ERF_IndexDefines.H File Reference

#include <AMReX_REAL.H>
#include <AMReX_Arena.H>

Include dependency graph for ERF_IndexDefines.H:

Go to the source code of this file.

Namespaces
	BaseState
	BCVars
	RealBdyVars
	WRFBdyVars
	MetGridBdyVars
	Vars
	IntVars
	EddyDiff
	ERFBCType

Macros
#define	NDRY   3
#define	NSCALARS   1
#define	NMOIST_max   6
#define	NVAR_max   (NDRY + NSCALARS + NMOIST_max)
#define	NBCVAR_max   (NDRY + 1 + NMOIST_max + 1)
#define	NPRIMVAR_max   (NDRY + 1 + NMOIST_max)
#define	Rho_comp   0
#define	RhoTheta_comp   (Rho_comp+1)
#define	RhoKE_comp   (Rho_comp+2)
#define	RhoScalar_comp   (RhoKE_comp+1)
#define	RhoQ1_comp   (RhoScalar_comp+NSCALARS)
#define	RhoQ2_comp   (RhoQ1_comp+1)
#define	RhoQ3_comp   (RhoQ1_comp+2)
#define	RhoQ4_comp   (RhoQ1_comp+3)
#define	RhoQ5_comp   (RhoQ1_comp+4)
#define	RhoQ6_comp   (RhoQ1_comp+5)
#define	PrimTheta_comp   (RhoTheta_comp -1)
#define	PrimKE_comp   (RhoKE_comp -1)
#define	PrimScalar_comp   (RhoScalar_comp-1)
#define	PrimQ1_comp   (RhoQ1_comp-1)
#define	PrimQ2_comp   (RhoQ2_comp-1)
#define	PrimQ3_comp   (RhoQ3_comp-1)
#define	PrimQ4_comp   (RhoQ4_comp-1)
#define	PrimQ5_comp   (RhoQ5_comp-1)
#define	PrimQ6_comp   (RhoQ6_comp-1)

Enumerations
enum	{   BaseState::r0_comp = 0 , BaseState::p0_comp , BaseState::pi0_comp , BaseState::th0_comp ,   BaseState::num_comps }
enum	{   BCVars::cons_bc = 0 , BCVars::Rho_bc_comp = 0 , BCVars::RhoTheta_bc_comp , BCVars::RhoKE_bc_comp ,   BCVars::RhoScalar_bc_comp , BCVars::RhoQ1_bc_comp , BCVars::RhoQ2_bc_comp , BCVars::RhoQ3_bc_comp ,   BCVars::RhoQ4_bc_comp , BCVars::RhoQ5_bc_comp , BCVars::RhoQ6_bc_comp , BCVars::base_bc ,   BCVars::xvel_bc = NBCVAR_max , BCVars::yvel_bc = NBCVAR_max+1 , BCVars::zvel_bc = NBCVAR_max+2 , BCVars::NumTypes }
enum	{   RealBdyVars::U = 0 , RealBdyVars::V = 1 , RealBdyVars::T = 2 , RealBdyVars::QV = 3 ,   RealBdyVars::NumTypes }
enum	{   WRFBdyVars::U = 0 , WRFBdyVars::V = 1 , WRFBdyVars::T = 2 , WRFBdyVars::QV ,   WRFBdyVars::MU , WRFBdyVars::PC , WRFBdyVars::NumTypes }
enum	{   MetGridBdyVars::U = 0 , MetGridBdyVars::V = 1 , MetGridBdyVars::T = 2 , MetGridBdyVars::QV ,   MetGridBdyVars::NumTypes }
enum	{   Vars::cons = 0 , Vars::xvel , Vars::yvel , Vars::zvel ,   Vars::NumTypes }
enum	{   IntVars::cons = 0 , IntVars::xmom , IntVars::ymom , IntVars::zmom ,   IntVars::NumTypes }
enum	{   EddyDiff::Mom_h = 0 , EddyDiff::Theta_h , EddyDiff::KE_h , EddyDiff::Scalar_h ,   EddyDiff::Q_h , EddyDiff::Mom_v , EddyDiff::Theta_v , EddyDiff::KE_v ,   EddyDiff::Scalar_v , EddyDiff::Q_v , EddyDiff::Turb_lengthscale , EddyDiff::NumDiffs }
enum class	ERF_BC {   symmetry , inflow , outflow , ho_outflow ,   open , no_slip_wall , slip_wall , periodic ,   MOST , undefined }
enum	ERFBCType::mathematicalBndryTypes : int {   ERFBCType::bogus = -666 , ERFBCType::reflect_odd = -1 , ERFBCType::int_dir = 0 , ERFBCType::reflect_even = 1 ,   ERFBCType::foextrap = 2 , ERFBCType::ext_dir = 3 , ERFBCType::MOST = 101 , ERFBCType::ext_dir_prim = 102 ,   ERFBCType::ext_dir_ingested = 103 , ERFBCType::neumann = 104 , ERFBCType::neumann_int = 105 , ERFBCType::open = 106 ,   ERFBCType::hoextrapcc = 107 }
enum class	AdvType : int {   Centered_2nd = 101 , Upwind_3rd = 102 , Centered_4th = 103 , Upwind_5th = 104 ,   Centered_6th = 105 , Weno_3 = 106 , Weno_3Z = 107 , Weno_5 = 108 ,   Weno_5Z = 109 , Weno_3MZQ = 110 , Weno_7 = 111 , Weno_7Z = 112 ,   Unknown = 113 }

Macro Definition Documentation

NBCVAR_max

#define NBCVAR_max   (NDRY + 1 + NMOIST_max + 1)

NDRY

#define NDRY   3

Definition of indexing parameters

NMOIST_max

#define NMOIST_max   6

NPRIMVAR_max

#define NPRIMVAR_max   (NDRY + 1 + NMOIST_max)

NSCALARS

#define NSCALARS   1

NVAR_max

#define NVAR_max   (NDRY + NSCALARS + NMOIST_max)

PrimKE_comp

#define PrimKE_comp   (RhoKE_comp -1)

PrimQ1_comp

#define PrimQ1_comp   (RhoQ1_comp-1)

PrimQ2_comp

#define PrimQ2_comp   (RhoQ2_comp-1)

PrimQ3_comp

#define PrimQ3_comp   (RhoQ3_comp-1)

PrimQ4_comp

#define PrimQ4_comp   (RhoQ4_comp-1)

PrimQ5_comp

#define PrimQ5_comp   (RhoQ5_comp-1)

PrimQ6_comp

#define PrimQ6_comp   (RhoQ6_comp-1)

PrimScalar_comp

#define PrimScalar_comp   (RhoScalar_comp-1)

PrimTheta_comp

#define PrimTheta_comp   (RhoTheta_comp -1)

Rho_comp

#define Rho_comp   0

RhoKE_comp

#define RhoKE_comp   (Rho_comp+2)

RhoQ1_comp

#define RhoQ1_comp   (RhoScalar_comp+NSCALARS)

RhoQ2_comp

#define RhoQ2_comp   (RhoQ1_comp+1)

RhoQ3_comp

#define RhoQ3_comp   (RhoQ1_comp+2)

RhoQ4_comp

#define RhoQ4_comp   (RhoQ1_comp+3)

RhoQ5_comp

#define RhoQ5_comp   (RhoQ1_comp+4)

RhoQ6_comp

#define RhoQ6_comp   (RhoQ1_comp+5)

RhoScalar_comp

#define RhoScalar_comp   (RhoKE_comp+1)

RhoTheta_comp

#define RhoTheta_comp   (Rho_comp+1)

Enumeration Type Documentation

AdvType

enum AdvType : int

strong

Enumerator
Centered_2nd
Upwind_3rd
Centered_4th
Upwind_5th
Centered_6th
Weno_3
Weno_3Z
Weno_5
Weno_5Z
Weno_3MZQ
Weno_7
Weno_7Z
Unknown

                    : int {
    Centered_2nd = 101,
    Upwind_3rd   = 102,
    Centered_4th = 103,
    Upwind_5th   = 104,
    Centered_6th = 105,
    Weno_3        = 106,
    Weno_3Z       = 107,
    Weno_5        = 108,
    Weno_5Z       = 109,
    Weno_3MZQ     = 110,
    Weno_7        = 111,
    Weno_7Z       = 112,
    Unknown       = 113
};

ERF_BC

enum ERF_BC

strong

Enumerator
symmetry
inflow
outflow
ho_outflow
open
no_slip_wall
slip_wall
periodic
MOST
undefined

                   {
    symmetry, inflow, outflow, ho_outflow, open, no_slip_wall, slip_wall, periodic, MOST, undefined
};