# Load Cases and Combinations
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# Action
# Action(no, action_category, action_type, action_items, name, is_active, comment, params, model)
Combination Wizard Action
Parameters
no (int, optional) - Action Tag
action_category (enum, optional) - Action Category Type Enumeration
action_type (enum, optional) - Action Type Enumeration
action_items (list or list of lists, optional) - Action Items
- if action_type == 'ACTING_DIFFERENTLY':
action_items = [[Load_case, acting_group], ...]
- else:
action_items = [Load_case, Load_case, ...]
- if action_type == 'ACTING_DIFFERENTLY':
name (str, optional) - User Defined Action Name
is_active (bool, optional) - Define if active
comment (str, optional) - Comments
params (dict, optional) - Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# Action.DeleteAction(action_no, model)
Parameters
action_no (str) - Numbers of Actions to be deleted
model (RFEM Class, optional) - Model to be edited
# Action.GetAction(object_index, model)
Parameters
obejct_index (int) - Action Index
model (RFEM Class, optional) - Model to be edited
# ActionCombination
# ActionCombinationItem(model, **kwargs)
Set Action Combination Item.
Parameters
model (RFEM Class) - Model to be edited
**kwargs - Pass a keyworded, variable-length argument list. Following are all possible keywords:
action_item, operator_type, left_parenthesis, right_parenthesis, group_factor, action_factor, action_load_type, group_load_type, action, is_leading, gamma, psi, xi, k_fi, c_esl, k_def, psi_0, psi_1, psi_2, fi, gamma_0, alfa, k_f, phi, omega_0, gamma_l_1, k_creep, gamma_n, j_2
Usage:
aci1 = ActionCombinationItem(Model, action_item=1, operator_type=OperatorType.OPERATOR_AND.name, action_factor=1.0, action=1)
# ActionCombination(no, design_situation, action_combination_items, name, active, comment, params, model)
Action Combination
Attribute: Design Situation
WARNING: Only design situations with an assigned combination wizard where a user-defined action combination is set are valid.
Parameters
no (int) – Action Combination Tag
design_situation (int) – Design Situation
action_combination_items (list) – Action Combination Items list
name (str, optional) – User Defined Action Combination Name
active (bool, optional) – Define if Active
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# ActionCombination.DeleteActionCombination(action_combination_no, model)
Parameters
action_combination_no (str) - Numbers of Action Combinations to be deleted
model (RFEM Class, optional) - Model to be edited
# ActionCombination.GetActionCombination(object_index, model)
Parameters
obejct_index (int) - Action Combination Index
model (RFEM Class, optional) - Model to be edited
# CombinationWizard
# CombinationWizard(no, name, static_analysis_settings, stability_analysis_setting, consider_imperfection_case, generate_same_CO_without_IC, initial_state_cases, structure_modification, user_defined_action_combinations, favorable_permanent_actions, reduce_number_of_generated_combinations, comment, params, model)
Parameters
no (int) – Combination Wizard Tag
name (str, optional) – User-Defined Name
static_analysis_settings (int) – Assign Static Analysis Settings
stability_analysis_setting (int) – Assign Stability Analysis Setting
consider_imperfection_case (bool) – Enable/disable Imperfection Case
generate_same_CO_without_IC (bool) – Enable/disable Generate same CO without IC
initial_state_cases (list) – Assign Initial State Cases
initial_state_cases = [[case_object (int), definition_type (initial_state_definition_type enum)],... ]
structure_modification (int) – Structure Modification to be considered
user_defined_action_combinations (bool) – Enable/disable User defined Combinations
favorable_permanent_actions (bool) – Enable/diable Favourable Permanent Actions
reduce_number_of_generated_combinations (bool) – Enable/disable Reduce Number of Generated Combinations
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# CombinationWizard.SetResultCombination(no, name, stability_analysis_setting, consider_imperfection_case, generate_same_CO_without_IC, user_defined_action_combinations, favorable_permanent_actions, generate_subcombinations_of_type_superposition, comment, params, model)
Parameters
no (int) – Result Combination Wizard Tag
name (str, optional) – User-Defined Name
stability_analysis_setting (int) – Assign Stability Analysis Settings
consider_imperfection_case (bool) – Enable/disable Imperfection Case
generate_same_CO_without_IC (bool) – Enable/disable Generate same CO without IC
user_defined_action_combinations (bool) – Enable/disable User Defined Action Combinations
favorable_permanent_actions (bool) – Enable/disable Favorable Permanent Actions
generate_subcombinations_of_type_superposition (bool) – Enable/disable Subcombinations of Type Superposition
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# DesignSituation
# DesignSituation(no, design_situation_type, active, name, comment, params, model)
Parameters
no (int) – Design Situation Tag
design_situation_type (enum) – Design Situation Type Enumeration
active (bool) – Enable/Disable Design Situation Activity
name (str, optional) – User-Defined Name
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# LoadCase
# LoadCase(no, name, self_weight, action_category, imperfection_case, structure_modification, comment, params, model)
Parameters
no (int) – Load Case Tag
name (str) – Load Case Name
self_weight (list) – Self-Weight Parameters
self_weight = [self_weight_active, self_weight_factor_x, self_weight_factor_y, self_weight_factor_z]
action_category (enum) – Action Category Type Enumeration
imperfection_case (int, optional) - Assign Imperfection Case
structure_modification (int, optional) - Assign Structure Modification
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# LoadCase.StaticAnalysis(no, name, to_solve, analysis_settings_no, action_category, self_weight, imperfection_case, structure_modification, comment, params, model)
Parameters
no (int) – Load Case Tag
name (str) – Load Case Name
to_solve (bool) – Enable/Disbale Load Case Solver Status
analysis_settings_no (int) – Analysis Settings Number
action_category (enum) – Action Category Enumeration
self_weight (list) – Self-weight Considerations
- for self-weight considerations;
self_weight = [True, self_weight_factor_x, self_weight_factor_y, self_weight_factor_z]
- for no self-weight considerations;
self_weight = [False]
- for self-weight considerations;
imperfection_case (int, optional) - Assign Imperfection Case
structure_modification (int, optional) - Assign Structure Modification
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# LoadCasesAndCombinations
# LoadCasesAndCombinations(params, model)
Parameters
params (dict, optional) – Combination Wizard Parameters
params = {"current_standard_for_combination_wizard":, "activate_combination_wizard_and_classification":, "activate_combination_wizard":, "result_combinations_active":, "result_combinations_parentheses_active":,"result_combinations_consider_sub_results":, "combination_name_according_to_action_category":}
model (RFEM Class, optional) - Model to be edited
# LoadCombination
# LoadCombination(no, analysis_type, design_situation, name, static_analysis_settings, consider_imperfection, consider_initial_state, structure_modification, to_solve, combination_items, comment, params, model)
Parameters
no (int) – Load Combination Tag
analysis_type (enum) – Analysis Type Enumeration
design_situation (int) – Design Situation
name (str) – User defined Combination Name
static_analysis_settings (int) – Static Analysis Settings Number
consider_imperfection (bool) – Consider Imperfection Options
consider_initial_state (bool) – Consider Initial State
structure_modification (bool) – Enable/Disable Structure Modification
to_solve (bool) – Decide to solve
no (int) – Load Combination Tag
combination_items (list of list) – Combination Items
- for Combination Items;
combination_items = [[factor, load_case, action, is_leading],...]
- for Combination Items;
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# ModalAnalysisSettings
# ModalAnalysisSettings(no, name, solution_method, mass_conversion_type, mass_matrix_type, number_of_modes, acting_masses, neglect_masses, comment, params, model)
Parameters
no (int) – Setting Tag
name (str) – Setting Name
solution_method (enum) – Modal Solution Method Enumeration
mass_conversion_type (enum) – Modal Mass Conversion Type Enumeration
mass_matrix_type (enum) – Modal Mass Matrix Type Enumeration
number_of_modes (int) – Number of Modes
acting_masses (list) – Acting Masses Directions List
neglect_masses (enum) – Modal Neglect Masses Enumeration
comment (str, optional) – Comment
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# ResultCombination
# ResultCombination(no, design_situation, combination_type, combination_items, generate_subcombinations, srss_combination, name, comment, params, model)
Parameters
no (int) – Result Combination tag
design_situation (int) – Assign Design Situation
combination_type (enum) – Result Combination Type Enumeration
combination_items (list of lists) – Combination Items Table
combination_item[0] (int) – case_object_item
combination_item[1] (enum) – operator_type enumeration
combination_item[2] (float) – case_object_factor
combination_item[3] (enum) – case_object_load_type enumeration
combination_item[4] (bool) – left_parenthesis (if parenthesis active in LoadCaseandCombination)
combination_item[5] (bool) – right_parenthesis (if parenthesis active in LoadCaseandCombination)
combination_item[6] (float) – group_factor (if left_parenthesis is True then value else None)
combination_item[7] (enum) – group_load_type (if right_parenthesis is True then enumeration else None)
srss_combination (list, optional) – SRSS Combination. If None then False.
srss_combination – [srss_use_equivalent_linear_combination(bool), srss_extreme_value_sign(enum), srss_according_load_case_or_combination(int)]
name (str, optional) – User Defined Result Combination Name
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# SpectralAnalysisSettings
# SpectralAnalysisSettings(no, name, periodic_combination, directional_combination, equivalent_linear_combination, save_mode_results, signed_dominant_mode_results, directional_component_scale_value, damping_for_cqc_rule, constant_d_for_each_mode, comment, params, model)
Parameters
no (int) – Sprectral Analysis Settings Tag
name (str) – Sprectral Analysis Settings Name
periodic_combination (enum) – Periodic Combination Rule Enumeration
directional_combination (enum) – Directional Component Combination Rule Enumeration
equivalent_linear_combination (bool) – Equivalent Linear Combination Boolean
save_mode_results (bool) – Save Mode Results Boolean
signed_dominant_mode_results (bool) – Signed Dominant Mode Results Boolean
directional_component_scale_value (float) – Directional Component Scale Value
damping_for_cqc_rule (enum) – Cqs Damping Rule Enumeration
constant_d_for_each_mode (float) – Constant d for Each Mode
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StabilityAnalysisSettings
# StabilityAnalysisSettings(no, name, comment, params, model)
Parameters
no (int) – Stability Analysis Setting Tag
name (str) – Stability Analysis Setting Name
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StabilityAnalysisSettings.EigenvalueMethod(no, name, number_of_lowest_eigenvalues, considered_favored_effect, critical_load_factor, minimum_initial_strain, local_torsional_rotations, eigenvalue_method, matrix_type, comment, params, model)
Parameters
no (int) – Stability Analysis Setting Tag
name (str, optional) – Stability Analysis Setting Name
number_of_lowest_eigenvalues (int) – Number of Lowest Eigenvalues
considered_favored_effect (bool) – Considered Favored Effect
critical_load_factor (int, optional) – Critical Load Factor
- for find_eigenvectors_beyond_critical_load_factor == False:
critical_load_factor = None
- for find_eigenvectors_beyond_critical_load_factor == True:
critical_load_factor = int
- for find_eigenvectors_beyond_critical_load_factor == False:
minimum_initial_strain (optional) – Minimum Initial Strain
- for minimum initial strain application:
minimum_initial_strain != 0 or minimum_initial_strain is not None
- for no minimum initial strain application:
minimum_initial_strain == 0 or minimum_initial_strain is None
- for minimum initial strain application:
local_torsional_rotations (optional) – Local Torsional Rotations
- for no local torsional rotations display:
local_torsional_rotations = None
- for local torsional rotations display:
local_torsional_rotations = double
- for no local torsional rotations display:
eigenvalue_method (enum) – StabilityAnalysisSettings Eigenvalue Method Enumeration
matrix_type (enum) – StabilityAnalysisSettings Matrix Type Enumeration
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StabilityAnalysisSettings.IncrementalyMethodWithEigenvalue(no, name, number_of_lowest_eigenvalues, considered_favored_effect, critical_load_factor, minimum_initial_strain, local_torsional_rotations, incrementally_increasing_loading, stopping_of_load_increasing, save_results_of_all_increments, eigenvalue_method, matrix_type, comment, params, model)
Parameters
no (int) – Stability Analysis Setting Tag
name (str, optional) – Stability Analysis Setting Name
number_of_lowest_eigenvalues (int) – Number of Lowest Eigenvalues
considered_favored_effect (bool) – Considered Favored Effect
critical_load_factor (int, optional) – Critical Load Factor
- for find_eigenvectors_beyond_critical_load_factor == False:
critical_load_factor = None
- for find_eigenvectors_beyond_critical_load_factor == True:
critical_load_factor = int
- for find_eigenvectors_beyond_critical_load_factor == False:
minimum_initial_strain (optional) – Minimum Initial Strain
- for minimum initial strain application:
minimum_initial_strain != 0 or minimum_initial_strain is not None
- for no minimum initial strain application:
minimum_initial_strain is None
- for minimum initial strain application:
local_torsional_rotations (optional) – Local Torsional Rotations
- for no local torsional rotations display:
local_torsional_rotations = None
- for local torsional rotations display:
local_torsional_rotations = double
- for no local torsional rotations display:
incrementally_increasing_loading (list) – Incrementally Increasing Loading
incrementally_increasing_loading = [initial_load_factor, load_factor_increment, refinement_of_the_last_load_increment, maximum_number_of_load_increments]
stopping_of_load_increasing (list, optional) – Stopping of Load Increasing
- for stopping of load increasing deactivated:
stopping_of_load_increasing = None
- for result u:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U, limit_result_displacement, limit_node]
- for result uX:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U_X, limit_result_displacement, limit_node]
- for result uY:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U_Y, limit_result_displacement, limit_node]
- for result uZ:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U_Z, limit_result_displacement, limit_node]
- for result phi:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI, limit_result_rotation, limit_node]
- for result phiX:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI_X, limit_result_rotation, limit_node]
- for result phiY:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI_Y, limit_result_rotation, limit_node]
- for result phiZ:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI_Z, limit_result_rotation, limit_node]
- for stopping of load increasing deactivated:
save_results_of_all_increments (bool, optional) – Save Results of All Increments
eigenvalue_method (enum) – StabilityAnalysisSettings Eigenvalue Method Enumeration
matrix_type (enum) – StabilityAnalysisSettings Matrix Type Enumeration
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StabilityAnalysisSettings.IncrementalyMethodWithoutEigenvalue(no, name, minimum_initial_strain, local_torsional_rotations, incrementally_increasing_loading, stopping_of_load_increasing, save_results_of_all_increments, comment, params, model)
Parameters
no (int) – Stability Analysis Setting Tag
name (str, optional) – Stability Analysis Setting Name
minimum_initial_strain (optional) – Minimum Initial Strain
- for minimum initial strain application:
minimum_initial_strain != 0 or minimum_initial_strain is not None
- for no minimum initial strain application:
minimum_initial_strain == 0 or minimum_initial_strain is None
- for minimum initial strain application:
local_torsional_rotations (optional) – Local Torsional Rotations
- for no local torsional rotations display:
local_torsional_rotations = None
- for local torsional rotations display:
local_torsional_rotations = double
- for no local torsional rotations display:
incrementally_increasing_loading (list) – Incrementally Increasing Loading
incrementally_increasing_loading = [initial_load_factor, load_factor_increment, refinement_of_the_last_load_increment, maximum_number_of_load_increments]
stopping_of_load_increasing (list, optional) – Stopping of Load Increasing
- for stopping of load increasing deactivated:
stopping_of_load_increasing = None
- for result u:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U, limit_result_displacement, limit_node]
- for result uX:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U_X, limit_result_displacement, limit_node]
- for result uY:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U_Y, limit_result_displacement, limit_node]
- for result uZ:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_DISPLACEMENT_U_Z, limit_result_displacement, limit_node]
- for result phi:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI, limit_result_rotation, limit_node]
- for result phiX:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI_X, limit_result_rotation, limit_node]
- for result phiY:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI_Y, limit_result_rotation, limit_node]
- for result phiZ:
stopping_of_load_increasing = [StabilityAnalysisSettingsStoppingOfLoadIncreasingResult.RESULT_TYPE_ROTATION_PHI_Z, limit_result_rotation, limit_node]
- for stopping of load increasing deactivated:
save_results_of_all_increments (bool, optional) – Save Results of All Increments
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StaticAnalysisSettings
# StaticAnalysisSettings(no, name, analysis_type, comment, params, model)
Parameters
no (int) – Static Analysis Setting Tag
name (str) – Static Analysis Setting Name
analysis_type (enum) – Static Analysis Type Enumeration
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StaticAnalysisSettings.GeometricallyLinear(no, name, load_modification, bourdon_effect, nonsymmetric_direct_solver, method_of_equation_system, plate_bending_theory, mass_conversion, comment, params, model)
Parameters
no (int) – Static Analysis Setting Tag
name (str, optional) – Static Analysis Setting Name
load_modification (list, optional) – Load Modification Parameters
load_modification = [loading_by_multiplier_factor, multiplier_factor, dividing_results]
bourdon_effect (bool, optional) – Bourdon Effect Boolean
nonsymmetric_direct_solver (bool, optional) – Nonsymmetric Direct Solver Boolean
method_of_equation_system (enum) – Static Analysis Settings Method of Equation System Enumeration
plate_bending_theory (enum) – Static Analysis Settings Plate Bending Theory Enumeration
mass_conversion (list, optional) – Mass Conversion Parameters
mass_conversion = [mass_conversion_enabled, mass_conversion_factor_in_direction_x, mass_conversion_factor_in_direction_y, mass_conversion_factor_in_direction_z]
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StaticAnalysisSettings.LargeDeformation(no, name, iterative_method, standard_precision_and_tolerance_settings, control_nonlinear_analysis, load_modification, instabil_structure_calculation, bourdon_effect, nonsymmetric_direct_solver, method_of_equation_system, plate_bending_theory, mass_conversion, comment, params, model)
Parameters
no (int) – Static Analysis Setting Tag
name (str, optional) – Static Analysis Setting Name
iterative_method (enum) – Static Analysis Settings Iterative Method for Non-linear Analysis Enumeration
standard_precision_and_tolerance_settings (list, optional) – Standard Precision and Tolerance Settings List
standard_precision_and_tolerance_settings = [standard_precision_and_tolerance_settings_enabled, precision_of_convergence_criteria_for_nonlinear_calculation, tolerance_for_detection_of_instability, robustness_of_iterative_calculation]
control_nonlinear_analysis (list) – Nonlinear Analysis Control Parameters
control_nonlinear_analysis = [max_number_of_iterations, number_of_load_increments]
- for iterative_method == “NEWTON_RAPHSON” or iterative_method.name == “NEWTON_RAPHSON_COMBINED_WITH_PICARD” or iterative_method.name == “PICARD” or iterative_method.name == “NEWTON_RAPHSON_WITH_POSTCRITICAL_ANALYSIS”:
control_nonlinear_analysis = [max_number_of_iterations = int, number_of_load_increments = int]
- for iterative_method == “DYNAMIC_RELAXATION”:
control_nonlinear_analysis = [max_number_of_iterations = None, number_of_load_increments = None]
- for iterative_method == “NEWTON_RAPHSON” or iterative_method.name == “NEWTON_RAPHSON_COMBINED_WITH_PICARD” or iterative_method.name == “PICARD” or iterative_method.name == “NEWTON_RAPHSON_WITH_POSTCRITICAL_ANALYSIS”:
load_modification (list, optional) – Load Modification Parameters
load_modification = [loading_by_multiplier_factor, multiplier_factor, dividing_results]
instabil_structure_calculation (bool, optional) – Instabil Structure Calculation Boolean
bourdon_effect (bool, optional) – Bourdon Effect Boolean
nonsymmetric_direct_solver (bool, optional) – Nonsymmetric Direct Solver Boolean
method_of_equation_system (enum) – Static Analysis Settings Method of Equation System Enumeration
plate_bending_theory (enum) – Static Analysis Settings Plate Bending Theory Enumeration
mass_conversion (list, optional) – Mass Conversion Parameters
mass_conversion = [mass_conversion_enabled, mass_conversion_factor_in_direction_x, mass_conversion_factor_in_direction_y, mass_conversion_factor_in_direction_z]
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# StaticAnalysisSettings.SecondOrderPDelta(no, name, iterative_method, standard_precision_and_tolerance_settings, control_nonlinear_analysis, load_modification, favorable_effect_due_to_tension_in_members, bourdon_effect, nonsymmetric_direct_solver, internal_forces_to_deformed_structure, method_of_equation_system, plate_bending_theory, mass_conversion, comment, params, model)
Parameters
no (int) – Static Analysis Setting Tag
name (str, optional) – Static Analysis Setting Name
iterative_method (enum) – Static Analysis Settings Iterative Method for Non-linear Analysis Enumeration
standard_precision_and_tolerance_settings (list, optional) – Standard Precision and Tolerance Settings List
standard_precision_and_tolerance_settings = [standard_precision_and_tolerance_settings_enabled, precision_of_convergence_criteria_for_nonlinear_calculation, tolerance_for_detection_of_instability, robustness_of_iterative_calculation]
control_nonlinear_analysis (list) – Nonlinear Analysis Control Parameters
control_nonlinear_analysis = [max_number_of_iterations, number_of_load_increments]
load_modification (list) - Modify Loading by Multiplier Factor
load_modification = [modify_loading_by_multiplier_factor, loading_multiplier_factor, divide_results_by_loading_factor]
favorable_effect_due_to_tension_in_members (bool, optional) – Favorable Effect due to Tension In Members Boolean
bourdon_effect (bool, optional) – Bourdon Effect Boolean
nonsymmetric_direct_solver (bool, optional) – Nonsymmetric Direct Solver Boolean
internal_forces_to_deformed_structure (list, optional) – Internal Forces to Deformed Structure List
internal_forces_to_deformed_structure = [refer_internal_forces_to_deformed_structure, internal_forces_to_deformed_structure_for_moments, internal_forces_to_deformed_structure_for_normal_forces, internal_forces_to_deformed_structure_for_shear_forces]
method_of_equation_system (enum) – Static Analysis Settings Method of Equation System Enumeration
plate_bending_theory (enum) – Static Analysis Settings Plate Bending Theory Enumeration
mass_conversion (list, optional) – Mass Conversion Parameters
mass_conversion = [mass_conversion_enabled, mass_conversion_factor_in_direction_x, mass_conversion_factor_in_direction_y, mass_conversion_factor_in_direction_z]
comment (str, optional) – Comments
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# WindSimulationAnalysisSettings
# WindSimulationAnalysisSettings(no, name, density, kinematic_viscosity, member_load_distribution, finite_volume_mesh_density, snap_to_model_edges, calculation_parameters, options, advanced_options, residual_pressure, boundary_layers_value, comment, params, model)
Parameters
no (int) – Wind Simulation Analysis Setting Tag
name (str) – User Defined Name
density (float) – Density
kinematic_viscosity (float) – Kinematic Viscosity
member_load_distribution (enum) – Wind Simulation Analysis Settings Member Load Distribution Enumeration
finite_volume_mesh_density (float) – Finite Volume Mesh Density
snap_to_model_edges (bool) – Enable/disable Snap to Model Edges
calculation_parameters (list) – Calculation Parameters List
calculation_parameters = [Use Potential Flow to calculate initial Condition, Use Second Order numerical Scheme, Maximum number of Iterations, Turbulence Model]
options (list) – Options List
options = [Consider Turbulence, Slip Boundary on Bottom Boundary, User Defined Dimensions of Wind Tunnel, Save Solver Data To Continue Calculation]
advanced_options (list) – Relaxation Factors
advanced_options = [Pressure Field, Velocity field, Turbulence Kinetic Energy, Turbulence dissipation Rate, Specific Turbulence Dissipation Rate, Modified Turbulence kinetic Viscosity, Turbulence Intermittency, Momentum Thickness Reynolds Number]
residual_pressure (float) – Residual Pressure
boundary_layers_value (float) – Boundary Layers Value
comment (str, optional) – Comment
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
# WindSimulationAnalysisSettings.TransientFlow(no, name, density, kinematic_viscosity, finite_volume_mesh_density, calculation_parameters, simulation_time, start_time_for_saving_transient_result, turbulence_model_type, comment, params, model)
Parameters
no (int) – Wind Simulation Analysis Setting Tag
name (str) – User Defined Name
density (float) – Density
kinematic_viscosity (float) – Kinematic Viscosity
finite_volume_mesh_density (float) – Finite Volume Mesh Density
calculation_parameters (list) – Calculation Parameters List
calculation_parameters = [Use Steady Flow Solver To Calculate Initial Condition, Maximum Number Of Iterations Of Steady Flow Solver, Turbulence Type For Initial Condition, Error Tolerance for Data Compression]
simulation_time (flaot) – Simulation Time
start_time_for_saving_transient_result (flaot) – Start Time For Saving Transient Result
turbulence_model_type (enum) – Wind Simulation Analysis Settings Turbulence Model Type Enumeration
comment (str, optional) – Comment
params (dict, optional) – Any WS Parameter relevant to the object and its value in form of a dictionary
model (RFEM Class, optional) - Model to be edited
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