def CreateDescription(self, part):
desc = tableio.I3TableRowDescription()
desc.add_field('x', tableio.types.Float64, 'm',
'x-position of particle')
desc.add_field('y', tableio.types.Float64, 'm',
'y-position of particle')
desc.add_field('z', tableio.types.Float64, 'm',
'z-position of particle')
desc.add_field('time', tableio.types.Float64, 'ns',
'origin time of particle')
desc.add_field('zenith', tableio.types.Float64, 'radian',
'zenith angle of particle origin')
desc.add_field('azimuth', tableio.types.Float64, 'radian',
'azimuthal angle of particle origin')
desc.add_field('energy', tableio.types.Float64, 'GeV',
'energy of particle')
desc.add_field('speed', tableio.types.Float64, 'Gm/s',
'particle speed')
desc.add_field('length', tableio.types.Float64, 'm', 'length of track')
# skip: major_id/minor_id
desc.add_field('type', tableio.I3Datatype(self.booked.ParticleType),
'', '')
desc.add_field('shape', tableio.I3Datatype(self.booked.ParticleShape),
'', '')
desc.add_field('location',
tableio.I3Datatype(self.booked.LocationType), '', '')
desc.add_field('fit_status', tableio.I3Datatype(self.booked.FitStatus),
'', '')
return desc
def CreateDescription(self,dlsm):
desc = tableio.I3TableRowDescription()
# make this a "ragged" table
desc.is_multi_row = True
# grab an example DOMLaunch
dl = self._get_nonempty(dlsm)
# unrolling fields
desc.add_field('string',tableio.types.Int16,'','String number')
desc.add_field('om',tableio.types.UInt16,'','OM number')
desc.add_field('index',tableio.types.UInt16,'','Index within the vector')
# DOMLaunch fields
desc.add_field('start_time',tableio.types.Float32,'ns','')
desc.add_field('pedestal_sub',tableio.types.Bool,'','Has the pedestal been subtracted?')
desc.add_field('lc_bit',tableio.types.Bool,'','')
desc.add_field('trigger_type',tableio.I3Datatype(self.dl.TriggerType),'','')
desc.add_field('trigger_mode',tableio.I3Datatype(self.dl.TriggerMode),'','')
desc.add_field('raw_charge_stamp',tableio.types.Int32,'','',len(dl.GetRawChargeStamp()))
for i in range(3):
desc.add_field('raw_atwd_%d'%i,tableio.types.Int32,'counts','Uncalibrated ATWD digitizer counts',128)
desc.add_field('raw_fadc',tableio.types.UInt16,'counts','Uncalibrated fADC digitizer counts',256)
return desc
def CreateDescription(self, lfparams):
desc = tableio.I3TableRowDescription()
desc.add_field("primary_zenith", tableio.types.Float64, "", "")
desc.add_field("primary_azimuth", tableio.types.Float64, "", "")
desc.add_field("primary_energy", tableio.types.Float64, "", "")
desc.add_field('primary_type',
tableio.I3Datatype(I3Particle.ParticleType), '', '')
desc.add_field("bias_factor", tableio.types.Float64, "", "")
desc.add_field("bias_target", tableio.types.Float64, "", "")
desc.add_field("weight", tableio.types.Float64, "", "")
desc.add_field("max_x", tableio.types.Float64, "", "")
return desc
def CreateDescription(self,dlsm):
desc = tableio.I3TableRowDescription()
# make this a "ragged" table
desc.is_multi_row = True
# grab an example DOMLaunch
wf = self._get_nonempty(dlsm)
# unrolling fields
desc.add_field('string',tableio.types.Int16,'','String number')
desc.add_field('om',tableio.types.UInt16,'','OM number')
desc.add_field('index',tableio.types.UInt16,'','Index within the vector')
# DOMLaunch fields
desc.add_field('start_time',tableio.types.Float32,'ns','')
desc.add_field('bin_width',tableio.types.Float32,'ns','')
desc.add_field('source',tableio.I3Datatype(self.wf.Source),'','')
desc.add_field('waveform',tableio.types.Float32,'','',len(wf.waveform))
return desc
def setUp(self):
desc = tableio.I3TableRowDescription()
self.types = {
'signed_char': tableio.types.Int8,
'unsigned_char': tableio.types.UInt8,
'signed_short': tableio.types.Int16,
'unsigned_short':tableio.types.UInt16,
'signed_int': tableio.types.Int32,
'unsigned_int': tableio.types.UInt32,
'signed_long': tableio.types.Int64,
'unsigned_long': tableio.types.UInt64,
'float': tableio.types.Float32,
'double': tableio.types.Float64,
'bool': tableio.types.Bool}
# HACK: dial back longs on 32 bit systems for testing purposes
if sys.maxsize == 2**31-1:
self.types['signed_long'] = tableio.types.Int32
self.types['unsigned_long'] = tableio.types.UInt32
self.codes = {
'signed_char': 'b',
'unsigned_char': 'B',
'signed_short': 'h',
'unsigned_short':'H',
'signed_int': 'i',
'unsigned_int': 'I',
'signed_long': 'l',
'unsigned_long': 'L',
'float': 'f',
'double': 'd',
'bool': 'o'}
self.conversions = {int: ['c','b','B','h','H','i'],
int: ['I','h','H'],
float: ['f','d'],
bool: ['o']}
for t,code in self.types.items():
desc.add_field(t,code,'','')
desc.add_field('%s_vec'%t,code,'','',128)
desc.add_field('trigger_type',tableio.I3Datatype(dataclasses.I3DOMLaunch.TriggerType),'','')
self.desc = desc
self.rows = tableio.I3TableRow(desc,1)