4]) pnt.extendeddata.newdata('text', value[5]) pnt.extendeddata.newdata('tcolor', value[6]) pnt.extendeddata.newdata('extrastation', value[7]) # saving the KML file kml.save('stations.kml')