00001 def configure(argv=[]):
00002 '''
00003 Configure the DrawHistoryAlg algorithm to produce a directed graph of particle histories.
00004
00005 You can run this module by doig something like:
00006
00007 nuwa.py -n 3 -m 'Historian.GraphMaker' simevent.root
00008 '''
00009
00010 from optparse import OptionParser
00011 parser = OptionParser(usage=configure.__doc__)
00012
00013 parser.add_option("-l","--location",default="/Event/Sim/SimHeader",type="string",
00014 help="Location in the TES to get Event data")
00015 parser.add_option("-t","--track-filename",default="tracks_%d.dot",type="string",
00016 help="Filename to write track structure. Use '\%d' to indicate event number.")
00017 parser.add_option("-f","--filename",default = "tracks_and_vertices_%d.dot",type="string",
00018 help="Filename to write track and vertex structure. Use '\%d' to indicate event number.")
00019 parser.add_option("-d","--do-hits",default=True,
00020 help="1 to make hits in track plot, 0 to ignore them.")
00021 parser.add_option("-g","--geometry",default="/dd/Structure/DayaBay", type="string",
00022 help="Top level geometry structure element.")
00023
00024
00025 (opts,args) = parser.parse_args(args=argv)
00026
00027
00028 from Historian.HistorianConf import DrawHistoryAlg
00029 dha = DrawHistoryAlg()
00030 dha.Location = opts.location
00031 dha.track_filename = opts.track_filename
00032 dha.trackandvertex_filename = opts.filename
00033 dha.Geometry = opts.geometry
00034 dha.do_hits = int(opts.do_hits)
00035
00036 from Gaudi.Configuration import ApplicationMgr
00037 theApp = ApplicationMgr()
00038 theApp.TopAlg.append(dha)
00039
00040
00041
