@@ -2412,10 +2412,12 @@ def _read_geometry_data(self):
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if self .header .has_solid_2_extra_nodes :
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section_word_length = 2 * n_solids
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try :
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- self .arrays [ArrayType .element_solid_extra_nodes ] = elem_solid_data = (
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- self ._buffer .read_ndarray (
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- position , section_word_length * self .header .wordsize , 1 , self ._header .itype
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- ).reshape ((n_solids , 2 ))
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+ self .arrays [
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+ ArrayType .element_solid_extra_nodes
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+ ] = elem_solid_data = self ._buffer .read_ndarray (
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+ position , section_word_length * self .header .wordsize , 1 , self ._header .itype
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+ ).reshape (
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+ (n_solids , 2 )
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)
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except Exception :
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trb_msg = traceback .format_exc ()
@@ -2771,9 +2773,9 @@ def _read_rigid_body_description(self):
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rigid_body_n_active_nodes , dtype = self ._header .itype
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)
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self .arrays [ArrayType .rigid_body_node_indexes_list ] = rigid_body_node_indexes_list
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- self .arrays [ArrayType . rigid_body_active_node_indexes_list ] = (
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- rigid_body_active_node_indexes_list
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- )
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+ self .arrays [
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+ ArrayType . rigid_body_active_node_indexes_list
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+ ] = rigid_body_active_node_indexes_list
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# update position
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self .geometry_section_size = position
@@ -4532,10 +4534,10 @@ def _read_states_tshell(self, state_data: np.ndarray, var_index: int, array_dict
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# PSTRAIN
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if has_pstrain :
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try :
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- array_dict [ArrayType . element_tshell_effective_plastic_strain ] = (
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- tshell_layer_data [:, :, :, i_tshell_layer_var ]. reshape (
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- ( n_states , n_tshells , n_layers )
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- )
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+ array_dict [
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+ ArrayType . element_tshell_effective_plastic_strain
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+ ] = tshell_layer_data [:, :, :, i_tshell_layer_var ]. reshape (
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+ ( n_states , n_tshells , n_layers )
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)
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except Exception :
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trb_msg = traceback .format_exc ()
@@ -4922,9 +4924,9 @@ def _read_states_shell(self, state_data: np.ndarray, var_index: int, array_dict:
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pstrain_tensor = shell_nonlayer_data [
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:, :, nonlayer_var_index : nonlayer_var_index + n_plastic_strain_tensor
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]
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- array_dict [ArrayType . element_shell_plastic_strain_tensor ] = (
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- pstrain_tensor . reshape (( n_states , n_shells , n_layers , 6 ))
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- )
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+ array_dict [
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+ ArrayType . element_shell_plastic_strain_tensor
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+ ] = pstrain_tensor . reshape (( n_states , n_shells , n_layers , 6 ) )
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except Exception :
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trb_msg = traceback .format_exc ()
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msg = "A failure in %s was caught:\n %s"
@@ -4940,9 +4942,9 @@ def _read_states_shell(self, state_data: np.ndarray, var_index: int, array_dict:
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thermal_tensor = shell_nonlayer_data [
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:, :, nonlayer_var_index : nonlayer_var_index + n_thermal_strain_tensor
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]
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- array_dict [ArrayType . element_shell_thermal_strain_tensor ] = (
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- thermal_tensor . reshape (( n_states , n_shells , 6 ))
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- )
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+ array_dict [
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+ ArrayType . element_shell_thermal_strain_tensor
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+ ] = thermal_tensor . reshape (( n_states , n_shells , 6 ) )
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except Exception :
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trb_msg = traceback .format_exc ()
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msg = "A failure in %s was caught:\n %s"
@@ -5432,9 +5434,9 @@ def get_dtype(type_flag):
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# particle segment distance
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elif var_name .startswith ("NS dist" ):
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try :
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- array_dict [ArrayType . airbag_particle_nearest_segment_distance ] = (
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- particle_data [:, :, i_particle_var ]. view ( get_dtype ( var_type ))
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- )
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+ array_dict [
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+ ArrayType . airbag_particle_nearest_segment_distance
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+ ] = particle_data [:, :, i_particle_var ]. view ( get_dtype ( var_type ) )
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except Exception :
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trb_msg = traceback .format_exc ()
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msg = "A failure in %s %s was caught:\n %s"
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