#include <fvstructuredfqvariables.h>

Collaboration diagram for StructuredFQVariables:

Public Member Functions
	StructuredFQVariables ()

	~StructuredFQVariables ()

void	activateFQField (MInt fqIndex, MInt currentPos, MBool writeOutput, MBool writeOutputBoxes)

Public Attributes
MInt	AVG_U

MInt	AVG_V

MInt	AVG_W

MInt	AVG_P

MInt	AVG_RHO

MInt	NU_T

MInt	SPONGE_RHO

MInt	SPONGE_RHO_E

MInt	PRESSURE

MInt	LAMBDA2

MInt	VORTX

MInt	VORTY

MInt	VORTZ

MInt	BLOCKID

MInt	CELLID

MInt	SPONGE_FACTOR

MInt *	VORTICITY

MInt	SLOPEX

MInt	SLOPEY

MInt	SLOPEZ

MInt *	SLOPE

MInt	MU_T

MInt	WALLDISTANCE

MInt	MU_L

MInt	UTAU

MInt	UTAU2

MInt	POROSITY

MInt	DARCY

MInt	FORCH

MInt	NORMALX

MInt	NORMALY

MInt	NORMALZ

MInt *	NORMAL

MInt	LIMITERVISC

MInt	POROUS_INDICATOR

MInt	noFQVariables

MInt	noFQBoxOutput

MInt	maxNoFQVariables

MInt *	neededFQVariables = nullptr

MBool *	outputFQVariables = nullptr

MBool *	boxOutputFQVariables = nullptr

MBool *	loadedFromRestartFile = nullptr

std::vector< MString >	fqNames

std::vector< MBool >	fqWriteOutput

std::vector< MBool >	fqWriteOutputBoxes

Detailed Description

Definition at line 10 of file fvstructuredfqvariables.h.

Constructor & Destructor Documentation

◆ StructuredFQVariables()

StructuredFQVariables::StructuredFQVariables ( )

inline

Definition at line 12 of file fvstructuredfqvariables.h.

                          {
    // this is the start configuration,
    // depending on which fq fields are needed
    // it will be altered later
    AVG_U = 0;
    AVG_V = 1;
    AVG_W = 2;
    AVG_P = 3;
    AVG_RHO = 4;
    NU_T = 5;
    SPONGE_RHO = 6;
    SPONGE_RHO_E = 7;
    PRESSURE = 8;
    LAMBDA2 = 9;
    VORTX = 10;
    VORTY = 11;
    VORTZ = 12;
    VORTICITY = new MInt[3];
    VORTICITY[0] = VORTX;
    VORTICITY[1] = VORTY;
    VORTICITY[2] = VORTZ;
    CELLID = 13;
    BLOCKID = 14;
    SPONGE_FACTOR = 15;
    SLOPEX = 16;
    SLOPEY = 17;
    SLOPEZ = 18;
    SLOPE = new MInt[3];
    SLOPE[0] = SLOPEX;
    SLOPE[1] = SLOPEY;
    SLOPE[2] = SLOPEZ;
    MU_T = 19;
    WALLDISTANCE = 20;
    MU_L = 21;
    UTAU = 22;
    // Porous
    POROSITY = 23;
    DARCY = 24;
    FORCH = 25;
    NORMALX = 26;
    NORMALY = 27;
    NORMALZ = 28;
    NORMAL = new MInt[3];
    NORMAL[0] = NORMALX;
    NORMAL[1] = NORMALY;
    NORMAL[2] = NORMALZ;
    LIMITERVISC = 29;
    POROUS_INDICATOR = 30;
    UTAU2 = 31;
 
    noFQVariables = 0;
    maxNoFQVariables = 32;
    noFQBoxOutput = 0;
  }

◆ ~StructuredFQVariables()

StructuredFQVariables::~StructuredFQVariables ( )

inline

Definition at line 67 of file fvstructuredfqvariables.h.

                           {
    delete[] VORTICITY;
    delete[] SLOPE;
    delete[] NORMAL;
  }

Member Function Documentation

◆ activateFQField()

void StructuredFQVariables::activateFQField	(	MInt	fqIndex,
		MInt	currentPos,
		MBool	writeOutput,
		MBool	writeOutputBoxes
	)

inline

Definition at line 121 of file fvstructuredfqvariables.h.

                                                                                                 {
    fqWriteOutput.push_back(writeOutput);
    fqWriteOutputBoxes.push_back(writeOutputBoxes);
 
    switch(fqIndex) {
      case 0:
        AVG_U = currentPos;
        fqNames.push_back("avgU");
        m_log << "FQ-Field: AVG_U activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 1:
        AVG_V = currentPos;
        fqNames.push_back("avgV");
        m_log << "FQ-Field: AVG_V activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 2:
        AVG_W = currentPos;
        fqNames.push_back("avgW");
        m_log << "FQ-Field: AVG_P activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 3:
        AVG_P = currentPos;
        fqNames.push_back("avgP");
        m_log << "FQ-Field: AVG_P activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 4:
        AVG_RHO = currentPos;
        fqNames.push_back("avgRho");
        m_log << "FQ-Field: AVG_RHO activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 5:
        NU_T = currentPos;
        fqNames.push_back("nu_t");
        m_log << "FQ-Field: NU_T activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 6:
        SPONGE_RHO = currentPos;
        fqNames.push_back("spongeRho");
        m_log << "FQ-Field: SPONGE_RHO activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 7:
        SPONGE_RHO_E = currentPos;
        fqNames.push_back("spongeRhoE");
        m_log << "FQ-Field: SPONGE_RHO_E activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 8:
        PRESSURE = currentPos;
        fqNames.push_back("pressure");
        m_log << "FQ-Field: PRESSURE activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 9:
        LAMBDA2 = currentPos;
        fqNames.push_back("lambda2");
        m_log << "FQ-Field: LAMBDA_2 activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 10:
        VORTX = currentPos;
        VORTICITY[0] = currentPos;
        fqNames.push_back("vortX");
        m_log << "FQ-Field: x-Vorticity activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 11:
        VORTY = currentPos;
        VORTICITY[1] = currentPos;
        fqNames.push_back("vortY");
        m_log << "FQ-Field: y-Vorticity activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 12:
        VORTZ = currentPos;
        VORTICITY[2] = currentPos;
        fqNames.push_back("vortZ");
        m_log << "FQ-Field: z-Vorticity activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 13:
        CELLID = currentPos;
        fqNames.push_back("cellId");
        m_log << "FQ-Field: cellId activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 14:
        BLOCKID = currentPos;
        fqNames.push_back("blockId");
        m_log << "FQ-Field: solverId activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 15:
        SPONGE_FACTOR = currentPos;
        fqNames.push_back("spongeFactor");
        m_log << "FQ-Field: SPONGE_FACTOR activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 16:
        SLOPEX = currentPos;
        SLOPE[0] = currentPos;
        fqNames.push_back("slopeX");
        m_log << "FQ-Field: x-Slope activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 17:
        SLOPEY = currentPos;
        SLOPE[1] = currentPos;
        fqNames.push_back("slopeY");
        m_log << "FQ-Field: y-Slope activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 18:
        SLOPEZ = currentPos;
        SLOPE[2] = currentPos;
        fqNames.push_back("slopeZ");
        m_log << "FQ-Field: z-Slope activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 19:
        MU_T = currentPos;
        fqNames.push_back("mu_t");
        m_log << "FQ-Field: mu_t activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 20:
        WALLDISTANCE = currentPos;
        fqNames.push_back("wallDistance");
        m_log << "FQ-Field: wallDistance activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 21:
        MU_L = currentPos;
        fqNames.push_back("mu_l");
        m_log << "FQ-Field: mu_l activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 22:
        UTAU = currentPos;
        fqNames.push_back("utau");
        m_log << "FQ-Field: UTAU activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 23:
        POROSITY = currentPos;
        fqNames.push_back("porosity");
        m_log << "FQ-Field: POROSITY activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 24:
        DARCY = currentPos;
        fqNames.push_back("darcy");
        m_log << "FQ-Field: DARCY activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 25:
        FORCH = currentPos;
        fqNames.push_back("forch");
        m_log << "FQ-Field: FORCH activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 26:
        NORMALX = currentPos;
        NORMAL[0] = currentPos;
        fqNames.push_back("normalx");
        m_log << "FQ-Field: x-NORMAL activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 27:
        NORMALY = currentPos;
        NORMAL[1] = currentPos;
        fqNames.push_back("normaly");
        m_log << "FQ-Field: y-NORMAL activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 28:
        NORMALZ = currentPos;
        NORMAL[2] = currentPos;
        fqNames.push_back("normalz");
        m_log << "FQ-Field: z-NORMAL activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 29:
        LIMITERVISC = currentPos;
        fqNames.push_back("limitervisc");
        m_log << "FQ-Field: LIMITERVISC activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 30:
        POROUS_INDICATOR = currentPos;
        fqNames.push_back("porous_indicator");
        m_log << "FQ-Field: POROUS_INDICATOR activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      case 31:
        UTAU2 = currentPos;
        fqNames.push_back("utau2");
        m_log << "FQ-Field: UTAU2 activated - Write Output: " << fqWriteOutput[fqWriteOutput.size() - 1]
              << " , write BoxOutput: " << fqWriteOutputBoxes[fqWriteOutputBoxes.size() - 1] << std::endl;
        break;
      default:
        mTerm(1, AT_, "Can't find the FQ field!");
        break;
    }
  }

Member Data Documentation

◆ AVG_P

MInt StructuredFQVariables::AVG_P

Definition at line 76 of file fvstructuredfqvariables.h.

◆ AVG_RHO

MInt StructuredFQVariables::AVG_RHO

Definition at line 77 of file fvstructuredfqvariables.h.

◆ AVG_U

MInt StructuredFQVariables::AVG_U

Definition at line 73 of file fvstructuredfqvariables.h.

◆ AVG_V

MInt StructuredFQVariables::AVG_V

Definition at line 74 of file fvstructuredfqvariables.h.

◆ AVG_W

MInt StructuredFQVariables::AVG_W

Definition at line 75 of file fvstructuredfqvariables.h.

◆ BLOCKID

MInt StructuredFQVariables::BLOCKID

Definition at line 86 of file fvstructuredfqvariables.h.

◆ boxOutputFQVariables

MBool* StructuredFQVariables::boxOutputFQVariables = nullptr

Definition at line 115 of file fvstructuredfqvariables.h.

◆ CELLID

MInt StructuredFQVariables::CELLID

Definition at line 87 of file fvstructuredfqvariables.h.

◆ DARCY

MInt StructuredFQVariables::DARCY

Definition at line 100 of file fvstructuredfqvariables.h.

◆ FORCH

MInt StructuredFQVariables::FORCH

Definition at line 101 of file fvstructuredfqvariables.h.

◆ fqNames

std::vector<MString> StructuredFQVariables::fqNames

Definition at line 117 of file fvstructuredfqvariables.h.

◆ fqWriteOutput

std::vector<MBool> StructuredFQVariables::fqWriteOutput

Definition at line 118 of file fvstructuredfqvariables.h.

◆ fqWriteOutputBoxes

std::vector<MBool> StructuredFQVariables::fqWriteOutputBoxes

Definition at line 119 of file fvstructuredfqvariables.h.

◆ LAMBDA2

MInt StructuredFQVariables::LAMBDA2

Definition at line 82 of file fvstructuredfqvariables.h.

◆ LIMITERVISC

MInt StructuredFQVariables::LIMITERVISC

Definition at line 106 of file fvstructuredfqvariables.h.

◆ loadedFromRestartFile

MBool* StructuredFQVariables::loadedFromRestartFile = nullptr

Definition at line 116 of file fvstructuredfqvariables.h.

◆ maxNoFQVariables

MInt StructuredFQVariables::maxNoFQVariables

Definition at line 111 of file fvstructuredfqvariables.h.

◆ MU_L

MInt StructuredFQVariables::MU_L

Definition at line 96 of file fvstructuredfqvariables.h.

◆ MU_T

MInt StructuredFQVariables::MU_T

Definition at line 94 of file fvstructuredfqvariables.h.

◆ neededFQVariables

MInt* StructuredFQVariables::neededFQVariables = nullptr

Definition at line 113 of file fvstructuredfqvariables.h.

◆ noFQBoxOutput

MInt StructuredFQVariables::noFQBoxOutput

Definition at line 110 of file fvstructuredfqvariables.h.

◆ noFQVariables

MInt StructuredFQVariables::noFQVariables

Definition at line 109 of file fvstructuredfqvariables.h.

◆ NORMAL

MInt* StructuredFQVariables::NORMAL

Definition at line 105 of file fvstructuredfqvariables.h.

◆ NORMALX

MInt StructuredFQVariables::NORMALX

Definition at line 102 of file fvstructuredfqvariables.h.

◆ NORMALY

MInt StructuredFQVariables::NORMALY

Definition at line 103 of file fvstructuredfqvariables.h.

◆ NORMALZ

MInt StructuredFQVariables::NORMALZ

Definition at line 104 of file fvstructuredfqvariables.h.

◆ NU_T

MInt StructuredFQVariables::NU_T

Definition at line 78 of file fvstructuredfqvariables.h.

◆ outputFQVariables

MBool* StructuredFQVariables::outputFQVariables = nullptr

Definition at line 114 of file fvstructuredfqvariables.h.

◆ POROSITY

MInt StructuredFQVariables::POROSITY

Definition at line 99 of file fvstructuredfqvariables.h.

◆ POROUS_INDICATOR

MInt StructuredFQVariables::POROUS_INDICATOR

Definition at line 107 of file fvstructuredfqvariables.h.

◆ PRESSURE

MInt StructuredFQVariables::PRESSURE

Definition at line 81 of file fvstructuredfqvariables.h.

◆ SLOPE

MInt* StructuredFQVariables::SLOPE

Definition at line 93 of file fvstructuredfqvariables.h.

◆ SLOPEX

MInt StructuredFQVariables::SLOPEX

Definition at line 90 of file fvstructuredfqvariables.h.

◆ SLOPEY

MInt StructuredFQVariables::SLOPEY

Definition at line 91 of file fvstructuredfqvariables.h.

◆ SLOPEZ

MInt StructuredFQVariables::SLOPEZ

Definition at line 92 of file fvstructuredfqvariables.h.

◆ SPONGE_FACTOR

MInt StructuredFQVariables::SPONGE_FACTOR

Definition at line 88 of file fvstructuredfqvariables.h.

◆ SPONGE_RHO

MInt StructuredFQVariables::SPONGE_RHO

Definition at line 79 of file fvstructuredfqvariables.h.

◆ SPONGE_RHO_E

MInt StructuredFQVariables::SPONGE_RHO_E

Definition at line 80 of file fvstructuredfqvariables.h.

◆ UTAU

MInt StructuredFQVariables::UTAU

Definition at line 97 of file fvstructuredfqvariables.h.

◆ UTAU2

MInt StructuredFQVariables::UTAU2

Definition at line 98 of file fvstructuredfqvariables.h.

◆ VORTICITY

MInt* StructuredFQVariables::VORTICITY

Definition at line 89 of file fvstructuredfqvariables.h.

◆ VORTX

MInt StructuredFQVariables::VORTX

Definition at line 83 of file fvstructuredfqvariables.h.

◆ VORTY

MInt StructuredFQVariables::VORTY

Definition at line 84 of file fvstructuredfqvariables.h.

◆ VORTZ

MInt StructuredFQVariables::VORTZ

Definition at line 85 of file fvstructuredfqvariables.h.

◆ WALLDISTANCE

MInt StructuredFQVariables::WALLDISTANCE

Definition at line 95 of file fvstructuredfqvariables.h.

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

/home/gitlab-runner/scratch/builds/oxpnswJ6/1/aia/m-AIA/m-AIA/src/FV/fvstructuredfqvariables.h

Public Member Functions

Public Attributes

Detailed Description

Constructor & Destructor Documentation

◆ StructuredFQVariables()

◆ ~StructuredFQVariables()

Member Function Documentation

◆ activateFQField()

Member Data Documentation

◆ AVG_P

◆ AVG_RHO

◆ AVG_U

◆ AVG_V

◆ AVG_W

◆ BLOCKID

◆ boxOutputFQVariables

◆ CELLID

◆ DARCY

◆ FORCH

◆ fqNames

◆ fqWriteOutput

◆ fqWriteOutputBoxes

◆ LAMBDA2

◆ LIMITERVISC

◆ loadedFromRestartFile

◆ maxNoFQVariables

◆ MU_L

◆ MU_T

◆ neededFQVariables

◆ noFQBoxOutput

◆ noFQVariables

◆ NORMAL

◆ NORMALX

◆ NORMALY

◆ NORMALZ

◆ NU_T

◆ outputFQVariables

◆ POROSITY

◆ POROUS_INDICATOR

◆ PRESSURE

◆ SLOPE

◆ SLOPEX

◆ SLOPEY

◆ SLOPEZ

◆ SPONGE_FACTOR

◆ SPONGE_RHO

◆ SPONGE_RHO_E

◆ UTAU

◆ UTAU2

◆ VORTICITY

◆ VORTX

◆ VORTY

◆ VORTZ

◆ WALLDISTANCE