root
children :
    LIBRARY
    children :
        MATERIAL: Air at 25 C
        children :
            Material Description : str = "Air at 25 C and 1 atm (dry)"
            Option : str = "Pure Substance"
            Thermodynamic State : str = "Gas"
            PROPERTIES
            children :
                Option : str = "General Material"
                EQUATION OF STATE
                children :
                    Density : real = 1.185
                    Molar Mass : real = 28.966
                    Option : str = "Value"
                SPECIFIC HEAT CAPACITY
                children :
                    Option : str = "Value"
                    Specific Heat Capacity : int = 1005
                    Specific Heat Type : str = "Constant Pressure"
                REFERENCE STATE
                children :
                    Option : str = "Specified Point"
                    Reference Pressure : int = 1
                    Reference Specific Enthalpy : real = 0.0
                    Reference Specific Entropy : real = 0.0
                    Reference Temperature : int = 25
                DYNAMIC VISCOSITY
                children :
                    Dynamic Viscosity : real = 1.81e-05
                    Option : str = "Value"
                THERMAL CONDUCTIVITY
                children :
                    Option : str = "Value"
                    Thermal Conductivity : real = 0.0261
                ABSORPTION COEFFICIENT
                children :
                    Absorption Coefficient : real = 0.01
                    Option : str = "Value"
                SCATTERING COEFFICIENT
                children :
                    Option : str = "Value"
                    Scattering Coefficient : real = 0.0
                REFRACTIVE INDEX
                children :
                    Option : str = "Value"
                    Refractive Index : real = 1.0
                THERMAL EXPANSIVITY
                children :
                    Option : str = "Value"
                    Thermal Expansivity : real = 0.003356
    FLOW: Flow Analysis 1
    children :
        SOLUTION UNITS
        children :
            Angle Units : int = 1
            Length Units : int = 1
            Mass Units : int = 1
            Solid Angle Units : int = 1
            Temperature Units : int = 1
            Time Units : int = 1
        ANALYSIS TYPE
        children :
            Option : str = "Steady State"
            EXTERNAL SOLVER COUPLING
            children :
                Option : str = "None"
        DOMAIN: Default Domain
        children :
            Coord Frame : str = "Coord 0"
            Domain Type : str = "Fluid"
            Location : str = "fluid"
            BOUNDARY: ColdWall
            children :
                Boundary Type : str = "WALL"
                Location : str = "coldwall"
                BOUNDARY CONDITIONS
                children :
                    HEAT TRANSFER
                    children :
                        Fixed Temperature : real = 288.25
                        Option : str = "Fixed Temperature"
                    MASS AND MOMENTUM
                    children :
                        Option : str = "No Slip Wall"
                    WALL ROUGHNESS
                    children :
                        Option : str = "Smooth Wall"
            BOUNDARY: HotWall
            children :
                Boundary Type : str = "WALL"
                Location : str = "hotwall"
                BOUNDARY CONDITIONS
                children :
                    HEAT TRANSFER
                    children :
                        Fixed Temperature : real = 307.85
                        Option : str = "Fixed Temperature"
                    MASS AND MOMENTUM
                    children :
                        Option : str = "No Slip Wall"
                    WALL ROUGHNESS
                    children :
                        Option : str = "Smooth Wall"
            BOUNDARY: bottomwall
            children :
                Boundary Type : str = "WALL"
                Location : str = "bottomwall"
                BOUNDARY CONDITIONS
                children :
                    HEAT TRANSFER
                    children :
                        Option : str = "Adiabatic"
                    MASS AND MOMENTUM
                    children :
                        Option : str = "No Slip Wall"
                    WALL ROUGHNESS
                    children :
                        Option : str = "Smooth Wall"
            BOUNDARY: sym1
            children :
                Boundary Type : str = "SYMMETRY"
                Location : str = "Primitive 2D A"
            BOUNDARY: sym2
            children :
                Boundary Type : str = "SYMMETRY"
                Location : str = "Primitive 2D B"
            BOUNDARY: topwall
            children :
                Boundary Type : str = "WALL"
                Location : str = "topwall"
                BOUNDARY CONDITIONS
                children :
                    HEAT TRANSFER
                    children :
                        Option : str = "Adiabatic"
                    MASS AND MOMENTUM
                    children :
                        Option : str = "No Slip Wall"
                    WALL ROUGHNESS
                    children :
                        Option : str = "Smooth Wall"
            DOMAIN MODELS
            children :
                BUOYANCY MODEL
                children :
                    Buoyancy Reference Temperature : real = 298.05
                    Gravity X Component : int = 0
                    Gravity Y Component : str = "-9.81"
                    Gravity Z Component : int = 0
                    Option : str = "Buoyant"
                    BUOYANCY REFERENCE LOCATION
                    children :
                        Option : str = "Automatic"
                DOMAIN MOTION
                children :
                    Option : str = "Stationary"
                MESH DEFORMATION
                children :
                    Option : str = "None"
                REFERENCE PRESSURE
                children :
                    Reference Pressure : int = 1
            FLUID DEFINITION: Fluid 1
            children :
                Material : str = "Air at 25 C"
                Option : str = "Material Library"
                MORPHOLOGY
                children :
                    Option : str = "Continuous Fluid"
            FLUID MODELS
            children :
                COMBUSTION MODEL
                children :
                    Option : str = "None"
                HEAT TRANSFER MODEL
                children :
                    Include Viscous Dissipation Term : str = "On"
                    Option : str = "Thermal Energy"
                THERMAL RADIATION MODEL
                children :
                    Option : str = "None"
                TURBULENCE MODEL
                children :
                    Option : str = "SST"
                    BUOYANCY TURBULENCE
                    children :
                        Option : str = "None"
                TURBULENT WALL FUNCTIONS
                children :
                    Option : str = "Automatic"
        OUTPUT CONTROL
        children :
            MONITOR OBJECTS
            children :
                MONITOR BALANCES
                children :
                    Option : str = "Full"
                MONITOR FORCES
                children :
                    Option : str = "Full"
                MONITOR PARTICLES
                children :
                    Option : str = "Full"
                MONITOR POINT: Monitor Point 1
                children :
                    Cartesian Coordinates : real list = [0.005, 1.09, 0.0]
                    Coord Frame : str = "Coord 0"
                    Option : str = "Cartesian Coordinates"
                    MONITOR LOCATION CONTROL
                    children :
                        Interpolation Type : str = "Nearest Vertex"
                    POSITION UPDATE FREQUENCY
                    children :
                        Option : str = "Initial Mesh Only"
                MONITOR POINT: Monitor Point 2
                children :
                    Cartesian Coordinates : real list = [0.07, 1.09, 0.0]
                    Coord Frame : str = "Coord 0"
                    Option : str = "Cartesian Coordinates"
                    MONITOR LOCATION CONTROL
                    children :
                        Interpolation Type : str = "Nearest Vertex"
                    POSITION UPDATE FREQUENCY
                    children :
                        Option : str = "Initial Mesh Only"
                MONITOR RESIDUALS
                children :
                    Option : str = "Full"
                MONITOR TOTALS
                children :
                    Option : str = "Full"
            RESULTS
            children :
                File Compression Level : str = "Default"
                Option : str = "Standard"
        SOLVER CONTROL
        children :
            Turbulence Numerics : str = "High Resolution"
            ADVECTION SCHEME
            children :
                Option : str = "High Resolution"
            CONVERGENCE CONTROL
            children :
                Length Scale Option : str = "Conservative"
                Maximum Number of Iterations : int = 700
                Minimum Number of Iterations : int = 1
                Timescale Control : str = "Auto Timescale"
                Timescale Factor : real = 1.0
            CONVERGENCE CRITERIA
            children :
                Residual Target : real = 1.0e-05
                Residual Type : str = "RMS"
            DYNAMIC MODEL CONTROL
            children :
                Global Dynamic Model Control : str = "On"
            INTERRUPT CONTROL
            children :
                Option : str = "Any Interrupt"
                CONVERGENCE CONDITIONS
                children :
                    Option : str = "Default Conditions"
    COMMAND FILE
    children :
        Version : real = 24.1
        Results Version : real = 24.1
    SIMULATION CONTROL
    children :
        EXECUTION CONTROL
        children :
            EXECUTABLE SELECTION
            children :
                Double Precision : str = "No"
                Large Problem : str = "No"
            INTERPOLATOR STEP CONTROL
            children :
                Runtime Priority : str = "Standard"
                MEMORY CONTROL
                children :
                    Memory Allocation Factor : real = 1.0
                    Option : str = "Model Based"
            PARALLEL HOST LIBRARY
            children :
                HOST DEFINITION: nspczhangyang
                children :
                    Remote Host Name : str = "NSPC-ZHANGYANG"
                    Host Architecture String : str = "winnt-amd64"
                    Installation Root : str = "D:\Program Files\ANSYS Inc\v%v\CFX"
            PARTITIONER STEP CONTROL
            children :
                Multidomain Option : str = "Automatic"
                Runtime Priority : str = "Standard"
                MEMORY CONTROL
                children :
                    Memory Allocation Factor : real = 1.0
                    Option : str = "Model Based"
                PARTITION SMOOTHING
                children :
                    Maximum Partition Smoothing Sweeps : int = 100
                    Option : str = "Smooth"
                PARTITIONING TYPE
                children :
                    MeTiS Type : str = "k-way"
                    Option : str = "MeTiS"
                    Partition Size Rule : str = "Automatic"
            RUN DEFINITION
            children :
                Run Mode : str = "Full"
                Solver Input File : str = "D:/Code/Practice/VMFL052_Fluent_WB/input/VMFL052_CFX.def"
                Solver Results File : str = "D:\Code\Practice\VMFL078_CFX\input\VMFL052_CFX_001.res"
            SOLVER STEP CONTROL
            children :
                Runtime Priority : str = "Standard"
                MEMORY CONTROL
                children :
                    Memory Allocation Factor : real = 1.0
                    Option : str = "Model Based"
                PARALLEL ENVIRONMENT
                children :
                    Number of Processes : int = 1
                    Start Method : str = "Serial"

