) for cat, val in MAXJOBS.iteritems(): optname = "--maxjobs-%s" % cat.lower().replace("_", "-") optp.add_option(optname, type="int", default=MAXJOBS[cat], help="Set MAXJOBS in DAGs for category %s. Default is %s" % (cat, str(val))) # Options transferred to ILE common_cl.add_datasource_params(optp) common_cl.add_integration_params(optp) common_cl.add_output_params(optp) common_cl.add_intrinsic_params(optp) common_cl.add_pinnable_params(optp) opts, args = optp.parse_args() if not opts.template_bank_xml: exit("Option --template-bank-xml is required.") # # Get trigger information from coinc xml file # # FIXME: CML should package this for us # Get end time from coinc inspiral table or command line xmldoc = None if opts.coinc_xml is not None: xmldoc = utils.load_filename(opts.coinc_xml,
argp.add_argument("--n-copies", default=1, help="Number of copies of each integrator instance to run per mass point. Default is one.") argp.add_argument("--write-script", action="store_true", help="In addition to the DAG, write a script to this filename to execute the workflow.") argp.add_argument("--write-eff-lambda", action="store_true", help="Use psi0 column of template bank XML as effective lambda point to calculate in DAG.") argp.add_argument("--write-deff-lambda", action="store_true", help="Use psi3 column of template bank XML as delta effective lambda point to calculate in DAG.") argp.add_argument("--condor-command", action="append", help="Append these condor commands to the submit files. Useful for account group information.") for cat, val in MAXJOBS.iteritems(): optname = "--maxjobs-%s" % cat.lower().replace("_", "-") argp.add_argument(optname, type=int, default=MAXJOBS[cat], help="Set MAXJOBS in DAGs for category %s. Default is %s" % (cat, str(val))) # Options transferred to ILE common_cl.add_datasource_params(argp) common_cl.add_integration_params(argp) common_cl.add_output_params(argp) common_cl.add_intrinsic_params(argp) common_cl.add_pinnable_params(argp) opts = argp.parse_args() if not opts.template_bank_xml: exit("Option --template-bank-xml is required.") condor_commands = None if opts.condor_command is not None: condor_commands = dict([c.split("=") for c in opts.condor_command]) # # Get trigger information from coinc xml file # # FIXME: CML should package this for us
optp.add_option("-W", "--web-output", default="./", help="Directory to place web accessible plots and webpages.") optp.add_option("--disable-ile-postproc", action="store_true", help="Do not plot mass posteriors via plot_like_contours.") optp.add_option("--disable-bayes-postproc", action="store_true", help="Do not plot posteriors via cbcBayesPostProc.") optp.add_option("--n-copies", default=1, help="Number of copies of each integrator instance to run per mass point. Default is one.") optp.add_option("--write-script", action="store_true", help="In addition to the DAG, write a script to this filename to execute the workflow.") for cat, val in MAXJOBS.iteritems(): optname = "--maxjobs-%s" % cat.lower().replace("_", "-") optp.add_option(optname, type="int", default=MAXJOBS[cat], help="Set MAXJOBS in DAGs for category %s. Default is %s" % (cat, str(val))) # Options transferred to ILE common_cl.add_datasource_params(optp) common_cl.add_integration_params(optp) common_cl.add_output_params(optp) common_cl.add_intrinsic_params(optp) common_cl.add_pinnable_params(optp) opts, args = optp.parse_args() if not opts.template_bank_xml: exit("Option --template-bank-xml is required.") # # Get trigger information from coinc xml file # # FIXME: CML should package this for us # Get end time from coinc inspiral table or command line xmldoc = None if opts.coinc_xml is not None: xmldoc = utils.load_filename(opts.coinc_xml, contenthandler=ligolw.LIGOLWContentHandler)
common_cl.add_output_params(argp) # # Add the integration options # common_cl.add_integration_params(argp) # # Add the intrinsic parameters # common_cl.add_intrinsic_params(argp) # # Add the pinnable parameters # common_cl.add_pinnable_params(argp) opts = argp.parse_args() # Check both or neither of --data-start/end-time given if opts.data_start_time is None and opts.data_end_time is not None: raise ValueError("You must provide both or neither of --data-start-time and --data-end-time.") if opts.data_end_time is None and opts.data_start_time is not None: raise ValueError("You must provide both or neither of --data-start-time and --data-end-time.") # # Hardcoded variables # t_ref_wind = 50e-3 # Interpolate in a window +/- this width about event time. T_safety = 2. # Safety buffer (in sec) for wraparound corruption