ModelMeta

Type: object

root Name

Name

Default: null

root Name anyOf item 0
Type: string
root Name anyOf item 1
Type: null

root ID

Id

Default: ""

root ID anyOf item 0
Type: string
root ID anyOf item 1
Type: integer

root Description

Description

Type: string Default: ""

root Execution
Default: null

root Execution anyOf ExecutionMeta

ExecutionMeta

Type: object
Execution metadata, for use by the MuPIF infrastructure.

root Execution anyOf ExecutionMeta ID

Id

Type: string Default: ""

root Execution anyOf ExecutionMeta Log_URI

Log Uri

Type: string Default: ""
Internal use only: Pyro URI of the remote logger object, valid only when the workflow is running.

root Execution anyOf ExecutionMeta Status

Status

Type: enum (of string) Default: "Instantiated"
Set by the workflow scheduler automatically

Must be one of:

  • "Instantiated"
  • "Initialized"
  • "Running"
  • "Finished"
  • "Failed"

root Execution anyOf ExecutionMeta Progress

Progress

Type: number Default: -1
Floating progress in range 0…1; may be set by the workflow, but is not mandatory. Ignored if negative.

root Execution anyOf ExecutionMeta Date_time_start

Date Time Start

Type: string Default: ""
Automatically set in Workflow

root Execution anyOf ExecutionMeta Date_time_end

Date Time End

Type: string Default: ""
Automatically set in Workflow

root Execution anyOf ExecutionMeta Timeout

Timeout

Type: integer Default: 0
Maximum runtime in seconds; unlimited if non-positive

root Execution anyOf ExecutionMeta Username

Username

Type: string Default: ""
Automatically set in Model and Workflow

root Execution anyOf ExecutionMeta Hostname

Hostname

Type: string Default: ""
Automatically set in Model and Workflow

root Execution anyOf ExecutionMeta ExecutionProfileIndex

Executionprofileindex

Type: integer Default: -1

Additional Properties of any type are allowed.

root Execution anyOf ExecutionMeta additionalProperties
Type: object
root Execution anyOf item 1
Type: null

root Inputs

Inputs

Type: array Default: []
No Additional Items

Each item of this array must be:

root Inputs InputMeta

InputMeta

Type: object

root Inputs InputMeta Type

Type

Type: enum (of string)

Must be one of:

  • "mupif.Property"
  • "mupif.TemporalProperty"
  • "mupif.Field"
  • "mupif.TemporalField"
  • "mupif.HeavyStruct"
  • "mupif.PyroFile"
  • "mupif.String"
  • "mupif.ParticleSet"
  • "mupif.GrainState"
  • "mupif.Function"
  • "mupif.DataList[mupif.Property]"
  • "mupif.DataList[mupif.TemporalProperty]"
  • "mupif.DataList[mupif.Field]"
  • "mupif.DataList[mupif.TemporalField]"
  • "mupif.DataList[mupif.HeavyStruct]"
  • "mupif.DataList[mupif.String]"
  • "mupif.DataList[mupif.ParticleSet]"
  • "mupif.DataList[mupif.GrainState]"
  • "mupif.DataList[mupif.PiecewiseLinFunction]"

root Inputs InputMeta Type_ID

root Inputs InputMeta Type_ID anyOf DataID

DataID

Type: enum (of string)
This class represents the supported values of IDs of property, field, etc. Values of members should be stored by .name, .value should not be used.

Must be one of:

  • "FID_Displacement"
  • "FID_Strain"
  • "FID_Stress"
  • "FID_Temperature"
  • "FID_Humidity"
  • "FID_Concentration"
  • "FID_Thermal_absorption_volume"
  • "FID_Thermal_absorption_surface"
  • "FID_Material_number"
  • "FID_BucklingShape"
  • "FID_FibreOrientation"
  • "FID_DomainNumber"
  • "FID_Permeability"
  • "FID_Velocity"
  • "FID_Pressure"
  • "FID_ESI_VPS_Displacement"
  • "FID_Porosity"
  • "FID_Mises_Stress"
  • "FID_MaxPrincipal_Stress"
  • "FID_MidPrincipal_Stress"
  • "FID_MinPrincipal_Stress"
  • "FID_MaxPrincipal_Strain"
  • "FID_MidPrincipal_Strain"
  • "FID_MinPrincipal_Strain"
  • "PSID_ParticlePositions"
  • "FuncID_ProbabilityDistribution"
  • "ID_None"
  • "ID_GrainState"
  • "ID_MoleculeState"
  • "ID_InputFile"
  • "ID_ForceField"
  • "PID_Concentration"
  • "PID_CumulativeConcentration"
  • "PID_Velocity"
  • "PID_transient_simulation_time"
  • "PID_effective_conductivity"
  • "PID_volume_fraction_red_phosphor"
  • "PID_volume_fraction_green_phosphor"
  • "PID_conductivity_red_phosphor"
  • "PID_conductivity_green_phosphor"
  • "PID_mean_radius_red_phosphor"
  • "PID_mean_radius_green_phosphor"
  • "PID_standard_deviation_red_phosphor"
  • "PID_standard_deviation_green_phosphor"
  • "PID_RefractiveIndex"
  • "PID_NumberOfRays"
  • "PID_LEDSpectrum"
  • "PID_ChipSpectrum"
  • "PID_LEDColor_x"
  • "PID_LEDColor_y"
  • "PID_LEDCCT"
  • "PID_LEDRadiantPower"
  • "PID_ParticleNumberDensity"
  • "PID_ParticleRefractiveIndex"
  • "PID_EmissionSpectrum"
  • "PID_ExcitationSpectrum"
  • "PID_AsorptionSpectrum"
  • "PID_ScatteringCrossSections"
  • "PID_InverseCumulativeDist"
  • "PID_NumberOfFluorescentParticles"
  • "PID_ParticleMu"
  • "PID_ParticleSigma"
  • "PID_PhosphorEfficiency"
  • "PID_Length"
  • "PID_Height"
  • "PID_Thickness"
  • "PID_Deflection"
  • "PID_EModulus"
  • "PID_PoissonRatio"
  • "PID_YoungModulus1"
  • "PID_YoungModulus2"
  • "PID_YoungModulus3"
  • "PID_PoissonRatio23"
  • "PID_PoissonRatio13"
  • "PID_PoissonRatio12"
  • "PID_ShearModulus23"
  • "PID_ShearModulus13"
  • "PID_ShearModulus12"
  • "PID_CriticalLoadLevel"
  • "PID_ExtensionalInPlaneStiffness"
  • "PID_ExtensionalOutOfPlaneStiffness"
  • "PID_ShearInPlaneStiffness"
  • "PID_ShearOutOfPlaneStiffness"
  • "PID_LocalBendingStiffness"
  • "PID_CriticalForce"
  • "PID_CriticalMoment"
  • "PID_MatrixYoung"
  • "PID_MatrixPoisson"
  • "PID_InclusionYoung"
  • "PID_InclusionPoisson"
  • "PID_InclusionVolumeFraction"
  • "PID_InclusionAspectRatio"
  • "PID_MatrixOgdenModulus"
  • "PID_MatrixOgdenExponent"
  • "PID_InclusionSizeNormalized"
  • "PID_CompositeAxialYoung"
  • "PID_CompositeInPlaneYoung"
  • "PID_CompositeInPlaneShear"
  • "PID_CompositeTransverseShear"
  • "PID_CompositeInPlanePoisson"
  • "PID_CompositeTransversePoisson"
  • "PID_CompositeStrain11Tensor"
  • "PID_CompositeStrain22Tensor"
  • "PID_CompositeStress11Tensor"
  • "PID_MatrixDensity"
  • "PID_CompositeDensity"
  • "PID_InclusionDensity"
  • "PID_Position"
  • "PID_Direction"
  • "PID_Status"
  • "PID_Label"
  • "PID_Chemical_specie"
  • "PID_Material_type"
  • "PID_Shape_center"
  • "PID_Shape_length"
  • "PID_Shape_radius"
  • "PID_Shape_side"
  • "PID_Crystal_storage"
  • "PID_Name_UC"
  • "PID_Lattice_vectors"
  • "PID_Symmetry_lattice_vectors"
  • "PID_Occupancy"
  • "PID_Bond_label"
  • "PID_Bond_type"
  • "PID_Dimension"
  • "PID_Acceleration"
  • "PID_Radius"
  • "PID_Size"
  • "PID_Mass"
  • "PID_Volume"
  • "PID_Angular_velocity"
  • "PID_Angular_acceleration"
  • "PID_Simulation_domain_dimensions"
  • "PID_Simulation_domain_origin"
  • "PID_Dynamic_viscosity"
  • "PID_Kinematic_viscosity"
  • "PID_Diffusion_coefficient"
  • "PID_Probability_coefficient"
  • "PID_Friction_coefficient"
  • "PID_Scaling_coefficient"
  • "PID_Equation_of_state_coefficient"
  • "PID_Contact_angle"
  • "PID_Amphiphilicity"
  • "PID_Phase_interaction_strength"
  • "PID_Hamaker_constant"
  • "PID_Zeta_potential"
  • "PID_Ion_valence_effect"
  • "PID_Debye_length"
  • "PID_Smoothing_length"
  • "PID_Lattice_spacing"
  • "PID_Time_step"
  • "PID_Number_of_time_steps"
  • "PID_Force"
  • "PID_Torque"
  • "PID_Density"
  • "PID_Pressure"
  • "PID_Temperature"
  • "PID_Distribution"
  • "PID_Order_parameter"
  • "PID_Original_position"
  • "PID_Current"
  • "PID_Final"
  • "PID_Delta_displacement"
  • "PID_External_applied_force"
  • "PID_Euler_angles"
  • "PID_Sphericity"
  • "PID_Young_modulus"
  • "PID_Poisson_ratio"
  • "PID_Restitution_coefficient"
  • "PID_Rolling_friction"
  • "PID_Volume_fraction"
  • "PID_Coupling_time"
  • "PID_Cutoff_distance"
  • "PID_Energy_well_depth"
  • "PID_Van_der_Waals_radius"
  • "PID_Dielectric_constant"
  • "PID_Dynamic_pressure"
  • "PID_Flux"
  • "PID_Homogenized_stress_tensor"
  • "PID_Strain_tensor"
  • "PID_Relative_velocity"
  • "PID_Diffusion_velocity"
  • "PID_Stress_tensor"
  • "PID_Volume_fraction_gradient"
  • "PID_Cohesion_energy_density"
  • "PID_Major"
  • "PID_Minor"
  • "PID_Patch"
  • "PID_Full"
  • "PID_Charge"
  • "PID_Charge_density"
  • "PID_Description"
  • "PID_Electric_field"
  • "PID_Electron_mass"
  • "PID_Electrostatic_field"
  • "PID_Energy"
  • "PID_Heat_conductivity"
  • "PID_Initial_viscosity"
  • "PID_Linear_constant"
  • "PID_Maximum_viscosity"
  • "PID_Minimum_viscosity"
  • "PID_Momentum"
  • "PID_Moment_inertia"
  • "PID_Potential_energy"
  • "PID_Power_law_index"
  • "PID_Relaxation_time"
  • "PID_Surface_tension"
  • "PID_Time"
  • "PID_Viscosity"
  • "PID_Collision_operator"
  • "PID_Reference_density"
  • "PID_External_forcing"
  • "PID_Flow_type"
  • "PID_Vector"
  • "PID_Index"
  • "PID_Thermodynamic_ensemble"
  • "PID_Variable"
  • "PID_None"
  • "PID_Lattice_parameter"
  • "PID_Steady_state"
  • "PID_Maximum_Courant_number"
  • "PID_Number_of_cores"
  • "PID_Magnitude"
  • "PID_Number_of_physics_states"
  • "PID_Cohesive_group"
  • "PID_FillingTime"
  • "PID_Demo_Min"
  • "PID_Demo_Max"
  • "PID_Demo_Integral"
  • "PID_Demo_Volume"
  • "PID_Demo_Value"
  • "PID_UserTimeStep"
  • "PID_KPI01"
  • "PID_ESI_VPS_TEND"
  • "PID_ESI_VPS_PLY1_E0t1"
  • "PID_ESI_VPS_PLY1_E0t2"
  • "PID_ESI_VPS_PLY1_E0t3"
  • "PID_ESI_VPS_PLY1_G012"
  • "PID_ESI_VPS_PLY1_G023"
  • "PID_ESI_VPS_PLY1_G013"
  • "PID_ESI_VPS_PLY1_NU12"
  • "PID_ESI_VPS_PLY1_NU23"
  • "PID_ESI_VPS_PLY1_NU13"
  • "PID_ESI_VPS_PLY1_E0c1"
  • "PID_ESI_VPS_PLY1_RHO"
  • "PID_ESI_VPS_hPLY"
  • "PID_ESI_VPS_PLY1_XT"
  • "PID_ESI_VPS_PLY1_XC"
  • "PID_ESI_VPS_PLY1_YT"
  • "PID_ESI_VPS_PLY1_YC"
  • "PID_ESI_VPS_PLY1_S12"
  • "PID_ESI_VPS_FIRST_FAILURE_VAL"
  • "PID_ESI_VPS_FIRST_FAILURE_MOM"
  • "PID_ESI_VPS_FIRST_FAILURE_ROT"
  • "PID_ESI_VPS_CRIMP_STIFFNESS"
  • "PID_ESI_VPS_FIRST_FAILURE_ELE"
  • "PID_ESI_VPS_FIRST_FAILURE_PLY"
  • "PID_ESI_VPS_TOTAL_MODEL_MASS"
  • "PID_ESI_VPS_BUCKL_LOAD"
  • "PID_ESI_VPS_MOMENT_CURVE"
  • "PID_ESI_VPS_ROTATION_CURVE"
  • "PID_ESI_VPS_MOMENT"
  • "PID_ESI_VPS_ROTATION"
  • "PID_ESI_VPS_THNOD_1"
  • "PID_ESI_VPS_THNOD_2"
  • "PID_ESI_VPS_SECFO_1"
  • "PID_ESI_VPS_SECFO_2"
  • "PID_BoundaryConfiguration"
  • "PID_SMILE_MOLECULAR_STRUCTURE"
  • "PID_MOLECULAR_WEIGHT"
  • "PID_POLYDISPERSITY_INDEX"
  • "PID_CROSSLINKER_TYPE"
  • "PID_FILLER_DESIGNATION"
  • "PID_SMILE_MODIFIER_MOLECULAR_STRUCTURE"
  • "PID_SMILE_FILLER_MOLECULAR_STRUCTURE"
  • "PID_CROSSLINKONG_DENSITY"
  • "PID_FILLER_CONCENTRATION"
  • "PID_DENSITY_OF_FUNCTIONALIZATION"
  • "PID_TEMPERATURE"
  • "PID_PRESSURE"
  • "PID_DENSITY"
  • "PID_TRANSITION_TEMPERATURE"
  • "PID_HyperelasticPotential"
  • "PID_ForceCurve"
  • "PID_DisplacementCurve"
  • "PID_CorneringAngle"
  • "PID_CorneringStiffness"
  • "PID_dirichletBC"
  • "PID_conventionExternalTemperature"
  • "PID_conventionCoefficient"
  • "PID_Footprint"
  • "PID_Braking_Force"
  • "PID_Stiffness"
  • "PID_Hyper1"
  • "PID_maxDisplacement"
  • "PID_maxMisesStress"
  • "PID_maxPrincipalStress"
  • "PID_Hyper2"
  • "PID_NrOfComponents"
  • "PID_Self_Diffusivity"
  • "PID_Mass_density"
  • "PID_Interface_width"
  • "PID_Degree_of_polymerization"
  • "PID_Interaction_parameter"
  • "PID_Molar_volume"
  • "PID_GrainState"
  • "PID_HOMO"
  • "PID_LUMO"
  • "PID_EnvTemperature"
  • "PID_HeaterTemperature"
  • "PID_BeltTemperature"
  • "PID_BeltVelocity"
  • "PID_InletFlowRate"
  • "PID_InletTemperature"
  • "PID_OutletVelocity"
  • "PID_TinflowSolvent"
  • "PID_TinflowBackground"
  • "PID_TinflowModelID"
  • "PID_TinflowModelType"
  • "PID_TinflowPolymer"
  • "PID_PolymerConcentration"
  • "PID_TinflowResultFile"
  • "PID_TinflowReportFile"
  • "PID_FilmThickness"
  • "PID_FilmTemperature"
  • "PID_InletFlowRateChamber1"
  • "PID_InletFlowRateChamber2"
  • "PID_InletFlowRateChamber3"
  • "PID_InletTemperatureChamber1"
  • "PID_InletTemperatureChamber2"
  • "PID_InletTemperatureChamber3"
  • "PID_ExhaustFlowRateChamber1"
  • "PID_ExhaustFlowRateChamber2"
  • "PID_ExhaustFlowRateChamber3"
  • "FID_FilmThickness"
  • "FID_FilmTemperature"
  • "FID_FilmConcentration"
  • "FID_FilmEvaporationRate"
  • "PID_SubstrateTemperature"
  • "PID_ProcessPressure"
  • "PID_InletFlowRateBackground"
  • "PID_InletFlowRateSolvent"
  • "PID_DepositionRate"
  • "PID_DepositionRateType"
  • "FID_DepositionRate"
  • "PID_Material"
  • "PID_MaterialCard"
  • "PID_MaterialList"
  • "PID_MaterialPlot"
  • "PID_DynamicViscosityGaseous"
  • "PID_DynamicViscosityLiquid"
  • "PID_HeatCapacityGaseous"
  • "PID_HeatCapacityLiquid"
  • "PID_HeatConductivityGaseous"
  • "PID_HeatConductivityLiquid"
  • "PID_SurfaceTension"
  • "PID_EvaporationEnthalpy"
  • "PID_EbullitionTemperature"
  • "PID_IdealGasDensity"
  • "PID_MolarMass"
  • "PID_MeltingTemperature"
  • "PID_MeltingEnthalpy"
  • "PID_CriticalTemperature"
  • "PID_CriticalPressure"
  • "PID_CriticalDensity"
  • "PID_AcentricFactor"
  • "PID_LennardJonesEnergy"
  • "PID_CollisionDiameter"
  • "PID_DoFMotion"
  • "PID_ThermalAccomodation"
  • "PID_Width"
  • "ID_Displacement"
  • "ID_Strain"
  • "ID_Stress"
  • "ID_Temperature"
  • "ID_Humidity"
  • "ID_MoistureContent"
  • "ID_Concentration"
  • "ID_Thermal_absorption_volume"
  • "ID_Thermal_absorption_surface"
  • "ID_Material_number"
  • "ID_Permeability"
  • "ID_Velocity"
  • "ID_Pressure"
  • "ID_Porosity"
  • "ID_Curvature"
  • "ID_BucklingLoad"
  • "ID_CompositeLongitudinalYoungModulus"
  • "ID_CompositeTransverseYoungModulus"
  • "ID_CompositeLongitudinalShearModulus"
  • "ID_CompositeTransverseShearModulus"
  • "ID_CompositeLongitudinalPoissonRatio"
  • "ID_CompositeTransversePoissonRatio"
  • "ID_VTKFile"
  • "ID_Image"
  • "ID_EnergyGap"
  • "ID_EnergeticDisorder"
root Inputs InputMeta Type_ID anyOf item 1
Type: null

root Inputs InputMeta Obj_ID

Obj Id

Default: null

root Inputs InputMeta Obj_ID anyOf item 0
Type: string
root Inputs InputMeta Obj_ID anyOf item 1
Type: array of string
No Additional Items

Each item of this array must be:

root Inputs InputMeta Obj_ID anyOf item 1 item 1 items
Type: string
root Inputs InputMeta Obj_ID anyOf item 2
Type: null

root Inputs InputMeta Name

Name

Default: null

root Inputs InputMeta Name anyOf item 0
Type: string
root Inputs InputMeta Name anyOf item 1
Type: null

root Inputs InputMeta ValueType

Valuetype

Type: enum (of string)

Must be one of:

  • "Scalar"
  • "Vector"
  • "Tensor"
  • "ScalarArray"
  • "VectorArray"
  • "TensorArray"
  • ""

root Inputs InputMeta Description

Description

Type: string Default: ""

root Inputs InputMeta Required

Required

Type: boolean Default: false

root Inputs InputMeta Origin

Origin

Type: string Default: ""

root Inputs InputMeta Set_at

Set At

Type: enum (of string)

Must be one of:

  • "initialization"
  • "timestep"

Additional Properties of any type are allowed.

root Inputs InputMeta additionalProperties
Type: object

root Outputs

Outputs

Type: array Default: []
No Additional Items

Each item of this array must be:

root Outputs OutputMeta

OutputMeta

Type: object

root Outputs OutputMeta Type

Type

Type: enum (of string)

Must be one of:

  • "mupif.Property"
  • "mupif.TemporalProperty"
  • "mupif.Field"
  • "mupif.TemporalField"
  • "mupif.HeavyStruct"
  • "mupif.PyroFile"
  • "mupif.String"
  • "mupif.ParticleSet"
  • "mupif.GrainState"
  • "mupif.Function"
  • "mupif.DataList[mupif.Property]"
  • "mupif.DataList[mupif.TemporalProperty]"
  • "mupif.DataList[mupif.Field]"
  • "mupif.DataList[mupif.TemporalField]"
  • "mupif.DataList[mupif.HeavyStruct]"
  • "mupif.DataList[mupif.String]"
  • "mupif.DataList[mupif.ParticleSet]"
  • "mupif.DataList[mupif.GrainState]"
  • "mupif.DataList[mupif.PiecewiseLinFunction]"

root Outputs OutputMeta Type_ID

root Outputs OutputMeta Type_ID anyOf DataID

DataID

Type: enum (of string)
This class represents the supported values of IDs of property, field, etc. Values of members should be stored by .name, .value should not be used.Same definition as DataID
root Outputs OutputMeta Type_ID anyOf item 1
Type: null

root Outputs OutputMeta Obj_ID

Obj Id

Default: null

root Outputs OutputMeta Obj_ID anyOf item 0
Type: string
root Outputs OutputMeta Obj_ID anyOf item 1
Type: array of string
No Additional Items

Each item of this array must be:

root Outputs OutputMeta Obj_ID anyOf item 1 item 1 items
Type: string
root Outputs OutputMeta Obj_ID anyOf item 2
Type: null

root Outputs OutputMeta Name

Name

Default: null

root Outputs OutputMeta ValueType

Valuetype

Type: enum (of string)

Must be one of:

  • "Scalar"
  • "Vector"
  • "Tensor"
  • "ScalarArray"
  • "VectorArray"
  • "TensorArray"
  • ""

root Outputs OutputMeta Description

Description

Type: string Default: ""

root Outputs OutputMeta Required

Required

Type: boolean Default: false

root Outputs OutputMeta Origin

Origin

Type: string Default: ""

Additional Properties of any type are allowed.

root Outputs OutputMeta additionalProperties
Type: object

root Physics
Default: null

root Physics anyOf PhysicsMeta

PhysicsMeta

Type: object

root Physics anyOf PhysicsMeta Type

Type

Type: enum (of string)

Must be one of:

  • "Electronic"
  • "Atomistic"
  • "Molecular"
  • "Mesoscopic"
  • "Continuum"
  • "Other"

root Physics anyOf PhysicsMeta Entity

Entity

Type: enum (of string)

Must be one of:

  • "Atom"
  • "Electron"
  • "Grains"
  • "Finite volume"
  • "Other"

root Physics anyOf PhysicsMeta Entity_description

Entity Description

Type: string Default: ""

root Physics anyOf PhysicsMeta Equation

Equation

Type: array of string Default: []
No Additional Items

Each item of this array must be:

root Physics anyOf PhysicsMeta Equation Equation items
Type: string

root Physics anyOf PhysicsMeta Equation_quantities

Equation Quantities

Type: array of string Default: []
No Additional Items

Each item of this array must be:

root Physics anyOf PhysicsMeta Equation_quantities Equation_quantities items
Type: string

root Physics anyOf PhysicsMeta Relation_description

Relation Description

Type: array of string Default: []
No Additional Items

Each item of this array must be:

root Physics anyOf PhysicsMeta Relation_description Relation_description items
Type: string

Additional Properties of any type are allowed.

root Physics anyOf PhysicsMeta additionalProperties
Type: object
root Physics anyOf item 1
Type: null

root Solver
Default: null

root Solver anyOf SolverMeta

SolverMeta

Type: object

root Solver anyOf SolverMeta Software

Software

Type: string

root Solver anyOf SolverMeta Language

Language

Type: string

root Solver anyOf SolverMeta License

License

Type: string

root Solver anyOf SolverMeta Creator

Creator

Type: string

root Solver anyOf SolverMeta Type

Type

Type: string

root Solver anyOf SolverMeta Version_date

Version Date

Type: string

root Solver anyOf SolverMeta Solver_additional_params

Solver Additional Params

Type: string Default: ""

root Solver anyOf SolverMeta Documentation

Documentation

Type: string

root Solver anyOf SolverMeta Estim_time_step_s

Estim Time Step S

Type: number

root Solver anyOf SolverMeta Estim_comp_time_s

Estim Comp Time S

Type: number

root Solver anyOf SolverMeta Estim_execution_cost_EUR

Estim Execution Cost Eur

Type: number

root Solver anyOf SolverMeta Estim_personnel_cost_EUR

Estim Personnel Cost Eur

Type: number

root Solver anyOf SolverMeta Required_expertise

Required Expertise

Type: enum (of string)

Must be one of:

  • "None"
  • "User"
  • "Expert"

root Solver anyOf SolverMeta Accuracy

Accuracy

Type: enum (of string)

Must be one of:

  • "Low"
  • "Medium"
  • "High"
  • "Unknown"

root Solver anyOf SolverMeta Sensitivity

Sensitivity

Type: enum (of string)

Must be one of:

  • "Low"
  • "Medium"
  • "High"
  • "Unknown"

root Solver anyOf SolverMeta Complexity

Complexity

Type: enum (of string)

Must be one of:

  • "Low"
  • "Medium"
  • "High"
  • "Unknown"

root Solver anyOf SolverMeta Robustness

Robustness

Type: enum (of string)

Must be one of:

  • "Low"
  • "Medium"
  • "High"
  • "Unknown"

Additional Properties of any type are allowed.

root Solver anyOf SolverMeta additionalProperties
Type: object
root Solver anyOf item 1
Type: null

Additional Properties of any type are allowed.

root additionalProperties
Type: object