Tools.h File Reference

#include "Eos/Eos.h"

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Classes
class	Tools
	Class for tools. More...

Typedefs
template<class Type>
using	TypeMeshContainer = std::vector<Type>
	Template for the type of the mesh container (std::list for now, but may change to something else if wanted).

Enumerations
enum	Prim { vecPhases , vecPhasesO2 , vecSlopes , resume }
	Enumeration for the primitive-variable type (usefull for second order, slopes, etc.). More...
enum	Axis { X , Y , Z }
	Enumeration for the axes (X, Y and Z for the axes in the x-, y- and z-direction). More...
enum	TypeOutput { GNU , VTK , VTKHDF }
	Enumeration for the type of output (GNU, VTK, VTKDF). More...
enum	TypeM { REC , UNS , AMR }
	Enumeration for the type of mesh (REC: rectilinear, UNS: unstructured, AMR: adaptative mesh refinement). More...
enum	TypeData { FLOAT , DOUBLE , INT , CHAR }
	Enumeration for the type of data (FLOAT, DOUBLE, INT, CHAR). More...
enum	TypeGO { VERTEX , LINE , PLAN }
	Enumeration for the type of geometric object (VERTEX, LINE, PLAN). More...
enum	TypeBC {   NONREFLECTING = 1 , WALL = 2 , OUTLETPRESSURE = 3 , INLETINJSTAGSTATE = 4 ,   INLETTANK = 5 , SYMMETRY = 6 , INLETINJTEMP = 7 , NULLFLUX = 8 ,   OUTLETMASSFLOW = 9 , PERIODIC = 10 , MOVINGWALL = 11 }
	Enumeration for the type of boundary. More...
enum	VarBoundary {   p , rho , velU , velV ,   velW , SIZE = (velW + 1) }
	Enumeration for the variable to extract on a boundary. More...
enum	TypeBCHeat { ADIABATIC = 0 , IMPOSEDTEMP = 1 , IMPOSEDFLUX = 2 }
	Enumeration for the heat type of wall boundary (ADIABATIC, IMPOSEDTEMP, IMPOSEDFLUX). More...
enum	TypeRelax { U = 0 , P = 1 , PT = 2 , PTMU = 3 }
	Enumeration for the type of relaxation (P, PT, PTMu). More...
enum	TypeGrad { FD , GG }
	Enumeration for the gradient method (Finite-Difference (FD), Green-Gauss (GG)). More...
enum	PhaseType { LIQ = 0 , VAP = 1 }
	Enumeration for the phase index of a liquid/vapor couple. More...
enum class	SimulationOrder { first , second }
	Enumeration for the scheme order of the simulation. More...
enum	LimiterType { NONE = 0 , MINMOD = 1 , SUPERBEE = 2 }
	Enumeration for the type of second order limiter (NS only). More...
enum class	Variable {   transport , pressure , density , alpha ,   velocityMag , velocityU , velocityV , velocityW ,   temperature , QPA , lambda , cobaseXX ,   cobaseXY , cobaseXZ , cobaseYX , cobaseYY ,   cobaseYZ , cobaseZX , cobaseZY , cobaseZZ }
	Enumeration for the flow variables. More...
enum class	TypeContactAreas { symmetric , nonsymmetric }
	Enumeration for the type of contact areas for the DEM. More...

Functions
template<typename T>
int	sign (T val)
	Template for type-safe sign function.
template<class T>
void	destroy (T *&p)
	Template for deallocation with pointer zeroing.
template<class T>
void	destroy_array (T *&p)
	Template for deallocation with pointer zeroing.

Variables
Tools *	TB
SimulationOrder	simulationOrder
	Precision of the scheme (first order or second order).
int	numberPhases
int	numberSolids
int	numberTransports
bool	turbulenceActivated
int	turbulenceNumQPA
double	sum_u2v2w2
long	nCells
double	initialSoundSpeed
double	initialConductivity
double	initialViscosity

Typedef Documentation

TypeMeshContainer

template<class Type>

using TypeMeshContainer = std::vector<Type>

Template for the type of the mesh container (std::list for now, but may change to something else if wanted).

Enumeration Type Documentation

Axis

enum Axis

Enumeration for the axes (X, Y and Z for the axes in the x-, y- and z-direction).

Enumerator
X
Y
Z

LimiterType

enum LimiterType

Enumeration for the type of second order limiter (NS only).

Enumerator
NONE
MINMOD
SUPERBEE

PhaseType

enum PhaseType

Enumeration for the phase index of a liquid/vapor couple.

Enumerator
LIQ
VAP

Prim

enum Prim

Enumeration for the primitive-variable type (usefull for second order, slopes, etc.).

Enumerator
vecPhases
vecPhasesO2
vecSlopes
resume

SimulationOrder

enum class SimulationOrder

strong

Enumeration for the scheme order of the simulation.

Enumerator
first
second

TypeBC

enum TypeBC

Enumeration for the type of boundary.

Enumerator
NONREFLECTING
WALL
OUTLETPRESSURE
INLETINJSTAGSTATE
INLETTANK
SYMMETRY
INLETINJTEMP
NULLFLUX
OUTLETMASSFLOW
PERIODIC
MOVINGWALL

TypeBCHeat

enum TypeBCHeat

Enumeration for the heat type of wall boundary (ADIABATIC, IMPOSEDTEMP, IMPOSEDFLUX).

Enumerator
ADIABATIC
IMPOSEDTEMP
IMPOSEDFLUX

TypeContactAreas

enum class TypeContactAreas

strong

Enumeration for the type of contact areas for the DEM.

Enumerator
symmetric
nonsymmetric

TypeData

enum TypeData

Enumeration for the type of data (FLOAT, DOUBLE, INT, CHAR).

Enumerator
FLOAT
DOUBLE
INT
CHAR

TypeGO

enum TypeGO

Enumeration for the type of geometric object (VERTEX, LINE, PLAN).

Enumerator
VERTEX
LINE
PLAN

TypeGrad

enum TypeGrad

Enumeration for the gradient method (Finite-Difference (FD), Green-Gauss (GG)).

Enumerator
FD
GG

TypeM

enum TypeM

Enumeration for the type of mesh (REC: rectilinear, UNS: unstructured, AMR: adaptative mesh refinement).

Enumerator
REC
UNS
AMR

TypeOutput

enum TypeOutput

Enumeration for the type of output (GNU, VTK, VTKDF).

Enumerator
GNU
VTK
VTKHDF

TypeRelax

enum TypeRelax

Enumeration for the type of relaxation (P, PT, PTMu).

Enumerator
U
P
PT
PTMU

VarBoundary

enum VarBoundary

Enumeration for the variable to extract on a boundary.

Enumerator
p
rho
velU
velV
velW
SIZE

Variable

enum class Variable

strong

Enumeration for the flow variables.

Enumerator
transport
pressure
density
alpha
velocityMag
velocityU
velocityV
velocityW
temperature
QPA
lambda
cobaseXX
cobaseXY
cobaseXZ
cobaseYX
cobaseYY
cobaseYZ
cobaseZX
cobaseZY
cobaseZZ

Function Documentation

destroy()

template<class T>

void destroy ( T *& p )

inline

Template for deallocation with pointer zeroing.

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destroy_array()

template<class T>

void destroy_array ( T *& p )

inline

Template for deallocation with pointer zeroing.

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sign()

template<typename T>

int sign

(

T

val

)

Template for type-safe sign function.

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Variable Documentation

initialConductivity

double initialConductivity

extern

initialSoundSpeed

double initialSoundSpeed

extern

initialViscosity

double initialViscosity

extern

nCells

long nCells

extern

numberPhases

int numberPhases

extern

numberSolids

int numberSolids

extern

numberTransports

int numberTransports

extern

simulationOrder

SimulationOrder simulationOrder

extern

Precision of the scheme (first order or second order).

sum_u2v2w2

double sum_u2v2w2

extern

TB

Tools* TB

extern

turbulenceActivated

bool turbulenceActivated

extern

turbulenceNumQPA

int turbulenceNumQPA

extern