ThermoCloud< CloudType > Member List

This is the complete list of members for ThermoCloud< CloudType >, including all inherited members.

addNewParcel(const vector &position, const label celli, const vector &U, const scalar Ei, const label typeId)DSMCCloud< ParcelType >
addParticle(ParticleType *pPtr)Cloud< ParticleType >
ap() constThermoCloud< CloudType >inlinevirtual
autoMap(const mapPolyMesh &)ThermoCloud< CloudType >virtual
binaryCollision() constDSMCCloud< ParcelType >inline
binaryCollision()DSMCCloud< ParcelType >inline
boundaryT() constDSMCCloud< ParcelType >inline
boundaryU() constDSMCCloud< ParcelType >inline
cellOccupancy() constDSMCCloud< ParcelType >inline
checkFieldFieldIOobject(const Cloud< ParticleType > &c, const CompactIOField< Field< DataType >, DataType > &data) constCloud< ParticleType >
checkFieldIOobject(const Cloud< ParticleType > &c, const IOField< DataType > &data) constCloud< ParticleType >
checkParcelProperties(parcelType &parcel, const scalar lagrangianDt, const bool fullyDescribed)ThermoCloud< CloudType >
clear()DSMCCloud< ParcelType >inline
clone(const word &name)ThermoCloud< CloudType >inlinevirtual
cloneBare(const word &name) constThermoCloud< CloudType >inlinevirtual
Cloud(const polyMesh &mesh, const word &cloudName, const IDLList< ParticleType > &particles)Cloud< ParticleType >
Cloud(const polyMesh &pMesh, const word &cloudName, const bool checkClass=true)Cloud< ParticleType >
cloudCopy() constThermoCloud< CloudType >inline
cloudName() constDSMCCloud< ParcelType >inline
cloudPropertiesNameCloud< ParticleType >static
cloudReset(ThermoCloud< CloudType > &c)ThermoCloud< CloudType >protected
Foam::DSMCCloud::cloudReset(const Cloud< ParticleType > &c)Cloud< ParticleType >
cloudType typedefThermoCloud< CloudType >
collisionSelectionRemainder()DSMCCloud< ParcelType >inline
constProps() constThermoCloud< CloudType >inline
constProps()ThermoCloud< CloudType >inline
Foam::DSMCCloud::constProps(label typeId) constDSMCCloud< ParcelType >inline
constProps_ThermoCloud< CloudType >protected
deleteLostParticles()Cloud< ParticleType >
deleteParticle(ParticleType &p)Cloud< ParticleType >
DSMCBaseCloud()=defaultDSMCBaseCloud
DSMCCloud(const word &cloudName, const fvMesh &mesh, bool readFields=true)DSMCCloud< ParcelType >
DSMCCloud(const word &cloudName, const fvMesh &mesh, const IOdictionary &dsmcInitialiseDict)DSMCCloud< ParcelType >
dsmcRhoN() constDSMCCloud< ParcelType >inline
dumpParticlePositions() constDSMCCloud< ParcelType >
Ep() constThermoCloud< CloudType >inlinevirtual
equipartitionInternalEnergy(scalar temperature, direction internalDegreesOfFreedom)DSMCCloud< ParcelType >
equipartitionLinearVelocity(scalar temperature, scalar mass)DSMCCloud< ParcelType >
evolve()ThermoCloud< CloudType >
fD() constDSMCCloud< ParcelType >inline
fDBF()DSMCCloud< ParcelType >inline
fieldIOobject(const word &fieldName, const IOobject::readOption r) constCloud< ParticleType >
geometryType_Cloud< ParticleType >protected
heatTransfer() constThermoCloud< CloudType >inline
heatTransferModel_ThermoCloud< CloudType >protected
hsCoeff()ThermoCloud< CloudType >inline
hsCoeff() constThermoCloud< CloudType >inline
hsCoeff_ThermoCloud< CloudType >protected
hsTrans()ThermoCloud< CloudType >inline
hsTrans() constThermoCloud< CloudType >inline
hsTrans_ThermoCloud< CloudType >protected
iDof() constDSMCCloud< ParcelType >inline
iDofBF()DSMCCloud< ParcelType >inline
inflowBoundary() constDSMCCloud< ParcelType >inline
inflowBoundary()DSMCCloud< ParcelType >inline
info()ThermoCloud< CloudType >
Foam::DSMCCloud::info() constDSMCCloud< ParcelType >
internalE() constDSMCCloud< ParcelType >inline
internalEBF()DSMCCloud< ParcelType >inline
internalEnergyOfSystem() constDSMCCloud< ParcelType >inline
labels() constCloud< ParticleType >inline
linearKE() constDSMCCloud< ParcelType >inline
linearKEBF()DSMCCloud< ParcelType >inline
linearKineticEnergyOfSystem() constDSMCCloud< ParcelType >inline
linearMomentumOfSystem() constDSMCCloud< ParcelType >inline
massInSystem() constDSMCCloud< ParcelType >inline
maxwellianAverageSpeed(scalar temperature, scalar mass) constDSMCCloud< ParcelType >inline
maxwellianAverageSpeed(scalarField temperature, scalar mass) constDSMCCloud< ParcelType >inline
maxwellianMostProbableSpeed(scalar temperature, scalar mass) constDSMCCloud< ParcelType >inline
maxwellianMostProbableSpeed(scalarField temperature, scalar mass) constDSMCCloud< ParcelType >inline
maxwellianRMSSpeed(scalar temperature, scalar mass) constDSMCCloud< ParcelType >inline
maxwellianRMSSpeed(scalarField temperature, scalar mass) constDSMCCloud< ParcelType >inline
mesh() constDSMCCloud< ParcelType >inline
momentum() constDSMCCloud< ParcelType >inline
momentumBF()DSMCCloud< ParcelType >inline
move(TrackCloudType &cloud, typename ParticleType::trackingData &td, const scalar trackTime)Cloud< ParticleType >
nParcels() constCloud< ParticleType >inlinevirtual
nParticle() constDSMCCloud< ParcelType >inline
p() constThermoCloud< CloudType >inline
p_ThermoCloud< CloudType >protected
parcelType typedefThermoCloud< CloudType >
particleProperties() constDSMCCloud< ParcelType >inline
particleType typedefCloud< ParticleType >
pMesh() constCloud< ParticleType >inline
preEvolve(const typename parcelType::trackingData &td)ThermoCloud< CloudType >
q() constDSMCCloud< ParcelType >inline
qBF()DSMCCloud< ParcelType >inline
radAreaP()ThermoCloud< CloudType >inline
radAreaP() constThermoCloud< CloudType >inline
radAreaP_ThermoCloud< CloudType >protected
radAreaPT4()ThermoCloud< CloudType >inline
radAreaPT4() constThermoCloud< CloudType >inline
radAreaPT4_ThermoCloud< CloudType >protected
radiation() constThermoCloud< CloudType >inline
radiation_ThermoCloud< CloudType >protected
radT4()ThermoCloud< CloudType >inline
radT4() constThermoCloud< CloudType >inline
radT4_ThermoCloud< CloudType >protected
relaxSources(const ThermoCloud< CloudType > &cloudOldTime)ThermoCloud< CloudType >
resetSourceTerms()ThermoCloud< CloudType >
restoreState()ThermoCloud< CloudType >
rhoM() constDSMCCloud< ParcelType >inline
rhoMBF()DSMCCloud< ParcelType >inline
rhoN() constDSMCCloud< ParcelType >inline
rhoNBF()DSMCCloud< ParcelType >inline
rndGen()DSMCCloud< ParcelType >inline
scaleSources()ThermoCloud< CloudType >
setModels()ThermoCloud< CloudType >protected
setParcelThermoProperties(parcelType &parcel, const scalar lagrangianDt)ThermoCloud< CloudType >
Sh(volScalarField &hs) constThermoCloud< CloudType >inline
sigmap() constThermoCloud< CloudType >inlinevirtual
sigmaTcRMax()DSMCCloud< ParcelType >inline
storeGlobalPositions() constCloud< ParticleType >
storeState()ThermoCloud< CloudType >
T() constThermoCloud< CloudType >inline
T_ThermoCloud< CloudType >protected
thermo() constThermoCloud< CloudType >inline
thermo_ThermoCloud< CloudType >protected
ThermoCloud(const word &cloudName, const volScalarField &rho, const volVectorField &U, const dimensionedVector &g, const SLGThermo &thermo, bool readFields=true)ThermoCloud< CloudType >
ThermoCloud(ThermoCloud< CloudType > &c, const word &name)ThermoCloud< CloudType >
ThermoCloud(const fvMesh &mesh, const word &name, const ThermoCloud< CloudType > &c)ThermoCloud< CloudType >
thermoCloud()=defaultthermoCloud
thermoCloudType typedefThermoCloud< CloudType >
TIntegrator() constThermoCloud< CloudType >inline
TIntegrator_ThermoCloud< CloudType >protected
Tmax() constThermoCloud< CloudType >inline
Tmin() constThermoCloud< CloudType >inline
typeIdList() constDSMCCloud< ParcelType >inline
Foam::TypeName("Cloud")Cloud< ParticleType >
Foam::DSMCBaseCloud::TypeName("DSMCBaseCloud")DSMCBaseCloud
Foam::thermoCloud::TypeName("thermoCloud")thermoCloud
wallInteraction() constDSMCCloud< ParcelType >inline
wallInteraction()DSMCCloud< ParcelType >inline
writeFields() constCloud< ParticleType >virtual
writeObject(IOstreamOption streamOpt, const bool valid) constCloud< ParticleType >virtual
writePositions() constCloud< ParticleType >
~DSMCBaseCloud()=defaultDSMCBaseCloudvirtual
~DSMCCloud()DSMCCloud< ParcelType >virtual
~ThermoCloud()=defaultThermoCloud< CloudType >virtual
~thermoCloud()=defaultthermoCloudvirtual