Chombo + EB + MF  3.2
Macros | Functions
EBViscousTensorOpF_F.H File Reference
#include "FORT_PROTO.H"
#include "CH_Timer.H"
#include "REAL.H"
Include dependency graph for EBViscousTensorOpF_F.H:

Go to the source code of this file.

Macros

#define GUARDNWOEBVTOPOINTLPH
 
#define FORT_NWOEBVTOPOINTLPH   FORTRAN_NAME( inlineNWOEBVTOPOINTLPH, inlineNWOEBVTOPOINTLPH)
 
#define FORTNT_NWOEBVTOPOINTLPH   FORTRAN_NAME( NWOEBVTOPOINTLPH, nwoebvtopointlph)
 
#define GUARDGSRBNWOEBVTOP
 
#define FORT_GSRBNWOEBVTOP   FORTRAN_NAME( inlineGSRBNWOEBVTOP, inlineGSRBNWOEBVTOP)
 
#define FORTNT_GSRBNWOEBVTOP   FORTRAN_NAME( GSRBNWOEBVTOP, gsrbnwoebvtop)
 
#define GUARDCELLGRADEBVTOP
 
#define FORT_CELLGRADEBVTOP   FORTRAN_NAME( inlineCELLGRADEBVTOP, inlineCELLGRADEBVTOP)
 
#define FORTNT_CELLGRADEBVTOP   FORTRAN_NAME( CELLGRADEBVTOP, cellgradebvtop)
 
#define GUARDINCRAPPLYEBVTOP
 
#define FORT_INCRAPPLYEBVTOP   FORTRAN_NAME( inlineINCRAPPLYEBVTOP, inlineINCRAPPLYEBVTOP)
 
#define FORTNT_INCRAPPLYEBVTOP   FORTRAN_NAME( INCRAPPLYEBVTOP, incrapplyebvtop)
 
#define GUARDNORMALGRADVISCDIRCH
 
#define FORT_NORMALGRADVISCDIRCH   FORTRAN_NAME( inlineNORMALGRADVISCDIRCH, inlineNORMALGRADVISCDIRCH)
 
#define FORTNT_NORMALGRADVISCDIRCH   FORTRAN_NAME( NORMALGRADVISCDIRCH, normalgradviscdirch)
 
#define GUARDSLIPWALLGRAD
 
#define FORT_SLIPWALLGRAD   FORTRAN_NAME( inlineSLIPWALLGRAD, inlineSLIPWALLGRAD)
 
#define FORTNT_SLIPWALLGRAD   FORTRAN_NAME( SLIPWALLGRAD, slipwallgrad)
 
#define GUARDVELDOTSIGMA
 
#define FORT_VELDOTSIGMA   FORTRAN_NAME( inlineVELDOTSIGMA, inlineVELDOTSIGMA)
 
#define FORTNT_VELDOTSIGMA   FORTRAN_NAME( VELDOTSIGMA, veldotsigma)
 
#define GUARDINCRPOINTDOTPROD
 
#define FORT_INCRPOINTDOTPROD   FORTRAN_NAME( inlineINCRPOINTDOTPROD, inlineINCRPOINTDOTPROD)
 
#define FORTNT_INCRPOINTDOTPROD   FORTRAN_NAME( INCRPOINTDOTPROD, incrpointdotprod)
 
#define GUARDINCRCCSIGMALAMBDA
 
#define FORT_INCRCCSIGMALAMBDA   FORTRAN_NAME( inlineINCRCCSIGMALAMBDA, inlineINCRCCSIGMALAMBDA)
 
#define FORTNT_INCRCCSIGMALAMBDA   FORTRAN_NAME( INCRCCSIGMALAMBDA, incrccsigmalambda)
 
#define GUARDINCRCCSIGMAETA
 
#define FORT_INCRCCSIGMAETA   FORTRAN_NAME( inlineINCRCCSIGMAETA, inlineINCRCCSIGMAETA)
 
#define FORTNT_INCRCCSIGMAETA   FORTRAN_NAME( INCRCCSIGMAETA, incrccsigmaeta)
 
#define GUARDINCRFACETOCELLAVERAGE
 
#define FORT_INCRFACETOCELLAVERAGE   FORTRAN_NAME( inlineINCRFACETOCELLAVERAGE, inlineINCRFACETOCELLAVERAGE)
 
#define FORTNT_INCRFACETOCELLAVERAGE   FORTRAN_NAME( INCRFACETOCELLAVERAGE, incrfacetocellaverage)
 

Functions

void FORTRAN_NAME (NWOEBVTOPOINTLPH, nwoebvtopointlph)(CHFp_REALVECT(lphi)
 
void CHFp_CONST_INTVECT (iv)
 
void CHFp_CONST_FRA (phi)
 
void CHFp_CONST_FRA1 (acofab)
 
void CHFp_CONST_FRA1 (eta0fab)
 
void CHFp_CONST_FRA1 (eta1fab)
 
void CHFp_CONST_FRA1 (eta2fab)
 
void CHFp_CONST_FRA1 (lam0fab)
 
void CHFp_CONST_FRA1 (lam1fab)
 
void CHFp_CONST_FRA1 (lam2fab)
 
void CHFp_CONST_REAL (dx)
 
void CHFp_CONST_REAL (alpha)
 
void CHFp_CONST_REAL (beta))
 
void FORTRAN_NAME (inlineNWOEBVTOPOINTLPH, inlineNWOEBVTOPOINTLPH)(CHFp_REALVECT(lphi)
 
void FORTRAN_NAME (GSRBNWOEBVTOP, gsrbnwoebvtop)(CHFp_FRA(phi)
 
void CHFp_CONST_FRA (rhs)
 
void CHFp_CONST_FRA (lambda)
 
void CHFp_BOX (coloredbox))
 
void FORTRAN_NAME (inlineGSRBNWOEBVTOP, inlineGSRBNWOEBVTOP)(CHFp_FRA(phi)
 
void FORTRAN_NAME (CELLGRADEBVTOP, cellgradebvtop)(CHFp_FRA1(grad)
 
void CHFp_CONST_FRA1 (vel)
 
void CHFp_BOX (lobox)
 
void CHFp_BOX (hibox)
 
void CHFp_BOX (centerbox)
 
void CHFp_CONST_INT (haslo)
 
void CHFp_CONST_INT (hashi)
 
void CHFp_CONST_INT (divdir))
 
void FORTRAN_NAME (inlineCELLGRADEBVTOP, inlineCELLGRADEBVTOP)(CHFp_FRA1(grad)
 
void FORTRAN_NAME (INCRAPPLYEBVTOP, incrapplyebvtop)(CHFp_FRA1(lhs)
 
void CHFp_CONST_FRA1 (interiorflux)
 
void CHFp_CONST_FRA1 (domainfluxlo)
 
void CHFp_CONST_FRA1 (domainfluxhi)
 
void CHFp_CONST_INT (facedir))
 
void FORTRAN_NAME (inlineINCRAPPLYEBVTOP, inlineINCRAPPLYEBVTOP)(CHFp_FRA1(lhs)
 
void FORTRAN_NAME (NORMALGRADVISCDIRCH, normalgradviscdirch)(CHFp_FRA1(gradvelface)
 
void CHFp_CONST_FRA1 (velcomp)
 
void CHFp_CONST_FRA1 (velvalu)
 
void CHFp_BOX (facebox)
 
void CHFp_CONST_INT (iside)
 
void FORTRAN_NAME (inlineNORMALGRADVISCDIRCH, inlineNORMALGRADVISCDIRCH)(CHFp_FRA1(gradvelface)
 
void FORTRAN_NAME (SLIPWALLGRAD, slipwallgrad)(CHFp_FRA1(gradvelface)
 
void CHFp_CONST_INT (veldir)
 
void FORTRAN_NAME (inlineSLIPWALLGRAD, inlineSLIPWALLGRAD)(CHFp_FRA1(gradvelface)
 
void FORTRAN_NAME (VELDOTSIGMA, veldotsigma)(CHFp_FRA(veldotsig)
 
void CHFp_CONST_FRA (vel)
 
void CHFp_CONST_FRA (sig)
 
void FORTRAN_NAME (inlineVELDOTSIGMA, inlineVELDOTSIGMA)(CHFp_FRA(veldotsig)
 
void FORTRAN_NAME (INCRPOINTDOTPROD, incrpointdotprod)(CHFp_FRA1(sigmadotgradu)
 
void CHFp_CONST_FRA1 (gradu)
 
void CHFp_CONST_FRA1 (sigma)
 
void CHFp_BOX (box))
 
void FORTRAN_NAME (inlineINCRPOINTDOTPROD, inlineINCRPOINTDOTPROD)(CHFp_FRA1(sigmadotgradu)
 
void FORTRAN_NAME (INCRCCSIGMALAMBDA, incrccsigmalambda)(CHFp_FRA1(sigma)
 
void CHFp_CONST_FRA (gradu)
 
void CHFp_CONST_FRA1 (lambda)
 
void CHFp_BOX (grid)
 
void CHFp_CONST_INT (diagcomp))
 
void FORTRAN_NAME (inlineINCRCCSIGMALAMBDA, inlineINCRCCSIGMALAMBDA)(CHFp_FRA1(sigma)
 
void FORTRAN_NAME (INCRCCSIGMAETA, incrccsigmaeta)(CHFp_FRA1(sigma)
 
void CHFp_CONST_FRA1 (eta)
 
void CHFp_CONST_INT (gradcomp)
 
void CHFp_CONST_INT (trancomp))
 
void FORTRAN_NAME (inlineINCRCCSIGMAETA, inlineINCRCCSIGMAETA)(CHFp_FRA1(sigma)
 
void FORTRAN_NAME (INCRFACETOCELLAVERAGE, incrfacetocellaverage)(CHFp_FRA1(cellcoef)
 
void CHFp_CONST_FRA1 (facecoef)
 
void CHFp_REAL (nfacesper))
 
void FORTRAN_NAME (inlineINCRFACETOCELLAVERAGE, inlineINCRFACETOCELLAVERAGE)(CHFp_FRA1(cellcoef)
 

Macro Definition Documentation

#define GUARDNWOEBVTOPOINTLPH
#define FORT_NWOEBVTOPOINTLPH   FORTRAN_NAME( inlineNWOEBVTOPOINTLPH, inlineNWOEBVTOPOINTLPH)
#define FORTNT_NWOEBVTOPOINTLPH   FORTRAN_NAME( NWOEBVTOPOINTLPH, nwoebvtopointlph)
#define GUARDGSRBNWOEBVTOP
#define FORT_GSRBNWOEBVTOP   FORTRAN_NAME( inlineGSRBNWOEBVTOP, inlineGSRBNWOEBVTOP)
#define FORTNT_GSRBNWOEBVTOP   FORTRAN_NAME( GSRBNWOEBVTOP, gsrbnwoebvtop)
#define GUARDCELLGRADEBVTOP
#define FORT_CELLGRADEBVTOP   FORTRAN_NAME( inlineCELLGRADEBVTOP, inlineCELLGRADEBVTOP)
#define FORTNT_CELLGRADEBVTOP   FORTRAN_NAME( CELLGRADEBVTOP, cellgradebvtop)
#define GUARDINCRAPPLYEBVTOP
#define FORT_INCRAPPLYEBVTOP   FORTRAN_NAME( inlineINCRAPPLYEBVTOP, inlineINCRAPPLYEBVTOP)
#define FORTNT_INCRAPPLYEBVTOP   FORTRAN_NAME( INCRAPPLYEBVTOP, incrapplyebvtop)
#define GUARDNORMALGRADVISCDIRCH
#define FORT_NORMALGRADVISCDIRCH   FORTRAN_NAME( inlineNORMALGRADVISCDIRCH, inlineNORMALGRADVISCDIRCH)
#define FORTNT_NORMALGRADVISCDIRCH   FORTRAN_NAME( NORMALGRADVISCDIRCH, normalgradviscdirch)
#define GUARDSLIPWALLGRAD
#define FORT_SLIPWALLGRAD   FORTRAN_NAME( inlineSLIPWALLGRAD, inlineSLIPWALLGRAD)
#define FORTNT_SLIPWALLGRAD   FORTRAN_NAME( SLIPWALLGRAD, slipwallgrad)
#define GUARDVELDOTSIGMA
#define FORT_VELDOTSIGMA   FORTRAN_NAME( inlineVELDOTSIGMA, inlineVELDOTSIGMA)
#define FORTNT_VELDOTSIGMA   FORTRAN_NAME( VELDOTSIGMA, veldotsigma)
#define GUARDINCRPOINTDOTPROD
#define FORT_INCRPOINTDOTPROD   FORTRAN_NAME( inlineINCRPOINTDOTPROD, inlineINCRPOINTDOTPROD)
#define FORTNT_INCRPOINTDOTPROD   FORTRAN_NAME( INCRPOINTDOTPROD, incrpointdotprod)
#define GUARDINCRCCSIGMALAMBDA
#define FORT_INCRCCSIGMALAMBDA   FORTRAN_NAME( inlineINCRCCSIGMALAMBDA, inlineINCRCCSIGMALAMBDA)
#define FORTNT_INCRCCSIGMALAMBDA   FORTRAN_NAME( INCRCCSIGMALAMBDA, incrccsigmalambda)
#define GUARDINCRCCSIGMAETA
#define FORT_INCRCCSIGMAETA   FORTRAN_NAME( inlineINCRCCSIGMAETA, inlineINCRCCSIGMAETA)
#define FORTNT_INCRCCSIGMAETA   FORTRAN_NAME( INCRCCSIGMAETA, incrccsigmaeta)
#define GUARDINCRFACETOCELLAVERAGE
#define FORT_INCRFACETOCELLAVERAGE   FORTRAN_NAME( inlineINCRFACETOCELLAVERAGE, inlineINCRFACETOCELLAVERAGE)
#define FORTNT_INCRFACETOCELLAVERAGE   FORTRAN_NAME( INCRFACETOCELLAVERAGE, incrfacetocellaverage)

Function Documentation

void FORTRAN_NAME ( NWOEBVTOPOINTLPH  ,
nwoebvtopointlph   
)
void CHFp_CONST_INTVECT ( iv  )
void CHFp_CONST_FRA ( phi  )
void CHFp_CONST_FRA1 ( acofab  )
void CHFp_CONST_FRA1 ( eta0fab  )
void CHFp_CONST_FRA1 ( eta1fab  )
void CHFp_CONST_FRA1 ( eta2fab  )
void CHFp_CONST_FRA1 ( lam0fab  )
void CHFp_CONST_FRA1 ( lam1fab  )
void CHFp_CONST_FRA1 ( lam2fab  )
void CHFp_CONST_REAL ( dx  )
void CHFp_CONST_REAL ( alpha  )
void CHFp_CONST_REAL ( beta  )
void FORTRAN_NAME ( inlineNWOEBVTOPOINTLPH  ,
inlineNWOEBVTOPOINTLPH   
)
inline
void FORTRAN_NAME ( GSRBNWOEBVTOP  ,
gsrbnwoebvtop   
)
void CHFp_CONST_FRA ( rhs  )
void CHFp_CONST_FRA ( lambda  )
void CHFp_BOX ( coloredbox  )
void FORTRAN_NAME ( inlineGSRBNWOEBVTOP  ,
inlineGSRBNWOEBVTOP   
)
inline
void FORTRAN_NAME ( CELLGRADEBVTOP  ,
cellgradebvtop   
)
void CHFp_CONST_FRA1 ( vel  )
void CHFp_BOX ( lobox  )
void CHFp_BOX ( hibox  )
void CHFp_BOX ( centerbox  )
void CHFp_CONST_INT ( haslo  )
void CHFp_CONST_INT ( hashi  )
void CHFp_CONST_INT ( divdir  )
void FORTRAN_NAME ( inlineCELLGRADEBVTOP  ,
inlineCELLGRADEBVTOP   
)
inline
void FORTRAN_NAME ( INCRAPPLYEBVTOP  ,
incrapplyebvtop   
)
void CHFp_CONST_FRA1 ( interiorflux  )
void CHFp_CONST_FRA1 ( domainfluxlo  )
void CHFp_CONST_FRA1 ( domainfluxhi  )
void CHFp_CONST_INT ( facedir  )
void FORTRAN_NAME ( inlineINCRAPPLYEBVTOP  ,
inlineINCRAPPLYEBVTOP   
)
inline
void FORTRAN_NAME ( NORMALGRADVISCDIRCH  ,
normalgradviscdirch   
)
void CHFp_CONST_FRA1 ( velcomp  )
void CHFp_CONST_FRA1 ( velvalu  )
void CHFp_BOX ( facebox  )
void CHFp_CONST_INT ( iside  )
void FORTRAN_NAME ( inlineNORMALGRADVISCDIRCH  ,
inlineNORMALGRADVISCDIRCH   
)
inline
void FORTRAN_NAME ( SLIPWALLGRAD  ,
slipwallgrad   
)
void CHFp_CONST_INT ( veldir  )
void FORTRAN_NAME ( inlineSLIPWALLGRAD  ,
inlineSLIPWALLGRAD   
)
inline
void FORTRAN_NAME ( VELDOTSIGMA  ,
veldotsigma   
)
void CHFp_CONST_FRA ( vel  )
void CHFp_CONST_FRA ( sig  )
void FORTRAN_NAME ( inlineVELDOTSIGMA  ,
inlineVELDOTSIGMA   
)
inline
void FORTRAN_NAME ( INCRPOINTDOTPROD  ,
incrpointdotprod   
)
void CHFp_CONST_FRA1 ( gradu  )
void CHFp_CONST_FRA1 ( sigma  )
void CHFp_BOX ( box  )
void FORTRAN_NAME ( inlineINCRPOINTDOTPROD  ,
inlineINCRPOINTDOTPROD   
)
inline
void FORTRAN_NAME ( INCRCCSIGMALAMBDA  ,
incrccsigmalambda   
)
void CHFp_CONST_FRA ( gradu  )
void CHFp_CONST_FRA1 ( lambda  )
void CHFp_BOX ( grid  )
void CHFp_CONST_INT ( diagcomp  )
void FORTRAN_NAME ( inlineINCRCCSIGMALAMBDA  ,
inlineINCRCCSIGMALAMBDA   
)
inline
void FORTRAN_NAME ( INCRCCSIGMAETA  ,
incrccsigmaeta   
)
void CHFp_CONST_FRA1 ( eta  )
void CHFp_CONST_INT ( gradcomp  )
void CHFp_CONST_INT ( trancomp  )
void FORTRAN_NAME ( inlineINCRCCSIGMAETA  ,
inlineINCRCCSIGMAETA   
)
inline
void FORTRAN_NAME ( INCRFACETOCELLAVERAGE  ,
incrfacetocellaverage   
)
void CHFp_CONST_FRA1 ( facecoef  )
void CHFp_REAL ( nfacesper  )
void FORTRAN_NAME ( inlineINCRFACETOCELLAVERAGE  ,
inlineINCRFACETOCELLAVERAGE   
)
inline