cbcBayesPosToSimBurst.py File Reference

Prototypes
def	cbcBayesPosToSimBurst.get_input_filename (parser, args)
	Determine name of input: either the sole positional command line argument, or /dev/stdin. More...
def	cbcBayesPosToSimBurst.standardize_param_name (params, possible_names, desired_name)
def	cbcBayesPosToSimBurst.standardize_param_names (params)
def	cbcBayesPosToSimBurst.compute_duration_parameterizations (samples)

Go to the source code of this file.

Namespaces
namespace	cbcBayesPosToSimBurst

Variables
list	cbcBayesPosToSimBurst.sim_inspiral_dt
	cbcBayesPosToSimBurst.parser
	cbcBayesPosToSimBurst.opts
	cbcBayesPosToSimBurst.args
def	cbcBayesPosToSimBurst.infilename = get_input_filename(parser, args)
	cbcBayesPosToSimBurst.params = inp.readline().split()
	cbcBayesPosToSimBurst.samples = np.loadtxt(inp, dtype=[(p, np.float) for p in params])
	cbcBayesPosToSimBurst.N = opts.num_of_injs
	cbcBayesPosToSimBurst.selection = np.arange(N)
	cbcBayesPosToSimBurst.injections = np.zeros((N,), dtype=sim_inspiral_dt)
	cbcBayesPosToSimBurst.q
	cbcBayesPosToSimBurst.dur
	cbcBayesPosToSimBurst.ids = range(N)
float	cbcBayesPosToSimBurst.est_time = samples['time_min']+0.5*(samples['time_max']-samples['time_min'])
	cbcBayesPosToSimBurst.xmldoc = ligolw.Document()
	cbcBayesPosToSimBurst.proc = igwn_ligolw.utils.process.register_to_xmldoc(doc, sys.argv[0], {})
	cbcBayesPosToSimBurst.timeslide_table = lsctables.TimeSlideTable.new()
	cbcBayesPosToSimBurst.timeslide_id
	cbcBayesPosToSimBurst.sim_table = lsctables.SimBurstTable.new()
	cbcBayesPosToSimBurst.row = sim_table.RowType()
	cbcBayesPosToSimBurst.process_id
	cbcBayesPosToSimBurst.simulation_id
	cbcBayesPosToSimBurst.time_slide_id
	cbcBayesPosToSimBurst.vals = injections[field]
	cbcBayesPosToSimBurst.output_file = open(opts.output, 'w')