Master configuration struct for the compressible Euler/Navier-Stokes evaluator. More...

#include <EulerEvaluatorSettings.hpp>

Collaboration diagram for DNDS::Euler::EulerEvaluatorSettings< model >:

Classes
struct	BoxInitializer
	Axis-aligned box region for initial condition specification. More...

struct	ExprtkInitializer
	Expression-based initial condition using the ExprTk library. More...

struct	FrameConstRotation
	Constant-rotation reference frame settings. More...

struct	IdealGasProperty
	Ideal gas thermodynamic property set. More...

struct	PlaneInitializer
	Half-space region for initial condition specification. More...

Public Types
using	Traits = EulerModelTraits< model >
	Compile-time model traits.

Public Member Functions
	DNDS_DECLARE_CONFIG (EulerEvaluatorSettings)

	EulerEvaluatorSettings ()=default
	Default constructor (used for schema emission; _nVars remains 0).

	EulerEvaluatorSettings (int nVars)
	Construct with a known variable count and set model-appropriate defaults.

void	finalize ()
	Post-deserialization finalization: cross-field validation and derived quantities.

Public Attributes
real	RANSBottomLimit = 0.01
	Lower clamp for RANS turbulence variables.

struct DNDS::Euler::EulerEvaluatorSettings::FrameConstRotation	frameConstRotation
	Rotating reference frame configuration.

CLDriverSettings	cLDriverSettings
	Lift-coefficient (CL) driver settings.

std::vector< std::string >	cLDriverBCNames
	Boundary zone names for CL driver force integration.

Eigen::Vector< real, -1 >	farFieldStaticValue = Eigen::Vector<real, 5>{1, 0, 0, 0, 2.5}
	Far-field reference state vector (size = nVars).

std::vector< BoxInitializer >	boxInitializers
	List of box-region initial condition specifiers.

std::vector< PlaneInitializer >	planeInitializers
	List of plane-region initial condition specifiers.

std::vector< ExprtkInitializer >	exprtkInitializers
	List of ExprTk-based initial condition specifiers.

struct DNDS::Euler::EulerEvaluatorSettings::IdealGasProperty	idealGasProperty
	Ideal gas thermodynamic property configuration.

int	_nVars = 0
	Runtime nVars, not serialized. Set by ctor, preserved across from_json.

Eigen::Vector< real, -1 >	refU
	Reference conservative state (derived from farFieldStaticValue).

Eigen::Vector< real, -1 >	refUPrim
	Reference primitive state (derived from farFieldStaticValue).

Jacobian Options
bool	useScalarJacobian = false
	Use scalar (diagonal) Jacobian approximation instead of block.

bool	useRoeJacobian = false
	Use Roe-linearization-based Jacobian.

bool	noRsOnWall = false
	Disable the Riemann solver on wall boundary faces.

bool	noGRPOnWall = false
	Disable the Generalized Riemann Problem (GRP) on wall faces.

bool	ignoreSourceTerm = false
	Completely ignore source terms (must be false when RANS or body forces are active).

Reconstruction
int	direct2ndRecMethod = 1
	Direct 2nd-order reconstruction method selector.

int	specialBuiltinInitializer = 0
	Index of a built-in special initializer (0 = none).

real	uRecAlphaCompressPower = 1
	Alpha compression power for the reconstruction limiter.

real	uRecBetaCompressPower = 1
	Beta compression power for the reconstruction limiter.

bool	forceVolURecBeta = true
	Force volume-based beta in the reconstruction.

bool	ppEpsIsRelaxed = false
	Use relaxed positivity-preserving epsilon.

Riemann Solver Configuration
Gas::RiemannSolverType	rsType = Gas::Roe
	Primary Riemann solver type.

Gas::RiemannSolverType	rsTypeAux = Gas::UnknownRS
	Auxiliary Riemann solver type (UnknownRS = same as primary).

Gas::RiemannSolverType	rsTypeWall = Gas::UnknownRS
	Wall-face Riemann solver type (UnknownRS = same as primary).

real	rsFixScale = 1
	Entropy-fix scaling factor for the Riemann solver.

real	rsIncFScale = 1
	Incremental flux scaling factor.

int	rsMeanValueEig = 0
	Mean-value eigenvalue computation mode.

int	rsRotateScheme = 0
	Riemann solver rotation scheme selector.

Wall-Distance Computation
real	minWallDist = 1e-12
	Minimum wall distance clamp (avoids singularities).

int	wallDistExection = 0
	Execution mode: 0 = parallel, 1 = serial.

real	wallDistRefineMax = 1
	Maximum wall-distance refinement factor.

int	wallDistScheme = 0
	Wall-distance computation scheme selector.

int	wallDistCellLoadSize = 1024 * 32
	Cell batch size for wall-distance computation.

int	wallDistIter = 1000
	Maximum iterations for the wall-distance solver.

int	wallDistLinSolver = 0
	Linear solver: 0 = Jacobi, 1 = GMRES.

real	wallDistResTol = 1e-4
	Residual tolerance for wall-distance convergence.

int	wallDistIterStart = 100
	Starting iteration count for the wall-distance solver.

int	wallDistPoissonP = 2
	Poisson equation power in the wall-distance PDE.

real	wallDistDTauScale = 100.
	Pseudo-time step scaling for wall-distance solver.

int	wallDistNJacobiSweep = 10
	Number of Jacobi sweeps per wall-distance iteration.

RANS / DES Configuration
real	SADESScale = veryLargeReal
	SA-DES length scale (veryLargeReal effectively disables DES).

int	SADESMode = 1
	SA-DES mode selector (1 = DDES, etc.).

RANSModel	ransModel = RANSModel::RANS_None
	RANS turbulence model (RANS_None, RANS_SA, RANS_KOWilcox, etc.).

int	ransUseQCR = 0
	Enable QCR (Quadratic Constitutive Relation) correction.

int	ransSARotCorrection = 1
	SA rotation/curvature correction mode.

int	ransEigScheme = 0
	Eigenvalue computation scheme for RANS.

int	ransForce2nd = 0
	Force 2nd-order accuracy for RANS variables.

int	ransSource2nd = 0
	Enable 2nd-order RANS source term discretization.

Viscous Flux and Source Options
int	source2nd = 0
	Enable 2nd-order source term discretization.

int	usePrimGradInVisFlux = 0
	Use primitive-variable gradients in viscous flux.

int	useSourceGradFixGG = 0
	Apply Green-Gauss gradient fix for source terms.

int	nCentralSmoothStep = 0
	Number of central-difference smoothing steps.

real	centralSmoothEps = 0.5
	Epsilon for central smoothing.

Eigen::Vector< real, 3 >	constMassForce = Eigen::Vector<real, 3>{0, 0, 0}
	Constant body force vector [fx, fy, fz].

Static Public Attributes
static const int	nVarsFixed = getnVarsFixed(model)
	Compile-time variable count.

static const int	dim = getDim_Fixed(model)
	Physical dimension (2 or 3).

static const int	gDim = getGeomDim_Fixed(model)
	Geometric dimension (may differ for axi-symmetric).

static const auto	I4 = dim + 1
	Index of the energy equation in the state vector.

Detailed Description

template<EulerModel model>
struct DNDS::Euler::EulerEvaluatorSettings< model >

Master configuration struct for the compressible Euler/Navier-Stokes evaluator.

Organizes all solver-tunable parameters into a single struct that supports JSON round-trip serialization via DNDS_DECLARE_CONFIG. After deserialization, the finalize() hook validates cross-field constraints (e.g. mutually exclusive Jacobian modes) and computes derived reference quantities.

Template Parameters

model The EulerModel tag (e.g. NS_SA_3D) that determines variable count, spatial dimension, and available turbulence model traits.

Definition at line 43 of file EulerEvaluatorSettings.hpp.

Member Typedef Documentation

◆ Traits

template<EulerModel model>

using DNDS::Euler::EulerEvaluatorSettings< model >::Traits = EulerModelTraits<model>

Compile-time model traits.

Definition at line 45 of file EulerEvaluatorSettings.hpp.

Constructor & Destructor Documentation

◆ EulerEvaluatorSettings() [1/2]

template<EulerModel model>

DNDS::Euler::EulerEvaluatorSettings< model >::EulerEvaluatorSettings ( )

default

Default constructor (used for schema emission; _nVars remains 0).

◆ EulerEvaluatorSettings() [2/2]

template<EulerModel model>

DNDS::Euler::EulerEvaluatorSettings< model >::EulerEvaluatorSettings ( int nVars )

inline

Construct with a known variable count and set model-appropriate defaults.

If the model includes SA or 2-equation RANS traits, the default ransModel is set accordingly. The farFieldStaticValue is sized to nVars and initialized to a default freestream state.

Parameters

nVars Number of conservative variables for this model.

Definition at line 412 of file EulerEvaluatorSettings.hpp.

Member Function Documentation

◆ DNDS_DECLARE_CONFIG()

template<EulerModel model>

DNDS::Euler::EulerEvaluatorSettings< model >::DNDS_DECLARE_CONFIG ( EulerEvaluatorSettings< model > )

inline

Definition at line 313 of file EulerEvaluatorSettings.hpp.

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◆ finalize()

template<EulerModel model>

void DNDS::Euler::EulerEvaluatorSettings< model >::finalize ( )

inline

Post-deserialization finalization: cross-field validation and derived quantities.

Checks dimensional consistency of farFieldStaticValue, boxInitializers, and planeInitializers against _nVars. Normalizes the rotation axis if the rotating frame is enabled. Computes refU and refUPrim from the far-field state and ideal gas properties for use as reference scales in the solver.

Uses the stored _nVars set by the constructor. Called automatically by the post_read hook after from_json, or explicitly after copy-construction. If _nVars <= 0 (e.g. default-constructed for schema emission), this is a no-op.

Definition at line 441 of file EulerEvaluatorSettings.hpp.

Member Data Documentation

◆ _nVars

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::_nVars = 0

Runtime nVars, not serialized. Set by ctor, preserved across from_json.

Definition at line 309 of file EulerEvaluatorSettings.hpp.

◆ boxInitializers

template<EulerModel model>

std::vector<BoxInitializer> DNDS::Euler::EulerEvaluatorSettings< model >::boxInitializers

List of box-region initial condition specifiers.

Definition at line 209 of file EulerEvaluatorSettings.hpp.

◆ centralSmoothEps

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::centralSmoothEps = 0.5

Epsilon for central smoothing.

Definition at line 117 of file EulerEvaluatorSettings.hpp.

◆ cLDriverBCNames

template<EulerModel model>

std::vector<std::string> DNDS::Euler::EulerEvaluatorSettings< model >::cLDriverBCNames

Boundary zone names for CL driver force integration.

Definition at line 185 of file EulerEvaluatorSettings.hpp.

◆ cLDriverSettings

template<EulerModel model>

CLDriverSettings DNDS::Euler::EulerEvaluatorSettings< model >::cLDriverSettings

Lift-coefficient (CL) driver settings.

Definition at line 184 of file EulerEvaluatorSettings.hpp.

◆ constMassForce

template<EulerModel model>

Eigen::Vector<real, 3> DNDS::Euler::EulerEvaluatorSettings< model >::constMassForce = Eigen::Vector<real, 3>{0, 0, 0}

Constant body force vector [fx, fy, fz].

Definition at line 118 of file EulerEvaluatorSettings.hpp.

◆ dim

template<EulerModel model>

const int DNDS::Euler::EulerEvaluatorSettings< model >::dim = getDim_Fixed(model)

static

Physical dimension (2 or 3).

Definition at line 47 of file EulerEvaluatorSettings.hpp.

◆ direct2ndRecMethod

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::direct2ndRecMethod = 1

Direct 2nd-order reconstruction method selector.

Definition at line 62 of file EulerEvaluatorSettings.hpp.

◆ exprtkInitializers

template<EulerModel model>

std::vector<ExprtkInitializer> DNDS::Euler::EulerEvaluatorSettings< model >::exprtkInitializers

List of ExprTk-based initial condition specifiers.

Definition at line 261 of file EulerEvaluatorSettings.hpp.

◆ farFieldStaticValue

template<EulerModel model>

Eigen::Vector<real, -1> DNDS::Euler::EulerEvaluatorSettings< model >::farFieldStaticValue = Eigen::Vector<real, 5>{1, 0, 0, 0, 2.5}

Far-field reference state vector (size = nVars).

Definition at line 186 of file EulerEvaluatorSettings.hpp.

◆ forceVolURecBeta

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::forceVolURecBeta = true

Force volume-based beta in the reconstruction.

Definition at line 66 of file EulerEvaluatorSettings.hpp.

◆ frameConstRotation

template<EulerModel model>

struct DNDS::Euler::EulerEvaluatorSettings::FrameConstRotation DNDS::Euler::EulerEvaluatorSettings< model >::frameConstRotation

Rotating reference frame configuration.

◆ gDim

template<EulerModel model>

const int DNDS::Euler::EulerEvaluatorSettings< model >::gDim = getGeomDim_Fixed(model)

static

Geometric dimension (may differ for axi-symmetric).

Definition at line 48 of file EulerEvaluatorSettings.hpp.

◆ I4

template<EulerModel model>

const auto DNDS::Euler::EulerEvaluatorSettings< model >::I4 = dim + 1

static

Index of the energy equation in the state vector.

Definition at line 49 of file EulerEvaluatorSettings.hpp.

◆ idealGasProperty

template<EulerModel model>

struct DNDS::Euler::EulerEvaluatorSettings::IdealGasProperty DNDS::Euler::EulerEvaluatorSettings< model >::idealGasProperty

Ideal gas thermodynamic property configuration.

◆ ignoreSourceTerm

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::ignoreSourceTerm = false

Completely ignore source terms (must be false when RANS or body forces are active).

Definition at line 57 of file EulerEvaluatorSettings.hpp.

◆ minWallDist

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::minWallDist = 1e-12

Minimum wall distance clamp (avoids singularities).

Definition at line 85 of file EulerEvaluatorSettings.hpp.

◆ nCentralSmoothStep

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::nCentralSmoothStep = 0

Number of central-difference smoothing steps.

Definition at line 116 of file EulerEvaluatorSettings.hpp.

◆ noGRPOnWall

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::noGRPOnWall = false

Disable the Generalized Riemann Problem (GRP) on wall faces.

Definition at line 56 of file EulerEvaluatorSettings.hpp.

◆ noRsOnWall

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::noRsOnWall = false

Disable the Riemann solver on wall boundary faces.

Definition at line 55 of file EulerEvaluatorSettings.hpp.

◆ nVarsFixed

template<EulerModel model>

const int DNDS::Euler::EulerEvaluatorSettings< model >::nVarsFixed = getnVarsFixed(model)

static

Compile-time variable count.

Definition at line 46 of file EulerEvaluatorSettings.hpp.

◆ planeInitializers

template<EulerModel model>

std::vector<PlaneInitializer> DNDS::Euler::EulerEvaluatorSettings< model >::planeInitializers

List of plane-region initial condition specifiers.

Definition at line 231 of file EulerEvaluatorSettings.hpp.

◆ ppEpsIsRelaxed

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::ppEpsIsRelaxed = false

Use relaxed positivity-preserving epsilon.

Definition at line 67 of file EulerEvaluatorSettings.hpp.

◆ RANSBottomLimit

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::RANSBottomLimit = 0.01

Lower clamp for RANS turbulence variables.

Definition at line 70 of file EulerEvaluatorSettings.hpp.

◆ ransEigScheme

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::ransEigScheme = 0

Eigenvalue computation scheme for RANS.

Definition at line 106 of file EulerEvaluatorSettings.hpp.

◆ ransForce2nd

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::ransForce2nd = 0

Force 2nd-order accuracy for RANS variables.

Definition at line 107 of file EulerEvaluatorSettings.hpp.

◆ ransModel

template<EulerModel model>

RANSModel DNDS::Euler::EulerEvaluatorSettings< model >::ransModel = RANSModel::RANS_None

RANS turbulence model (RANS_None, RANS_SA, RANS_KOWilcox, etc.).

Definition at line 103 of file EulerEvaluatorSettings.hpp.

◆ ransSARotCorrection

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::ransSARotCorrection = 1

SA rotation/curvature correction mode.

Definition at line 105 of file EulerEvaluatorSettings.hpp.

◆ ransSource2nd

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::ransSource2nd = 0

Enable 2nd-order RANS source term discretization.

Definition at line 108 of file EulerEvaluatorSettings.hpp.

◆ ransUseQCR

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::ransUseQCR = 0

Enable QCR (Quadratic Constitutive Relation) correction.

Definition at line 104 of file EulerEvaluatorSettings.hpp.

◆ refU

template<EulerModel model>

Eigen::Vector<real, -1> DNDS::Euler::EulerEvaluatorSettings< model >::refU

Reference conservative state (derived from farFieldStaticValue).

Definition at line 310 of file EulerEvaluatorSettings.hpp.

◆ refUPrim

template<EulerModel model>

Eigen::Vector<real, -1> DNDS::Euler::EulerEvaluatorSettings< model >::refUPrim

Reference primitive state (derived from farFieldStaticValue).

Definition at line 311 of file EulerEvaluatorSettings.hpp.

◆ rsFixScale

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::rsFixScale = 1

Entropy-fix scaling factor for the Riemann solver.

Definition at line 77 of file EulerEvaluatorSettings.hpp.

◆ rsIncFScale

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::rsIncFScale = 1

Incremental flux scaling factor.

Definition at line 78 of file EulerEvaluatorSettings.hpp.

◆ rsMeanValueEig

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::rsMeanValueEig = 0

Mean-value eigenvalue computation mode.

Definition at line 79 of file EulerEvaluatorSettings.hpp.

◆ rsRotateScheme

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::rsRotateScheme = 0

Riemann solver rotation scheme selector.

Definition at line 80 of file EulerEvaluatorSettings.hpp.

◆ rsType

template<EulerModel model>

Gas::RiemannSolverType DNDS::Euler::EulerEvaluatorSettings< model >::rsType = Gas::Roe

Primary Riemann solver type.

Definition at line 74 of file EulerEvaluatorSettings.hpp.

◆ rsTypeAux

template<EulerModel model>

Gas::RiemannSolverType DNDS::Euler::EulerEvaluatorSettings< model >::rsTypeAux = Gas::UnknownRS

Auxiliary Riemann solver type (UnknownRS = same as primary).

Definition at line 75 of file EulerEvaluatorSettings.hpp.

◆ rsTypeWall

template<EulerModel model>

Gas::RiemannSolverType DNDS::Euler::EulerEvaluatorSettings< model >::rsTypeWall = Gas::UnknownRS

Wall-face Riemann solver type (UnknownRS = same as primary).

Definition at line 76 of file EulerEvaluatorSettings.hpp.

◆ SADESMode

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::SADESMode = 1

SA-DES mode selector (1 = DDES, etc.).

Definition at line 102 of file EulerEvaluatorSettings.hpp.

◆ SADESScale

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::SADESScale = veryLargeReal

SA-DES length scale (veryLargeReal effectively disables DES).

Definition at line 101 of file EulerEvaluatorSettings.hpp.

◆ source2nd

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::source2nd = 0

Enable 2nd-order source term discretization.

Definition at line 113 of file EulerEvaluatorSettings.hpp.

◆ specialBuiltinInitializer

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::specialBuiltinInitializer = 0

Index of a built-in special initializer (0 = none).

Definition at line 63 of file EulerEvaluatorSettings.hpp.

◆ uRecAlphaCompressPower

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::uRecAlphaCompressPower = 1

Alpha compression power for the reconstruction limiter.

Definition at line 64 of file EulerEvaluatorSettings.hpp.

◆ uRecBetaCompressPower

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::uRecBetaCompressPower = 1

Beta compression power for the reconstruction limiter.

Definition at line 65 of file EulerEvaluatorSettings.hpp.

◆ usePrimGradInVisFlux

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::usePrimGradInVisFlux = 0

Use primitive-variable gradients in viscous flux.

Definition at line 114 of file EulerEvaluatorSettings.hpp.

◆ useRoeJacobian

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::useRoeJacobian = false

Use Roe-linearization-based Jacobian.

Definition at line 54 of file EulerEvaluatorSettings.hpp.

◆ useScalarJacobian

template<EulerModel model>

bool DNDS::Euler::EulerEvaluatorSettings< model >::useScalarJacobian = false

Use scalar (diagonal) Jacobian approximation instead of block.

Definition at line 53 of file EulerEvaluatorSettings.hpp.

◆ useSourceGradFixGG

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::useSourceGradFixGG = 0

Apply Green-Gauss gradient fix for source terms.

Definition at line 115 of file EulerEvaluatorSettings.hpp.

◆ wallDistCellLoadSize

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistCellLoadSize = 1024 * 32

Cell batch size for wall-distance computation.

Definition at line 89 of file EulerEvaluatorSettings.hpp.

◆ wallDistDTauScale

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::wallDistDTauScale = 100.

Pseudo-time step scaling for wall-distance solver.

Definition at line 95 of file EulerEvaluatorSettings.hpp.

◆ wallDistExection

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistExection = 0

Execution mode: 0 = parallel, 1 = serial.

Definition at line 86 of file EulerEvaluatorSettings.hpp.

◆ wallDistIter

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistIter = 1000

Maximum iterations for the wall-distance solver.

Definition at line 90 of file EulerEvaluatorSettings.hpp.

◆ wallDistIterStart

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistIterStart = 100

Starting iteration count for the wall-distance solver.

Definition at line 93 of file EulerEvaluatorSettings.hpp.

◆ wallDistLinSolver

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistLinSolver = 0

Linear solver: 0 = Jacobi, 1 = GMRES.

Definition at line 91 of file EulerEvaluatorSettings.hpp.

◆ wallDistNJacobiSweep

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistNJacobiSweep = 10

Number of Jacobi sweeps per wall-distance iteration.

Definition at line 96 of file EulerEvaluatorSettings.hpp.

◆ wallDistPoissonP

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistPoissonP = 2

Poisson equation power in the wall-distance PDE.

Definition at line 94 of file EulerEvaluatorSettings.hpp.

◆ wallDistRefineMax

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::wallDistRefineMax = 1

Maximum wall-distance refinement factor.

Definition at line 87 of file EulerEvaluatorSettings.hpp.

◆ wallDistResTol

template<EulerModel model>

real DNDS::Euler::EulerEvaluatorSettings< model >::wallDistResTol = 1e-4

Residual tolerance for wall-distance convergence.

Definition at line 92 of file EulerEvaluatorSettings.hpp.

◆ wallDistScheme

template<EulerModel model>

int DNDS::Euler::EulerEvaluatorSettings< model >::wallDistScheme = 0

Wall-distance computation scheme selector.

Definition at line 88 of file EulerEvaluatorSettings.hpp.

The documentation for this struct was generated from the following file:

/home/runner/work/DNDSR/DNDSR/src/Euler/EulerEvaluatorSettings.hpp

Classes

Public Types

Public Member Functions

Public Attributes

Static Public Attributes

Detailed Description

Member Typedef Documentation

◆ Traits

Constructor & Destructor Documentation

◆ EulerEvaluatorSettings() [1/2]

◆ EulerEvaluatorSettings() [2/2]

Member Function Documentation

◆ DNDS_DECLARE_CONFIG()

◆ finalize()

Member Data Documentation

◆ _nVars

◆ boxInitializers

◆ centralSmoothEps

◆ cLDriverBCNames

◆ cLDriverSettings

◆ constMassForce

◆ dim

◆ direct2ndRecMethod

◆ exprtkInitializers

◆ farFieldStaticValue

◆ forceVolURecBeta

◆ frameConstRotation

◆ gDim

◆ I4

◆ idealGasProperty

◆ ignoreSourceTerm

◆ minWallDist

◆ nCentralSmoothStep

◆ noGRPOnWall

◆ noRsOnWall

◆ nVarsFixed

◆ planeInitializers

◆ ppEpsIsRelaxed

◆ RANSBottomLimit

◆ ransEigScheme

◆ ransForce2nd

◆ ransModel

◆ ransSARotCorrection

◆ ransSource2nd

◆ ransUseQCR

◆ refU

◆ refUPrim

◆ rsFixScale

◆ rsIncFScale

◆ rsMeanValueEig

◆ rsRotateScheme

◆ rsType

◆ rsTypeAux

◆ rsTypeWall

◆ SADESMode

◆ SADESScale

◆ source2nd

◆ specialBuiltinInitializer

◆ uRecAlphaCompressPower

◆ uRecBetaCompressPower

◆ usePrimGradInVisFlux

◆ useRoeJacobian

◆ useScalarJacobian

◆ useSourceGradFixGG

◆ wallDistCellLoadSize

◆ wallDistDTauScale

◆ wallDistExection

◆ wallDistIter

◆ wallDistIterStart

◆ wallDistLinSolver

◆ wallDistNJacobiSweep

◆ wallDistPoissonP

◆ wallDistRefineMax

◆ wallDistResTol

◆ wallDistScheme