def digitize(path, file, tree):
""""""
output = R.TFile.Open(str(Path(path).stem + ".digi.root"), "RECREATE")
output.cd()
digitized = digitize_tree(output, path, copytree(file, tree), tree.GetName())
digitized.Write()
for (key, name) in map(lambda k: (k, k.GetName()), file.GetListOfKeys()):
if name != tree.GetName():
file.cd()
obj = key.ReadObj()
output.cd()
obj.Write()
output.cd()
digitize_tag = R.TNamed("DIGITIZED", "TRUE")
digitize_tag.Write()
output.Close()
def write_meta(self, key, value):
self.__t_file_out.cd()
ROOT.TNamed(key, value).Write()
t_tree_ppd_out.geocentric_d = t_tree_ppd_in.geocentric_d
t_tree_ppd_out.ship_time_sec = t_tree_ppd_in.ship_time_sec
t_tree_ppd_out.utc_time_sec = t_tree_ppd_in.utc_time_sec
t_tree_ppd_out.utc_time_str = str(t_tree_ppd_in.utc_time_str)
t_tree_ppd_out.flag_of_pos = t_tree_ppd_in.flag_of_pos
t_tree_ppd_out.det_z_ra = t_tree_ppd_in.det_z_ra
t_tree_ppd_out.det_z_dec = t_tree_ppd_in.det_z_dec
t_tree_ppd_out.det_x_ra = t_tree_ppd_in.det_x_ra
t_tree_ppd_out.det_x_dec = t_tree_ppd_in.det_x_dec
t_tree_ppd_out.earth_ra = t_tree_ppd_in.earth_ra
t_tree_ppd_out.earth_dec = t_tree_ppd_in.earth_dec
t_tree_ppd_out.fill()
t_file_in.close()
t_file_out.cd()
t_tree_ppd_out.write()
ROOT.TNamed('m_dattype', 'PLATFORM PARAMETERS DATA of LEVEL 1').Write()
ROOT.TNamed('m_version', SW_NAME + " " + SW_VERSION).Write()
ROOT.TNamed('m_gentime', datetime.now(tzlocal()).isoformat()).Write()
ROOT.TNamed('m_dcdfile', basename(args.filename)).Write()
ROOT.TNamed('m_shipspan', m_shipspan.GetTitle()).Write()
ROOT.TNamed('m_utc_span', m_utc_span.GetTitle()).Write()
t_file_out.close()
print '====================================================================='
print 'shiptime span: { ' + m_shipspan.GetTitle() + ' }'
print 'UTC time span: { ' + m_utc_span.GetTitle() + ' }'
print '====================================================================='