def make_component(self, lower_coolant_info):
excess_coolant_height = lower_coolant_info[0]
flat_to_flat = lower_coolant_info[1]
surface_comment = "$Assembly: Lower Coolant"
cell_comment = "$Assembly: Lower Coolant"
position = copy.deepcopy(self.position)
position[2] -= 0.1
lower_na_height = excess_coolant_height + 0.1
self.surfaceCard = mcnpCF.build_rotated_right_hexagonal_prism_surface(flat_to_flat, lower_na_height, position,
self.surfaceNum, surface_comment)
self.cellCard = mcnpCF.build_single_cell(self.cellNum, self.materialNum, self.material.atomDensity,
self.surfaceNum, self.universe, cell_comment)
def make_component(self, unit_info):
self.flat2flat = unit_info[0]
self.height = unit_info[1]
surface_comment = "$Assembly: {}".format(self.componentName)
cell_comment = "$Assembly: {}".format(self.componentName)
self.surfaceCard = mcnpCF.build_rotated_right_hexagonal_prism_surface(
self.flat2flat, self.height, self.position, self.surfaceNum,
surface_comment)
self.cellCard = mcnpCF.build_single_cell(self.cellNum,
self.materialNum,
self.material.atomDensity,
self.surfaceNum,
self.universe, cell_comment)
def make_component(self, upper_coolant_info):
excess_coolant_height = upper_coolant_info[0]
flat_to_flat_universe = upper_coolant_info[1]
surface_comment = "$Assembly: Upper Coolant"
cell_comment = "$Assembly: Upper Coolant"
self.surfaceCard = mcnpCF.build_rotated_right_hexagonal_prism_surface(
flat_to_flat_universe, excess_coolant_height, self.position,
self.surfaceNum, surface_comment)
self.cellCard = mcnpCF.build_single_cell(self.cellNum,
self.materialNum,
self.material.atomDensity,
self.surfaceNum,
self.universe, cell_comment)
def make_component(self, coolant_info):
self.pitch = coolant_info[0] / 2
self.height = coolant_info[1]
self.blankCoolantSurfaceNum = coolant_info[2]
surface_comment = "$Pin: Blank Pin - 1% higher than fuel"
cell_comment = "$Pin: Blank Pin Coolant"
self.surfaceCard = mcnpCF.build_right_hexagonal_prism_surface(
self.pitch, self.height, self.position, self.surfaceNum,
surface_comment)
self.cellCard = mcnpCF.build_single_cell(self.cellNum,
self.materialNum,
self.material.atomDensity,
self.blankCoolantSurfaceNum,
self.universe, cell_comment)
def test_getSingleCell():
cellCard = MCF.build_single_cell(1, 2, 0.06, 3, 10, '$ Comment')
cellCardKnown = '1 2 0.06 -3 u=10 imp:n=1 $ Comment'
assert cellCard == cellCardKnown