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Modules
module	cgnsnames

Variables
character(len=maxcgnsnamelen), parameter	cgnsnames::cgnstimevalue = "TimeValues"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscoorx = "CoordinateX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscoory = "CoordinateY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscoorz = "CoordinateZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscoorr = "CoordinateR"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsdensity = "Density"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmomx = "MomentumX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmomy = "MomentumY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmomz = "MomentumZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsenergy = "EnergyStagnationDensity"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbsanu = "TurbulentSANuTilde"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbk = "TurbulentEnergyKinetic"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbomega = "TurbulentDissipationRate"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbtau = "TurbulentInvDissipationRate"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbepsilon = "TurbulentDissipation"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbv2 = "TurbulentScalarV2"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsturbf = "TurbulentScalarF"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelx = "VelocityX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvely = "VelocityY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelz = "VelocityZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsrelvelx = "RelativeVelocityX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsrelvely = "RelativeVelocityY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsrelvelz = "RelativeVelocityZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelr = "VelocityR"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsveltheta = "VelocityTheta"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnspressure = "Pressure"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnstemp = "Temperature"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscp = "CoefPressure"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmach = "Mach"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsrelmach = "RelativeMach"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmachturb = "MachTurbulent"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsviscmol = "ViscosityMolecular"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvisckin = "ViscosityKinematic"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnseddy = "ViscosityEddy"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnseddyratio = "ViscosityEddyRatio"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnswalldist = "TurbulentDistance"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvortmagn = "VorticityMagnitude"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvortx = "VorticityX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvorty = "VorticityY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvortz = "VorticityZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsptotloss = "RelativePressureStagnationLoss"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsrhotot = "DensityStagnation"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsptot = "PressureStagnation"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsttot = "TemperatureStagnation"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsskinfmag = "SkinFrictionMagnitude"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsskinfx = "SkinFrictionX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsskinfy = "SkinFrictionY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsskinfz = "SkinFrictionZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsforceindragdir = "ForceInDragDir"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsforceinliftdir = "ForceInLiftDir"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsstanton = "StantonNumber"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsyplus = "YPlus"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelocity = "Mach_Velocity"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnssoundspeed = "Mach_VelocitySound"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnslength = "LengthReference"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsreyn = "Reynolds"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsreynlen = "Reynolds_Length"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsheatratio = "SpecificHeatRatio"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsprandtl = "Prandtl"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsprandtlturb = "PrandtlTurbulent"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelanglex = "VelocityAngleX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelangley = "VelocityAngleY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelanglez = "VelocityAngleZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelvecx = "VelocityUnitVectorX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelvecy = "VelocityUnitVectorY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelvecz = "VelocityUnitVectorZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelvecr = "VelocityUnitVectorR"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsvelvectheta = "VelocityUnitVectorTheta"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmassflow = "MassFlow"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsshock = "Shock"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsfilteredshock = "FilteredShock"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsgc = "globalCell"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsstatus = "status"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsintermittency = "Intermittency"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresrho = "ResDensity"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresmomx = "ResMomentumX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresmomy = "ResMomentumY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresmomz = "ResMomentumZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresrhoe = "ResEnergyStagnationDensity"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresnu = "ResTurbulentSANuTilde"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresk = "ResTurbulentEnergyKinetic"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresomega = "ResTurbulentDissipationRate"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsrestau = "ResTurbulentInvDissipationRate"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresepsilon = "ResTurbulentDissipation"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresv2 = "ResTurbulentScalarV2"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsresf = "ResTurbulentScalarF"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resrho = "RSDMassRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resmomx = "RSDMomentumXRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resmomy = "RSDMomentumYRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resmomz = "RSDMomentumZRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resrhoe = "RSDEnergyStagnationDensityRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resnu = "RSDTurbulentSANuTildeRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resk = "RSDTurbulentEnergyKineticRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resomega = "RSDTurbulentDissRateRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2restau = "RSDTurbulentInvDissRateRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resepsilon = "RSDTurbulentDissRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resv2 = "RSDTurbulentScalarV2RMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsl2resf = "RSDTurbulentScalarFRMS"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscl = "CoefLift"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsclp = "CoefPressureLift"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsclv = "CoefViscousLift"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscd = "CoefDrag"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscdp = "CoefPressureDrag"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscdv = "CoefViscousDrag"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscfx = "CoefForceX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscfy = "CoefForceY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscfz = "CoefForceZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscmx = "CoefMomentX"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscmy = "CoefMomentY"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscmz = "CoefMomentZ"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnshdiffmax = "MaxDiffHAndHinf"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsmachmax = "MaxMach"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsyplusmax = "MaxYplus"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnseddymax = "MaxRatioEddyAndLaminarViscosity"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsblank = "Iblank"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnssepsensor = "SepSensor"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnssepsensorks = "SepSensorKs"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnssepsensorksarea = "SepSensorKsArea"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnscavitation = "Cavitation"

character(len=maxcgnsnamelen), parameter	cgnsnames::cgnsaxismoment = "AxisMoment"

character(len=maxcgnsnamelen), parameter	cgnsnames::convhistory = "ConvergenceHistory"

character(len=maxcgnsnamelen), parameter	cgnsnames::timehistory = "TimeHistory"

Modules

Variables