Index

Symbols

+tc_toolbox (module) +tc_toolbox.+batch_equilibrium (module) +tc_toolbox.+diffusion (module) +tc_toolbox.+material_to_material (module) +tc_toolbox.+precipitation (module) +tc_toolbox.+process_metallurgy.+base (module)

+tc_toolbox.+process_metallurgy.+equilibrium (module) +tc_toolbox.+process_metallurgy.+process (module) +tc_toolbox.+propertymodel (module) +tc_toolbox.+scheil (module) +tc_toolbox.+single_equilibrium (module) +tc_toolbox.+step_or_map_diagrams (module) +tc_toolbox.+system (module)

A

AbstractAddition (class in +tc_toolbox.+process_metallurgy.+base) AbstractAxisType (class in +tc_toolbox.+step_or_map_diagrams) AbstractBoundaryCondition (class in +tc_toolbox.+diffusion) AbstractCalculatedGrid (class in +tc_toolbox.+diffusion) AbstractCalculation (class in +tc_toolbox) AbstractCalculation() (+tc_toolbox.AbstractCalculation method) AbstractConstantCondition (class in +tc_toolbox.+material_to_material) AbstractContinuousAddition (class in +tc_toolbox.+process_metallurgy.+process) AbstractElementProfile (class in +tc_toolbox.+diffusion) AbstractEquilibriumAddition (class in +tc_toolbox.+process_metallurgy.+equilibrium) AbstractGrid (class in +tc_toolbox.+diffusion) AbstractMaterialToMaterialCalculationAxis (class in +tc_toolbox.+material_to_material) AbstractPhaseDiagramCalculation (class in +tc_toolbox.+step_or_map_diagrams) AbstractPhaseDiagramCalculation() (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) AbstractProcessAddition (class in +tc_toolbox.+process_metallurgy.+process) AbstractPropertyDiagramCalculation (class in +tc_toolbox.+step_or_map_diagrams) AbstractPropertyDiagramCalculation() (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) AbstractResult (class in +tc_toolbox) AbstractResult() (+tc_toolbox.AbstractResult method) AbstractSingleEquilibriumCalculation (class in +tc_toolbox.+single_equilibrium) AbstractSingleEquilibriumCalculation() (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) AbstractSingleTimeAddition (class in +tc_toolbox.+process_metallurgy.+process) AbstractSolver (class in +tc_toolbox.+diffusion) activity_flux_function() (+tc_toolbox.+diffusion.ActivityFluxFunction static method) (+tc_toolbox.+diffusion.BoundaryCondition static method) (+tc_toolbox.+diffusion.ClosedSystem static method) (+tc_toolbox.+diffusion.FixedCompositions static method) (+tc_toolbox.+diffusion.FixFluxValue static method) (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity static method) activity_of_component() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) ActivityFluxFunction (class in +tc_toolbox.+diffusion) ActivityFluxFunction() (+tc_toolbox.+diffusion.ActivityFluxFunction method) ActivityReference (class in +tc_toolbox.+process_metallurgy.+base) add() (+tc_toolbox.+diffusion.CompositionProfile method) (+tc_toolbox.+process_metallurgy.+process.MassTransferCoefficients method) (+tc_toolbox.+process_metallurgy.+process.TransferOfPhaseGroup method) add_addition() (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) add_composition() (+tc_toolbox.+diffusion.GridPoint method) add_console_command() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method)

add_continuous_addition() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) add_coordinate_for_phase_label() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) add_equilibria_at_all_phase_changes() (+tc_toolbox.+step_or_map_diagrams.InitialEquilibrium method) add_equilibria_at_first_phase_change() (+tc_toolbox.+step_or_map_diagrams.InitialEquilibrium method) add_heat_transfer() (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) add_initial_equilibrium() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) add_phase() (+tc_toolbox.+diffusion.Region method) add_phase_allowed_to_form_at_left_interface() (+tc_toolbox.+diffusion.Region method) add_phase_allowed_to_form_at_right_interface() (+tc_toolbox.+diffusion.Region method) add_point() (+tc_toolbox.+diffusion.PointByPointGrid method) add_poly_command() (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) add_power() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) add_precipitate_phase() (+tc_toolbox.+precipitation.MatrixPhase method) add_radius_and_number_density() (+tc_toolbox.+precipitation.GrainSizeDistribution method) (+tc_toolbox.+precipitation.ParticleSizeDistribution method) add_region() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) add_time_temperature() (+tc_toolbox.TemperatureProfile method) add_transfer_of_phase_group() (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) AdiabaticEquilibriumCalculation (class in +tc_toolbox.+process_metallurgy.+equilibrium) AdiabaticEquilibriumCalculation() (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) ALL_COMPONENTS (+tc_toolbox.Constants attribute) ALL_PHASES (+tc_toolbox.Constants attribute) apparent_heat_capacity_per_gram() (+tc_toolbox.ScheilQuantity static method) apparent_heat_capacity_per_mole() (+tc_toolbox.ScheilQuantity static method) apparent_volumetric_thermal_expansion_coefficient() (+tc_toolbox.ScheilQuantity static method) automatic() (+tc_toolbox.+diffusion.AutomaticSolver static method) (+tc_toolbox.+diffusion.ClassicSolver static method) (+tc_toolbox.+diffusion.HomogenizationSolver static method) (+tc_toolbox.+diffusion.Solver static method) AutomaticSolver (class in +tc_toolbox.+diffusion) AutomaticSolver() (+tc_toolbox.+diffusion.AutomaticSolver method) average_composition_of_solid_phases_as_mass_fraction() (+tc_toolbox.ScheilQuantity static method) average_composition_of_solid_phases_as_mole_fraction() (+tc_toolbox.ScheilQuantity static method) AxisType (class in +tc_toolbox.+step_or_map_diagrams)

B

BatchEquilibriumCalculation (class in +tc_toolbox.+batch_equilibrium) BatchEquilibriumCalculation() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) BatchEquilibriumResult (class in +tc_toolbox.+batch_equilibrium) BatchEquilibriumResult() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumResult method)

bookmark_state() (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) BoundaryCondition (class in +tc_toolbox.+diffusion) BulkZone (class in +tc_toolbox.+process_metallurgy.+process) BulkZone() (+tc_toolbox.+process_metallurgy.+process.BulkZone method)

C

calculate() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) calculate_from_gas() (+tc_toolbox.+scheil.ScheilOptions method) calculate_from_liquidus() (+tc_toolbox.+scheil.ScheilOptions method) calculate_from_start_temperature() (+tc_toolbox.+scheil.ScheilOptions method) calculate_secondary_dendrite_arm_spacing() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ScheilBackDiffusion static method) calculate_to_end_of_scheil() (+tc_toolbox.+scheil.ScheilOptions method) calculate_to_temperature_below_solidus() (+tc_toolbox.+scheil.ScheilOptions method) calculate_with_state() (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) CalculatedGrid (class in +tc_toolbox.+diffusion) CalculateSecondaryDendriteArmSpacing (class in +tc_toolbox.+scheil) CalculateSecondaryDendriteArmSpacing() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) CalculationAxis (class in +tc_toolbox.+step_or_map_diagrams) CalculationAxis() (+tc_toolbox.+step_or_map_diagrams.CalculationAxis method) change_pressure() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) change_temperature() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) chemical_diffusion_coefficient() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) chemical_potential_of_component() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) classic() (+tc_toolbox.+diffusion.AutomaticSolver static method) (+tc_toolbox.+diffusion.ClassicSolver static method) (+tc_toolbox.+diffusion.HomogenizationSolver static method) (+tc_toolbox.+diffusion.Solver static method)

ClassicSolver (class in +tc_toolbox.+diffusion) ClassicSolver() (+tc_toolbox.+diffusion.ClassicSolver method) closed_system() (+tc_toolbox.+diffusion.ActivityFluxFunction static method) (+tc_toolbox.+diffusion.BoundaryCondition static method) (+tc_toolbox.+diffusion.ClosedSystem static method) (+tc_toolbox.+diffusion.FixedCompositions static method) (+tc_toolbox.+diffusion.FixFluxValue static method) (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity static method) ClosedSystem (class in +tc_toolbox.+diffusion) ClosedSystem() (+tc_toolbox.+diffusion.ClosedSystem method) composition_of_phase_as_mole_fraction() (+tc_toolbox.ScheilQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) composition_of_phase_as_weight_fraction() (+tc_toolbox.ScheilQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) CompositionProfile (class in +tc_toolbox.+diffusion) CompositionProfile() (+tc_toolbox.+diffusion.CompositionProfile method) CompositionSet (class in +tc_toolbox.+system) CompositionSet() (+tc_toolbox.+system.CompositionSet method) CompositionType (class in +tc_toolbox) CompositionUnit (class in +tc_toolbox) constant() (+tc_toolbox.+diffusion.ConstantProfile static method) (+tc_toolbox.+diffusion.ElementProfile static method) (+tc_toolbox.+diffusion.FunctionProfile static method) (+tc_toolbox.+diffusion.LinearProfile static method) (+tc_toolbox.+diffusion.StepProfile static method) constant_secondary_dendrite_arm_spacing() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ScheilBackDiffusion static method) ConstantCondition (class in +tc_toolbox.+material_to_material) ConstantProfile (class in +tc_toolbox.+diffusion) ConstantProfile() (+tc_toolbox.+diffusion.ConstantProfile method) Constants (class in +tc_toolbox) ConstantSecondaryDendriteArmSpacing (class in +tc_toolbox.+scheil) ConstantSecondaryDendriteArmSpacing() (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing method) ContinuedDiffusionCalculation (class in +tc_toolbox.+diffusion) ContinuedDiffusionCalculation() (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) ContinuousAddition (class in +tc_toolbox.+process_metallurgy.+process) ContinuousAddition() (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) ContinuousGasAddition (class in +tc_toolbox.+process_metallurgy.+process) ContinuousGasAddition() (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) ConversionUnit (class in +tc_toolbox) convert_composition() (+tc_toolbox.+system.System method) create_and_select_species() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) CURRENT_TEMPERATURE (+tc_toolbox.Constants attribute)

D

delete() (+tc_toolbox.TCToolbox method) density_of_phase() (+tc_toolbox.ScheilQuantity static method) density_of_system() (+tc_toolbox.ScheilQuantity static method) deselect_constituent_on_sublattice() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) deselect_phase() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) deselect_species() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) diffusion() (+tc_toolbox.ResultLoader method) DiffusionCalculationResult (class in +tc_toolbox.+diffusion) DiffusionCalculationResult() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) DiffusionIsoThermalCalculation (class in +tc_toolbox.+diffusion) DiffusionIsoThermalCalculation() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) DiffusionNonIsoThermalCalculation (class in +tc_toolbox.+diffusion) DiffusionNonIsoThermalCalculation() (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) DiffusionQuantity (class in +tc_toolbox) Direction (class in +tc_toolbox.+step_or_map_diagrams) disable_approximate_driving_force_for_metastable_phases() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) disable_caching() (+tc_toolbox.TCToolbox method) disable_calculate_aspect_ratio_from_elastic_energy() (+tc_toolbox.+precipitation.PrecipitatePhase method) disable_check_interface_position() (+tc_toolbox.+diffusion.TimestepControl method) disable_control_step_size_during_minimization() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) disable_degassing() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) disable_delta_ferrite_to_austenite_transition() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ScheilClassic method) disable_driving_force_approximation() (+tc_toolbox.+precipitation.PrecipitatePhase method)

disable_equilibrium_solidification_calculation() (+tc_toolbox.+scheil.ScheilOptions method) disable_evaporation_property_calculation() (+tc_toolbox.+scheil.ScheilOptions method) disable_force_positive_definite_phase_hessian() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) disable_forced_starting_values_in_equilibrium_calculations() (+tc_toolbox.+diffusion.Options method) disable_global_minimization() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.HomogenizationSolver method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) disable_interpolation_scheme() (+tc_toolbox.+diffusion.HomogenizationSolver method) disable_save_results_to_file() (+tc_toolbox.+diffusion.Options method) disable_step_separate_phases() (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) disable_zener_pinning() (+tc_toolbox.+precipitation.GrainGrowth method) distance() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.IndependentVariable static method) (+tc_toolbox.PlotCondition static method) distribution_of_component_of_phase() (+tc_toolbox.ScheilQuantity static method) dont_keep_default_equilibria() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) dont_use_auto_start_points() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) dont_use_inside_mesh_points() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) double_geometric() (+tc_toolbox.+diffusion.CalculatedGrid static method) (+tc_toolbox.+diffusion.DoubleGeometricGrid static method) (+tc_toolbox.+diffusion.GeometricGrid static method) (+tc_toolbox.+diffusion.LinearGrid static method) DoubleGeometricGrid (class in +tc_toolbox.+diffusion) DoubleGeometricGrid() (+tc_toolbox.+diffusion.DoubleGeometricGrid method)

E

Element (class in +tc_toolbox.+system) Element() (+tc_toolbox.+system.Element method) ElementProfile (class in +tc_toolbox.+diffusion) enable_approximate_driving_force_for_metastable_phases() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) enable_automatic_check_interface_position() (+tc_toolbox.+diffusion.TimestepControl method) enable_automatic_forced_starting_values_in_eq_calculations() (+tc_toolbox.+diffusion.Options method) enable_calculate_aspect_ratio_from_elastic_energy() (+tc_toolbox.+precipitation.PrecipitatePhase method) enable_check_interface_position() (+tc_toolbox.+diffusion.TimestepControl method) enable_control_step_size_during_minimization() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) enable_degassing() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) enable_delta_ferrite_to_austenite_transition() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ScheilClassic method) enable_driving_force_approximation() (+tc_toolbox.+precipitation.PrecipitatePhase method) enable_equilibrium_solidification_calculation() (+tc_toolbox.+scheil.ScheilOptions method) enable_evaporation_property_calculation() (+tc_toolbox.+scheil.ScheilOptions method) enable_force_positive_definite_phase_hessian() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method)

enable_forced_starting_values_in_equilibrium_calculations() (+tc_toolbox.+diffusion.Options method) enable_global_minimization() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.HomogenizationSolver method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) enable_save_results_to_file() (+tc_toolbox.+diffusion.Options method) enable_step_separate_phases() (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) enable_time_integration_method_automatic() (+tc_toolbox.+diffusion.Options method) enable_time_integration_method_euler_backwards() (+tc_toolbox.+diffusion.Options method) enable_time_integration_method_trapezoidal() (+tc_toolbox.+diffusion.Options method) enable_zener_pinning() (+tc_toolbox.+precipitation.GrainGrowth method) EquilibriumAddition (class in +tc_toolbox.+process_metallurgy.+equilibrium) EquilibriumAddition() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) EquilibriumCalculation (class in +tc_toolbox.+process_metallurgy.+equilibrium) EquilibriumCalculation() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) EquilibriumGasAddition (class in +tc_toolbox.+process_metallurgy.+equilibrium) EquilibriumGasAddition() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) EquilibriumResult (class in +tc_toolbox.+process_metallurgy.+equilibrium) EquilibriumResult() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) ExhaustGasResult (class in +tc_toolbox.+process_metallurgy.+process) ExhaustGasResult() (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method)

F

fix_flux_value() (+tc_toolbox.+diffusion.ActivityFluxFunction static method) (+tc_toolbox.+diffusion.BoundaryCondition static method) (+tc_toolbox.+diffusion.ClosedSystem static method) (+tc_toolbox.+diffusion.FixedCompositions static method) (+tc_toolbox.+diffusion.FixFluxValue static method) (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity static method) fixed_compositions() (+tc_toolbox.+diffusion.ActivityFluxFunction static method) (+tc_toolbox.+diffusion.BoundaryCondition static method) (+tc_toolbox.+diffusion.ClosedSystem static method) (+tc_toolbox.+diffusion.FixedCompositions static method) (+tc_toolbox.+diffusion.FixFluxValue static method) (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity static method) fixed_grain_size() (+tc_toolbox.+precipitation.FixedGrainSize static method) (+tc_toolbox.+precipitation.GrainGrowth static method) (+tc_toolbox.+precipitation.GrainGrowthModel static method) FixedCompositions (class in +tc_toolbox.+diffusion) FixedCompositions() (+tc_toolbox.+diffusion.FixedCompositions method) FixedGrainSize (class in +tc_toolbox.+precipitation) FixedGrainSize() (+tc_toolbox.+precipitation.FixedGrainSize method)

FixFluxValue (class in +tc_toolbox.+diffusion) FixFluxValue() (+tc_toolbox.+diffusion.FixFluxValue method) fraction_of_material_b() (+tc_toolbox.+material_to_material.ConstantCondition static method) (+tc_toolbox.+material_to_material.FractionOfMaterialBAxis static method) (+tc_toolbox.+material_to_material.FractionOfMaterialBCondition static method) (+tc_toolbox.+material_to_material.MaterialToMaterialCalculationAxis static method) (+tc_toolbox.+material_to_material.TemperatureAxis static method) (+tc_toolbox.+material_to_material.TemperatureCondition static method) FractionOfMaterialBAxis (class in +tc_toolbox.+material_to_material) FractionOfMaterialBAxis() (+tc_toolbox.+material_to_material.FractionOfMaterialBAxis method) FractionOfMaterialBCondition (class in +tc_toolbox.+material_to_material) FractionOfMaterialBCondition() (+tc_toolbox.+material_to_material.FractionOfMaterialBCondition method) funct() (+tc_toolbox.+diffusion.ConstantProfile static method) (+tc_toolbox.+diffusion.ElementProfile static method) (+tc_toolbox.+diffusion.FunctionProfile static method) (+tc_toolbox.+diffusion.LinearProfile static method) (+tc_toolbox.+diffusion.StepProfile static method) FunctionProfile (class in +tc_toolbox.+diffusion) FunctionProfile() (+tc_toolbox.+diffusion.FunctionProfile method)

G

GasAmountUnit (class in +tc_toolbox) GasCompositionUnit (class in +tc_toolbox) GasRateUnit (class in +tc_toolbox) general_lower_hashin_shtrikman() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) general_lower_hashin_shtrikman_excluded_phase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) general_upper_hashin_shtrikman() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) general_upper_hashin_shtrikman_excluded_phase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) GeneralLowerHashinShtrikman (class in +tc_toolbox.+diffusion) GeneralLowerHashinShtrikman() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman method) GeneralLowerHashinShtrikmanExcludedPhase (class in +tc_toolbox.+diffusion) GeneralLowerHashinShtrikmanExcludedPhase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase method) GeneralUpperHashinShtrikman (class in +tc_toolbox.+diffusion) GeneralUpperHashinShtrikman() (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman method) GeneralUpperHashinShtrikmanExcludedPhase (class in +tc_toolbox.+diffusion) GeneralUpperHashinShtrikmanExcludedPhase() (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase method) geometric() (+tc_toolbox.+diffusion.CalculatedGrid static method) (+tc_toolbox.+diffusion.DoubleGeometricGrid static method) (+tc_toolbox.+diffusion.GeometricGrid static method) (+tc_toolbox.+diffusion.LinearGrid static method) GeometricGrid (class in +tc_toolbox.+diffusion) GeometricGrid() (+tc_toolbox.+diffusion.GeometricGrid method) get_activity_of_slag() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_all_elements() (+tc_toolbox.+system.Species method) get_all_elements_in_databases() (+tc_toolbox.+system.System method) get_all_phases_in_databases() (+tc_toolbox.+system.System method) get_all_species_in_databases() (+tc_toolbox.+system.System method) get_amount() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) get_amount_of_components() (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method) get_amount_of_elements() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_amount_of_phase_groups() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_amount_of_phases() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_amount_unit() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) get_argument_default() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_argument_description() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_arguments() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_aspect_ratio_distribution_for_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_aspect_ratio_distribution_for_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_charge() (+tc_toolbox.+system.Species method) get_components() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) get_composition() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) get_composition_of_phase() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_composition_of_phase_group() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_composition_unit() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) get_conditions() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) get_configuration_as_string() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) (+tc_toolbox.AbstractCalculation method) get_constituents() (+tc_toolbox.+system.Sublattice method) get_critical_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_cubic_factor_distribution_for_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_cubic_factor_distribution_for_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_database_info() (+tc_toolbox.TCToolbox method) get_database_path_on_disk() (+tc_toolbox.TCToolbox method) get_databases() (+tc_toolbox.TCToolbox method) get_density() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) get_dependent_component() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) get_driving_force_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_dynamic_arguments() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_element_object() (+tc_toolbox.+system.System method) get_elements() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) get_elements_in_system() (+tc_toolbox.+system.System method) get_enthalpy() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+system.Element method) get_entropy_diff_0_to_298k() (+tc_toolbox.+system.Element method) get_exhaust_gas() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_expression() (+tc_toolbox.TemperatureInterval method) get_formula_for_activity_of_slag() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_formula_for_slag_property() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_fraction_of_phase_groups() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_fraction_of_phases() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_gas_components() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_geometrical_factor() (+tc_toolbox.+diffusion.GeometricGrid method) get_gibbs_energy_addition_for() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method)

get_grain_critical_radius() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_grain_mean_radius() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_grain_number_density() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_grain_number_density_distribution_for_length() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_grain_number_density_distribution_for_radius() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_grain_size_distribution() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_id() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) get_interfacial_energy() (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) get_intervals() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) get_invariants() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResultValues method) get_label() (+tc_toolbox.ResultValueGroup method) get_lines() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResultValues method) get_lower_geometrical_factor() (+tc_toolbox.+diffusion.DoubleGeometricGrid method) get_lower_temperature_limit() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) get_mass_fraction_at_lower_interface() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_mass_fraction_at_upper_interface() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_mass_fraction_of_component_at_time() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_mass_fraction_of_phase_at_time() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_matrix_composition_in_mole_fraction_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_matrix_composition_in_weight_fraction_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_mean_aspect_ratio_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_mean_cubic_factor_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_mean_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_mean_radius_2d_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_mean_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_model_description() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_model_parameter_value() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_model_parameters() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) get_molar_mass() (+tc_toolbox.+system.Element method) get_mole_fraction_at_lower_interface() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_mole_fraction_at_upper_interface() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_mole_fraction_of_component_at_time() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_mole_fraction_of_phase_at_time() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_name() (+tc_toolbox.+system.Element method) (+tc_toolbox.+system.Phase method) (+tc_toolbox.+system.Species method) (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) get_no_of_points() (+tc_toolbox.+diffusion.DoubleGeometricGrid method) (+tc_toolbox.+diffusion.GeometricGrid method) (+tc_toolbox.+diffusion.LinearGrid method) get_normalized_grain_size_distribution() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_normalized_number_density_distribution_2d_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_normalized_number_density_distribution_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_nr_of_sites() (+tc_toolbox.+system.Sublattice method) get_nucleation_rate_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_num_of_performed_steps() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_number_density_distribution_2d_for_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_number_density_distribution_2d_for_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_number_density_distribution_for_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_number_density_distribution_for_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_number_density_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_oxygen_partial_pressure() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_phase_group_to_transfer() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.TransferOfPhaseGroup method) get_phase_labels() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResultValues method) get_phase_object() (+tc_toolbox.+system.System method) get_phase_parameter() (+tc_toolbox.SystemData method) get_phase_parameter_names() (+tc_toolbox.SystemData method) get_phases() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) get_phases_in_system() (+tc_toolbox.+system.System method) get_position_of_lower_boundary_of_region() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_position_of_upper_boundary_of_region() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_precipitate_composition_in_mole_fraction_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_precipitate_composition_in_weight_fraction_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_pressure() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_property_models() (+tc_toolbox.TCToolbox method) get_rate() (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) get_rate_unit() (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) get_references() (+tc_toolbox.+system.System method) get_regions() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_result_for_precipitate() (+tc_toolbox.+precipitation.PrecipitationCalculationTTTorCCTResult method) get_result_quantities() (+tc_toolbox.+propertymodel.PropertyModelResult method) get_result_quantity_description() (+tc_toolbox.+propertymodel.PropertyModelResult method) get_single_equilibrium_result() (+tc_toolbox.+propertymodel.PropertyModelResult method) get_size_distribution_2d_for_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_size_distribution_2d_for_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_size_distribution_for_particle_length_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_size_distribution_for_radius_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_slag_property() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_solid_phase_with_largest_mole_fraction() (+tc_toolbox.+scheil.ScheilCalculationResult method) get_species() (+tc_toolbox.+system.Phase method) get_species_for_composition_profile() (+tc_toolbox.+system.Phase method) get_species_in_system() (+tc_toolbox.+system.System method) get_species_object() (+tc_toolbox.+system.System method) get_stable_element_reference() (+tc_toolbox.+system.Element method) get_stable_phases() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+scheil.ScheilCalculationResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) get_stable_phases_in_phase_group() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_sublattices() (+tc_toolbox.+system.Phase method) get_system() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) get_system_data() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) (+tc_toolbox.+system.System method) (+tc_toolbox.AbstractCalculation method) get_system_function() (+tc_toolbox.SystemData method) get_system_function_names() (+tc_toolbox.SystemData method) get_temperature() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.ExhaustGasResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) get_text() (+tc_toolbox.+step_or_map_diagrams.PhaseLabel method) get_tie_lines() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResultValues method) get_time_points() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_time_steps() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_mass_fraction_of_component() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_mass_fraction_of_component_in_phase() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_mass_fraction_of_phase() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_mole_fraction_of_component() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_mole_fraction_of_component_in_phase() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_mole_fraction_of_phase() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_total_volume_fraction_of_phase() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_transfer_source_zone_id() (+tc_toolbox.+process_metallurgy.+process.TransferOfPhaseGroup method) get_type() (+tc_toolbox.+diffusion.ActivityFluxFunction method) (+tc_toolbox.+diffusion.AutomaticSolver method) (+tc_toolbox.+diffusion.ClassicSolver method) (+tc_toolbox.+diffusion.ClosedSystem method) (+tc_toolbox.+diffusion.ConstantProfile method) (+tc_toolbox.+diffusion.DoubleGeometricGrid method) (+tc_toolbox.+diffusion.FixedCompositions method) (+tc_toolbox.+diffusion.FixFluxValue method) (+tc_toolbox.+diffusion.FunctionProfile method) (+tc_toolbox.+diffusion.GeometricGrid method) (+tc_toolbox.+diffusion.HomogenizationSolver method) (+tc_toolbox.+diffusion.LinearGrid method) (+tc_toolbox.+diffusion.LinearProfile method) (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity method) (+tc_toolbox.+diffusion.PointByPointGrid method) (+tc_toolbox.+diffusion.StepProfile method) (+tc_toolbox.+step_or_map_diagrams.Linear method) (+tc_toolbox.+step_or_map_diagrams.Logarithmic method) (+tc_toolbox.+system.Phase method) get_upper_geometrical_factor() (+tc_toolbox.+diffusion.DoubleGeometricGrid method) get_upper_temperature_limit() (+tc_toolbox.TemperatureInterval method) get_value_of() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+propertymodel.PropertyModelResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) get_values_grouped_by_quantity_of() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) (+tc_toolbox.+scheil.ScheilCalculationResult method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) get_values_grouped_by_stable_phases_of() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) (+tc_toolbox.+scheil.ScheilCalculationResult method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) get_values_of() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumResult method) (+tc_toolbox.+diffusion.DiffusionCalculationResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) (+tc_toolbox.+scheil.ScheilCalculationResult method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) get_velocity_of_lower_boundary_of_region() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_velocity_of_upper_boundary_of_region() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_viscosity_dynamic_of_phase() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_viscosity_kinematic_of_phase() (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) get_volume_fraction_of() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) get_width_of_region() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) get_x() (+tc_toolbox.+step_or_map_diagrams.PhaseLabel method) (+tc_toolbox.ResultValueGroup method) get_y() (+tc_toolbox.+step_or_map_diagrams.PhaseLabel method) (+tc_toolbox.ResultValueGroup method) gibbs_energy_of_a_phase() (+tc_toolbox.ThermodynamicQuantity static method) grain_growth() (+tc_toolbox.+precipitation.FixedGrainSize static method) (+tc_toolbox.+precipitation.GrainGrowth static method) (+tc_toolbox.+precipitation.GrainGrowthModel static method) GrainGrowth (class in +tc_toolbox.+precipitation) GrainGrowth() (+tc_toolbox.+precipitation.GrainGrowth method) GrainGrowthModel (class in +tc_toolbox.+precipitation) GrainSizeDistribution (class in +tc_toolbox.+precipitation) GrainSizeDistribution() (+tc_toolbox.+precipitation.GrainSizeDistribution method) GridPoint (class in +tc_toolbox.+diffusion) GridPoint() (+tc_toolbox.+diffusion.GridPoint method) GrowthRateModel (class in +tc_toolbox.+precipitation)

H

has_diffusion_data() (+tc_toolbox.+system.Phase method) has_molar_volume_data() (+tc_toolbox.+system.Phase method) hashin_shtrikman_bound_majority() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) hashin_shtrikman_bound_majority_excluded_phase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) hashin_shtrikman_bound_prescribed() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method)

hashin_shtrikman_bound_prescribed_excluded_phase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) HashinShtrikmanBoundMajority (class in +tc_toolbox.+diffusion) HashinShtrikmanBoundMajority() (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority method) HashinShtrikmanBoundMajorityExcludedPhase (class in +tc_toolbox.+diffusion) HashinShtrikmanBoundMajorityExcludedPhase() (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase method) HashinShtrikmanBoundPrescribed (class in +tc_toolbox.+diffusion) HashinShtrikmanBoundPrescribed() (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed method) HashinShtrikmanBoundPrescribedExcludedPhase (class in +tc_toolbox.+diffusion) HashinShtrikmanBoundPrescribedExcludedPhase() (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase method) heat_per_gram() (+tc_toolbox.ScheilQuantity static method) heat_per_mole() (+tc_toolbox.ScheilQuantity static method) homogenization() (+tc_toolbox.+diffusion.AutomaticSolver static method) (+tc_toolbox.+diffusion.ClassicSolver static method) (+tc_toolbox.+diffusion.HomogenizationSolver static method) (+tc_toolbox.+diffusion.Solver static method) HomogenizationFunction (class in +tc_toolbox.+diffusion) HomogenizationFunctions (class in +tc_toolbox.+diffusion) HomogenizationSolver (class in +tc_toolbox.+diffusion) HomogenizationSolver() (+tc_toolbox.+diffusion.HomogenizationSolver method)

I

IndependentVariable (class in +tc_toolbox) InitialEquilibrium (class in +tc_toolbox.+step_or_map_diagrams) InitialEquilibrium() (+tc_toolbox.+step_or_map_diagrams.InitialEquilibrium method) integral() (+tc_toolbox.PlotCondition static method) interface() (+tc_toolbox.PlotCondition static method) InterfacePosition (class in +tc_toolbox) intrinsic_diffusion_coefficient() (+tc_toolbox.DiffusionQuantity static method) invalidate() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+batch_equilibrium.BatchEquilibriumResult method) (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionCalculationResult method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+precipitation.PrecipitationCalculationResult method) (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) (+tc_toolbox.+precipitation.PrecipitationCalculationTTTorCCTResult method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumResult method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+propertymodel.PropertyModelResult method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+scheil.ScheilCalculationResult method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) (+tc_toolbox.AbstractCalculation method) (+tc_toolbox.AbstractResult method) inverse_rule_of_mixtures() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) inverse_rule_of_mixtures_excluded_phase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method)

InverseRuleOfMixtures (class in +tc_toolbox.+diffusion) InverseRuleOfMixtures() (+tc_toolbox.+diffusion.InverseRuleOfMixtures method) InverseRuleOfMixturesExcludedPhase (class in +tc_toolbox.+diffusion) InverseRuleOfMixturesExcludedPhase() (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase method) invoke_dynamic_argument() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) is_degassing_enabled() (+tc_toolbox.+process_metallurgy.+process.BulkZone method) (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) (+tc_toolbox.+process_metallurgy.+process.Zone method) is_dilute_diffusion_model() (+tc_toolbox.+system.Phase method) is_do_scale() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) is_element() (+tc_toolbox.+system.Species method) is_empty() (+tc_toolbox.+process_metallurgy.+base.AbstractAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractProcessAddition method) (+tc_toolbox.+process_metallurgy.+process.AbstractSingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousAddition method) (+tc_toolbox.+process_metallurgy.+process.ContinuousGasAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) is_gas() (+tc_toolbox.+system.Phase method) is_interstitial() (+tc_toolbox.+system.Element method) (+tc_toolbox.+system.Species method) is_ionic_liquid() (+tc_toolbox.+system.Phase method) is_liquid() (+tc_toolbox.+system.Phase method) is_solid() (+tc_toolbox.+system.Phase method) is_special() (+tc_toolbox.+system.Element method) (+tc_toolbox.+system.Species method) is_valid() (+tc_toolbox.+system.Element method) (+tc_toolbox.+system.Species method) IsoThermalEquilibriumCalculation (class in +tc_toolbox.+process_metallurgy.+equilibrium) IsoThermalEquilibriumCalculation() (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method)

K

keep_default_equilibria() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method)

L

l_bis() (+tc_toolbox.DiffusionQuantity static method) labyrinth_factor_f() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) labyrinth_factor_f2() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method)

LabyrinthFactorF (class in +tc_toolbox.+diffusion) LabyrinthFactorF() (+tc_toolbox.+diffusion.LabyrinthFactorF method) LabyrinthFactorF2 (class in +tc_toolbox.+diffusion) LabyrinthFactorF2() (+tc_toolbox.+diffusion.LabyrinthFactorF2 method) latent_heat_per_gram() (+tc_toolbox.ScheilQuantity static method) latent_heat_per_mole() (+tc_toolbox.ScheilQuantity static method) Linear (class in +tc_toolbox.+step_or_map_diagrams) linear() (+tc_toolbox.+diffusion.CalculatedGrid static method) (+tc_toolbox.+diffusion.ConstantProfile static method) (+tc_toolbox.+diffusion.DoubleGeometricGrid static method) (+tc_toolbox.+diffusion.ElementProfile static method) (+tc_toolbox.+diffusion.FunctionProfile static method) (+tc_toolbox.+diffusion.GeometricGrid static method) (+tc_toolbox.+diffusion.LinearGrid static method) (+tc_toolbox.+diffusion.LinearProfile static method) (+tc_toolbox.+diffusion.StepProfile static method) (+tc_toolbox.+step_or_map_diagrams.AxisType static method) Linear() (+tc_toolbox.+step_or_map_diagrams.Linear method) linear() (+tc_toolbox.+step_or_map_diagrams.Linear static method) (+tc_toolbox.+step_or_map_diagrams.Logarithmic static method) LinearGrid (class in +tc_toolbox.+diffusion) LinearGrid() (+tc_toolbox.+diffusion.LinearGrid method) LinearProfile (class in +tc_toolbox.+diffusion) LinearProfile() (+tc_toolbox.+diffusion.LinearProfile method) load_result_from_disk() (+tc_toolbox.TCToolbox method) Logarithmic (class in +tc_toolbox.+step_or_map_diagrams) logarithmic() (+tc_toolbox.+step_or_map_diagrams.AxisType static method) (+tc_toolbox.+step_or_map_diagrams.Linear static method) Logarithmic() (+tc_toolbox.+step_or_map_diagrams.Logarithmic method) logarithmic() (+tc_toolbox.+step_or_map_diagrams.Logarithmic static method)

M

mass_fraction_of_a_component() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) mass_fraction_of_a_phase() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) mass_fraction_of_a_solid_phase() (+tc_toolbox.ScheilQuantity static method) mass_fraction_of_all_liquid() (+tc_toolbox.ScheilQuantity static method) mass_fraction_of_all_solid_phases() (+tc_toolbox.ScheilQuantity static method) MassTransferCoefficients (class in +tc_toolbox.+process_metallurgy.+process) MassTransferCoefficients() (+tc_toolbox.+process_metallurgy.+process.MassTransferCoefficients method) MATERIAL_B_FRACTION (+tc_toolbox.Constants attribute) MaterialToMaterialCalculationAxis (class in +tc_toolbox.+material_to_material) MaterialToMaterialCalculationContainer (class in +tc_toolbox.+material_to_material) MaterialToMaterialCalculationContainer() (+tc_toolbox.+material_to_material.MaterialToMaterialCalculationContainer method) MaterialToMaterialPhaseDiagramCalculation (class in +tc_toolbox.+material_to_material) MaterialToMaterialPhaseDiagramCalculation() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) MaterialToMaterialPhaseDiagramResult (class in +tc_toolbox.+material_to_material) MaterialToMaterialPhaseDiagramResult() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) MaterialToMaterialPropertyDiagramCalculation (class in +tc_toolbox.+material_to_material) MaterialToMaterialPropertyDiagramCalculation() (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) MaterialToMaterialPropertyDiagramResult (class in +tc_toolbox.+material_to_material) MaterialToMaterialPropertyDiagramResult() (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) MaterialToMaterialSingleEquilibriumCalculation (class in +tc_toolbox.+material_to_material) MaterialToMaterialSingleEquilibriumCalculation() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) MaterialToMaterialSingleEquilibriumResult (class in +tc_toolbox.+material_to_material) MaterialToMaterialSingleEquilibriumResult() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method)

MatrixPhase (class in +tc_toolbox.+precipitation) MatrixPhase() (+tc_toolbox.+precipitation.MatrixPhase method) MetalBulkZone (class in +tc_toolbox.+process_metallurgy.+process) MetalBulkZone() (+tc_toolbox.+process_metallurgy.+process.MetalBulkZone method) MetallurgyCalculations (class in +tc_toolbox) MetallurgyCalculations() (+tc_toolbox.MetallurgyCalculations method) mixed_zero_flux_and_activity() (+tc_toolbox.+diffusion.ActivityFluxFunction static method) (+tc_toolbox.+diffusion.BoundaryCondition static method) (+tc_toolbox.+diffusion.ClosedSystem static method) (+tc_toolbox.+diffusion.FixedCompositions static method) (+tc_toolbox.+diffusion.FixFluxValue static method) (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity static method) MixedZeroFluxAndActivity (class in +tc_toolbox.+diffusion) MixedZeroFluxAndActivity() (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity method) mobility_of_component_in_phase() (+tc_toolbox.DiffusionQuantity static method) molar_volume_of_phase() (+tc_toolbox.ScheilQuantity static method) molar_volume_of_system() (+tc_toolbox.ScheilQuantity static method) mole_fraction_of_a_component() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) mole_fraction_of_a_phase() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) mole_fraction_of_a_solid_phase() (+tc_toolbox.ScheilQuantity static method) mole_fraction_of_all_liquid() (+tc_toolbox.ScheilQuantity static method) mole_fraction_of_all_solid_phases() (+tc_toolbox.ScheilQuantity static method) MultiDatabaseSystemBuilder (class in +tc_toolbox.+system) MultiDatabaseSystemBuilder() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method)

N

normalized_driving_force_of_a_phase() (+tc_toolbox.ThermodynamicQuantity static method)

NumericalParameters (class in +tc_toolbox.+precipitation) NumericalParameters() (+tc_toolbox.+precipitation.NumericalParameters method)

O

Options (class in +tc_toolbox.+diffusion)

Options() (+tc_toolbox.+diffusion.Options method)

P

ParticleSizeDistribution (class in +tc_toolbox.+precipitation) ParticleSizeDistribution() (+tc_toolbox.+precipitation.ParticleSizeDistribution method) Phase (class in +tc_toolbox.+system) Phase() (+tc_toolbox.+system.Phase method) phase_diagram() (+tc_toolbox.ResultLoader method) PhaseDiagramCalculation (class in +tc_toolbox.+step_or_map_diagrams) PhaseDiagramCalculation() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) PhaseDiagramOptions (class in +tc_toolbox.+step_or_map_diagrams) PhaseDiagramOptions() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) PhaseDiagramResult (class in +tc_toolbox.+step_or_map_diagrams) PhaseDiagramResult() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) PhaseDiagramResultValues (class in +tc_toolbox.+step_or_map_diagrams) PhaseDiagramResultValues() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResultValues method) PhaseGroup (class in +tc_toolbox.+process_metallurgy.+base) PhaseLabel (class in +tc_toolbox.+step_or_map_diagrams) PhaseLabel() (+tc_toolbox.+step_or_map_diagrams.PhaseLabel method) PhaseNameStyle (class in +tc_toolbox.+step_or_map_diagrams) PhaseParameter (class in +tc_toolbox) PhaseParameter() (+tc_toolbox.PhaseParameter method) PhaseType (class in +tc_toolbox.+system) PhaseUnit (class in +tc_toolbox) PlotCondition (class in +tc_toolbox) PointByPointGrid (class in +tc_toolbox.+diffusion) PointByPointGrid() (+tc_toolbox.+diffusion.PointByPointGrid method) position_of_lower_boundary_of_region() (+tc_toolbox.DiffusionQuantity static method) position_of_upper_boundary_of_region() (+tc_toolbox.DiffusionQuantity static method) PrecipitateElasticProperties (class in +tc_toolbox.+precipitation) PrecipitateElasticProperties() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) PrecipitateMorphology (class in +tc_toolbox.+precipitation) PrecipitatePhase (class in +tc_toolbox.+precipitation) PrecipitatePhase() (+tc_toolbox.+precipitation.PrecipitatePhase method) precipitation_single() (+tc_toolbox.ResultLoader method) precipitation_TTT_or_CCT() (+tc_toolbox.ResultLoader method) PrecipitationCalculationResult (class in +tc_toolbox.+precipitation)

PrecipitationCalculationResult() (+tc_toolbox.+precipitation.PrecipitationCalculationResult method) PrecipitationCalculationSingleResult (class in +tc_toolbox.+precipitation) PrecipitationCalculationSingleResult() (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) PrecipitationCalculationTTTorCCTResult (class in +tc_toolbox.+precipitation) PrecipitationCalculationTTTorCCTResult() (+tc_toolbox.+precipitation.PrecipitationCalculationTTTorCCTResult method) PrecipitationCCTCalculation (class in +tc_toolbox.+precipitation) PrecipitationCCTCalculation() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) PrecipitationIsoThermalCalculation (class in +tc_toolbox.+precipitation) PrecipitationIsoThermalCalculation() (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) PrecipitationNonIsoThermalCalculation (class in +tc_toolbox.+precipitation) PrecipitationNonIsoThermalCalculation() (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) PrecipitationTTTCalculation (class in +tc_toolbox.+precipitation) PrecipitationTTTCalculation() (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) pressure() (+tc_toolbox.ThermodynamicQuantity static method) ProcessDatabase (class in +tc_toolbox.+process_metallurgy.+base) ProcessMetallurgyOptions (class in +tc_toolbox.+process_metallurgy.+base) ProcessMetallurgyOptions() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) ProcessMinimizationPolicy (class in +tc_toolbox.+process_metallurgy.+base) ProcessSimulationCalculation (class in +tc_toolbox.+process_metallurgy.+process) ProcessSimulationCalculation() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) ProcessSimulationResult (class in +tc_toolbox.+process_metallurgy.+process) ProcessSimulationResult() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationResult method) property_diagram() (+tc_toolbox.ResultLoader method) property_model() (+tc_toolbox.ResultLoader method) PropertyDiagramCalculation (class in +tc_toolbox.+step_or_map_diagrams) PropertyDiagramCalculation() (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) PropertyDiagramOptions (class in +tc_toolbox.+step_or_map_diagrams) PropertyDiagramOptions() (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) PropertyDiagramResult (class in +tc_toolbox.+step_or_map_diagrams) PropertyDiagramResult() (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) PropertyModelCalculation (class in +tc_toolbox.+propertymodel) PropertyModelCalculation() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) PropertyModelResult (class in +tc_toolbox.+propertymodel) PropertyModelResult() (+tc_toolbox.+propertymodel.PropertyModelResult method)

R

ReactionZone (class in +tc_toolbox.+process_metallurgy.+process) ReactionZone() (+tc_toolbox.+process_metallurgy.+process.ReactionZone method) Region (class in +tc_toolbox.+diffusion) Region() (+tc_toolbox.+diffusion.Region method) remove_addition() (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) remove_all_additions() (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) remove_all_conditions() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) remove_all_console_commands() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) remove_all_initial_equilibria() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) remove_all_intervals() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) remove_all_phases() (+tc_toolbox.+diffusion.Region method) remove_all_poly_commands() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) remove_all_regions() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) remove_condition() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) remove_dependent_element() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) remove_interval_with_upper_limit() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) remove_phase_labels() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) ResultLoader (class in +tc_toolbox) ResultLoader() (+tc_toolbox.ResultLoader method) ResultValueGroup (class in +tc_toolbox) ResultValueGroup() (+tc_toolbox.ResultValueGroup method) rule_of_mixtures() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method)

rule_of_mixtures_excluded_phase() (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralLowerHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikman static method) (+tc_toolbox.+diffusion.GeneralUpperHashinShtrikmanExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajority static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundMajorityExcludedPhase static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribed static method) (+tc_toolbox.+diffusion.HashinShtrikmanBoundPrescribedExcludedPhase static method) (+tc_toolbox.+diffusion.HomogenizationFunctions static method) (+tc_toolbox.+diffusion.InverseRuleOfMixtures static method) (+tc_toolbox.+diffusion.InverseRuleOfMixturesExcludedPhase static method) (+tc_toolbox.+diffusion.LabyrinthFactorF static method) (+tc_toolbox.+diffusion.LabyrinthFactorF2 static method) (+tc_toolbox.+diffusion.RuleOfMixtures static method) (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase static method) RuleOfMixtures (class in +tc_toolbox.+diffusion) RuleOfMixtures() (+tc_toolbox.+diffusion.RuleOfMixtures method) RuleOfMixturesExcludedPhase (class in +tc_toolbox.+diffusion) RuleOfMixturesExcludedPhase() (+tc_toolbox.+diffusion.RuleOfMixturesExcludedPhase method) run_ges_command() (+tc_toolbox.SystemModifications method) run_poly_command() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method)

S

save_to_disk() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumResult method) (+tc_toolbox.+precipitation.PrecipitationCalculationResult method) (+tc_toolbox.+precipitation.PrecipitationCalculationSingleResult method) (+tc_toolbox.+precipitation.PrecipitationCalculationTTTorCCTResult method) (+tc_toolbox.+propertymodel.PropertyModelResult method) (+tc_toolbox.+scheil.ScheilCalculationResult method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) scheil() (+tc_toolbox.ResultLoader method) scheil_back_diffusion() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ScheilBackDiffusion static method) (+tc_toolbox.+scheil.ScheilCalculationType static method) (+tc_toolbox.+scheil.ScheilClassic static method) (+tc_toolbox.+scheil.ScheilSoluteTrapping static method) scheil_classic() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ScheilBackDiffusion static method) (+tc_toolbox.+scheil.ScheilCalculationType static method) (+tc_toolbox.+scheil.ScheilClassic static method) (+tc_toolbox.+scheil.ScheilSoluteTrapping static method) scheil_solute_trapping() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing static method) (+tc_toolbox.+scheil.ScheilBackDiffusion static method) (+tc_toolbox.+scheil.ScheilCalculationType static method) (+tc_toolbox.+scheil.ScheilClassic static method) (+tc_toolbox.+scheil.ScheilSoluteTrapping static method) ScheilBackDiffusion (class in +tc_toolbox.+scheil) ScheilCalculation (class in +tc_toolbox.+scheil) ScheilCalculation() (+tc_toolbox.+scheil.ScheilCalculation method) ScheilCalculationResult (class in +tc_toolbox.+scheil) ScheilCalculationResult() (+tc_toolbox.+scheil.ScheilCalculationResult method) ScheilCalculationType (class in +tc_toolbox.+scheil) ScheilClassic (class in +tc_toolbox.+scheil) ScheilClassic() (+tc_toolbox.+scheil.ScheilClassic method) ScheilOptions (class in +tc_toolbox.+scheil) ScheilOptions() (+tc_toolbox.+scheil.ScheilOptions method) ScheilQuantity (class in +tc_toolbox) ScheilSoluteTrapping (class in +tc_toolbox.+scheil) ScheilSoluteTrapping() (+tc_toolbox.+scheil.ScheilSoluteTrapping method) select_constituent_on_sublattice() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) select_database_and_elements() (+tc_toolbox.+system.SystemBuilder method) (+tc_toolbox.TCToolbox method) select_phase() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) select_species() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) select_thermodynamic_and_kinetic_databases_with_elements() (+tc_toolbox.TCToolbox method) select_user_database_and_elements() (+tc_toolbox.+system.SystemBuilder method) (+tc_toolbox.TCToolbox method) SER (+tc_toolbox.Constants attribute) set() (+tc_toolbox.SystemModifications method) set_activities() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) set_activity_for_element() (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity method) set_alias() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_amount() (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) set_angle() (+tc_toolbox.+scheil.ScheilSoluteTrapping method) set_argument() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) set_aspect_ratio_value() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_c() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) set_cache_folder() (+tc_toolbox.TCToolbox method) set_component_composition() (+tc_toolbox.+process_metallurgy.+equilibrium.AbstractEquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumAddition method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumGasAddition method) set_component_to_entered() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) set_component_to_suspended() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) set_composition() (+tc_toolbox.+diffusion.FixedCompositions method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) set_composition_unit() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) set_condition() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) set_conditions_for_equilibria() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) set_cooling_rate() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing method) set_cooling_rates() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) set_default_driving_force_for_phases_allowed_to_form_at_interf() (+tc_toolbox.+diffusion.Options method) set_dependent_element() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) set_direction() (+tc_toolbox.+step_or_map_diagrams.InitialEquilibrium method) set_dislocation_density() (+tc_toolbox.+precipitation.MatrixPhase method) set_e11() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) set_e12() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) set_e13() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) set_e22() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) set_e23() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) set_e33() (+tc_toolbox.+precipitation.PrecipitateElasticProperties method) set_end_time() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_expression() (+tc_toolbox.TemperatureInterval method) set_expression_with_upper_limit() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) set_fast_diffusing_elements() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ScheilClassic method) set_flux() (+tc_toolbox.+diffusion.FixFluxValue method) set_flux_balance_equation_accuracy() (+tc_toolbox.+diffusion.AutomaticSolver method) (+tc_toolbox.+diffusion.ClassicSolver method) set_flux_function() (+tc_toolbox.+diffusion.ActivityFluxFunction method) set_fraction_of_free_memory_to_use() (+tc_toolbox.+diffusion.HomogenizationSolver method) set_gas_phase() (+tc_toolbox.+scheil.ScheilOptions method) set_geometrical_factor() (+tc_toolbox.+diffusion.GeometricGrid method) set_ges_version() (+tc_toolbox.TCToolbox method) set_gibbs_energy_addition() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_gibbs_energy_addition_for() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) set_global_minimization_max_grid_points() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) set_global_minimization_test_interval() (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) set_grain_aspect_ratio() (+tc_toolbox.+precipitation.FixedGrainSize method) set_grain_boundary_energy() (+tc_toolbox.+precipitation.GrainGrowth method) set_grain_boundary_mobility_activation_energy() (+tc_toolbox.+precipitation.GrainGrowth method) set_grain_boundary_mobility_pre_factor() (+tc_toolbox.+precipitation.GrainGrowth method) set_initial_composition() (+tc_toolbox.+precipitation.ParticleSizeDistribution method) set_initial_time_step() (+tc_toolbox.+diffusion.TimestepControl method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_interfacial_energy() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_interfacial_energy_estimation_prefactor() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_interval() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) set_liquid_phase() (+tc_toolbox.+scheil.ScheilOptions method) set_log_level_to_debug() (+tc_toolbox.TCToolbox method) set_log_level_to_info() (+tc_toolbox.TCToolbox method) set_lower_geometrical_factor() (+tc_toolbox.+diffusion.DoubleGeometricGrid method) set_lower_temperature_limit() (+tc_toolbox.PhaseParameter method) (+tc_toolbox.SystemFunction method) set_major_constituents_for_sublattice() (+tc_toolbox.+system.CompositionSet method) set_material_a() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) set_material_b() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) set_max() (+tc_toolbox.+step_or_map_diagrams.CalculationAxis method) set_max_absolute_error() (+tc_toolbox.+diffusion.TimestepControl method) set_max_allowed_temp_change_per_step() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_max_annealing_time() (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) set_max_no_of_iterations() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) set_max_overall_volume_change() (+tc_toolbox.+precipitation.NumericalParameters method) set_max_radius_points_per_magnitude() (+tc_toolbox.+precipitation.NumericalParameters method)

set_max_rel_change_critical_radius() (+tc_toolbox.+precipitation.NumericalParameters method) set_max_rel_change_nucleation_rate_log() (+tc_toolbox.+precipitation.NumericalParameters method) set_max_rel_radius_change() (+tc_toolbox.+precipitation.NumericalParameters method) set_max_rel_solute_composition_change() (+tc_toolbox.+precipitation.NumericalParameters method) set_max_relative_error() (+tc_toolbox.+diffusion.TimestepControl method) set_max_step_size() (+tc_toolbox.+step_or_map_diagrams.Linear method) set_max_temperature() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) set_max_time_step() (+tc_toolbox.+precipitation.NumericalParameters method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_max_time_step_during_heating() (+tc_toolbox.+precipitation.NumericalParameters method) set_max_timestep_allowed_as_percent_of_simulation_time() (+tc_toolbox.+diffusion.TimestepControl method) set_max_timestep_increase_factor() (+tc_toolbox.+diffusion.TimestepControl method) set_max_volume_fraction_dissolve_time_step() (+tc_toolbox.+precipitation.NumericalParameters method) set_memory_to_use() (+tc_toolbox.+diffusion.HomogenizationSolver method) set_min() (+tc_toolbox.+step_or_map_diagrams.CalculationAxis method) set_min_nr_of_steps() (+tc_toolbox.+step_or_map_diagrams.Linear method) set_min_radius_nucleus_as_particle() (+tc_toolbox.+precipitation.NumericalParameters method) set_min_radius_points_per_magnitude() (+tc_toolbox.+precipitation.NumericalParameters method) set_min_temperature() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) set_min_time_step() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_mobility_adjustment() (+tc_toolbox.+precipitation.MatrixPhase method) set_mobility_enhancement_activation_energy() (+tc_toolbox.+precipitation.MatrixPhase method) set_mobility_enhancement_prefactor() (+tc_toolbox.+precipitation.MatrixPhase method) set_model_parameter() (+tc_toolbox.+propertymodel.PropertyModelCalculation method) set_molar_volume() (+tc_toolbox.+precipitation.MatrixPhase method) (+tc_toolbox.+precipitation.PrecipitatePhase method) set_n() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) set_no_of_mesh_along_axis() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) set_no_of_points() (+tc_toolbox.+diffusion.DoubleGeometricGrid method) (+tc_toolbox.+diffusion.GeometricGrid method) (+tc_toolbox.+diffusion.LinearGrid method) set_nucleation_at_dislocations() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_nucleation_at_grain_boundaries() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_nucleation_at_grain_corners() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_nucleation_at_grain_edges() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_nucleation_in_bulk() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_phase_boundary_mobility() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_phase_name_style() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramResult method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramResult method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramResult method) set_phase_to_dormant() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) set_phase_to_entered() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) set_phase_to_fixed() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) set_phase_to_suspended() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) set_precipitate_morphology() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_pressure() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_pressure_in_time_period() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) set_primary_phasename() (+tc_toolbox.+scheil.CalculateSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ConstantSecondaryDendriteArmSpacing method) (+tc_toolbox.+scheil.ScheilSoluteTrapping method) set_process_minimization_policy() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) set_radius_points_per_magnitude() (+tc_toolbox.+precipitation.NumericalParameters method) set_rel_radius_change_class_collision() (+tc_toolbox.+precipitation.NumericalParameters method) set_required_accuracy() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) set_scale_factor() (+tc_toolbox.+step_or_map_diagrams.Logarithmic method) set_scanning_speed() (+tc_toolbox.+scheil.ScheilSoluteTrapping method) set_simulation_time() (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) set_smallest_fraction() (+tc_toolbox.+process_metallurgy.+base.ProcessMetallurgyOptions method) (+tc_toolbox.+scheil.ScheilOptions method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramOptions method) set_smallest_time_step_allowed() (+tc_toolbox.+diffusion.TimestepControl method) set_start_at() (+tc_toolbox.+step_or_map_diagrams.CalculationAxis method) set_start_temperature() (+tc_toolbox.+scheil.ScheilCalculation method) set_state_to_bookmark() (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) set_system_size() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) set_temperature() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) set_temperature_step() (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+scheil.ScheilOptions method) set_tieline_search_variable_to_activity() (+tc_toolbox.+diffusion.AutomaticSolver method) (+tc_toolbox.+diffusion.ClassicSolver method) set_tieline_search_variable_to_potential() (+tc_toolbox.+diffusion.AutomaticSolver method) (+tc_toolbox.+diffusion.ClassicSolver method) set_trans_interface_mobility_adjustment() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_transformation_strain_calculation_option() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_upper_geometrical_factor() (+tc_toolbox.+diffusion.DoubleGeometricGrid method) set_upper_temperature_limit() (+tc_toolbox.TemperatureInterval method) set_volume_fraction_of_phase_type() (+tc_toolbox.+precipitation.ParticleSizeDistribution method) set_volume_fraction_of_phase_value() (+tc_toolbox.+precipitation.ParticleSizeDistribution method) set_width() (+tc_toolbox.+diffusion.Region method) set_zener_pinning_parameters() (+tc_toolbox.+precipitation.PrecipitatePhase method) set_zero_flux_for_element() (+tc_toolbox.+diffusion.MixedZeroFluxAndActivity method) SimulationTime (class in +tc_toolbox.+diffusion) single_equilibrium() (+tc_toolbox.ResultLoader method) SingleEquilibriumCalculation (class in +tc_toolbox.+single_equilibrium) SingleEquilibriumCalculation() (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) SingleEquilibriumOptions (class in +tc_toolbox.+single_equilibrium) SingleEquilibriumOptions() (+tc_toolbox.+single_equilibrium.SingleEquilibriumOptions method) SingleEquilibriumResult (class in +tc_toolbox.+single_equilibrium) SingleEquilibriumResult() (+tc_toolbox.+single_equilibrium.SingleEquilibriumResult method) SingleEquilibriumTempResult (class in +tc_toolbox.+single_equilibrium) SingleEquilibriumTempResult() (+tc_toolbox.+single_equilibrium.SingleEquilibriumTempResult method) SingleTimeAddition (class in +tc_toolbox.+process_metallurgy.+process) SingleTimeAddition() (+tc_toolbox.+process_metallurgy.+process.SingleTimeAddition method) SingleTimeGasAddition (class in +tc_toolbox.+process_metallurgy.+process) SingleTimeGasAddition() (+tc_toolbox.+process_metallurgy.+process.SingleTimeGasAddition method) site_fraction_of_component_in_phase() (+tc_toolbox.ScheilQuantity static method) SlagBulkZone (class in +tc_toolbox.+process_metallurgy.+process) SlagBulkZone() (+tc_toolbox.+process_metallurgy.+process.SlagBulkZone method) SlagProperty (class in +tc_toolbox.+process_metallurgy.+base) SlagType (class in +tc_toolbox.+process_metallurgy.+base) Solver (class in +tc_toolbox.+diffusion) Species (class in +tc_toolbox.+system) Species() (+tc_toolbox.+system.Species method) step() (+tc_toolbox.+diffusion.ConstantProfile static method) (+tc_toolbox.+diffusion.ElementProfile static method) (+tc_toolbox.+diffusion.FunctionProfile static method) (+tc_toolbox.+diffusion.LinearProfile static method) (+tc_toolbox.+diffusion.StepProfile static method) StepProfile (class in +tc_toolbox.+diffusion) StepProfile() (+tc_toolbox.+diffusion.StepProfile method) stop_at_percent_of_equilibrium_fraction() (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) stop_at_volume_fraction_of_phase() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) Sublattice (class in +tc_toolbox.+system) Sublattice() (+tc_toolbox.+system.Sublattice method) System (class in +tc_toolbox.+system) System() (+tc_toolbox.+system.System method) system_size() (+tc_toolbox.ThermodynamicQuantity static method) SystemBuilder (class in +tc_toolbox.+system) SystemBuilder() (+tc_toolbox.+system.SystemBuilder method) SystemData (class in +tc_toolbox) SystemData() (+tc_toolbox.SystemData method) SystemFunction (class in +tc_toolbox) SystemFunction() (+tc_toolbox.SystemFunction method) SystemModifications (class in +tc_toolbox) SystemModifications() (+tc_toolbox.SystemModifications method)

T

TCToolbox (class in +tc_toolbox) TCToolbox() (+tc_toolbox.TCToolbox method) temperature() (+tc_toolbox.+material_to_material.ConstantCondition static method) (+tc_toolbox.+material_to_material.FractionOfMaterialBAxis static method) (+tc_toolbox.+material_to_material.FractionOfMaterialBCondition static method) (+tc_toolbox.+material_to_material.MaterialToMaterialCalculationAxis static method) (+tc_toolbox.+material_to_material.TemperatureAxis static method) (+tc_toolbox.+material_to_material.TemperatureCondition static method) (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ScheilQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) TemperatureAxis (class in +tc_toolbox.+material_to_material) TemperatureAxis() (+tc_toolbox.+material_to_material.TemperatureAxis method) TemperatureCondition (class in +tc_toolbox.+material_to_material) TemperatureCondition() (+tc_toolbox.+material_to_material.TemperatureCondition method) TemperatureInterval (class in +tc_toolbox) TemperatureInterval() (+tc_toolbox.TemperatureInterval method) TemperatureProfile (class in +tc_toolbox) TemperatureProfile() (+tc_toolbox.TemperatureProfile method) terminate_on_fraction_of_liquid_phase() (+tc_toolbox.+scheil.ScheilOptions method)

terminate_on_temperature() (+tc_toolbox.+scheil.ScheilOptions method) thermodynamic_factor() (+tc_toolbox.DiffusionQuantity static method) ThermodynamicQuantity (class in +tc_toolbox) time() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.IndependentVariable static method) (+tc_toolbox.PlotCondition static method) TimestepControl (class in +tc_toolbox.+diffusion) TimestepControl() (+tc_toolbox.+diffusion.TimestepControl method) to_element() (+tc_toolbox.+system.Species method) total_mass_fraction_of_component() (+tc_toolbox.DiffusionQuantity static method) total_mass_fraction_of_component_in_phase() (+tc_toolbox.DiffusionQuantity static method) total_mass_fraction_of_phase() (+tc_toolbox.DiffusionQuantity static method) total_mole_fraction_of_component() (+tc_toolbox.DiffusionQuantity static method) total_mole_fraction_of_component_in_phase() (+tc_toolbox.DiffusionQuantity static method) total_volume_fraction_of_phase() (+tc_toolbox.DiffusionQuantity static method) tracer_diffusion_coefficient() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) TransferOfPhaseGroup (class in +tc_toolbox.+process_metallurgy.+process) TransferOfPhaseGroup() (+tc_toolbox.+process_metallurgy.+process.TransferOfPhaseGroup method) TransformationStrainCalculationOption (class in +tc_toolbox.+precipitation)

U

u_fraction_of_a_component() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method) Unit (class in +tc_toolbox.+diffusion) update_addition() (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method)

use_auto_start_points() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) use_inside_mesh_points() (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramOptions method) user_defined_function() (+tc_toolbox.DiffusionQuantity static method) (+tc_toolbox.ThermodynamicQuantity static method)

V

velocity_of_lower_boundary_of_region() (+tc_toolbox.DiffusionQuantity static method) velocity_of_upper_boundary_of_region() (+tc_toolbox.DiffusionQuantity static method) volume_fraction_of_a_phase() (+tc_toolbox.ThermodynamicQuantity static method)

volume_fraction_of_a_solid_phase() (+tc_toolbox.ScheilQuantity static method) volume_fraction_of_all_liquid() (+tc_toolbox.ScheilQuantity static method) volume_fraction_of_all_solid_phases() (+tc_toolbox.ScheilQuantity static method) VolumeFractionOfPhaseType (class in +tc_toolbox.+precipitation)

W

width_of_region() (+tc_toolbox.DiffusionQuantity static method) with_adiabatic_equilibrium_calculation() (+tc_toolbox.MetallurgyCalculations method) with_adiabatic_process_calculation() (+tc_toolbox.MetallurgyCalculations method) with_axis() (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) with_axis_type() (+tc_toolbox.+step_or_map_diagrams.CalculationAxis method) with_batch_equilibrium_calculation() (+tc_toolbox.+system.System method) with_calculation_type() (+tc_toolbox.+scheil.ScheilCalculation method) with_cct_precipitation_calculation() (+tc_toolbox.+system.System method) with_composition_profile() (+tc_toolbox.+diffusion.Region method) with_constant_condition() (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) with_continued_calculation() (+tc_toolbox.+diffusion.DiffusionCalculationResult method) with_cylindrical_geometry() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_elastic_properties() (+tc_toolbox.+precipitation.PrecipitatePhase method) with_elastic_properties_cubic() (+tc_toolbox.+precipitation.MatrixPhase method) with_elastic_properties_disregard() (+tc_toolbox.+precipitation.MatrixPhase method) with_elastic_properties_isotropic() (+tc_toolbox.+precipitation.MatrixPhase method) with_first_axis() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) with_first_constant_condition() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) with_function() (+tc_toolbox.+diffusion.HomogenizationSolver method) with_grain_growth_model() (+tc_toolbox.+precipitation.MatrixPhase method) with_grid() (+tc_toolbox.+diffusion.Region method) with_growth_rate_model() (+tc_toolbox.+precipitation.PrecipitatePhase method) with_isothermal_diffusion_calculation() (+tc_toolbox.+system.System method) with_isothermal_equilibrium_calculation() (+tc_toolbox.MetallurgyCalculations method) with_isothermal_precipitation_calculation() (+tc_toolbox.+system.System method) with_left_boundary_condition() (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_linear_interpolation_scheme() (+tc_toolbox.+diffusion.HomogenizationSolver method) with_logarithmic_interpolation_scheme() (+tc_toolbox.+diffusion.HomogenizationSolver method) with_material_to_material() (+tc_toolbox.+system.System method) with_matrix_phase() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) with_metallurgy() (+tc_toolbox.TCToolbox method) with_new_composition_set() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method) with_non_isothermal_diffusion_calculation() (+tc_toolbox.+system.System method) with_non_isothermal_precipitation_calculation() (+tc_toolbox.+system.System method) with_numerical_parameters() (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) with_options() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.AdiabaticEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.EquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+equilibrium.IsoThermalEquilibriumCalculation method) (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method)

with_particle_size_distribution() (+tc_toolbox.+precipitation.PrecipitatePhase method) with_phase_diagram_calculation() (+tc_toolbox.+material_to_material.MaterialToMaterialCalculationContainer method) (+tc_toolbox.+system.System method) with_planar_geometry() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_point_by_point_grid_containing_compositions() (+tc_toolbox.+diffusion.Region method) with_property_diagram_calculation() (+tc_toolbox.+material_to_material.MaterialToMaterialCalculationContainer method) (+tc_toolbox.+system.System method) with_property_model_calculation() (+tc_toolbox.+system.System method) with_reaction_zone() (+tc_toolbox.+process_metallurgy.+process.ProcessSimulationCalculation method) with_reference_state() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) with_right_boundary_condition() (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_scheil_calculation() (+tc_toolbox.+system.System method) with_second_axis() (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) with_second_constant_condition() (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) with_single_equilibrium_calculation() (+tc_toolbox.+material_to_material.MaterialToMaterialCalculationContainer method) (+tc_toolbox.+system.System method) with_solver() (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_spherical_geometry() (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_system_modifications() (+tc_toolbox.+batch_equilibrium.BatchEquilibriumCalculation method) (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPhaseDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialPropertyDiagramCalculation method) (+tc_toolbox.+material_to_material.MaterialToMaterialSingleEquilibriumCalculation method) (+tc_toolbox.+precipitation.PrecipitationCCTCalculation method) (+tc_toolbox.+precipitation.PrecipitationIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationTTTCalculation method) (+tc_toolbox.+propertymodel.PropertyModelCalculation method) (+tc_toolbox.+scheil.ScheilCalculation method) (+tc_toolbox.+single_equilibrium.AbstractSingleEquilibriumCalculation method) (+tc_toolbox.+single_equilibrium.SingleEquilibriumCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.AbstractPropertyDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PhaseDiagramCalculation method) (+tc_toolbox.+step_or_map_diagrams.PropertyDiagramCalculation method) (+tc_toolbox.AbstractCalculation method) with_temperature_profile() (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) (+tc_toolbox.+precipitation.PrecipitationNonIsoThermalCalculation method) with_timestep_control() (+tc_toolbox.+diffusion.ContinuedDiffusionCalculation method) (+tc_toolbox.+diffusion.DiffusionIsoThermalCalculation method) (+tc_toolbox.+diffusion.DiffusionNonIsoThermalCalculation method) with_ttt_precipitation_calculation() (+tc_toolbox.+system.System method) without_default_phases() (+tc_toolbox.+system.MultiDatabaseSystemBuilder method) (+tc_toolbox.+system.SystemBuilder method)

Z

Zone (class in +tc_toolbox.+process_metallurgy.+process)