Numerical Method
[Data Structure]

Modules
	Numerical Parameters
	Stabilization
	Discretization Triplet
	Time Stepping
	Reference Element Discretization
	Reynolds Averaged Navier-Stokes equations
	SST turbulence model
	Spalart Allmaras model
	Discrete System
Variables
int	ADC_iter = 0
double	AERODYNAMIC [10]
int	ALE_CONSERVATIVE = 1
int	ALE_USE_DIVGRID = 1
vector	ALEDeflection
sparse	ALEGridMotion_Preconditioner
sparse	ALEGridMotion_Stiffness
vector	ALETension
vector	bc
vector	bc_p
vector	bc_u
vector	bc_v
double	CPDOWN_CoefA [21]
double	CPDOWN_CoefB [21]
long	CPDOWN_IDXA [21]
long	CPDOWN_IDXB [21]
double	CPUP_CoefA [21]
double	CPUP_CoefB [21]
long	CPUP_IDXA [21]
long	CPUP_IDXB [21]
vector	FiniteVolumeValues1
vector	FiniteVolumeValues2
vector	FiniteVolumeValues3
vector	FiniteVolumeValues4
vector	FiniteVolumeValues5
vector	FiniteVolumeValues6
vector	FiniteVolumeValues7
vector	FiniteVolumeValues8
vector	LinValues1
vector	LinValues2
vector	LinValues3
vector	LocalLinValues1
vector	LocalLinValues2
vector	LocalLinValues3
vector	NDensityFunction
vector	NLevelSetFunction0
vector	NLevelSetFunction1
vector	NLevelSetFunction2
vector	NLevelSetFunctionTMP
vector	NViscosityFunction
double	SOLVER_NONLINEAR [3]
long	SOLVER_NONLINEAR_ITER
long	SOLVER_NONLINEAR_TIME
double	SurfaceAverageHeight
double	SurfaceLeft
double	SurfaceMaxHeight
double	SurfaceMinHeight
double	SurfaceRight
double	TWOPHASEKineticEnergy
double	TWOPHASEMass
double	TWOPHASEPotentialEnergy

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Variable Documentation

vector bc_u

vector bc_v

vector bc_p

vector bc

boundary condition storage - P1 projected only

vector LocalLinValues1

Local function values for pcw linear

vector LocalLinValues2

Local function values for pcw linear

vector LocalLinValues3

Local function values for pcw linear

vector LinValues1

Function values of piecewise linear functions

vector LinValues2

Function values of piecewise linear functions

vector LinValues3

Function values of piecewise linear functions

vector NDensityFunction

vector NViscosityFunction

vector NLevelSetFunction2

vector NLevelSetFunction1

vector NLevelSetFunction0

vector NLevelSetFunctionTMP

vector FiniteVolumeValues1

Element values 1

vector FiniteVolumeValues2

Element values 2

vector FiniteVolumeValues3

Element values 3

vector FiniteVolumeValues4

Element values 4

vector FiniteVolumeValues5

Element values 5

vector FiniteVolumeValues6

Element values 6

vector FiniteVolumeValues7

Element values 7

vector FiniteVolumeValues8

Element values 8

sparse ALEGridMotion_Stiffness

Sparse matrix for ALE motion

sparse ALEGridMotion_Preconditioner

Preconditioner for ALE stiffness matrix

vector ALETension

vector ALEDeflection

int ALE_CONSERVATIVE = 1

whether to use ALE in conservative form

int ALE_USE_DIVGRID = 1

how the grid velocity should be computed

double AERODYNAMIC[10]

Aerodynamical Forces computation

double SOLVER_NONLINEAR[3]

NONLINEAR SOLVER OUTPUT

long SOLVER_NONLINEAR_ITER

long SOLVER_NONLINEAR_TIME

Number of nonlinear iteration, time needed for nonlinear iter

int ADC_iter = 0

long CPUP_IDXA[21]

long CPUP_IDXB[21]

point x=ii/20.0 is represented by pressure base functions IDXA[ii] and IDXB[ii]

double CPUP_CoefA[21]

double CPUP_CoefB[21]

weights of IDXA and IDXB representation

long CPDOWN_IDXA[21]

long CPDOWN_IDXB[21]

point x=ii/20.0 is represented by pressure base functions IDXA[ii] and IDXB[ii]

double CPDOWN_CoefA[21]

double CPDOWN_CoefB[21]

weights of IDXA and IDXB representation

double TWOPHASEMass

double TWOPHASEKineticEnergy

double TWOPHASEPotentialEnergy

double SurfaceAverageHeight

double SurfaceMaxHeight

double SurfaceMinHeight

double SurfaceLeft

double SurfaceRight

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