def write_event(self, pyev):
"Write an event.Event object to the ROOT tree as a ROOT.Event object."
self.ev.id = pyev.id
if pyev.primary_vertex is not None:
self.ev.primary_vertex.particle_name = \
pyev.primary_vertex.particle_name
self.ev.primary_vertex.pos.SetXYZ(*pyev.primary_vertex.pos)
self.ev.primary_vertex.dir.SetXYZ(*pyev.primary_vertex.dir)
if pyev.primary_vertex.pol is not None:
self.ev.primary_vertex.pol.SetXYZ(*pyev.primary_vertex.pol)
self.ev.primary_vertex.ke = pyev.primary_vertex.ke
self.ev.primary_vertex.t0 = pyev.primary_vertex.t0
if pyev.photons_beg is not None:
photons = pyev.photons_beg
ROOT.fill_photons(self.ev.photons_beg,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags)
if pyev.photons_end is not None:
photons = pyev.photons_end
ROOT.fill_photons(self.ev.photons_end,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags)
self.ev.vertices.resize(0)
if pyev.vertices is not None:
self.ev.vertices.resize(len(pyev.vertices))
for i, vertex in enumerate(pyev.vertices):
self.ev.vertices[i].particle_name = vertex.particle_name
self.ev.vertices[i].pos.SetXYZ(*vertex.pos)
self.ev.vertices[i].dir.SetXYZ(*vertex.dir)
if vertex.pol is not None:
self.ev.vertices[i].pol.SetXYZ(*vertex.pol)
self.ev.vertices[i].ke = vertex.ke
self.ev.vertices[i].t0 = vertex.t0
if pyev.channels is not None:
nhit = count_nonzero(pyev.channels.hit)
if nhit > 0:
ROOT.fill_channels(self.ev, nhit, np.arange(len(pyev.channels.t))[pyev.channels.hit].astype(np.uint32), pyev.channels.t, pyev.channels.q, pyev.channels.flags, len(pyev.channels.hit))
else:
self.ev.nhit = 0
self.ev.channels.resize(0)
self.ev.nchannels = len(pyev.channels.hit)
else:
self.ev.nhit = 0
self.ev.channels.resize(0)
self.ev.nchannels = 0
self.T.Fill()
def write_event(self, pyev):
"Write an event.Event object to the ROOT tree as a ROOT.Event object."
self.ev.id = pyev.id
if pyev.photons_beg is not None:
photons = pyev.photons_beg
ROOT.fill_photons(self.ev.photons_beg, len(photons.pos),
photons.pos.ravel(), photons.dir.ravel(),
photons.pol.ravel(), photons.wavelengths,
photons.t, photons.last_hit_triangles,
photons.flags)
if pyev.photons_end is not None:
photons = pyev.photons_end
ROOT.fill_photons(self.ev.photons_end, len(photons.pos),
photons.pos.ravel(), photons.dir.ravel(),
photons.pol.ravel(), photons.wavelengths,
photons.t, photons.last_hit_triangles,
photons.flags)
self.ev.vertices.resize(0)
if pyev.vertices is not None:
self.ev.vertices.resize(len(pyev.vertices))
for i, vertex in enumerate(pyev.vertices):
python_vertex_to_root_vertex(vertex, self.ev.vertices[i])
if pyev.channels is not None:
nhit = count_nonzero(pyev.channels.hit)
if nhit > 0:
ROOT.fill_channels(
self.ev, nhit,
np.arange(len(pyev.channels.t))[pyev.channels.hit].astype(
np.uint32), pyev.channels.t, pyev.channels.q,
pyev.channels.flags, len(pyev.channels.hit))
else:
self.ev.nhit = 0
self.ev.channels.resize(0)
self.ev.nchannels = len(pyev.channels.hit)
else:
self.ev.nhit = 0
self.ev.channels.resize(0)
self.ev.nchannels = 0
self.T.Fill()
def write_event(self, pyev):
"Write an event.Event object to the ROOT tree as a ROOT.Event object."
self.ev.id = pyev.id
if pyev.photons_beg is not None:
photons = pyev.photons_beg
ROOT.fill_photons(self.ev.photons_beg,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags)
if pyev.photons_end is not None:
photons = pyev.photons_end
ROOT.fill_photons(self.ev.photons_end,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags)
self.ev.vertices.resize(0)
if pyev.vertices is not None:
self.ev.vertices.resize(len(pyev.vertices))
for i, vertex in enumerate(pyev.vertices):
python_vertex_to_root_vertex(vertex,self.ev.vertices[i])
if pyev.channels is not None:
nhit = count_nonzero(pyev.channels.hit)
if nhit > 0:
ROOT.fill_channels(self.ev, nhit, np.arange(len(pyev.channels.t))[pyev.channels.hit].astype(np.uint32), pyev.channels.t, pyev.channels.q, pyev.channels.flags, len(pyev.channels.hit))
else:
self.ev.nhit = 0
self.ev.channels.resize(0)
self.ev.nchannels = len(pyev.channels.hit)
else:
self.ev.nhit = 0
self.ev.channels.resize(0)
self.ev.nchannels = 0
self.T.Fill()
def write_event(self, pyev):
"Write an event.Event object to the ROOT tree as a ROOT.Event object."
self.ev.id = pyev.id
if pyev.photons_beg is not None:
photons = pyev.photons_beg
ROOT.fill_photons(self.ev.photons_beg,
len(photons.pos),
photons.pos.ravel(),
photons.flags)
if pyev.photons_end is not None:
photons = pyev.photons_end
ROOT.fill_photons(self.ev.photons_end,
len(photons.pos),
photons.pos.ravel(),
photons.flags)
self.T.Fill()
def write_event(self, pyev):
"Write an event.Event object to the ROOT tree as a ROOT.Event object."
self.ev.id = pyev.id
if pyev.photons_beg is not None:
photons = pyev.photons_beg
if len(photons.pos) > 0:
ROOT.fill_photons(self.ev.photons_beg,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags,
photons.channel)
else:
self.ev.photons_beg.resize(0)
if pyev.photons_end is not None:
photons = pyev.photons_end
if len(photons.pos) > 0:
ROOT.fill_photons(self.ev.photons_end,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags,
photons.channel)
else:
self.ev.photons_end.resize(0)
if pyev.photon_tracks is not None:
self.ev.photon_tracks.resize(len(pyev.photon_tracks))
for i in range(len(pyev.photon_tracks)):
photons = pyev.photon_tracks[i]
if len(photons.pos) > 0:
ROOT.fill_photons(self.ev.photon_tracks[i],
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags,
photons.channel)
self.ev.photon_parent_trackids.resize(len(pyev.photon_parent_trackids))
np.asarray(self.ev.photon_parent_trackids)[:] = pyev.photon_parent_trackids
else:
self.ev.photon_tracks.resize(0)
self.ev.photon_parent_trackids.resize(0)
if pyev.vertices is not None:
self.ev.vertices.resize(len(pyev.vertices))
for i, vertex in enumerate(pyev.vertices):
python_vertex_to_root_vertex(vertex,self.ev.vertices[i])
else:
self.ev.vertices.resize(0)
if pyev.hits is not None:
self.ev.hits.clear()
for hit in pyev.hits:
photons = pyev.hits[hit]
if len(photons.pos) > 0:
ROOT.fill_photons(self.ev.hits[hit],len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags,
photons.channel)
else:
self.ev.hits.clear()
if pyev.flat_hits is not None:
photons = pyev.flat_hits
if len(photons.pos) > 0:
ROOT.fill_photons(self.ev.flat_hits,
len(photons.pos),
photons.pos.ravel(),
photons.dir.ravel(),
photons.pol.ravel(),
photons.wavelengths, photons.t,
photons.last_hit_triangles, photons.flags,
photons.channel)
else:
self.ev.flat_hits.resize(0)
if pyev.channels is not None:
hit_channels = pyev.channels.hit.nonzero()[0].astype(np.uint32)
if len(hit_channels) > 0:
ROOT.fill_channels(self.ev, len(hit_channels), hit_channels,
len(pyev.channels.hit),
pyev.channels.t.astype(np.float32),
pyev.channels.q.astype(np.float32),
pyev.channels.flags.astype(np.uint32))
else:
self.ev.nhit = 0
self.ev.nchannels = 0
self.ev.channels.resize(0)
else:
self.ev.nhit = 0
self.ev.nchannels = 0
self.ev.channels.resize(0)
self.T.Fill()
