def write_arb_n(file_name, path):
tally = Tally(
"Current",
"Neutron",
14,
"Surface",
"Surface 14",
"Neutron Current Across surface 14",
100.0,
)
tally.write_hdf5(file_name, path)
def test_tally38():
clean(["test_tally.h5"])
tally = Tally("Current", ["Neutron", "Proton"], 14, "Surface",
"Surface 14", "Neutron Current Across surface 14", 100.0)
tally.write_hdf5("test_tally.h5", "tally")
new_tally = Tally()
new_tally.from_hdf5("test_tally.h5", "tally")
assert_not_equal(tally.particle_names, new_tally.particle_names)
def write_photon(file_name):
tally = Tally(
"Flux",
"Photon",
12,
"Volume",
"Volume 12",
"Photon Flux in Cell 12",
35.0,
123.0,
)
tally.write_hdf5(file_name, "tally")
def write_tally_h5m(tally_list, filename):
"""
Function that writes tally objects to ouptut .h5m file
-------
tally_list: list of volume id tally pairs of PyNE Material Objects
filename: filename to write the objects to
"""
# tally list contains elements of the form ('photon', ('current', ['Surface:4', 'Volume:1']))
# loop over list
for tally in tally_list:
particle_name = tally[0].capitalize()
tally_type = tally[1][0]
for k in range(len(tally[1][1])):
tally_object = tally[1][1][k].split(':')[0]
object_id = tally[1][1][k].split(':')[1]
tally_name = particle_name[
0:2].upper() + tally_type[0: 7 - len(object_id)] + str(object_id)
new_tally = Tally(tally_type, particle_name,
int(object_id), tally_object, str(object_id), tally_name, 0.0, 1.0)
new_tally.write_hdf5(filename, "/tally")
def write_arb_p(file_name, path):
tally = Tally(
"Flux", "Photon", 12, "Volume", "Volume 12", "Photon Flux in Cell 12", 35.0
)
tally.write_hdf5(file_name, path)
def write_neutron(file_name):
tally = Tally("Current", "Neutron", 14, "Surface", "Surface 14",
"Neutron Current Across surface 14", 100.0)
tally.write_hdf5(file_name, "tally")
def write_arb_p(file_name,path):
tally = Tally("Flux","Photon",12,"Volume","Volume 12","Photon Flux in Cell 12",35.0)
tally.write_hdf5(file_name,path)
def write_arb_n(file_name,path):
tally = Tally("Current","Neutron",14,"Surface","Surface 14","Neutron Current Across surface 14",100.0)
tally.write_hdf5(file_name,path)
def write_photon(file_name):
tally = Tally("Flux","Photon",12,"Volume","Volume 12","Photon Flux in Cell 12",35.0,123.0)
tally.write_hdf5(file_name,"/tally")