TC-Python API reference documentation

• Installation Guide
  • What type of installation should I choose?
  • Using the Python-interpreter bundled to Thermo-Calc
    • Limitations
    • Step 1: Install an IDE (Integrated Development Environment)
    • Step 2: Configure PyCharm to use the bundled Python-interpreter
    • Step 3: Run a TC-Python Example
      • Open the TC-Python Project in PyCharm
  • Installing TC-Python into the Python-interpreter of your choice
    • Step 1: Install a Python Distribution
      • Install Anaconda
    • Step 2: Install Thermo-Calc and the TC-Python SDK
    • Step 3: Install TC-Python
    • Step 4: Install an IDE (Integrated Development Environment)
    • Step 5: Open the IDE and Run a TC-Python Example
      • Open the TC-Python Project in PyCharm
      • Fixing potential issues with the environment
  • Optional packages
  • Updating to a newer version
• Mac OS: Setting Environment Variables
• Architecture overview
  • TCPython
  • SystemBuilder and System
  • Calculation
    • Single equilibrium calculations
    • Batch equilibrium calculations
    • Precipitation calculations
    • Scheil calculations
    • Property diagram calculations
    • Phase diagram calculations
    • Diffusion calculations
    • Property Model calculations
    • Material to Material calculations
    • Process Metallurgy calculations
    • Additive Manufacturing calculations
  • Result
    • DiffusionResult
  • Property Model Framework
    • Property models vs. TC-Python
    • Architecture
    • Property Model directory
• Best Practices
  • Re-use of the single equilibrium calculation state
  • Re-use and saving of results
  • All TC-Python objects are non-copyable
  • Python Virtual Environments
  • Using with TCPython() efficiently
  • Parallel calculations
  • Handling crashes of the calculation engine
  • Using TC-Python within a Jupyter Notebook or the Python console
  • Property Model Framework
    • Debugging Property Model code
    • Developing Property Models in several files
      • side-by-side modules
      • common modules
    • Alternative Python for Property Models
      • Default bundled Python interpreter
      • Configuring another Python interpreter
  • Process Metallurgy Calculations
    • Equilibrium calculations with changing elements between calculations
    • Zones
    • Applications
    • Implementation of practical process models
• API Reference
  • Calculations
    • Module “single_equilibrium”
      • AbstractSingleEquilibriumCalculation
        • AbstractSingleEquilibriumCalculation.disable_global_minimization()
        • AbstractSingleEquilibriumCalculation.enable_global_minimization()
        • AbstractSingleEquilibriumCalculation.get_components()
        • AbstractSingleEquilibriumCalculation.get_gibbs_energy_addition_for()
        • AbstractSingleEquilibriumCalculation.get_system_data()
        • AbstractSingleEquilibriumCalculation.run_poly_command()
        • AbstractSingleEquilibriumCalculation.set_component_to_entered()
        • AbstractSingleEquilibriumCalculation.set_component_to_suspended()
        • AbstractSingleEquilibriumCalculation.set_gibbs_energy_addition_for()
        • AbstractSingleEquilibriumCalculation.set_phase_to_dormant()
        • AbstractSingleEquilibriumCalculation.set_phase_to_entered()
        • AbstractSingleEquilibriumCalculation.set_phase_to_fixed()
        • AbstractSingleEquilibriumCalculation.set_phase_to_suspended()
        • AbstractSingleEquilibriumCalculation.with_options()
        • AbstractSingleEquilibriumCalculation.with_reference_state()
        • AbstractSingleEquilibriumCalculation.with_system_modifications()
      • SingleEquilibriumCalculation
        • SingleEquilibriumCalculation.bookmark_state()
        • SingleEquilibriumCalculation.calculate()
        • SingleEquilibriumCalculation.calculate_with_state()
        • SingleEquilibriumCalculation.disable_global_minimization()
        • SingleEquilibriumCalculation.enable_global_minimization()
        • SingleEquilibriumCalculation.get_components()
        • SingleEquilibriumCalculation.get_gibbs_energy_addition_for()
        • SingleEquilibriumCalculation.get_interfacial_energy()
        • SingleEquilibriumCalculation.get_system_data()
        • SingleEquilibriumCalculation.remove_all_conditions()
        • SingleEquilibriumCalculation.remove_condition()
        • SingleEquilibriumCalculation.run_poly_command()
        • SingleEquilibriumCalculation.set_component_to_entered()
        • SingleEquilibriumCalculation.set_component_to_suspended()
        • SingleEquilibriumCalculation.set_condition()
        • SingleEquilibriumCalculation.set_gibbs_energy_addition_for()
        • SingleEquilibriumCalculation.set_phase_to_dormant()
        • SingleEquilibriumCalculation.set_phase_to_entered()
        • SingleEquilibriumCalculation.set_phase_to_fixed()
        • SingleEquilibriumCalculation.set_phase_to_suspended()
        • SingleEquilibriumCalculation.set_state_to_bookmark()
        • SingleEquilibriumCalculation.with_options()
        • SingleEquilibriumCalculation.with_reference_state()
        • SingleEquilibriumCalculation.with_system_modifications()
      • SingleEquilibriumOptions
        • SingleEquilibriumOptions.disable_approximate_driving_force_for_metastable_phases()
        • SingleEquilibriumOptions.disable_control_step_size_during_minimization()
        • SingleEquilibriumOptions.disable_force_positive_definite_phase_hessian()
        • SingleEquilibriumOptions.enable_approximate_driving_force_for_metastable_phases()
        • SingleEquilibriumOptions.enable_control_step_size_during_minimization()
        • SingleEquilibriumOptions.enable_force_positive_definite_phase_hessian()
        • SingleEquilibriumOptions.set_global_minimization_max_grid_points()
        • SingleEquilibriumOptions.set_max_no_of_iterations()
        • SingleEquilibriumOptions.set_required_accuracy()
        • SingleEquilibriumOptions.set_smallest_fraction()
      • SingleEquilibriumResult
        • SingleEquilibriumResult.change_pressure()
        • SingleEquilibriumResult.change_temperature()
        • SingleEquilibriumResult.get_components()
        • SingleEquilibriumResult.get_conditions()
        • SingleEquilibriumResult.get_phases()
        • SingleEquilibriumResult.get_stable_phases()
        • SingleEquilibriumResult.get_value_of()
        • SingleEquilibriumResult.run_poly_command()
        • SingleEquilibriumResult.save_to_disk()
      • SingleEquilibriumTempResult
        • SingleEquilibriumTempResult.change_pressure()
        • SingleEquilibriumTempResult.change_temperature()
        • SingleEquilibriumTempResult.get_components()
        • SingleEquilibriumTempResult.get_conditions()
        • SingleEquilibriumTempResult.get_phases()
        • SingleEquilibriumTempResult.get_stable_phases()
        • SingleEquilibriumTempResult.get_value_of()
        • SingleEquilibriumTempResult.run_poly_command()
    • Module “batch_equilibrium”
      • BatchEquilibriumCalculation
        • BatchEquilibriumCalculation.calculate()
        • BatchEquilibriumCalculation.disable_global_minimization()
        • BatchEquilibriumCalculation.enable_global_minimization()
        • BatchEquilibriumCalculation.get_components()
        • BatchEquilibriumCalculation.get_gibbs_energy_addition_for()
        • BatchEquilibriumCalculation.get_system_data()
        • BatchEquilibriumCalculation.remove_all_conditions()
        • BatchEquilibriumCalculation.remove_condition()
        • BatchEquilibriumCalculation.run_poly_command()
        • BatchEquilibriumCalculation.set_component_to_entered()
        • BatchEquilibriumCalculation.set_component_to_suspended()
        • BatchEquilibriumCalculation.set_condition()
        • BatchEquilibriumCalculation.set_conditions_for_equilibria()
        • BatchEquilibriumCalculation.set_gibbs_energy_addition_for()
        • BatchEquilibriumCalculation.set_phase_to_dormant()
        • BatchEquilibriumCalculation.set_phase_to_entered()
        • BatchEquilibriumCalculation.set_phase_to_fixed()
        • BatchEquilibriumCalculation.set_phase_to_suspended()
        • BatchEquilibriumCalculation.with_options()
        • BatchEquilibriumCalculation.with_reference_state()
        • BatchEquilibriumCalculation.with_system_modifications()
      • BatchEquilibriumResult
        • BatchEquilibriumResult.get_values_of()
        • BatchEquilibriumResult.invalidate()
    • Module “precipitation”
      • FixedGrainSize
        • FixedGrainSize.set_grain_aspect_ratio()
      • GrainGrowth
        • GrainGrowth.disable_zener_pinning()
        • GrainGrowth.enable_zener_pinning()
        • GrainGrowth.set_grain_boundary_energy()
        • GrainGrowth.set_grain_boundary_mobility_activation_energy()
        • GrainGrowth.set_grain_boundary_mobility_pre_factor()
      • GrainGrowthModel
        • GrainGrowthModel.fixed_grain_size()
        • GrainGrowthModel.grain_growth()
      • GrainSizeDistribution
        • GrainSizeDistribution.add_radius_and_number_density()
      • GrowthRateModel
        • GrowthRateModel.ADVANCED
        • GrowthRateModel.GENERAL
        • GrowthRateModel.NPLE
        • GrowthRateModel.PARA_EQ
        • GrowthRateModel.PE_AUTOMATIC
        • GrowthRateModel.SIMPLIFIED
      • MatrixPhase
        • MatrixPhase.add_precipitate_phase()
        • MatrixPhase.set_dislocation_density()
        • MatrixPhase.set_mobility_adjustment()
        • MatrixPhase.set_molar_volume()
        • MatrixPhase.with_elastic_properties_cubic()
        • MatrixPhase.with_elastic_properties_disregard()
        • MatrixPhase.with_elastic_properties_isotropic()
        • MatrixPhase.with_grain_growth_model()
      • NumericalParameters
        • NumericalParameters.set_max_overall_volume_change()
        • NumericalParameters.set_max_radius_points_per_magnitude()
        • NumericalParameters.set_max_rel_change_critical_radius()
        • NumericalParameters.set_max_rel_change_nucleation_rate_log()
        • NumericalParameters.set_max_rel_radius_change()
        • NumericalParameters.set_max_rel_solute_composition_change()
        • NumericalParameters.set_max_time_step()
        • NumericalParameters.set_max_time_step_during_heating()
        • NumericalParameters.set_max_volume_fraction_dissolve_time_step()
        • NumericalParameters.set_min_radius_nucleus_as_particle()
        • NumericalParameters.set_min_radius_points_per_magnitude()
        • NumericalParameters.set_radius_points_per_magnitude()
        • NumericalParameters.set_rel_radius_change_class_collision()
      • ParticleSizeDistribution
        • ParticleSizeDistribution.add_radius_and_number_density()
        • ParticleSizeDistribution.set_initial_composition()
        • ParticleSizeDistribution.set_volume_fraction_of_phase_type()
        • ParticleSizeDistribution.set_volume_fraction_of_phase_value()
      • PrecipitateElasticProperties
        • PrecipitateElasticProperties.set_e11()
        • PrecipitateElasticProperties.set_e12()
        • PrecipitateElasticProperties.set_e13()
        • PrecipitateElasticProperties.set_e22()
        • PrecipitateElasticProperties.set_e23()
        • PrecipitateElasticProperties.set_e33()
      • PrecipitateMorphology
        • PrecipitateMorphology.CUBOID
        • PrecipitateMorphology.NEEDLE
        • PrecipitateMorphology.PLATE
        • PrecipitateMorphology.SPHERE
      • PrecipitatePhase
        • PrecipitatePhase.disable_calculate_aspect_ratio_from_elastic_energy()
        • PrecipitatePhase.disable_driving_force_approximation()
        • PrecipitatePhase.enable_calculate_aspect_ratio_from_elastic_energy()
        • PrecipitatePhase.enable_driving_force_approximation()
        • PrecipitatePhase.set_alias()
        • PrecipitatePhase.set_aspect_ratio_value()
        • PrecipitatePhase.set_gibbs_energy_addition()
        • PrecipitatePhase.set_interfacial_energy()
        • PrecipitatePhase.set_interfacial_energy_estimation_prefactor()
        • PrecipitatePhase.set_molar_volume()
        • PrecipitatePhase.set_nucleation_at_dislocations()
        • PrecipitatePhase.set_nucleation_at_grain_boundaries()
        • PrecipitatePhase.set_nucleation_at_grain_corners()
        • PrecipitatePhase.set_nucleation_at_grain_edges()
        • PrecipitatePhase.set_nucleation_in_bulk()
        • PrecipitatePhase.set_phase_boundary_mobility()
        • PrecipitatePhase.set_precipitate_morphology()
        • PrecipitatePhase.set_trans_interface_mobility_adjustment()
        • PrecipitatePhase.set_transformation_strain_calculation_option()
        • PrecipitatePhase.set_zener_pinning_parameters()
        • PrecipitatePhase.with_elastic_properties()
        • PrecipitatePhase.with_growth_rate_model()
        • PrecipitatePhase.with_particle_size_distribution()
      • PrecipitationCCTCalculation
        • PrecipitationCCTCalculation.calculate()
        • PrecipitationCCTCalculation.get_system_data()
        • PrecipitationCCTCalculation.set_composition()
        • PrecipitationCCTCalculation.set_composition_unit()
        • PrecipitationCCTCalculation.set_cooling_rates()
        • PrecipitationCCTCalculation.set_max_temperature()
        • PrecipitationCCTCalculation.set_min_temperature()
        • PrecipitationCCTCalculation.stop_at_volume_fraction_of_phase()
        • PrecipitationCCTCalculation.with_matrix_phase()
        • PrecipitationCCTCalculation.with_numerical_parameters()
        • PrecipitationCCTCalculation.with_system_modifications()
      • PrecipitationCalculationResult
        • PrecipitationCalculationResult.save_to_disk()
      • PrecipitationCalculationSingleResult
        • PrecipitationCalculationSingleResult.get_aspect_ratio_distribution_for_particle_length_of()
        • PrecipitationCalculationSingleResult.get_aspect_ratio_distribution_for_radius_of()
        • PrecipitationCalculationSingleResult.get_critical_radius_of()
        • PrecipitationCalculationSingleResult.get_cubic_factor_distribution_for_particle_length_of()
        • PrecipitationCalculationSingleResult.get_cubic_factor_distribution_for_radius_of()
        • PrecipitationCalculationSingleResult.get_driving_force_of()
        • PrecipitationCalculationSingleResult.get_grain_critical_radius()
        • PrecipitationCalculationSingleResult.get_grain_mean_radius()
        • PrecipitationCalculationSingleResult.get_grain_number_density()
        • PrecipitationCalculationSingleResult.get_grain_number_density_distribution_for_length()
        • PrecipitationCalculationSingleResult.get_grain_number_density_distribution_for_radius()
        • PrecipitationCalculationSingleResult.get_grain_size_distribution()
        • PrecipitationCalculationSingleResult.get_matrix_composition_in_mole_fraction_of()
        • PrecipitationCalculationSingleResult.get_matrix_composition_in_weight_fraction_of()
        • PrecipitationCalculationSingleResult.get_mean_aspect_ratio_of()
        • PrecipitationCalculationSingleResult.get_mean_cubic_factor_of()
        • PrecipitationCalculationSingleResult.get_mean_particle_length_of()
        • PrecipitationCalculationSingleResult.get_mean_radius_2d_of()
        • PrecipitationCalculationSingleResult.get_mean_radius_of()
        • PrecipitationCalculationSingleResult.get_normalized_grain_size_distribution()
        • PrecipitationCalculationSingleResult.get_normalized_number_density_distribution_2d_of()
        • PrecipitationCalculationSingleResult.get_normalized_number_density_distribution_of()
        • PrecipitationCalculationSingleResult.get_nucleation_rate_of()
        • PrecipitationCalculationSingleResult.get_number_density_distribution_2d_for_particle_length_of()
        • PrecipitationCalculationSingleResult.get_number_density_distribution_2d_for_radius_of()
        • PrecipitationCalculationSingleResult.get_number_density_distribution_for_particle_length_of()
        • PrecipitationCalculationSingleResult.get_number_density_distribution_for_radius_of()
        • PrecipitationCalculationSingleResult.get_number_density_of()
        • PrecipitationCalculationSingleResult.get_precipitate_composition_in_mole_fraction_of()
        • PrecipitationCalculationSingleResult.get_precipitate_composition_in_weight_fraction_of()
        • PrecipitationCalculationSingleResult.get_size_distribution_2d_for_particle_length_of()
        • PrecipitationCalculationSingleResult.get_size_distribution_2d_for_radius_of()
        • PrecipitationCalculationSingleResult.get_size_distribution_for_particle_length_of()
        • PrecipitationCalculationSingleResult.get_size_distribution_for_radius_of()
        • PrecipitationCalculationSingleResult.get_volume_fraction_of()
      • PrecipitationCalculationTTTorCCTResult
        • PrecipitationCalculationTTTorCCTResult.get_result_for_precipitate()
      • PrecipitationIsoThermalCalculation
        • PrecipitationIsoThermalCalculation.calculate()
        • PrecipitationIsoThermalCalculation.get_system_data()
        • PrecipitationIsoThermalCalculation.set_composition()
        • PrecipitationIsoThermalCalculation.set_composition_unit()
        • PrecipitationIsoThermalCalculation.set_simulation_time()
        • PrecipitationIsoThermalCalculation.set_temperature()
        • PrecipitationIsoThermalCalculation.with_matrix_phase()
        • PrecipitationIsoThermalCalculation.with_numerical_parameters()
        • PrecipitationIsoThermalCalculation.with_system_modifications()
      • PrecipitationNonIsoThermalCalculation
        • PrecipitationNonIsoThermalCalculation.calculate()
        • PrecipitationNonIsoThermalCalculation.get_system_data()
        • PrecipitationNonIsoThermalCalculation.set_composition()
        • PrecipitationNonIsoThermalCalculation.set_composition_unit()
        • PrecipitationNonIsoThermalCalculation.set_simulation_time()
        • PrecipitationNonIsoThermalCalculation.with_matrix_phase()
        • PrecipitationNonIsoThermalCalculation.with_numerical_parameters()
        • PrecipitationNonIsoThermalCalculation.with_system_modifications()
        • PrecipitationNonIsoThermalCalculation.with_temperature_profile()
      • PrecipitationTTTCalculation
        • PrecipitationTTTCalculation.calculate()
        • PrecipitationTTTCalculation.get_system_data()
        • PrecipitationTTTCalculation.set_composition()
        • PrecipitationTTTCalculation.set_composition_unit()
        • PrecipitationTTTCalculation.set_max_annealing_time()
        • PrecipitationTTTCalculation.set_max_temperature()
        • PrecipitationTTTCalculation.set_min_temperature()
        • PrecipitationTTTCalculation.set_temperature_step()
        • PrecipitationTTTCalculation.stop_at_percent_of_equilibrium_fraction()
        • PrecipitationTTTCalculation.stop_at_volume_fraction_of_phase()
        • PrecipitationTTTCalculation.with_matrix_phase()
        • PrecipitationTTTCalculation.with_numerical_parameters()
        • PrecipitationTTTCalculation.with_system_modifications()
      • TransformationStrainCalculationOption
        • TransformationStrainCalculationOption.CALCULATE_FROM_MOLAR_VOLUME
        • TransformationStrainCalculationOption.DISREGARD
        • TransformationStrainCalculationOption.USER_DEFINED
      • VolumeFractionOfPhaseType
        • VolumeFractionOfPhaseType.VOLUME_FRACTION
        • VolumeFractionOfPhaseType.VOLUME_PERCENT
    • Module “scheil”
      • CalculateSecondaryDendriteArmSpacing
        • CalculateSecondaryDendriteArmSpacing.disable_delta_ferrite_to_austenite_transition()
        • CalculateSecondaryDendriteArmSpacing.enable_delta_ferrite_to_austenite_transition()
        • CalculateSecondaryDendriteArmSpacing.set_c()
        • CalculateSecondaryDendriteArmSpacing.set_cooling_rate()
        • CalculateSecondaryDendriteArmSpacing.set_fast_diffusing_elements()
        • CalculateSecondaryDendriteArmSpacing.set_n()
        • CalculateSecondaryDendriteArmSpacing.set_primary_phasename()
      • ConstantSecondaryDendriteArmSpacing
        • ConstantSecondaryDendriteArmSpacing.disable_delta_ferrite_to_austenite_transition()
        • ConstantSecondaryDendriteArmSpacing.enable_delta_ferrite_to_austenite_transition()
        • ConstantSecondaryDendriteArmSpacing.set_cooling_rate()
        • ConstantSecondaryDendriteArmSpacing.set_fast_diffusing_elements()
        • ConstantSecondaryDendriteArmSpacing.set_primary_phasename()
      • ScheilBackDiffusion
        • ScheilBackDiffusion.calculate_secondary_dendrite_arm_spacing()
        • ScheilBackDiffusion.constant_secondary_dendrite_arm_spacing()
      • ScheilCalculation
        • ScheilCalculation.calculate()
        • ScheilCalculation.disable_global_minimization()
        • ScheilCalculation.enable_global_minimization()
        • ScheilCalculation.get_system_data()
        • ScheilCalculation.set_composition()
        • ScheilCalculation.set_composition_unit()
        • ScheilCalculation.set_start_temperature()
        • ScheilCalculation.with_calculation_type()
        • ScheilCalculation.with_options()
        • ScheilCalculation.with_system_modifications()
      • ScheilCalculationResult
        • ScheilCalculationResult.get_solid_phase_with_largest_mole_fraction()
        • ScheilCalculationResult.get_stable_phases()
        • ScheilCalculationResult.get_values_grouped_by_quantity_of()
        • ScheilCalculationResult.get_values_grouped_by_stable_phases_of()
        • ScheilCalculationResult.get_values_of()
        • ScheilCalculationResult.save_to_disk()
      • ScheilCalculationType
        • ScheilCalculationType.scheil_back_diffusion()
        • ScheilCalculationType.scheil_classic()
        • ScheilCalculationType.scheil_solute_trapping()
      • ScheilClassic
        • ScheilClassic.disable_delta_ferrite_to_austenite_transition()
        • ScheilClassic.enable_delta_ferrite_to_austenite_transition()
        • ScheilClassic.set_fast_diffusing_elements()
      • ScheilOptions
        • ScheilOptions.calculate_from_gas()
        • ScheilOptions.calculate_from_liquidus()
        • ScheilOptions.calculate_from_start_temperature()
        • ScheilOptions.calculate_to_end_of_scheil()
        • ScheilOptions.calculate_to_temperature_below_solidus()
        • ScheilOptions.disable_approximate_driving_force_for_metastable_phases()
        • ScheilOptions.disable_control_step_size_during_minimization()
        • ScheilOptions.disable_equilibrium_solidification_calculation()
        • ScheilOptions.disable_evaporation_property_calculation()
        • ScheilOptions.disable_force_positive_definite_phase_hessian()
        • ScheilOptions.enable_approximate_driving_force_for_metastable_phases()
        • ScheilOptions.enable_control_step_size_during_minimization()
        • ScheilOptions.enable_equilibrium_solidification_calculation()
        • ScheilOptions.enable_evaporation_property_calculation()
        • ScheilOptions.enable_force_positive_definite_phase_hessian()
        • ScheilOptions.set_gas_phase()
        • ScheilOptions.set_global_minimization_max_grid_points()
        • ScheilOptions.set_global_minimization_test_interval()
        • ScheilOptions.set_liquid_phase()
        • ScheilOptions.set_max_no_of_iterations()
        • ScheilOptions.set_required_accuracy()
        • ScheilOptions.set_smallest_fraction()
        • ScheilOptions.set_temperature_step()
        • ScheilOptions.terminate_on_fraction_of_liquid_phase()
        • ScheilOptions.terminate_on_temperature()
      • ScheilSoluteTrapping
        • ScheilSoluteTrapping.set_angle()
        • ScheilSoluteTrapping.set_primary_phasename()
        • ScheilSoluteTrapping.set_scanning_speed()
    • Module “step_or_map_diagrams”
      • AbstractAxisType
      • AbstractPhaseDiagramCalculation
        • AbstractPhaseDiagramCalculation.add_initial_equilibrium()
        • AbstractPhaseDiagramCalculation.calculate()
        • AbstractPhaseDiagramCalculation.disable_global_minimization()
        • AbstractPhaseDiagramCalculation.dont_keep_default_equilibria()
        • AbstractPhaseDiagramCalculation.enable_global_minimization()
        • AbstractPhaseDiagramCalculation.get_components()
        • AbstractPhaseDiagramCalculation.get_gibbs_energy_addition_for()
        • AbstractPhaseDiagramCalculation.get_system_data()
        • AbstractPhaseDiagramCalculation.keep_default_equilibria()
        • AbstractPhaseDiagramCalculation.remove_all_initial_equilibria()
        • AbstractPhaseDiagramCalculation.run_poly_command()
        • AbstractPhaseDiagramCalculation.set_gibbs_energy_addition_for()
        • AbstractPhaseDiagramCalculation.set_phase_to_dormant()
        • AbstractPhaseDiagramCalculation.set_phase_to_entered()
        • AbstractPhaseDiagramCalculation.set_phase_to_fixed()
        • AbstractPhaseDiagramCalculation.set_phase_to_suspended()
        • AbstractPhaseDiagramCalculation.with_options()
        • AbstractPhaseDiagramCalculation.with_reference_state()
        • AbstractPhaseDiagramCalculation.with_system_modifications()
      • AbstractPropertyDiagramCalculation
        • AbstractPropertyDiagramCalculation.calculate()
        • AbstractPropertyDiagramCalculation.disable_global_minimization()
        • AbstractPropertyDiagramCalculation.disable_step_separate_phases()
        • AbstractPropertyDiagramCalculation.enable_global_minimization()
        • AbstractPropertyDiagramCalculation.enable_step_separate_phases()
        • AbstractPropertyDiagramCalculation.get_components()
        • AbstractPropertyDiagramCalculation.get_gibbs_energy_addition_for()
        • AbstractPropertyDiagramCalculation.get_system_data()
        • AbstractPropertyDiagramCalculation.run_poly_command()
        • AbstractPropertyDiagramCalculation.set_gibbs_energy_addition_for()
        • AbstractPropertyDiagramCalculation.set_phase_to_dormant()
        • AbstractPropertyDiagramCalculation.set_phase_to_entered()
        • AbstractPropertyDiagramCalculation.set_phase_to_fixed()
        • AbstractPropertyDiagramCalculation.set_phase_to_suspended()
        • AbstractPropertyDiagramCalculation.with_options()
        • AbstractPropertyDiagramCalculation.with_reference_state()
        • AbstractPropertyDiagramCalculation.with_system_modifications()
      • AxisType
        • AxisType.linear()
        • AxisType.logarithmic()
      • CalculationAxis
        • CalculationAxis.set_max()
        • CalculationAxis.set_min()
        • CalculationAxis.set_start_at()
        • CalculationAxis.with_axis_type()
      • Direction
        • Direction.DECREASE_FIRST_AXIS
        • Direction.DECREASE_SECOND_AXIS
        • Direction.INCREASE_FIRST_AXIS
        • Direction.INCREASE_SECOND_AXIS
      • InitialEquilibrium
        • InitialEquilibrium.add_equilibria_at_all_phase_changes()
        • InitialEquilibrium.add_equilibria_at_first_phase_change()
        • InitialEquilibrium.set_direction()
      • Linear
        • Linear.get_type()
        • Linear.set_max_step_size()
        • Linear.set_min_nr_of_steps()
      • Logarithmic
        • Logarithmic.get_type()
        • Logarithmic.set_scale_factor()
      • PhaseDiagramCalculation
        • PhaseDiagramCalculation.add_initial_equilibrium()
        • PhaseDiagramCalculation.calculate()
        • PhaseDiagramCalculation.disable_global_minimization()
        • PhaseDiagramCalculation.dont_keep_default_equilibria()
        • PhaseDiagramCalculation.enable_global_minimization()
        • PhaseDiagramCalculation.get_components()
        • PhaseDiagramCalculation.get_gibbs_energy_addition_for()
        • PhaseDiagramCalculation.get_system_data()
        • PhaseDiagramCalculation.keep_default_equilibria()
        • PhaseDiagramCalculation.remove_all_conditions()
        • PhaseDiagramCalculation.remove_all_initial_equilibria()
        • PhaseDiagramCalculation.remove_condition()
        • PhaseDiagramCalculation.run_poly_command()
        • PhaseDiagramCalculation.set_condition()
        • PhaseDiagramCalculation.set_gibbs_energy_addition_for()
        • PhaseDiagramCalculation.set_phase_to_dormant()
        • PhaseDiagramCalculation.set_phase_to_entered()
        • PhaseDiagramCalculation.set_phase_to_fixed()
        • PhaseDiagramCalculation.set_phase_to_suspended()
        • PhaseDiagramCalculation.with_first_axis()
        • PhaseDiagramCalculation.with_options()
        • PhaseDiagramCalculation.with_reference_state()
        • PhaseDiagramCalculation.with_second_axis()
        • PhaseDiagramCalculation.with_system_modifications()
      • PhaseDiagramOptions
        • PhaseDiagramOptions.disable_approximate_driving_force_for_metastable_phases()
        • PhaseDiagramOptions.disable_control_step_size_during_minimization()
        • PhaseDiagramOptions.disable_force_positive_definite_phase_hessian()
        • PhaseDiagramOptions.dont_use_auto_start_points()
        • PhaseDiagramOptions.dont_use_inside_mesh_points()
        • PhaseDiagramOptions.enable_approximate_driving_force_for_metastable_phases()
        • PhaseDiagramOptions.enable_control_step_size_during_minimization()
        • PhaseDiagramOptions.enable_force_positive_definite_phase_hessian()
        • PhaseDiagramOptions.set_global_minimization_max_grid_points()
        • PhaseDiagramOptions.set_global_minimization_test_interval()
        • PhaseDiagramOptions.set_max_no_of_iterations()
        • PhaseDiagramOptions.set_no_of_mesh_along_axis()
        • PhaseDiagramOptions.set_required_accuracy()
        • PhaseDiagramOptions.set_smallest_fraction()
        • PhaseDiagramOptions.use_auto_start_points()
        • PhaseDiagramOptions.use_inside_mesh_points()
      • PhaseDiagramResult
        • PhaseDiagramResult.add_coordinate_for_phase_label()
        • PhaseDiagramResult.get_values_grouped_by_quantity_of()
        • PhaseDiagramResult.get_values_grouped_by_stable_phases_of()
        • PhaseDiagramResult.remove_phase_labels()
        • PhaseDiagramResult.save_to_disk()
        • PhaseDiagramResult.set_phase_name_style()
      • PhaseDiagramResultValues
        • PhaseDiagramResultValues.get_invariants()
        • PhaseDiagramResultValues.get_lines()
        • PhaseDiagramResultValues.get_phase_labels()
        • PhaseDiagramResultValues.get_tie_lines()
      • PhaseLabel
        • PhaseLabel.get_text()
        • PhaseLabel.get_x()
        • PhaseLabel.get_y()
      • PhaseNameStyle
        • PhaseNameStyle.ALL
        • PhaseNameStyle.CONSTITUTION_DESCRIPTION
        • PhaseNameStyle.NONE
        • PhaseNameStyle.ORDERING_DESCRIPTION
      • PropertyDiagramCalculation
        • PropertyDiagramCalculation.calculate()
        • PropertyDiagramCalculation.disable_global_minimization()
        • PropertyDiagramCalculation.disable_step_separate_phases()
        • PropertyDiagramCalculation.enable_global_minimization()
        • PropertyDiagramCalculation.enable_step_separate_phases()
        • PropertyDiagramCalculation.get_components()
        • PropertyDiagramCalculation.get_gibbs_energy_addition_for()
        • PropertyDiagramCalculation.get_system_data()
        • PropertyDiagramCalculation.remove_all_conditions()
        • PropertyDiagramCalculation.remove_condition()
        • PropertyDiagramCalculation.run_poly_command()
        • PropertyDiagramCalculation.set_condition()
        • PropertyDiagramCalculation.set_gibbs_energy_addition_for()
        • PropertyDiagramCalculation.set_phase_to_dormant()
        • PropertyDiagramCalculation.set_phase_to_entered()
        • PropertyDiagramCalculation.set_phase_to_fixed()
        • PropertyDiagramCalculation.set_phase_to_suspended()
        • PropertyDiagramCalculation.with_axis()
        • PropertyDiagramCalculation.with_options()
        • PropertyDiagramCalculation.with_reference_state()
        • PropertyDiagramCalculation.with_system_modifications()
      • PropertyDiagramOptions
        • PropertyDiagramOptions.disable_approximate_driving_force_for_metastable_phases()
        • PropertyDiagramOptions.disable_control_step_size_during_minimization()
        • PropertyDiagramOptions.disable_force_positive_definite_phase_hessian()
        • PropertyDiagramOptions.enable_approximate_driving_force_for_metastable_phases()
        • PropertyDiagramOptions.enable_control_step_size_during_minimization()
        • PropertyDiagramOptions.enable_force_positive_definite_phase_hessian()
        • PropertyDiagramOptions.set_global_minimization_max_grid_points()
        • PropertyDiagramOptions.set_global_minimization_test_interval()
        • PropertyDiagramOptions.set_max_no_of_iterations()
        • PropertyDiagramOptions.set_required_accuracy()
        • PropertyDiagramOptions.set_smallest_fraction()
      • PropertyDiagramResult
        • PropertyDiagramResult.get_values_grouped_by_quantity_of()
        • PropertyDiagramResult.get_values_grouped_by_stable_phases_of()
        • PropertyDiagramResult.get_values_of()
        • PropertyDiagramResult.save_to_disk()
        • PropertyDiagramResult.set_phase_name_style()
    • Module “diffusion”
      • AbstractBoundaryCondition
      • AbstractCalculatedGrid
      • AbstractElementProfile
      • AbstractGrid
      • AbstractSolver
      • ActivityFluxFunction
        • ActivityFluxFunction.get_type()
        • ActivityFluxFunction.set_flux_function()
      • AutomaticSolver
        • AutomaticSolver.get_type()
        • AutomaticSolver.set_flux_balance_equation_accuracy()
        • AutomaticSolver.set_tieline_search_variable_to_activity()
        • AutomaticSolver.set_tieline_search_variable_to_potential()
      • BoundaryCondition
        • BoundaryCondition.activity_flux_function()
        • BoundaryCondition.closed_system()
        • BoundaryCondition.fix_flux_value()
        • BoundaryCondition.fixed_compositions()
        • BoundaryCondition.mixed_zero_flux_and_activity()
      • CalculatedGrid
        • CalculatedGrid.double_geometric()
        • CalculatedGrid.geometric()
        • CalculatedGrid.linear()
      • ClassicSolver
        • ClassicSolver.get_type()
        • ClassicSolver.set_flux_balance_equation_accuracy()
        • ClassicSolver.set_tieline_search_variable_to_activity()
        • ClassicSolver.set_tieline_search_variable_to_potential()
      • ClosedSystem
        • ClosedSystem.get_type()
      • CompositionProfile
        • CompositionProfile.add()
      • ConstantProfile
        • ConstantProfile.get_type()
      • ContinuedDiffusionCalculation
        • ContinuedDiffusionCalculation.calculate()
        • ContinuedDiffusionCalculation.set_simulation_time()
        • ContinuedDiffusionCalculation.with_left_boundary_condition()
        • ContinuedDiffusionCalculation.with_options()
        • ContinuedDiffusionCalculation.with_right_boundary_condition()
        • ContinuedDiffusionCalculation.with_solver()
        • ContinuedDiffusionCalculation.with_timestep_control()
      • DiffusionCalculationResult
        • DiffusionCalculationResult.get_mass_fraction_at_lower_interface()
        • DiffusionCalculationResult.get_mass_fraction_at_upper_interface()
        • DiffusionCalculationResult.get_mass_fraction_of_component_at_time()
        • DiffusionCalculationResult.get_mass_fraction_of_phase_at_time()
        • DiffusionCalculationResult.get_mole_fraction_at_lower_interface()
        • DiffusionCalculationResult.get_mole_fraction_at_upper_interface()
        • DiffusionCalculationResult.get_mole_fraction_of_component_at_time()
        • DiffusionCalculationResult.get_mole_fraction_of_phase_at_time()
        • DiffusionCalculationResult.get_position_of_lower_boundary_of_region()
        • DiffusionCalculationResult.get_position_of_upper_boundary_of_region()
        • DiffusionCalculationResult.get_regions()
        • DiffusionCalculationResult.get_time_steps()
        • DiffusionCalculationResult.get_total_mass_fraction_of_component()
        • DiffusionCalculationResult.get_total_mass_fraction_of_component_in_phase()
        • DiffusionCalculationResult.get_total_mass_fraction_of_phase()
        • DiffusionCalculationResult.get_total_mole_fraction_of_component()
        • DiffusionCalculationResult.get_total_mole_fraction_of_component_in_phase()
        • DiffusionCalculationResult.get_total_mole_fraction_of_phase()
        • DiffusionCalculationResult.get_total_volume_fraction_of_phase()
        • DiffusionCalculationResult.get_values_of()
        • DiffusionCalculationResult.get_velocity_of_lower_boundary_of_region()
        • DiffusionCalculationResult.get_velocity_of_upper_boundary_of_region()
        • DiffusionCalculationResult.get_width_of_region()
        • DiffusionCalculationResult.save_to_disk()
        • DiffusionCalculationResult.with_continued_calculation()
      • DiffusionIsoThermalCalculation
        • DiffusionIsoThermalCalculation.add_console_command()
        • DiffusionIsoThermalCalculation.add_region()
        • DiffusionIsoThermalCalculation.calculate()
        • DiffusionIsoThermalCalculation.get_system_data()
        • DiffusionIsoThermalCalculation.remove_all_console_commands()
        • DiffusionIsoThermalCalculation.remove_all_regions()
        • DiffusionIsoThermalCalculation.set_simulation_time()
        • DiffusionIsoThermalCalculation.set_temperature()
        • DiffusionIsoThermalCalculation.with_cylindrical_geometry()
        • DiffusionIsoThermalCalculation.with_left_boundary_condition()
        • DiffusionIsoThermalCalculation.with_options()
        • DiffusionIsoThermalCalculation.with_planar_geometry()
        • DiffusionIsoThermalCalculation.with_reference_state()
        • DiffusionIsoThermalCalculation.with_right_boundary_condition()
        • DiffusionIsoThermalCalculation.with_solver()
        • DiffusionIsoThermalCalculation.with_spherical_geometry()
        • DiffusionIsoThermalCalculation.with_system_modifications()
        • DiffusionIsoThermalCalculation.with_timestep_control()
      • DiffusionNonIsoThermalCalculation
        • DiffusionNonIsoThermalCalculation.add_console_command()
        • DiffusionNonIsoThermalCalculation.add_region()
        • DiffusionNonIsoThermalCalculation.calculate()
        • DiffusionNonIsoThermalCalculation.get_system_data()
        • DiffusionNonIsoThermalCalculation.remove_all_console_commands()
        • DiffusionNonIsoThermalCalculation.remove_all_regions()
        • DiffusionNonIsoThermalCalculation.set_simulation_time()
        • DiffusionNonIsoThermalCalculation.with_cylindrical_geometry()
        • DiffusionNonIsoThermalCalculation.with_left_boundary_condition()
        • DiffusionNonIsoThermalCalculation.with_options()
        • DiffusionNonIsoThermalCalculation.with_planar_geometry()
        • DiffusionNonIsoThermalCalculation.with_reference_state()
        • DiffusionNonIsoThermalCalculation.with_right_boundary_condition()
        • DiffusionNonIsoThermalCalculation.with_solver()
        • DiffusionNonIsoThermalCalculation.with_spherical_geometry()
        • DiffusionNonIsoThermalCalculation.with_system_modifications()
        • DiffusionNonIsoThermalCalculation.with_temperature_profile()
        • DiffusionNonIsoThermalCalculation.with_timestep_control()
      • DoubleGeometricGrid
        • DoubleGeometricGrid.get_lower_geometrical_factor()
        • DoubleGeometricGrid.get_no_of_points()
        • DoubleGeometricGrid.get_type()
        • DoubleGeometricGrid.get_upper_geometrical_factor()
        • DoubleGeometricGrid.set_lower_geometrical_factor()
        • DoubleGeometricGrid.set_no_of_points()
        • DoubleGeometricGrid.set_upper_geometrical_factor()
      • ElementProfile
        • ElementProfile.constant()
        • ElementProfile.funct()
        • ElementProfile.linear()
        • ElementProfile.step()
      • FixFluxValue
        • FixFluxValue.get_type()
        • FixFluxValue.set_flux()
      • FixedCompositions
        • FixedCompositions.get_type()
        • FixedCompositions.set_composition()
      • FunctionProfile
        • FunctionProfile.get_type()
      • GeneralLowerHashinShtrikman
      • GeneralLowerHashinShtrikmanExcludedPhase
      • GeneralUpperHashinShtrikman
      • GeneralUpperHashinShtrikmanExcludedPhase
      • GeometricGrid
        • GeometricGrid.get_geometrical_factor()
        • GeometricGrid.get_no_of_points()
        • GeometricGrid.get_type()
        • GeometricGrid.set_geometrical_factor()
        • GeometricGrid.set_no_of_points()
      • GridPoint
        • GridPoint.add_composition()
      • HashinShtrikmanBoundMajority
      • HashinShtrikmanBoundMajorityExcludedPhase
      • HashinShtrikmanBoundPrescribed
      • HashinShtrikmanBoundPrescribedExcludedPhase
      • HomogenizationFunction
        • HomogenizationFunction.GENERAL_LOWER_HASHIN_SHTRIKMAN
        • HomogenizationFunction.GENERAL_UPPER_HASHIN_SHTRIKMAN
        • HomogenizationFunction.HASHIN_SHTRIKMAN_BOUND_MAJORITY
        • HomogenizationFunction.INVERSE_RULE_OF_MIXTURES
        • HomogenizationFunction.RULE_OF_MIXTURES
      • HomogenizationFunctions
        • HomogenizationFunctions.general_lower_hashin_shtrikman()
        • HomogenizationFunctions.general_lower_hashin_shtrikman_excluded_phase()
        • HomogenizationFunctions.general_upper_hashin_shtrikman()
        • HomogenizationFunctions.general_upper_hashin_shtrikman_excluded_phase()
        • HomogenizationFunctions.hashin_shtrikman_bound_majority()
        • HomogenizationFunctions.hashin_shtrikman_bound_majority_excluded_phase()
        • HomogenizationFunctions.hashin_shtrikman_bound_prescribed()
        • HomogenizationFunctions.hashin_shtrikman_bound_prescribed_excluded_phase()
        • HomogenizationFunctions.inverse_rule_of_mixtures()
        • HomogenizationFunctions.inverse_rule_of_mixtures_excluded_phase()
        • HomogenizationFunctions.labyrinth_factor_f()
        • HomogenizationFunctions.labyrinth_factor_f2()
        • HomogenizationFunctions.rule_of_mixtures()
        • HomogenizationFunctions.rule_of_mixtures_excluded_phase()
      • HomogenizationSolver
        • HomogenizationSolver.disable_global_minimization()
        • HomogenizationSolver.disable_interpolation_scheme()
        • HomogenizationSolver.enable_global_minimization()
        • HomogenizationSolver.get_type()
        • HomogenizationSolver.set_fraction_of_free_memory_to_use()
        • HomogenizationSolver.set_memory_to_use()
        • HomogenizationSolver.with_function()
        • HomogenizationSolver.with_linear_interpolation_scheme()
        • HomogenizationSolver.with_logarithmic_interpolation_scheme()
      • InverseRuleOfMixtures
      • InverseRuleOfMixturesExcludedPhase
      • LabyrinthFactorF
      • LabyrinthFactorF2
      • LinearGrid
        • LinearGrid.get_no_of_points()
        • LinearGrid.get_type()
        • LinearGrid.set_no_of_points()
      • LinearProfile
        • LinearProfile.get_type()
      • MixedZeroFluxAndActivity
        • MixedZeroFluxAndActivity.get_type()
        • MixedZeroFluxAndActivity.set_activity_for_element()
        • MixedZeroFluxAndActivity.set_zero_flux_for_element()
      • Options
        • Options.disable_forced_starting_values_in_equilibrium_calculations()
        • Options.disable_save_results_to_file()
        • Options.enable_automatic_forced_starting_values_in_eq_calculations()
        • Options.enable_forced_starting_values_in_equilibrium_calculations()
        • Options.enable_save_results_to_file()
        • Options.enable_time_integration_method_automatic()
        • Options.enable_time_integration_method_euler_backwards()
        • Options.enable_time_integration_method_trapezoidal()
        • Options.set_default_driving_force_for_phases_allowed_to_form_at_interf()
      • PointByPointGrid
        • PointByPointGrid.add_point()
        • PointByPointGrid.get_type()
      • Region
        • Region.add_phase()
        • Region.add_phase_allowed_to_form_at_left_interface()
        • Region.add_phase_allowed_to_form_at_right_interface()
        • Region.remove_all_phases()
        • Region.set_width()
        • Region.with_composition_profile()
        • Region.with_grid()
        • Region.with_point_by_point_grid_containing_compositions()
      • RuleOfMixtures
      • RuleOfMixturesExcludedPhase
      • SimulationTime
        • SimulationTime.FIRST
        • SimulationTime.LAST
      • Solver
        • Solver.automatic()
        • Solver.classic()
        • Solver.homogenization()
      • StepProfile
        • StepProfile.get_type()
      • TimestepControl
        • TimestepControl.disable_check_interface_position()
        • TimestepControl.enable_automatic_check_interface_position()
        • TimestepControl.enable_check_interface_position()
        • TimestepControl.set_initial_time_step()
        • TimestepControl.set_max_absolute_error()
        • TimestepControl.set_max_relative_error()
        • TimestepControl.set_max_timestep_allowed_as_percent_of_simulation_time()
        • TimestepControl.set_max_timestep_increase_factor()
        • TimestepControl.set_smallest_time_step_allowed()
      • Unit
        • Unit.MASS_FRACTION
        • Unit.MASS_PERCENT
        • Unit.MOLE_FRACTION
        • Unit.MOLE_PERCENT
        • Unit.U_FRACTION
    • Module “propertymodel”
      • PropertyModelCalculation
        • PropertyModelCalculation.calculate()
        • PropertyModelCalculation.get_argument_default()
        • PropertyModelCalculation.get_argument_description()
        • PropertyModelCalculation.get_arguments()
        • PropertyModelCalculation.get_dynamic_arguments()
        • PropertyModelCalculation.get_model_description()
        • PropertyModelCalculation.get_model_parameter_value()
        • PropertyModelCalculation.get_model_parameters()
        • PropertyModelCalculation.get_system_data()
        • PropertyModelCalculation.invoke_dynamic_argument()
        • PropertyModelCalculation.remove_all_conditions()
        • PropertyModelCalculation.remove_dependent_element()
        • PropertyModelCalculation.set_argument()
        • PropertyModelCalculation.set_composition()
        • PropertyModelCalculation.set_composition_unit()
        • PropertyModelCalculation.set_condition()
        • PropertyModelCalculation.set_dependent_element()
        • PropertyModelCalculation.set_model_parameter()
        • PropertyModelCalculation.set_temperature()
        • PropertyModelCalculation.with_system_modifications()
      • PropertyModelResult
        • PropertyModelResult.get_result_quantities()
        • PropertyModelResult.get_result_quantity_description()
        • PropertyModelResult.get_single_equilibrium_result()
        • PropertyModelResult.get_value_of()
        • PropertyModelResult.save_to_disk()
    • Module “material_to_material”
      • AbstractConstantCondition
      • AbstractMaterialToMaterialCalculationAxis
      • ConstantCondition
        • ConstantCondition.fraction_of_material_b()
        • ConstantCondition.temperature()
      • FractionOfMaterialBAxis
      • FractionOfMaterialBCondition
      • MaterialToMaterialCalculationAxis
        • MaterialToMaterialCalculationAxis.fraction_of_material_b()
        • MaterialToMaterialCalculationAxis.temperature()
      • MaterialToMaterialCalculationContainer
        • MaterialToMaterialCalculationContainer.with_phase_diagram_calculation()
        • MaterialToMaterialCalculationContainer.with_property_diagram_calculation()
        • MaterialToMaterialCalculationContainer.with_single_equilibrium_calculation()
      • MaterialToMaterialPhaseDiagramCalculation
        • MaterialToMaterialPhaseDiagramCalculation.add_initial_equilibrium()
        • MaterialToMaterialPhaseDiagramCalculation.calculate()
        • MaterialToMaterialPhaseDiagramCalculation.disable_global_minimization()
        • MaterialToMaterialPhaseDiagramCalculation.dont_keep_default_equilibria()
        • MaterialToMaterialPhaseDiagramCalculation.enable_global_minimization()
        • MaterialToMaterialPhaseDiagramCalculation.get_components()
        • MaterialToMaterialPhaseDiagramCalculation.get_gibbs_energy_addition_for()
        • MaterialToMaterialPhaseDiagramCalculation.get_system_data()
        • MaterialToMaterialPhaseDiagramCalculation.keep_default_equilibria()
        • MaterialToMaterialPhaseDiagramCalculation.remove_all_initial_equilibria()
        • MaterialToMaterialPhaseDiagramCalculation.run_poly_command()
        • MaterialToMaterialPhaseDiagramCalculation.set_activities()
        • MaterialToMaterialPhaseDiagramCalculation.set_composition_unit()
        • MaterialToMaterialPhaseDiagramCalculation.set_gibbs_energy_addition_for()
        • MaterialToMaterialPhaseDiagramCalculation.set_material_a()
        • MaterialToMaterialPhaseDiagramCalculation.set_material_b()
        • MaterialToMaterialPhaseDiagramCalculation.set_phase_to_dormant()
        • MaterialToMaterialPhaseDiagramCalculation.set_phase_to_entered()
        • MaterialToMaterialPhaseDiagramCalculation.set_phase_to_fixed()
        • MaterialToMaterialPhaseDiagramCalculation.set_phase_to_suspended()
        • MaterialToMaterialPhaseDiagramCalculation.set_pressure()
        • MaterialToMaterialPhaseDiagramCalculation.set_system_size()
        • MaterialToMaterialPhaseDiagramCalculation.with_first_axis()
        • MaterialToMaterialPhaseDiagramCalculation.with_options()
        • MaterialToMaterialPhaseDiagramCalculation.with_reference_state()
        • MaterialToMaterialPhaseDiagramCalculation.with_second_axis()
        • MaterialToMaterialPhaseDiagramCalculation.with_system_modifications()
      • MaterialToMaterialPhaseDiagramResult
        • MaterialToMaterialPhaseDiagramResult.add_coordinate_for_phase_label()
        • MaterialToMaterialPhaseDiagramResult.get_values_grouped_by_quantity_of()
        • MaterialToMaterialPhaseDiagramResult.get_values_grouped_by_stable_phases_of()
        • MaterialToMaterialPhaseDiagramResult.remove_phase_labels()
        • MaterialToMaterialPhaseDiagramResult.save_to_disk()
        • MaterialToMaterialPhaseDiagramResult.set_phase_name_style()
      • MaterialToMaterialPropertyDiagramCalculation
        • MaterialToMaterialPropertyDiagramCalculation.calculate()
        • MaterialToMaterialPropertyDiagramCalculation.disable_global_minimization()
        • MaterialToMaterialPropertyDiagramCalculation.disable_step_separate_phases()
        • MaterialToMaterialPropertyDiagramCalculation.enable_global_minimization()
        • MaterialToMaterialPropertyDiagramCalculation.enable_step_separate_phases()
        • MaterialToMaterialPropertyDiagramCalculation.get_components()
        • MaterialToMaterialPropertyDiagramCalculation.get_gibbs_energy_addition_for()
        • MaterialToMaterialPropertyDiagramCalculation.get_system_data()
        • MaterialToMaterialPropertyDiagramCalculation.run_poly_command()
        • MaterialToMaterialPropertyDiagramCalculation.set_activities()
        • MaterialToMaterialPropertyDiagramCalculation.set_composition_unit()
        • MaterialToMaterialPropertyDiagramCalculation.set_gibbs_energy_addition_for()
        • MaterialToMaterialPropertyDiagramCalculation.set_material_a()
        • MaterialToMaterialPropertyDiagramCalculation.set_material_b()
        • MaterialToMaterialPropertyDiagramCalculation.set_phase_to_dormant()
        • MaterialToMaterialPropertyDiagramCalculation.set_phase_to_entered()
        • MaterialToMaterialPropertyDiagramCalculation.set_phase_to_fixed()
        • MaterialToMaterialPropertyDiagramCalculation.set_phase_to_suspended()
        • MaterialToMaterialPropertyDiagramCalculation.set_pressure()
        • MaterialToMaterialPropertyDiagramCalculation.set_system_size()
        • MaterialToMaterialPropertyDiagramCalculation.with_axis()
        • MaterialToMaterialPropertyDiagramCalculation.with_constant_condition()
        • MaterialToMaterialPropertyDiagramCalculation.with_options()
        • MaterialToMaterialPropertyDiagramCalculation.with_reference_state()
        • MaterialToMaterialPropertyDiagramCalculation.with_system_modifications()
      • MaterialToMaterialPropertyDiagramResult
        • MaterialToMaterialPropertyDiagramResult.get_values_grouped_by_quantity_of()
        • MaterialToMaterialPropertyDiagramResult.get_values_grouped_by_stable_phases_of()
        • MaterialToMaterialPropertyDiagramResult.get_values_of()
        • MaterialToMaterialPropertyDiagramResult.save_to_disk()
        • MaterialToMaterialPropertyDiagramResult.set_phase_name_style()
      • MaterialToMaterialSingleEquilibriumCalculation
        • MaterialToMaterialSingleEquilibriumCalculation.calculate()
        • MaterialToMaterialSingleEquilibriumCalculation.disable_global_minimization()
        • MaterialToMaterialSingleEquilibriumCalculation.enable_global_minimization()
        • MaterialToMaterialSingleEquilibriumCalculation.get_components()
        • MaterialToMaterialSingleEquilibriumCalculation.get_gibbs_energy_addition_for()
        • MaterialToMaterialSingleEquilibriumCalculation.get_system_data()
        • MaterialToMaterialSingleEquilibriumCalculation.run_poly_command()
        • MaterialToMaterialSingleEquilibriumCalculation.set_activities()
        • MaterialToMaterialSingleEquilibriumCalculation.set_component_to_entered()
        • MaterialToMaterialSingleEquilibriumCalculation.set_component_to_suspended()
        • MaterialToMaterialSingleEquilibriumCalculation.set_composition_unit()
        • MaterialToMaterialSingleEquilibriumCalculation.set_gibbs_energy_addition_for()
        • MaterialToMaterialSingleEquilibriumCalculation.set_material_a()
        • MaterialToMaterialSingleEquilibriumCalculation.set_material_b()
        • MaterialToMaterialSingleEquilibriumCalculation.set_phase_to_dormant()
        • MaterialToMaterialSingleEquilibriumCalculation.set_phase_to_entered()
        • MaterialToMaterialSingleEquilibriumCalculation.set_phase_to_fixed()
        • MaterialToMaterialSingleEquilibriumCalculation.set_phase_to_suspended()
        • MaterialToMaterialSingleEquilibriumCalculation.set_pressure()
        • MaterialToMaterialSingleEquilibriumCalculation.set_system_size()
        • MaterialToMaterialSingleEquilibriumCalculation.with_first_constant_condition()
        • MaterialToMaterialSingleEquilibriumCalculation.with_options()
        • MaterialToMaterialSingleEquilibriumCalculation.with_reference_state()
        • MaterialToMaterialSingleEquilibriumCalculation.with_second_constant_condition()
        • MaterialToMaterialSingleEquilibriumCalculation.with_system_modifications()
      • MaterialToMaterialSingleEquilibriumResult
        • MaterialToMaterialSingleEquilibriumResult.change_pressure()
        • MaterialToMaterialSingleEquilibriumResult.change_temperature()
        • MaterialToMaterialSingleEquilibriumResult.get_components()
        • MaterialToMaterialSingleEquilibriumResult.get_conditions()
        • MaterialToMaterialSingleEquilibriumResult.get_phases()
        • MaterialToMaterialSingleEquilibriumResult.get_stable_phases()
        • MaterialToMaterialSingleEquilibriumResult.get_value_of()
        • MaterialToMaterialSingleEquilibriumResult.run_poly_command()
        • MaterialToMaterialSingleEquilibriumResult.save_to_disk()
      • TemperatureAxis
      • TemperatureCondition
    • Package “process_metallurgy”
      • Module “base”
        • AbstractAddition
        • ActivityReference
        • PhaseGroup
        • ProcessDatabase
        • ProcessMetallurgyOptions
        • ProcessMinimizationPolicy
        • SlagProperty
        • SlagType
      • Module “equilibrium”
        • AbstractEquilibriumAddition
        • AdiabaticEquilibriumCalculation
        • EquilibriumAddition
        • EquilibriumCalculation
        • EquilibriumGasAddition
        • EquilibriumResult
        • IsoThermalEquilibriumCalculation
      • Module “process”
        • AbstractContinuousAddition
        • AbstractProcessAddition
        • AbstractSingleTimeAddition
        • BulkZone
        • ContinuousAddition
        • ContinuousGasAddition
        • ExhaustGasResult
        • MassTransferCoefficients
        • MetalBulkZone
        • ProcessSimulationCalculation
        • ProcessSimulationResult
        • ReactionZone
        • SingleTimeAddition
        • SingleTimeGasAddition
        • SlagBulkZone
        • TransferOfPhaseGroup
        • Zone
    • Module “additive_manufacturing”
      • AdditiveManufacturingCalculation
        • AdditiveManufacturingCalculation.disable_fluid_flow_marangoni()
        • AdditiveManufacturingCalculation.disable_separate_materials()
        • AdditiveManufacturingCalculation.enable_fluid_flow_marangoni()
        • AdditiveManufacturingCalculation.enable_separate_materials()
        • AdditiveManufacturingCalculation.get_configuration_as_string()
        • AdditiveManufacturingCalculation.invalidate()
        • AdditiveManufacturingCalculation.set_ambient_temperature()
        • AdditiveManufacturingCalculation.set_base_plate_temperature()
        • AdditiveManufacturingCalculation.set_gas_pressure()
        • AdditiveManufacturingCalculation.set_height()
        • AdditiveManufacturingCalculation.set_layer_thickness()
        • AdditiveManufacturingCalculation.set_powder_density()
        • AdditiveManufacturingCalculation.with_heat_source()
        • AdditiveManufacturingCalculation.with_material_properties()
        • AdditiveManufacturingCalculation.with_mesh()
        • AdditiveManufacturingCalculation.with_numerical_options()
        • AdditiveManufacturingCalculation.with_top_boundary_conditions()
      • AdditiveManufacturingResult
        • AdditiveManufacturingResult.get_pyvista_mesh()
        • AdditiveManufacturingResult.get_pyvista_plotter()
        • AdditiveManufacturingResult.get_result_file_path()
      • Automatic
        • Automatic.get_type()
        • Automatic.set_max_number_of_files_stored()
        • Automatic.set_saving_interval_strategy()
        • Automatic.store_unlimited_number_of_files()
      • AutomaticSavingIntervalStrategy
        • AutomaticSavingIntervalStrategy.EXPONENTIALLY_INCREASING
        • AutomaticSavingIntervalStrategy.LINEAR
      • BiDirectionalScanningStrategy
        • BiDirectionalScanningStrategy.get_type()
        • BiDirectionalScanningStrategy.set_angle()
        • BiDirectionalScanningStrategy.set_hatch_spacing()
        • BiDirectionalScanningStrategy.set_lift_time()
        • BiDirectionalScanningStrategy.set_margin()
        • BiDirectionalScanningStrategy.set_number_of_layers()
        • BiDirectionalScanningStrategy.set_powder_fill_time()
      • CalibratedConicalHeatSource
        • CalibratedConicalHeatSource.get_absorptivity()
        • CalibratedConicalHeatSource.get_hi()
        • CalibratedConicalHeatSource.get_re()
        • CalibratedConicalHeatSource.get_ri()
        • CalibratedConicalHeatSource.get_type()
        • CalibratedConicalHeatSource.set_power()
        • CalibratedConicalHeatSource.set_scanning_speed()
      • CalibratedDoubleEllipsoidalHeatSource
        • CalibratedDoubleEllipsoidalHeatSource.get_absorptivity()
        • CalibratedDoubleEllipsoidalHeatSource.get_af()
        • CalibratedDoubleEllipsoidalHeatSource.get_ar()
        • CalibratedDoubleEllipsoidalHeatSource.get_b()
        • CalibratedDoubleEllipsoidalHeatSource.get_c()
        • CalibratedDoubleEllipsoidalHeatSource.get_type()
        • CalibratedDoubleEllipsoidalHeatSource.set_power()
        • CalibratedDoubleEllipsoidalHeatSource.set_scanning_speed()
      • CalibratedGaussianHeatSource
        • CalibratedGaussianHeatSource.get_absorptivity()
        • CalibratedGaussianHeatSource.get_beam_radius()
        • CalibratedGaussianHeatSource.get_type()
        • CalibratedGaussianHeatSource.set_power()
        • CalibratedGaussianHeatSource.set_scanning_speed()
      • CalibratedHeatSource
        • CalibratedHeatSource.set_power()
        • CalibratedHeatSource.set_scanning_speed()
      • CoarseMesh
      • ConicalHeatSource
        • ConicalHeatSource.get_type()
        • ConicalHeatSource.set_absorptivity()
        • ConicalHeatSource.set_hi()
        • ConicalHeatSource.set_power()
        • ConicalHeatSource.set_re()
        • ConicalHeatSource.set_ri()
        • ConicalHeatSource.set_scanning_speed()
      • CustomMesh
      • DEFAULT_CAMERA
      • DoubleEllipsoidalHeatSource
        • DoubleEllipsoidalHeatSource.get_type()
        • DoubleEllipsoidalHeatSource.set_absorptivity()
        • DoubleEllipsoidalHeatSource.set_af()
        • DoubleEllipsoidalHeatSource.set_ar()
        • DoubleEllipsoidalHeatSource.set_b()
        • DoubleEllipsoidalHeatSource.set_c()
        • DoubleEllipsoidalHeatSource.set_power()
        • DoubleEllipsoidalHeatSource.set_scanning_speed()
      • EveryNthTimeStep
        • EveryNthTimeStep.get_type()
        • EveryNthTimeStep.set_n()
      • EveryTimeInterval
        • EveryTimeInterval.get_type()
        • EveryTimeInterval.set_time_interval()
      • FileSavingStrategy
        • FileSavingStrategy.automatic()
        • FileSavingStrategy.every_n_th_time_step()
        • FileSavingStrategy.every_time_interval()
      • FineMesh
      • GaussianHeatSource
        • GaussianHeatSource.disable_keyhole_model()
        • GaussianHeatSource.get_type()
        • GaussianHeatSource.set_absorptivity()
        • GaussianHeatSource.set_beam_radius()
        • GaussianHeatSource.set_power()
        • GaussianHeatSource.set_scanning_speed()
        • GaussianHeatSource.with_keyhole_model()
      • HeatSource
        • HeatSource.conical()
        • HeatSource.conical_from_library()
        • HeatSource.double_ellipsoidal()
        • HeatSource.double_ellipsoidal_from_library()
        • HeatSource.from_library()
        • HeatSource.gaussian()
        • HeatSource.gaussian_from_library()
        • HeatSource.get_available_calibrated_heat_source_names()
        • HeatSource.get_calibrated_heatsource_names()
        • HeatSource.get_path_of_calibrated_heatsource()
      • HeatSourceType
        • HeatSourceType.CONICAL
        • HeatSourceType.DOUBLE_ELLIPSOIDAL
        • HeatSourceType.GAUSSIAN
      • KeyholeModel
        • KeyholeModel.set_rayleigh_length()
      • LibraryMaterialProperties
      • MaterialProperties
        • MaterialProperties.delete_library()
        • MaterialProperties.from_library()
        • MaterialProperties.from_scheil_result()
        • MaterialProperties.get_all_library_names()
        • MaterialProperties.get_average_material_property_in_range()
        • MaterialProperties.get_evaporation_temperature()
        • MaterialProperties.get_liquidus_temperature()
        • MaterialProperties.get_name()
        • MaterialProperties.get_smoothed_values_for_material_property()
        • MaterialProperties.get_smoothing_for()
        • MaterialProperties.get_solidification_temperature()
        • MaterialProperties.rename_as_library()
        • MaterialProperties.save_as_library()
        • MaterialProperties.save_library()
        • MaterialProperties.set_smoothing_for_all_properties()
        • MaterialProperties.set_smoothing_for_property()
      • MaterialProperty
        • MaterialProperty.CP
        • MaterialProperty.DENSITY
        • MaterialProperty.DRIVING_FORCE_EVAPORATION
        • MaterialProperty.DYNAMIC_VISCOSITY
        • MaterialProperty.ENTHALPY_PER_KG
        • MaterialProperty.ENTHALPY_PER_MOLE
        • MaterialProperty.EVAPORATION_ENTHALPY
        • MaterialProperty.MOLAR_MASS_OF_GAS
        • MaterialProperty.MOLAR_VOLUME
        • MaterialProperty.SURFACE_TENSION
        • MaterialProperty.THERMAL_CONDUCTIVITY
      • MaterialType
        • MaterialType.LIQUID
        • MaterialType.POWDER
        • MaterialType.SHOW_ALL
        • MaterialType.SOLID
        • MaterialType.SOLID_AND_LIQUID
        • MaterialType.SOLID_AND_POWDER
      • MediumMesh
      • Mesh
        • Mesh.coarse()
        • Mesh.custom()
        • Mesh.fine()
        • Mesh.medium()
      • NumericalOptions
        • NumericalOptions.disable_damping()
        • NumericalOptions.disable_petrov_galerkin()
        • NumericalOptions.enable_petrov_galerkin()
        • NumericalOptions.get_options()
        • NumericalOptions.set_damping_factor()
        • NumericalOptions.set_number_of_cores()
        • NumericalOptions.with_file_saving_strategy()
      • ProbeCoordinate
      • Scalar
        • Scalar.MATERIAL_TYPE
        • Scalar.MOLAR_VOLUME
        • Scalar.SURFACE_TENSION
        • Scalar.TEMPERATURE
        • Scalar.THERMAL_CONDUCTIVITY
        • Scalar.VOLUME_FRACTION_LIQUID
      • ScanningStrategy
        • ScanningStrategy.bi_directional()
        • ScanningStrategy.single_track()
        • ScanningStrategy.uni_directional()
      • ScheilMaterialProperties
      • SingleTrackScanningStrategy
        • SingleTrackScanningStrategy.get_type()
        • SingleTrackScanningStrategy.set_margin()
        • SingleTrackScanningStrategy.set_number_of_layers()
        • SingleTrackScanningStrategy.set_powder_fill_time()
      • Smoothing
        • Smoothing.CONSTANT
        • Smoothing.LARGE
        • Smoothing.LINEAR
        • Smoothing.LITTLE
        • Smoothing.MEDIUM
        • Smoothing.NONE
      • SteadyStateCalculation
        • SteadyStateCalculation.calculate()
      • SteadyStateResult
        • SteadyStateResult.get_heat_affected_zone_depth()
        • SteadyStateResult.get_heat_affected_zone_length()
        • SteadyStateResult.get_heat_affected_zone_width()
        • SteadyStateResult.get_keyhole_depth()
        • SteadyStateResult.get_keyhole_length()
        • SteadyStateResult.get_keyhole_width()
        • SteadyStateResult.get_meltpool_depth()
        • SteadyStateResult.get_meltpool_length()
        • SteadyStateResult.get_meltpool_width()
        • SteadyStateResult.has_keyhole()
      • TopBoundaryConditions
        • TopBoundaryConditions.disable_evaporation()
        • TopBoundaryConditions.enable_evaporation()
        • TopBoundaryConditions.set_convective_heat_coefficient()
        • TopBoundaryConditions.set_radiation_emissivity()
      • TransientCalculation
        • TransientCalculation.add_probe()
        • TransientCalculation.calculate()
        • TransientCalculation.remove_all_probes()
        • TransientCalculation.remove_probe()
        • TransientCalculation.set_length()
        • TransientCalculation.set_width()
        • TransientCalculation.with_scanning_strategy()
      • TransientResult
        • TransientResult.get_temperatures_at_probe()
      • TransientWithSteadyStateCalculation
        • TransientWithSteadyStateCalculation.add_probe()
        • TransientWithSteadyStateCalculation.calculate()
        • TransientWithSteadyStateCalculation.disable_fluid_flow_marangoni()
        • TransientWithSteadyStateCalculation.disable_separate_materials()
        • TransientWithSteadyStateCalculation.enable_fluid_flow_marangoni()
        • TransientWithSteadyStateCalculation.enable_separate_materials()
        • TransientWithSteadyStateCalculation.remove_all_probes()
        • TransientWithSteadyStateCalculation.remove_probe()
        • TransientWithSteadyStateCalculation.set_ambient_temperature()
        • TransientWithSteadyStateCalculation.set_base_plate_temperature()
        • TransientWithSteadyStateCalculation.set_gas_pressure()
        • TransientWithSteadyStateCalculation.set_height()
        • TransientWithSteadyStateCalculation.set_layer_thickness()
        • TransientWithSteadyStateCalculation.set_length()
        • TransientWithSteadyStateCalculation.set_powder_density()
        • TransientWithSteadyStateCalculation.set_width()
        • TransientWithSteadyStateCalculation.with_heat_source()
        • TransientWithSteadyStateCalculation.with_material_properties()
        • TransientWithSteadyStateCalculation.with_mesh()
        • TransientWithSteadyStateCalculation.with_numerical_options()
        • TransientWithSteadyStateCalculation.with_scanning_strategy()
        • TransientWithSteadyStateCalculation.with_top_boundary_conditions()
      • UniDirectionalScanningStrategy
        • UniDirectionalScanningStrategy.get_type()
        • UniDirectionalScanningStrategy.set_angle()
        • UniDirectionalScanningStrategy.set_hatch_spacing()
        • UniDirectionalScanningStrategy.set_lift_time()
        • UniDirectionalScanningStrategy.set_margin()
        • UniDirectionalScanningStrategy.set_number_of_layers()
        • UniDirectionalScanningStrategy.set_powder_fill_time()
      • Zone
        • Zone.LIQUID
        • Zone.MUSHY
        • Zone.SOLID
        • Zone.VAPOR
  • Module “system”
    • MultiDatabaseSystemBuilder
      • MultiDatabaseSystemBuilder.create_and_select_species()
      • MultiDatabaseSystemBuilder.deselect_constituent_on_sublattice()
      • MultiDatabaseSystemBuilder.deselect_phase()
      • MultiDatabaseSystemBuilder.deselect_species()
      • MultiDatabaseSystemBuilder.get_system()
      • MultiDatabaseSystemBuilder.select_constituent_on_sublattice()
      • MultiDatabaseSystemBuilder.select_phase()
      • MultiDatabaseSystemBuilder.select_species()
      • MultiDatabaseSystemBuilder.with_new_composition_set()
      • MultiDatabaseSystemBuilder.without_default_phases()
    • System
      • System.convert_composition()
      • System.get_all_elements_in_databases()
      • System.get_all_phases_in_databases()
      • System.get_all_species_in_databases()
      • System.get_database_names()
      • System.get_element_object()
      • System.get_elements_in_system()
      • System.get_phase_object()
      • System.get_phases_in_system()
      • System.get_references()
      • System.get_species_in_system()
      • System.get_species_object()
      • System.get_system_data()
      • System.with_batch_equilibrium_calculation()
      • System.with_cct_precipitation_calculation()
      • System.with_isothermal_diffusion_calculation()
      • System.with_isothermal_precipitation_calculation()
      • System.with_material_to_material()
      • System.with_non_isothermal_diffusion_calculation()
      • System.with_non_isothermal_precipitation_calculation()
      • System.with_phase_diagram_calculation()
      • System.with_property_diagram_calculation()
      • System.with_property_model_calculation()
      • System.with_scheil_calculation()
      • System.with_single_equilibrium_calculation()
      • System.with_ttt_precipitation_calculation()
    • SystemBuilder
      • SystemBuilder.create_and_select_species()
      • SystemBuilder.deselect_constituent_on_sublattice()
      • SystemBuilder.deselect_phase()
      • SystemBuilder.deselect_species()
      • SystemBuilder.get_system()
      • SystemBuilder.select_constituent_on_sublattice()
      • SystemBuilder.select_database_and_elements()
      • SystemBuilder.select_phase()
      • SystemBuilder.select_species()
      • SystemBuilder.select_user_database_and_elements()
      • SystemBuilder.with_new_composition_set()
      • SystemBuilder.without_default_phases()
  • Module “entities”
    • CompositionSet
      • CompositionSet.set_major_constituents_for_sublattice()
    • Element
      • Element.get_enthalpy()
      • Element.get_entropy_diff_0_to_298k()
      • Element.get_molar_mass()
      • Element.get_name()
      • Element.get_stable_element_reference()
      • Element.is_interstitial()
      • Element.is_special()
      • Element.is_valid()
    • Phase
      • Phase.get_name()
      • Phase.get_species()
      • Phase.get_species_for_composition_profile()
      • Phase.get_sublattices()
      • Phase.get_type()
      • Phase.has_diffusion_data()
      • Phase.has_molar_volume_data()
      • Phase.is_dilute_diffusion_model()
      • Phase.is_gas()
      • Phase.is_ionic_liquid()
      • Phase.is_liquid()
      • Phase.is_solid()
    • PhaseType
      • PhaseType.GAS
      • PhaseType.IONIC_LIQUID
      • PhaseType.LIQUID
      • PhaseType.SOLID
    • Species
      • Species.get_all_elements()
      • Species.get_charge()
      • Species.get_name()
      • Species.is_element()
      • Species.is_interstitial()
      • Species.is_special()
      • Species.is_valid()
      • Species.to_element()
    • Sublattice
      • Sublattice.get_constituents()
      • Sublattice.get_nr_of_sites()
  • Module “server”
    • AdditiveManufacturingCalculations
      • AdditiveManufacturingCalculations.with_steady_state_calculation()
      • AdditiveManufacturingCalculations.with_transient_calculation()
      • AdditiveManufacturingCalculations.with_transient_with_steady_state_calculation()
    • LoggingPolicy
      • LoggingPolicy.FILE
      • LoggingPolicy.NONE
      • LoggingPolicy.SCREEN
    • MetallurgyCalculations
      • MetallurgyCalculations.with_adiabatic_equilibrium_calculation()
      • MetallurgyCalculations.with_adiabatic_process_calculation()
      • MetallurgyCalculations.with_isothermal_equilibrium_calculation()
    • ResultLoader
      • ResultLoader.diffusion()
      • ResultLoader.phase_diagram()
      • ResultLoader.precipitation_TTT_or_CCT()
      • ResultLoader.precipitation_single()
      • ResultLoader.property_diagram()
      • ResultLoader.property_model()
      • ResultLoader.scheil()
      • ResultLoader.single_equilibrium()
    • SetUp
      • SetUp.disable_caching()
      • SetUp.get_database_info()
      • SetUp.get_database_path_on_disk()
      • SetUp.get_databases()
      • SetUp.get_property_models()
      • SetUp.load_result_from_disk()
      • SetUp.select_database_and_elements()
      • SetUp.select_thermodynamic_and_kinetic_databases_with_elements()
      • SetUp.select_user_database_and_elements()
      • SetUp.set_cache_folder()
      • SetUp.set_ges_version()
      • SetUp.set_log_level_to_debug()
      • SetUp.set_log_level_to_info()
      • SetUp.with_additive_manufacturing()
      • SetUp.with_metallurgy()
    • TCPython
    • start_api_server()
    • start_matlab_server()
    • stop_api_server()
  • Module “quantity_factory”
    • DiffusionQuantity
      • DiffusionQuantity.activity_of_component()
      • DiffusionQuantity.chemical_diffusion_coefficient()
      • DiffusionQuantity.chemical_potential_of_component()
      • DiffusionQuantity.distance()
      • DiffusionQuantity.intrinsic_diffusion_coefficient()
      • DiffusionQuantity.l_bis()
      • DiffusionQuantity.mass_fraction_of_a_component()
      • DiffusionQuantity.mass_fraction_of_a_phase()
      • DiffusionQuantity.mobility_of_component_in_phase()
      • DiffusionQuantity.mole_fraction_of_a_component()
      • DiffusionQuantity.mole_fraction_of_a_phase()
      • DiffusionQuantity.position_of_lower_boundary_of_region()
      • DiffusionQuantity.position_of_upper_boundary_of_region()
      • DiffusionQuantity.temperature()
      • DiffusionQuantity.thermodynamic_factor()
      • DiffusionQuantity.time()
      • DiffusionQuantity.total_mass_fraction_of_component()
      • DiffusionQuantity.total_mass_fraction_of_component_in_phase()
      • DiffusionQuantity.total_mass_fraction_of_phase()
      • DiffusionQuantity.total_mole_fraction_of_component()
      • DiffusionQuantity.total_mole_fraction_of_component_in_phase()
      • DiffusionQuantity.total_volume_fraction_of_phase()
      • DiffusionQuantity.tracer_diffusion_coefficient()
      • DiffusionQuantity.u_fraction_of_a_component()
      • DiffusionQuantity.user_defined_function()
      • DiffusionQuantity.velocity_of_lower_boundary_of_region()
      • DiffusionQuantity.velocity_of_upper_boundary_of_region()
      • DiffusionQuantity.width_of_region()
    • IndependentVariable
      • IndependentVariable.distance()
      • IndependentVariable.time()
    • PlotCondition
      • PlotCondition.distance()
      • PlotCondition.integral()
      • PlotCondition.interface()
      • PlotCondition.time()
    • ScheilQuantity
      • ScheilQuantity.apparent_heat_capacity_per_gram()
      • ScheilQuantity.apparent_heat_capacity_per_mole()
      • ScheilQuantity.apparent_volumetric_thermal_expansion_coefficient()
      • ScheilQuantity.average_composition_of_solid_phases_as_mass_fraction()
      • ScheilQuantity.average_composition_of_solid_phases_as_mole_fraction()
      • ScheilQuantity.composition_of_phase_as_mole_fraction()
      • ScheilQuantity.composition_of_phase_as_weight_fraction()
      • ScheilQuantity.density_of_phase()
      • ScheilQuantity.density_of_system()
      • ScheilQuantity.distribution_of_component_of_phase()
      • ScheilQuantity.driving_force_for_evaporation()
      • ScheilQuantity.dynamic_viscosity()
      • ScheilQuantity.electric_conductivity()
      • ScheilQuantity.electric_conductivity_of_phase()
      • ScheilQuantity.electric_resistivity()
      • ScheilQuantity.electric_resistivity_of_phase()
      • ScheilQuantity.evaporation_enthalpy()
      • ScheilQuantity.heat_per_gram()
      • ScheilQuantity.heat_per_mole()
      • ScheilQuantity.kinematic_viscosity()
      • ScheilQuantity.latent_heat_per_gram()
      • ScheilQuantity.latent_heat_per_mole()
      • ScheilQuantity.mass_fraction_of_a_solid_phase()
      • ScheilQuantity.mass_fraction_of_all_liquid()
      • ScheilQuantity.mass_fraction_of_all_solid_phases()
      • ScheilQuantity.molar_mass_of_gas()
      • ScheilQuantity.molar_volume_of_phase()
      • ScheilQuantity.molar_volume_of_system()
      • ScheilQuantity.mole_fraction_of_a_solid_phase()
      • ScheilQuantity.mole_fraction_of_all_liquid()
      • ScheilQuantity.mole_fraction_of_all_solid_phases()
      • ScheilQuantity.site_fraction_of_component_in_phase()
      • ScheilQuantity.surface_tension()
      • ScheilQuantity.temperature()
      • ScheilQuantity.thermal_conductivity()
      • ScheilQuantity.thermal_conductivity_of_phase()
      • ScheilQuantity.thermal_diffusivity()
      • ScheilQuantity.thermal_diffusivity_of_phase()
      • ScheilQuantity.thermal_resistivity()
      • ScheilQuantity.thermal_resistivity_of_phase()
      • ScheilQuantity.volume_fraction_of_a_solid_phase()
      • ScheilQuantity.volume_fraction_of_all_liquid()
      • ScheilQuantity.volume_fraction_of_all_solid_phases()
    • ThermodynamicQuantity
      • ThermodynamicQuantity.activity_of_component()
      • ThermodynamicQuantity.bulk_modulus()
      • ThermodynamicQuantity.chemical_diffusion_coefficient()
      • ThermodynamicQuantity.chemical_potential_of_component()
      • ThermodynamicQuantity.composition_of_phase_as_mole_fraction()
      • ThermodynamicQuantity.composition_of_phase_as_weight_fraction()
      • ThermodynamicQuantity.dynamic_viscosity()
      • ThermodynamicQuantity.electric_conductivity()
      • ThermodynamicQuantity.electric_conductivity_of_phase()
      • ThermodynamicQuantity.electric_resistivity()
      • ThermodynamicQuantity.electric_resistivity_of_phase()
      • ThermodynamicQuantity.gibbs_energy_of_a_phase()
      • ThermodynamicQuantity.kinematic_viscosity()
      • ThermodynamicQuantity.mass_fraction_of_a_component()
      • ThermodynamicQuantity.mass_fraction_of_a_phase()
      • ThermodynamicQuantity.molar_volume_of_phase()
      • ThermodynamicQuantity.molar_volume_of_system()
      • ThermodynamicQuantity.mole_fraction_of_a_component()
      • ThermodynamicQuantity.mole_fraction_of_a_phase()
      • ThermodynamicQuantity.normalized_driving_force_of_a_phase()
      • ThermodynamicQuantity.pressure()
      • ThermodynamicQuantity.shear_modulus()
      • ThermodynamicQuantity.surface_tension()
      • ThermodynamicQuantity.system_size()
      • ThermodynamicQuantity.temperature()
      • ThermodynamicQuantity.thermal_conductivity()
      • ThermodynamicQuantity.thermal_conductivity_of_phase()
      • ThermodynamicQuantity.thermal_diffusivity()
      • ThermodynamicQuantity.thermal_diffusivity_of_phase()
      • ThermodynamicQuantity.thermal_resistivity()
      • ThermodynamicQuantity.thermal_resistivity_of_phase()
      • ThermodynamicQuantity.tracer_diffusion_coefficient()
      • ThermodynamicQuantity.u_fraction_of_a_component()
      • ThermodynamicQuantity.user_defined_function()
      • ThermodynamicQuantity.volume_fraction_of_a_phase()
      • ThermodynamicQuantity.youngs_modulus()
  • Module “utils”
    • CompositionType
      • CompositionType.COMPONENT
      • CompositionType.ELEMENT
    • CompositionUnit
      • CompositionUnit.MASS_FRACTION
      • CompositionUnit.MASS_PERCENT
      • CompositionUnit.MOLE_FRACTION
      • CompositionUnit.MOLE_PERCENT
    • ConversionUnit
      • ConversionUnit.MOLE_FRACTION
      • ConversionUnit.MOLE_PERCENT
      • ConversionUnit.WEIGHT_FRACTION
      • ConversionUnit.WEIGHT_PERCENT
    • GasAmountUnit
      • GasAmountUnit.KILOGRAM
      • GasAmountUnit.NORM_CUBIC_METER
    • GasCompositionUnit
      • GasCompositionUnit.MASS_FRACTION
      • GasCompositionUnit.MASS_PERCENT
      • GasCompositionUnit.MOLE_FRACTION
      • GasCompositionUnit.MOLE_PERCENT
      • GasCompositionUnit.VOLUME_FRACTION
      • GasCompositionUnit.VOLUME_PERCENT
    • GasRateUnit
      • GasRateUnit.KILOGRAM_PER_SEC
      • GasRateUnit.NORM_CUBIC_METER_PER_SEC
    • InterfacePosition
      • InterfacePosition.LOWER
      • InterfacePosition.UPPER
    • PhaseUnit
      • PhaseUnit.MASS_FRACTION
      • PhaseUnit.MOLE_FRACTION
      • PhaseUnit.VOLUME_FRACTION
    • ResultValueGroup
      • ResultValueGroup.get_label()
      • ResultValueGroup.get_x()
      • ResultValueGroup.get_y()
    • TemperatureProfile
      • TemperatureProfile.add_time_temperature()
  • Module “propertymodel_sdk”
    • CCTResult
      • CCTResult.add_time_temperature()
      • CCTResult.temperature_suffix
      • CCTResult.time_suffix
    • CCTResultValues
      • CCTResultValues.set_result_time_temperature()
    • CalculationContext
      • CalculationContext.get_argument_ids()
      • CalculationContext.get_dependent_component()
      • CalculationContext.get_element_names_in_camel_case()
      • CalculationContext.get_mass_fractions()
      • CalculationContext.get_mass_percents()
      • CalculationContext.get_model_path()
      • CalculationContext.get_mole_fractions()
      • CalculationContext.get_mole_percents()
      • CalculationContext.get_temperature()
      • CalculationContext.get_ui_boolean_value()
      • CalculationContext.get_ui_condition_list()
      • CalculationContext.get_ui_float_value()
      • CalculationContext.get_ui_list_value()
      • CalculationContext.get_ui_string_value()
      • CalculationContext.get_ui_temperature_value()
      • CalculationContext.set_result_cct_values()
      • CalculationContext.set_result_quantity_value()
      • CalculationContext.set_single_equilibrium_result()
    • ConditionListEntry
    • PropertyModel
      • PropertyModel.add_button_callback()
      • PropertyModel.add_callback()
      • PropertyModel.after_evaluations()
      • PropertyModel.before_evaluations()
      • PropertyModel.evaluate_model()
      • PropertyModel.get_license_key()
      • PropertyModel.provide_calculation_result_quantities()
      • PropertyModel.provide_model_category()
      • PropertyModel.provide_model_description()
      • PropertyModel.provide_model_name()
      • PropertyModel.provide_model_parameters()
      • PropertyModel.provide_ui_panel_components()
      • PropertyModel.remove_button_callback()
      • PropertyModel.set_model_parameter()
    • ResultQuantity
      • ResultQuantity.get_description()
      • ResultQuantity.get_id()
      • ResultQuantity.get_type()
    • ResultQuantityType
      • ResultQuantityType.CCT_QUANTITY
      • ResultQuantityType.ENERGY_QUANTITY
      • ResultQuantityType.GENERAL_QUANTITY
      • ResultQuantityType.LENGTH_QUANTITY
      • ResultQuantityType.SINGLE_EQUILIBRIUM_QUANTITY
      • ResultQuantityType.STRENGTH_QUANTITY
      • ResultQuantityType.SURFACE_ENERGY_QUANTITY
      • ResultQuantityType.TEMPERATURE_QUANTITY
      • ResultQuantityType.TIME_QUANTITY
    • SpecialListMarkers
      • SpecialListMarkers.ANY_LIST_MARKER
      • SpecialListMarkers.NONE_LIST_MARKER
    • UIBooleanComponent
      • UIBooleanComponent.connect_component_enableability()
      • UIBooleanComponent.connect_component_visibility()
      • UIBooleanComponent.enable_add_button()
      • UIBooleanComponent.enable_remove_button()
      • UIBooleanComponent.get_dependent_components()
      • UIBooleanComponent.get_setting()
      • UIBooleanComponent.remove_component_visibility()
      • UIBooleanComponent.set_index()
    • UIComponent
      • UIComponent.get_description()
      • UIComponent.get_id()
      • UIComponent.get_name()
      • UIComponent.set_enabled()
      • UIComponent.set_has_callback()
      • UIComponent.set_visible()
    • UIConditionListComponent
    • UIFloatComponent
      • UIFloatComponent.enable_add_button()
      • UIFloatComponent.enable_remove_button()
      • UIFloatComponent.get_value()
      • UIFloatComponent.set_index()
    • UIGeneralListComponent
      • UIGeneralListComponent.connect_component_visibility()
      • UIGeneralListComponent.enable_add_button()
      • UIGeneralListComponent.enable_remove_button()
      • UIGeneralListComponent.get_content()
      • UIGeneralListComponent.get_dependent_components()
      • UIGeneralListComponent.get_selected_entry()
      • UIGeneralListComponent.remove_component_visibility()
      • UIGeneralListComponent.set_index()
    • UIPhaseListComponent
      • UIPhaseListComponent.enable_add_button()
      • UIPhaseListComponent.enable_remove_button()
      • UIPhaseListComponent.get_any_marker_setting()
      • UIPhaseListComponent.get_default_phase()
      • UIPhaseListComponent.set_index()
    • UISectionDividerComponent
      • UISectionDividerComponent.get_value()
      • UISectionDividerComponent.set_index()
    • UIStringComponent
      • UIStringComponent.enable_add_button()
      • UIStringComponent.enable_remove_button()
      • UIStringComponent.get_value()
      • UIStringComponent.set_index()
    • UITemperatureComponent
      • UITemperatureComponent.enable_add_button()
      • UITemperatureComponent.enable_remove_button()
      • UITemperatureComponent.get_temp()
      • UITemperatureComponent.set_index()
    • create_boolean_ui_component()
    • create_condition_list_ui_component()
    • create_energy_quantity()
    • create_float_ui_component()
    • create_general_quantity()
    • create_length_quantity()
    • create_list_ui_component()
    • create_phase_list_ui_component()
    • create_section_divider_ui_component()
    • create_strength_quantity()
    • create_string_ui_component()
    • create_surface_energy_quantity()
    • create_temperature_quantity()
    • create_temperature_ui_component()
    • create_time_quantity()
  • Module “exceptions”
    • APIServerException
    • CalculationException
    • ComponentNotExistingException
    • DatabaseException
    • DegreesOfFreedomNotZeroException
    • EquilibriumException
    • GeneralCalculationException
    • GeneralException
    • InvalidCalculationConfigurationException
    • InvalidCalculationStateException
    • InvalidNumberOfResultGroupsException
    • InvalidResultConfigurationException
    • InvalidResultStateException
    • LicenseException
    • NoDataForPhaseException
    • NotAllowedOperationException
    • PhaseNotExistingException
    • ResultException
    • SyntaxException
    • TCException
    • UnrecoverableCalculationException
    • handle_exception()
  • Module “abstract_base”
    • AbstractCalculation
      • AbstractCalculation.get_configuration_as_string()
      • AbstractCalculation.get_system_data()
      • AbstractCalculation.invalidate()
      • AbstractCalculation.with_system_modifications()
    • AbstractResult
      • AbstractResult.invalidate()
    • PhaseParameter
      • PhaseParameter.get_intervals()
      • PhaseParameter.get_lower_temperature_limit()
      • PhaseParameter.get_name()
      • PhaseParameter.remove_all_intervals()
      • PhaseParameter.remove_interval_with_upper_limit()
      • PhaseParameter.set_expression_with_upper_limit()
      • PhaseParameter.set_interval()
      • PhaseParameter.set_lower_temperature_limit()
    • SystemData
      • SystemData.get_phase_parameter()
      • SystemData.get_phase_parameter_names()
      • SystemData.get_system_function()
      • SystemData.get_system_function_names()
    • SystemFunction
      • SystemFunction.get_intervals()
      • SystemFunction.get_lower_temperature_limit()
      • SystemFunction.get_name()
      • SystemFunction.remove_all_intervals()
      • SystemFunction.remove_interval_with_upper_limit()
      • SystemFunction.set_expression_with_upper_limit()
      • SystemFunction.set_interval()
      • SystemFunction.set_lower_temperature_limit()
    • SystemModifications
      • SystemModifications.run_ges_command()
      • SystemModifications.set()
    • TemperatureInterval
      • TemperatureInterval.get_expression()
      • TemperatureInterval.get_upper_temperature_limit()
      • TemperatureInterval.set_expression()
      • TemperatureInterval.set_upper_temperature_limit()
• Troubleshooting
  • Diagnostics script
  • “No module named tc_python” error on first usage
  • “pip install” fails with “Failed to establish a new network connection” or similar