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# http://pyrocko.org - GPLv3 # # The Pyrocko Developers, 21st Century # ---|P------/S----------~Lg----------
('single', 'create pdf of a single store'), ('double', 'create pdf of two stores'), ('sstandard', 'create a single store pdf with standard setup'), ('dstandard', 'create a double store pdf with standard setup'), ('slow', 'create a single store pdf, filtering the' + spstr + 'traces with a low frequency'), ('dlow', 'create a double store pdf, filtering the' + spstr + 'traces with a low frequency'), ('shigh', 'create a single store pdf, filtering the' + spstr + 'traces with a low frequency'), ('dhigh', 'create a single store pdf, filtering the' + spstr + 'traces with a low frequency'), ('slowband', 'create a single store pdf with a low' + spstr + 'frequency band filter'), ('dlowband', 'create a double store pdf with a low' + spstr + 'frequency band filter'), ('shighband', 'create a single store pdf with a high' + spstr + 'frequency band filter'), ('dhighband', 'create a double store pdf with a high' + spstr + 'frequency band filter'), ('snone', 'create a single store pdf with unfiltered' ' traces'), ('dnone', 'create a double store pdf with unfiltered' ' traces')])
'single': 'single <input config file> [options]', 'double': 'double <input config file> [options]', 'sstandard': 'sstandard <store dir> [options]', 'dstandard': 'dstandard <store dir1> <store dir2>' ' <sensor distance minimum>' ' <sensor distance maximum> [options]', 'slow': 'slow <store dir> [options]', 'dlow': 'dlow <store dir1> <store dir2>' ' <sensor distance minimum>' ' <sensor distance maximum> [options]', 'slowband': 'slowband <store dir> [options]', 'dlowband': 'dlowband <store dir1> <store dir2>' ' <sensor distance minimum>' ' <sensor distance maximum> [options]', 'shighband': 'shighband <store dir> [options]', 'dhighband': 'dhighband <store dir1> <store dir2>' ' <sensor distance minimum>' ' <sensor distance maximum> [options]', 'shigh': 'shigh <store dir> [options]', 'dhigh': 'dhigh <store dir1> <store dir2>' ' <sensor distance minimum>' ' <sensor distance maximum> [options]', 'snone': 'snone <store dir> [options]', 'dnone': 'dnone <store dir1> <store dir2>' ' <sensor distance minimum>' ' <sensor distance maximum> [options]'}
parser.add_option('--show_defaults', '-d', action='store_false', help='Show the default values of command options.' ' Must be typed before help option.') parser.add_option('--plot_velocity', '-v', action='store_true', help='Plot the velocity traces also.', default=False) parser.add_option('--output-format', help='The format of the report: pdf or html', choices=['pdf', 'html'], default='pdf') parser.add_option('--pdf_dir', '-p', help='The directory where the pdf/html will be saved to.' ' Default is the HOME directory.', default=None) parser.add_option('--output', '-o', help='The full path and name to save the' ' resulting configuration file.', default=None) parser.add_option('--report_only', '-r', dest='plot_everything', action='store_false', default=True, help='Do not plot the trace graphs')
grp = OptionGroup(parser, 'Seismic sensor distance options') grp.add_option('--distance_min', '-n', type=float, default=None, help="The minimum distance to place sensors. Value of" " 'None' will use store minimum.") grp.add_option('--distance_max', '-x', type=float, default=None, help="The maximum distance to place sensors. Value of" " 'None' will use store maximum.") grp.add_option('--sensor_count', '-c', type=int, default=50, help="The number of sensors to use.") parser.add_option_group(grp)
grp = OptionGroup(parser, 'Seismic source options') grp.add_option('--depth', dest='source_depth', type=float, help="The depth of the source. Value of 'None' will place" " source at middle depth of allowed values.", default=None) parser.add_option_group(grp)
grp = OptionGroup(parser, 'Trace frequency filter options') grp.add_option('--lowpass', dest='lowpass_frequency', type=float, help='The value of the lowpass filter applied to traces.', default=None) grp.add_option('--lowpass_rel', dest='rel_lowpass_frequency', type=float, help='''The percentage of the store's sampling rate''' ' to be used as the lowpass filter.', default=None) grp.add_option('--highpass', dest='highpass_frequency', type=float, help='The value of the highpass filter applied to traces.', default=None) grp.add_option('--highpass_rel', dest='rel_highpass_frequency', type=float, help='''The percentage of the store's samping rate''' ' to be used as the lowpass filter.', default=None) parser.add_option_group(grp)
grp = OptionGroup(parser, 'Double store plotting options') grp.add_option('--together', '-t', dest='together', action='store_true', default=True, help='Plot both stores on same axes.') grp.add_option('--separate', '-s', dest='together', action='store_false', help='Plot stores next to each other.') parser.add_option_group(grp)
usage = '{0} {1}'.format(program_name, subcmds_uses[command]) desc = ' '.join(subcmds_desc[command].split()) parser = OptionParser(usage=usage, description=desc) add_common_options(parser) if setup: setup(parser)
if args and args[0] in ('-d', '--show_defaults'): for opt in parser.option_list: if opt.default == ('NO', 'DEFAULT'): continue opt.help += (' ' if opt.help else '') + '[default: %default]' for grp in parser.option_groups: for opt in grp.option_list: if opt.default == ('NO', 'DEFAULT'): continue opt.help += (' ' if opt.help else '') + '[default: %default]' opts, args = parser.parse_args(args) opts = vars(opts) if 'show_defaults' in opts: del opts['show_defaults'] return parser, opts, args
if len(args) != allowed: raise TypeError('{0}() takes {1} arguements ({2} given)'.format( command, allowed, len(args)))
dir1 = args.pop(0) if not os.path.exists(dir1): raise OSError('Path does not exist: {0}'.format(dir1))
if allowed == 1: return dir1
dir2 = args.pop(0) if not os.path.exists(dir2): raise OSError('Path does not exist: {0}'.format(dir1))
if args: sen_min = float(args.pop(0)) sen_max = float(args.pop(0)) return dir1, dir2, sen_min, sen_max else: return dir1, dir2
lpf = None hpf = None rlpf = None rhpf = None
tstr = 'lowpass_frequency' if tstr in opts: lpf = opts[tstr] tstr = 'highpass_frequency' if tstr in opts: hpf = opts[tstr] tstr = 'rel_lowpass_frequency' if tstr in opts: rlpf = opts[tstr] tstr = 'rel_highpass_frequency' if tstr in opts: rhpf = opts[tstr]
if lpf and rlpf: raise gft_ffe('lowpass') if hpf and rhpf: raise gft_ffe('highpass')
def setup(parser): parser.set_defaults(plot_velocity=None) parser.set_defaults(plot_everything=None)
parser, opts, args = cl_parse(command, args, setup) filename = verify_arguements('single', 1, args) out_filename = opts.pop('output') gft = gftest.createDocumentFromFile(filename, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_source_options(parser) add_sensor_options(parser)
parser, opts, args = cl_parse(command, args, setup) st_dir = verify_arguements('sstandard', 1, args) out_filename = opts.pop('output') gft = gftest.runStandardCheck(st_dir, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_source_options(parser) add_sensor_options(parser) add_filter_options(parser) parser.remove_option('--highpass') parser.remove_option('--highpass_rel') parser.set_defaults(rel_lowpass_frequency=0.25)
parser, opts, args = cl_parse(command, args, setup=setup) if opts['lowpass_frequency'] is not None: opts['rel_lowpass_frequency'] = None st_dir = verify_arguements('slow', 1, args) out_filename = opts.pop('output') gft = gftest.runStandardCheck(st_dir, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_source_options(parser) add_sensor_options(parser) add_filter_options(parser) parser.remove_option('--lowpass') parser.remove_option('--lowpass_rel') parser.set_defaults(rel_highpass_frequency=0.25)
parser, opts, args = cl_parse(command, args, setup=setup) if opts['highpass_frequency'] is not None: opts['rel_highpass_frequency'] = None st_dir = verify_arguements('shigh', 1, args) out_filename = opts.pop('output') gft = gftest.runStandardCheck(st_dir, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_source_options(parser) add_sensor_options(parser) add_filter_options(parser) parser.set_defaults(lowpass_frequency=0.0018) parser.set_defaults(highpass_frequency=0.004)
parser, opts, args = cl_parse(command, args, setup=setup) st_dir = verify_arguements('slowband', 1, args) verify_options('slowband', **opts) out_filename = opts.pop('output') gft = gftest.runStandardCheck(st_dir, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_source_options(parser) add_sensor_options(parser) add_filter_options(parser) parser.set_defaults(rel_lowpass_frequency=0.125) parser.set_defaults(rel_highpass_frequency=0.25)
parser, opts, args = cl_parse(command, args, setup=setup) st_dir = verify_arguements('shighband', 1, args) verify_options('shighband', **opts) out_filename = opts.pop('output') gft = gftest.runStandardCheck(st_dir, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_source_options(parser) add_sensor_options(parser)
parser, opts, args = cl_parse(command, args, setup=setup) st_dir = verify_arguements('snone', 1, args) opts['rel_lowpass_frequency'] = None opts['rel_highpass_frequency'] = None out_filename = opts.pop('output') gft = gftest.runStandardCheck(st_dir, **opts) if out_filename is not None: return gft, out_filename
def setup(parser): add_double_options(parser) parser.set_defaults(plot_velocity=None) parser.set_defaults(plot_everything=None)
parser, opts, args = cl_parse(command, args, setup=setup) filename = verify_arguements('double', 1, args) verify_options('double', **opts) out_filename = opts.pop('output') gfts = gftest.createDocumentFromFile(filename, 2, **opts) if out_filename is not None: return gfts, out_filename
def setup(parser): add_source_options(parser) add_double_options(parser)
parser, opts, args = cl_parse(command, args, setup=setup) dir1, dir2, smin, smax = verify_arguements('dstandard', 4, args) out_filename = opts.pop('output') gfts = gftest.runComparissonStandardCheck(dir1, dir2, smin, smax, **opts) if out_filename is not None: return gfts, out_filename
def setup(parser): add_source_options(parser) add_double_options(parser) add_filter_options(parser) parser.remove_option('--highpass') parser.remove_option('--highpass_rel') parser.set_defaults(rel_lowpass_frequency=0.25)
parser, opts, args = cl_parse(command, args, setup=setup) if opts['lowpass_frequency'] is not None: opts['rel_lowpass_frequency'] = None dir1, dir2, smin, smax = verify_arguements('dlow', 4, args) opts['rel_highpass_frequency'] = None out_filename = opts.pop('output') gfts = gftest.runComparissonStandardCheck(dir1, dir2, smin, smax, **opts) if out_filename is not None: return gfts, out_filename
def setup(parser): add_source_options(parser) add_double_options(parser) add_filter_options(parser) parser.remove_option('--lowpass') parser.remove_option('--lowpass_rel') parser.set_defaults(rel_highpass_frequency=0.25)
parser, opts, args = cl_parse(command, args, setup=setup) if opts['highpass_frequency'] is not None: opts['rel_highpass_frequency'] = None dir1, dir2, smin, smax = verify_arguements('dhigh', 4, args) opts['rel_lowpass_frequency'] = None out_filename = opts.pop('output') gfts = gftest.runComparissonStandardCheck(dir1, dir2, smin, smax, **opts) if out_filename is not None: return gfts, out_filename
def setup(parser): add_source_options(parser) add_double_options(parser) add_filter_options(parser) parser.set_defaults(lowpass_frequency=0.0018) parser.set_defaults(highpass_frequency=0.004)
parser, opts, args = cl_parse(command, args, setup=setup) dir1, dir2, smin, smax = verify_arguements('dlowband', 4, args) verify_options('dlowband', **opts) out_filename = opts.pop('output') gfts = gftest.runComparissonStandardCheck(dir1, dir2, smin, smax, **opts) if out_filename is not None: return gfts, out_filename
def setup(parser): add_source_options(parser) add_double_options(parser) add_filter_options(parser) parser.set_defaults(rel_lowpass_frequency=0.125) parser.set_defaults(rel_highpass_frequency=0.25)
parser, opts, args = cl_parse(command, args, setup=setup) dir1, dir2, smin, smax = verify_arguements('dhighband', 4, args) verify_options('dhighband', **opts) out_filename = opts.pop('output') gfts = gftest.runComparissonStandardCheck(dir1, dir2, smin, smax, **opts) if out_filename is not None: return gfts, out_filename
def setup(parser): add_source_options(parser) add_double_options(parser)
parser, opts, args = cl_parse(command, args, setup=setup) dir1, dir2, smin, smax = verify_arguements('dnone', 4, args) opts['rel_lowpass_frequency'] = None opts['rel_highpass_frequency'] = None out_filename = opts.pop('output') gfts = gftest.runComparissonStandardCheck(dir1, dir2, smin, smax, **opts) if out_filename is not None: return gfts, out_filename
' traces and' \ ' displacment spectra for Green\'s Function stores.\n\n' \ 'Usage: {0} <subcommand> <arguments> ... [options]\n\nSubcommands:\n' \ '{1}\n\nTo get further help and a list of available options for any' \ ' subcommand run:\n\n{2}{0} <subcommand> --help\n\n'. \ format(program_name, dict_to_string(subcmds_desc), ' '*4)
if len(args) < 1: sys.exit(usage)
command = args.pop(0) if command in ('--help', '-h', 'help'): sys.exit(usage)
if command in ('--multiple', '-m'): glbs = globals() cmds = [] while args and args[0] in subcmds_desc: cmds.append(args.pop(0)) for command in cmds: glbs['command_' + command](args) sys.exit()
if command not in subcmds_desc: sys.exit('{0}: error: no such subcommand: {1}'. format(program_name, command))
if len(args) == 0 or (len(args) == 1 and args[0] in ('-d', '--show_defaults')): args.append('--help')
try: lst = globals()['command_' + command](command, args) if lst is not None: gfts = lst[0] with open(lst[-1], 'w') as f: if isinstance(gfts, gftest): f.write(gfts.dump()) else: for i in lst[0]: f.write(i.dump())
except FomostoReportError as e: sys.exit(str(e))
if __name__ == '__main__': run_program(sys.argv) |