StaticAnalysisSettings

Attribute Name	Data Type	Description
no	int	Object number
user_defined_name_enabled	bool	User-defined name enabled
name	str	Name
analysis_type	AnalysisType	Analysis type
iterative_method_for_nonlinear_analysis	IterativeMethodForNonlinearAnalysis	Iterative method for nonlinear analysis
max_number_of_iterations	int	Maximum number of iterations
number_of_load_increments	int	Number of load increments
standard_precision_and_tolerance_settings_enabled	bool	Modify standard precision and tolerance settings
ignore_all_nonlinearities_enabled	bool	Ignore all nonlinearities
precision_of_convergence_criteria_for_nonlinear_calculation	float	Precision of convergence criteria for nonlinear calculation
modify_loading_by_multiplier_factor	bool	Modify loading by multiplier factor
loading_multiplier_factor	float	Loading multiplier factor | k
divide_results_by_loading_factor	bool	Divide results by load factor
consider_favorable_effect_due_to_tension_in_members	bool	Consider favorable effect due to tension in members
displacements_due_to_bourdon_effect	bool	Displacements due to member load of type ‘Pipe internal pressure’ (Bourdon effect)
save_results_of_all_load_increments	bool	Save results of all load increments
comment	str	Comment
refer_internal_forces_to_deformed_structure	bool	Refer internal forces to deformed structure
refer_internal_forces_to_deformed_structure_for_normal_forces	bool	Refer internal forces to deformed structure for axial forces
refer_internal_forces_to_deformed_structure_for_shear_forces	bool	Refer internal forces to deformed structure for shear forces
refer_internal_forces_to_deformed_structure_for_moments	bool	Refer internal forces to deformed structure for moments
mass_conversion_enabled	bool	Activate mass conversion to load
mass_conversion_defined_as_acceleration	bool	Mass conversion defined as accelerations
mass_conversion_factor_in_direction_x	float	Mass conversion factor in X direction | X
mass_conversion_acceleration_in_direction_x	float	Mass conversion acceleration in X direction | X
mass_conversion_factor_in_direction_y	float	Mass conversion factor in Y direction | Y
mass_conversion_acceleration_in_direction_y	float	Mass conversion acceleration in Y direction | Y
mass_conversion_factor_in_direction_z	float	Mass conversion factor in Z direction | Z
mass_conversion_acceleration_in_direction_z	float	Mass conversion acceleration in Z direction | Z
deformation_of_failing_members_and_reactivation_enabled	bool	Deformation of failing members and reactivation where appropriate
maximum_number_of_reactivations	int	Maximum number of reactivations
exceptional_handling_enabled	bool	Exceptional handling enabled
assign_reduce_stiffness_enabled	AssignReduceStiffnessEnabled	Assign reduced stiffness to failing members
reduction_factor_of_stiffness	int	Reduction factor of stiffness
id_for_export_import	str
metadata_for_export_import	str

Associated Enums

AnalysisType

Name
ANALYSIS_TYPE_GEOMETRICALLY_LINEAR
ANALYSIS_TYPE_LARGE_DEFORMATIONS
ANALYSIS_TYPE_SECOND_ORDER_P_DELTA

IterativeMethodForNonlinearAnalysis

Name
ITERATIVE_METHOD_FOR_NONLINEAR_ANALYSIS_NEWTON_RAPHSON
ITERATIVE_METHOD_FOR_NONLINEAR_ANALYSIS_DYNAMIC_RELAXATION
ITERATIVE_METHOD_FOR_NONLINEAR_ANALYSIS_NEWTON_RAPHSON_COMBINED_WITH_PICARD
ITERATIVE_METHOD_FOR_NONLINEAR_ANALYSIS_NEWTON_RAPHSON_WITH_CONSTANT_STIFFNESS
ITERATIVE_METHOD_FOR_NONLINEAR_ANALYSIS_NEWTON_RAPHSON_WITH_POSTCRITICAL_ANALYSIS
ITERATIVE_METHOD_FOR_NONLINEAR_ANALYSIS_PICARD

AssignReduceStiffnessEnabled

Name
ASSIGN_REDUCE_STIFFNESS_ENABLED_FAIILING_MEMBERS_TO_BE_REMOVED_INDIVIDUALY_DURING_SUCCESSIVE_ITERATIONS
ASSIGN_REDUCE_STIFFNESS_ENABLED_ASSIGN_REDUCED_STIFFNESS_TO_FAILING_MEMBERS