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Multiphysics at AIA
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LPTEllipsoidal< nDim > Member List

This is the complete list of members for LPTEllipsoidal< nDim >, including all inherited members.

advanceParticle() overrideLPTEllipsoidal< nDim >virtual
BitsetType typedefLPTBase< nDim >
calculateMajorAxisOrientation(MFloat *majorAxis)LPTEllipsoidal< nDim >
checkCellChange(const MFloat *oldPosition, const MBool allowHaloNonLeaf=false)LPTBase< nDim >
coupling() overrideLPTEllipsoidal< nDim >virtual
dragFactor(const MFloat partRe, const MFloat beta=1, const MFloat inclinationAngle=0, const MFloat K0=0, const MFloat K2=0)LPTEllipsoidal< nDim >
effectiveWallCollisionRadius() const overrideLPTEllipsoidal< nDim >inlinevirtual
energyEquation() overrideLPTEllipsoidal< nDim >virtual
equivalentDiameter() constLPTEllipsoidal< nDim >inline
equivalentRadius() constLPTEllipsoidal< nDim >inline
firstStep()LPTBase< nDim >
firstStep() constLPTBase< nDim >
fParticleRelTime(const MFloat dynamicViscosity)LPTEllipsoidal< nDim >inline
fullyEvaporated()LPTBase< nDim >
fullyEvaporated() constLPTBase< nDim >
getNghbrList(std::vector< MInt > &, const MInt)LPTBase< nDim >
hadWallColl()LPTBase< nDim >
hadWallColl() constLPTBase< nDim >
hasCollided()LPTBase< nDim >
hasCollided() constLPTBase< nDim >
hasProperty(const LptBaseProperty p)LPTBase< nDim >
hasProperty(const LptBaseProperty p) constLPTBase< nDim >
heatCoupling()LPTEllipsoidal< nDim >private
initEllipsoialProperties()LPTEllipsoidal< nDim >inline
initEqDiameter()LPTEllipsoidal< nDim >inlineprivate
initProperties()LPTBase< nDim >
initShapeParams()LPTEllipsoidal< nDim >private
initVelocityAndDensity()LPTEllipsoidal< nDim >inline
interpolateAndCalcWeights(const MInt cellId, const MFloat *const x, MFloat *const result, std::vector< MFloat > &weight, MFloat *const gradientResult=nullptr)LPTBase< nDim >
interpolateVelocityAndDensity(const MInt cellId, const MFloat *const position, MFloat *const velocity, MFloat &density, std::vector< MFloat > &weights)LPTEllipsoidal< nDim >inlineprivate
interpolateVelocityAndVelocitySlopes(const MInt cellId, const MFloat *const position, MFloat *const velocity, MFloat *const velocityGradient, std::vector< MFloat > &weights)LPTEllipsoidal< nDim >inlineprivate
isInvalid()LPTBase< nDim >
isInvalid() constLPTBase< nDim >
isWindow()LPTBase< nDim >
isWindow() constLPTBase< nDim >
liftFactor(const MFloat partRe, const MFloat beta, const MFloat inclinationAngle, const MFloat K0, const MFloat K2)LPTEllipsoidal< nDim >
LPTEllipsoidal()LPTEllipsoidal< nDim >
LPTEllipsoidal(const LPTEllipsoidal &)=defaultLPTEllipsoidal< nDim >
m_accelLPTBase< nDim >
m_angularAccelLPTEllipsoidal< nDim >
m_angularVelLPTEllipsoidal< nDim >
m_aspectRatioLPTEllipsoidal< nDim >
m_cellIdLPTBase< nDim >
m_creationTimeLPTBase< nDim >
m_densityRatioLPTBase< nDim >
m_eqDiameterLPTEllipsoidal< nDim >private
m_fluidDensityLPTEllipsoidal< nDim >
m_fluidVelLPTEllipsoidal< nDim >
m_fluidVelMagLPTEllipsoidal< nDim >
m_heatFluxLPTEllipsoidal< nDim >
m_neighborListLPTBase< nDim >
m_oldAccelLPTEllipsoidal< nDim >
m_oldAngularAccelLPTEllipsoidal< nDim >
m_oldAngularVelLPTEllipsoidal< nDim >
m_oldCellIdLPTBase< nDim >
m_oldFluidDensityLPTEllipsoidal< nDim >
m_oldFluidVelLPTEllipsoidal< nDim >
m_oldPosLPTBase< nDim >
m_oldQuaternionLPTEllipsoidal< nDim >
m_oldVelLPTBase< nDim >
m_particleMajorAxisLPTEllipsoidal< nDim >
m_partIdLPTBase< nDim >
m_positionLPTBase< nDim >
m_propertiesLPTBase< nDim >
m_quaternionLPTEllipsoidal< nDim >
m_redistWeightLPTEllipsoidal< nDim >
m_semiMinorAxisLPTEllipsoidal< nDim >
m_shapeParamsLPTEllipsoidal< nDim >
m_temperatureLPTEllipsoidal< nDim >
m_velocityLPTBase< nDim >
m_velocityGradientFluidLPTEllipsoidal< nDim >
magRelVel(const MFloat *const velocity1, const MFloat *const velocity2) constLPTEllipsoidal< nDim >inline
massCoupling()LPTEllipsoidal< nDim >private
maxParticleRadius() constLPTEllipsoidal< nDim >inline
minParticleRadius() constLPTEllipsoidal< nDim >inline
momentumCoupling()LPTEllipsoidal< nDim >private
motionEquation() overrideLPTEllipsoidal< nDim >virtual
operator<<LPTEllipsoidal< nDim >friend
operator=(const LPTEllipsoidal &)=defaultLPTEllipsoidal< nDim >
particleMass() constLPTEllipsoidal< nDim >inline
particleRadius(MInt direction) constLPTEllipsoidal< nDim >inline
particleRe(const MFloat velocity, const MFloat density, const MFloat dynamicViscosity)LPTEllipsoidal< nDim >inline
particleVolume() constLPTEllipsoidal< nDim >inline
particleWallCollision()LPTBase< nDim >virtual
reqBroadcast()LPTBase< nDim >
reqBroadcast() constLPTBase< nDim >
reqSend()LPTBase< nDim >
reqSend() constLPTBase< nDim >
resetWeights() overrideLPTEllipsoidal< nDim >inlinevirtual
s_backPtrLPTBase< nDim >static
s_distFactorImpLPTBase< nDim >static
s_floatElementsLPTEllipsoidal< nDim >static
s_FrmLPTEllipsoidal< nDim >static
s_intElementsLPTEllipsoidal< nDim >static
s_interpolationMethodLPTBase< nDim >static
s_interpolationOrderLPTBase< nDim >static
s_lengthFactorLPTEllipsoidal< nDim >static
s_PrLPTEllipsoidal< nDim >static
s_ReLPTEllipsoidal< nDim >static
s_ScLPTEllipsoidal< nDim >static
s_WeLPTEllipsoidal< nDim >static
setParticleFluidVelocities(MInt cellId, MFloat *position, MFloat *quaternions, MFloat *fluidVel, MFloat *fluidVelGrad)LPTEllipsoidal< nDim >
toBeDeleted()LPTBase< nDim >
toBeDeleted() constLPTBase< nDim >
toBeRespawn()LPTBase< nDim >
toBeRespawn() constLPTBase< nDim >
torqueFactor(const MFloat partRe, const MFloat beta, const MFloat inclinationAngle)LPTEllipsoidal< nDim >
updateProperties(const MBool init=true)LPTBase< nDim >
wallParticleCollision()LPTBase< nDim >virtual
wasSend()LPTBase< nDim >
wasSend() constLPTBase< nDim >
~LPTBase()=defaultLPTBase< nDim >virtual
~LPTEllipsoidal() override=defaultLPTEllipsoidal< nDim >