def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
for key, distribution in obj:
name = self._create_group_name(key)
subgroup = group.require_group(name)
dataset_name = self._create_dataset_name(key)
subgroup.create_dataset(dataset_name, data=distribution)
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
for key, intensity in obj:
name = self._create_group_name(key)
dataset = group.require_dataset(name, shape=(), dtype=np.float)
attrname = self._create_dataset_name(key)
dataset.attrs[attrname] = intensity[0]
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
for index, trajectory in enumerate(obj._trajectories):
name = 'trajectory%s' % index
dataset = group.create_dataset(name, data=trajectory.interactions)
dataset.attrs['primary'] = trajectory.is_primary()
dataset.attrs['particle'] = int(trajectory.particle)
dataset.attrs['collision'] = int(trajectory.collision)
dataset.attrs['exit_state'] = trajectory.exit_state
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
group.create_dataset('data', data=obj.get_data())
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
group.attrs['absorbed'] = obj.absorbed
group.attrs['backscattered'] = obj.backscattered
group.attrs['transmitted'] = obj.transmitted
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
group.attrs['showers'] = obj.showers
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
group.attrs['simulation_time_s'] = obj.simulation_time_s
group.attrs['simulation_speed_s'] = obj.simulation_speed_s
return group
def convert(self, obj, group):
group = _HDF5Handler.convert(self, obj, group)
group.create_dataset('total', data=obj.get_total())
group.create_dataset('background', data=obj.get_background())
return group
