# make xml file
s_xml = sb_xml.XMLMetadata()
s_xml.read_config_file(xml_cfg_fn)
s_xml.supplement_info = s_xml.supplement_info.replace('\\n', '\n\t\t\t')
# add station name to title
s_xml.title += ', station {0}'.format(station)
# location
s_xml.survey.east = s_df.longitude
s_xml.survey.west = s_df.longitude
s_xml.survey.north = s_df.latitude
s_xml.survey.south = s_df.latitude
# get elevation from national map
s_elev = archive.get_nm_elev(s_df.latitude, s_df.longitude)
s_xml.survey.elev_min = s_elev
s_xml.survey.elev_max = s_elev
# start and end time
s_xml.survey.begin_date = s_df.start_date
s_xml.survey.end_date = s_df.stop_date
# add list of files
s_xml.supplement_info += '\n\t\t\tFile List:\n\t\t\t'+'\n\t\t\t'.join(
['{0}.edi'.format(station),
'{0}.png'.format(station),
os.path.basename(mth5_fn)])
# write station xml
s_xml.write_xml_file(os.path.join(station_save_dir,
s_xml = sb_xml.XMLMetadata()
s_xml.read_config_file(xml_cfg_fn)
s_xml.supplement_info = s_xml.supplement_info.replace(
'\\n', '\n\t\t\t')
# add station name to title
s_xml.title += ', station {0}'.format(station)
# location
s_xml.survey.east = s_db.lon.median()
s_xml.survey.west = s_db.lon.median()
s_xml.survey.north = s_db.lat.median()
s_xml.survey.south = s_db.lat.median()
# get elevation from national map
s_elev = archive.get_nm_elev(s_db.lat.median(), s_db.lon.median())
s_xml.survey.elev_min = s_elev
s_xml.survey.elev_max = s_elev
# start and end time
s_xml.survey.begin_date = s_db.start_date.min()
s_xml.survey.end_date = s_db.stop_date.max()
# add list of files
s_xml.supplement_info += '\n\t\t\tFile List:\n\t\t\t' + '\n\t\t\t'.join(
['{0}.edi'.format(station), '{0}'.png.format(station), mth5_fn])
# write station xml
s_xml.write_xml_file(os.path.join(station_save_dir,
'{0}_meta.xml'.format(station)),
write_station=True)
