def test_fluka_tally_muonp():
tally = Tally("Flux", "Muon", 12, "Volume", "Reg12",
"Muon Flux in Cell 12", -1.0)
fluka_string = '* Muon Flux in Cell 12\n'+\
'USRTRACK 1.0 MUON+ -21.0 Reg12 1.0 1000.Muon Flu\n'+\
'USRTRACK 10.E1 1.E-3 &'
assert_equal(fluka_string, tally.fluka("-21.0"))
def test_fluka_tally_proton():
tally = Tally("Flux", "Proton", 12, "Volume", "Reg12",
"Proton Flux in Cell 12", -1.0)
fluka_string = '* Proton Flux in Cell 12\n'+\
'USRTRACK 1.0 PROTON -21.0 Reg12 1.0 1000.Proton F\n'+\
'USRTRACK 10.E1 1.E-3 &'
assert_equal(fluka_string, tally.fluka("-21.0"))
def test_fluka_tally():
tally = Tally(
"Flux", "Gamma", 12, "Volume", "Reg12", "Photon Flux in Cell 12", -1.0
)
fluka_string = (
"* Photon Flux in Cell 12\n"
+ "USRTRACK 1.0 PHOTON -21.0 Reg12 1.0 1000.Photon F\n"
+ "USRTRACK 10.E1 1.E-3 &"
)
assert_equal(fluka_string, tally.fluka("-21.0"))
def test_fluka_tally_muonp():
tally = Tally("Flux","Muon",12,"Volume","Reg12","Muon Flux in Cell 12",-1.0)
fluka_string = '* Muon Flux in Cell 12\n'+\
'USRTRACK 1.0 MUON+ -21.0 Reg12 1.0 1000.Muon Flu\n'+\
'USRTRACK 10.E1 1.E-3 &'
assert_equal(fluka_string,tally.fluka("-21.0"))
def test_fluka_tally_proton():
tally = Tally("Flux","Proton",12,"Volume","Reg12","Proton Flux in Cell 12",-1.0)
fluka_string = '* Proton Flux in Cell 12\n'+\
'USRTRACK 1.0 PROTON -21.0 Reg12 1.0 1000.Proton F\n'+\
'USRTRACK 10.E1 1.E-3 &'
assert_equal(fluka_string,tally.fluka("-21.0"))
