def generate(parser, name, combo): print parser, name, combo print "getting data" signal = list(parser(combo)) print "generating signal" new_signal = list( interpolateSignal(signal, delta) ) print "generating wavs" generate_wavs(new_signal,name + "_"+combo[1])
""" @copyright: 2013 by Pauli Rikula <*****@*****.**> @license: MIT <http://www.opensource.org/licenses/mit-license.php> """ #for parsing from parse_data import get_data #for audio from signal_tools import generate_wavs if __name__ == "__main__": print "generating wavs" generate_wavs(get_data(),"temperature")
""" @copyright: 2013 by Pauli Rikula <*****@*****.**> @license: MIT <http://www.opensource.org/licenses/mit-license.php> """ from signal_tools import generate_wavs from parse_cetml1659on import get_data if __name__ == "__main__": generate_wavs(get_data(),"cetml1659on")
field_combos = [['timestamp','T'],['timestamp','P']] parsers = [get_fields_sodankyla, get_fields_jyvaskyla, get_fields_helsinki] names = ["sodankyla", "jyvaskyla", "helsinki"] delta = datetime.timedelta(0,600,0) def get_signal(parser, combo): print parser, name, combo print "getting data" signal = list(parser(combo)) print "interpoling signal" new_signal = list( interpolateSignal(signal, delta) ) return new_signal for combo in field_combos: name = "ilmatieteenlaitos_"+"_".join(names) + "_combined_"+combo[1] signal_1 = get_signal(get_fields_sodankyla,combo) signal_2 = get_signal(get_fields_jyvaskyla,combo) signal_3 = get_signal(get_fields_helsinki,combo) print "summing" signal_sum = [[signal_1[i][0],signal_1[i][1]+ signal_2[i][1]+ signal_3[i][1] ] for i in range(len(signal_1))] print "making wavs" generate_wavs(signal_sum,name)
@copyright: 2013 by Pauli Rikula <*****@*****.**> @license: MIT <http://www.opensource.org/licenses/mit-license.php> """ from signal_tools import generate_wavs from parse_willab_data import get_data from signal_tools import interpolateSignal import datetime if __name__ == "__main__": delta = datetime.timedelta(0,600,0) print "getting data" signal = get_data() print "generating wavs" generate_wavs(signal,"willab_tempnow") print "interpolating signal" new_signal = list( interpolateSignal(signal, delta) ) print "generating wavs" generate_wavs(new_signal,"willab_tempnow_interpolated")