def __read_element_sets(self, elem_dic):
i_file = open(self.__filename, "r")
elem_sets = []
read_element_set = False
set_type_is_elset = True
for line in i_file:
line = line[0:-1]
# Coments and line does not exist
if len(line) == 0:
continue
elif len(line) >= 2:
if line[0:1] == "**":
continue
# Stop reading
if line[0] == "*":
read_element_set = False
if read_element_set:
words = line.split(",")
if set_type_is_elset:
for word in words:
if word.isdigit():
elem_set.add_element(elem_dic[int(word)])
else:
elem_set.add_element(elem_dic[int(words[0])])
# Check if node key is found and not *NODE PRINT ...
if "*ELSET" in line.upper():
set_type_is_elset = True
read_element_set = True
words = line.split(",")
new_word = words[1].split("=")
elset_name = self.__remove_char_on_black_list(new_word[1])
elem_set = FEM.ElementSet(elset_name)
elem_sets.append(elem_set)
if "*ELEMENT" in line.upper():
if "ELSET" in line.upper():
set_type_is_elset = False
read_element_set = True
words = line.split(",")
for word in words:
if "ELSET" in word.upper():
new_word = word.split("=")
elset_name = self.__remove_char_on_black_list(
new_word[1])
elem_set = FEM.ElementSet(elset_name)
elem_sets.append(elem_set)
return elem_sets
def get_solid_section(self):
self.__get_element_sets_according_to_compaction()
solid_sections = []
for mat_numb in range(self.__steps):
if not len(self.__sets[mat_numb]) == 0:
new_material = copy.deepcopy(self.__material)
# Change material propertys according to the given material function (law)
# Structural material settings
for young_modul in new_material.get_young_module():
young_modul.set_young_module(young_modul.get_young_module() *
(1.0 - (float(self.__steps - mat_numb - 1))
/ float(self.__steps)) ** self.__exponent)
for poisson_ratio in new_material.get_poisson_ratio():
poisson_ratio.set_poisson_ratio(poisson_ratio.get_poisson_ratio())
# Heat exchange material settings
for conductivity in new_material.get_conductivity():
conductivity.set_conductivity(conductivity.get_conductivity() *
(1.0 - (float(self.__steps - mat_numb - 1))
/ float(self.__steps)) ** self.__exponent)
new_material.set_name(new_material.get_name() + "_" + str(mat_numb))
solid_sections.append(FEM.SolidSection(new_material,
FEM.ElementSet("topo_mat_" + str(mat_numb), self.__sets[mat_numb])))
return solid_sections