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

Go to the source code of this file.

Macros

#define GUARDCONDUCTIVITYGSRB
 
#define FORT_CONDUCTIVITYGSRB   FORTRAN_NAME( inlineCONDUCTIVITYGSRB, inlineCONDUCTIVITYGSRB)
 
#define FORTNT_CONDUCTIVITYGSRB   FORTRAN_NAME( CONDUCTIVITYGSRB, conductivitygsrb)
 
#define GUARDEBCOREGAPPLYDOMAINFLUX
 
#define FORT_EBCOREGAPPLYDOMAINFLUX   FORTRAN_NAME( inlineEBCOREGAPPLYDOMAINFLUX, inlineEBCOREGAPPLYDOMAINFLUX)
 
#define FORTNT_EBCOREGAPPLYDOMAINFLUX   FORTRAN_NAME( EBCOREGAPPLYDOMAINFLUX, ebcoregapplydomainflux)
 
#define GUARDAPPLYOPEBCONDNOBCS
 
#define FORT_APPLYOPEBCONDNOBCS   FORTRAN_NAME( inlineAPPLYOPEBCONDNOBCS, inlineAPPLYOPEBCONDNOBCS)
 
#define FORTNT_APPLYOPEBCONDNOBCS   FORTRAN_NAME( APPLYOPEBCONDNOBCS, applyopebcondnobcs)
 
#define GUARDGSCOLOREBCONDOP
 
#define FORT_GSCOLOREBCONDOP   FORTRAN_NAME( inlineGSCOLOREBCONDOP, inlineGSCOLOREBCONDOP)
 
#define FORTNT_GSCOLOREBCONDOP   FORTRAN_NAME( GSCOLOREBCONDOP, gscolorebcondop)
 
#define GUARDCONDUCTIVITYINPLACE
 
#define FORT_CONDUCTIVITYINPLACE   FORTRAN_NAME( inlineCONDUCTIVITYINPLACE, inlineCONDUCTIVITYINPLACE)
 
#define FORTNT_CONDUCTIVITYINPLACE   FORTRAN_NAME( CONDUCTIVITYINPLACE, conductivityinplace)
 
#define GUARDINCRAPPLYEBCO
 
#define FORT_INCRAPPLYEBCO   FORTRAN_NAME( inlineINCRAPPLYEBCO, inlineINCRAPPLYEBCO)
 
#define FORTNT_INCRAPPLYEBCO   FORTRAN_NAME( INCRAPPLYEBCO, incrapplyebco)
 
#define GUARDDECRINVRELCOEFEBCO
 
#define FORT_DECRINVRELCOEFEBCO   FORTRAN_NAME( inlineDECRINVRELCOEFEBCO, inlineDECRINVRELCOEFEBCO)
 
#define FORTNT_DECRINVRELCOEFEBCO   FORTRAN_NAME( DECRINVRELCOEFEBCO, decrinvrelcoefebco)
 
#define GUARDINVERTLAMBDAEBCO
 
#define FORT_INVERTLAMBDAEBCO   FORTRAN_NAME( inlineINVERTLAMBDAEBCO, inlineINVERTLAMBDAEBCO)
 
#define FORTNT_INVERTLAMBDAEBCO   FORTRAN_NAME( INVERTLAMBDAEBCO, invertlambdaebco)
 
#define GUARDGETFLUXEBCO
 
#define FORT_GETFLUXEBCO   FORTRAN_NAME( inlineGETFLUXEBCO, inlineGETFLUXEBCO)
 
#define FORTNT_GETFLUXEBCO   FORTRAN_NAME( GETFLUXEBCO, getfluxebco)
 
#define GUARDGSRBEBCO
 
#define FORT_GSRBEBCO   FORTRAN_NAME( inlineGSRBEBCO, inlineGSRBEBCO)
 
#define FORTNT_GSRBEBCO   FORTRAN_NAME( GSRBEBCO, gsrbebco)
 

Functions

void FORTRAN_NAME (CONDUCTIVITYGSRB, conductivitygsrb)(CHFp_FRA1(phi)
 
void CHFp_CONST_FRA1 (rhs)
 
void CHFp_CONST_FRA1 (relcoef)
 
void CHFp_CONST_FRA1 (acoef)
 
void CHFp_CONST_FRA1 (b0)
 
void CHFp_CONST_FRA1 (b1)
 
void CHFp_CONST_FRA1 (b2)
 
void CHFp_CONST_REAL (alpha)
 
void CHFp_CONST_REAL (beta)
 
void CHFp_CONST_REAL (dx)
 
void CHFp_BOX (region)
 
void CHFp_CONST_INT (redBlack))
 
void FORTRAN_NAME (inlineCONDUCTIVITYGSRB, inlineCONDUCTIVITYGSRB)(CHFp_FRA1(phi)
 
void FORTRAN_NAME (EBCOREGAPPLYDOMAINFLUX, ebcoregapplydomainflux)(CHFp_FRA1(phi)
 
void CHFp_CONST_FRA1 (faceflux)
 
void CHFp_CONST_FRA1 (bc)
 
void CHFp_CONST_INT (side)
 
void CHFp_CONST_INT (idir)
 
void CHFp_BOX (box))
 
void FORTRAN_NAME (inlineEBCOREGAPPLYDOMAINFLUX, inlineEBCOREGAPPLYDOMAINFLUX)(CHFp_FRA1(phi)
 
void FORTRAN_NAME (APPLYOPEBCONDNOBCS, applyopebcondnobcs)(CHFp_FRA1(opphidir)
 
void CHFp_CONST_FRA1 (phi)
 
void CHFp_CONST_FRA1 (aco)
 
void FORTRAN_NAME (inlineAPPLYOPEBCONDNOBCS, inlineAPPLYOPEBCONDNOBCS)(CHFp_FRA1(opphidir)
 
void FORTRAN_NAME (GSCOLOREBCONDOP, gscolorebcondop)(CHFp_FRA1(phi)
 
void CHFp_CONST_FRA1 (relco)
 
void FORTRAN_NAME (inlineGSCOLOREBCONDOP, inlineGSCOLOREBCONDOP)(CHFp_FRA1(phi)
 
void FORTRAN_NAME (CONDUCTIVITYINPLACE, conductivityinplace)(CHFp_FRA1(opphidir)
 
void FORTRAN_NAME (inlineCONDUCTIVITYINPLACE, inlineCONDUCTIVITYINPLACE)(CHFp_FRA1(opphidir)
 
void FORTRAN_NAME (INCRAPPLYEBCO, incrapplyebco)(CHFp_FRA1(lhs)
 
void CHFp_CONST_FRA1 (interiorflux)
 
void CHFp_CONST_FRA1 (domainfluxlo)
 
void CHFp_CONST_FRA1 (domainfluxhi)
 
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 (facedir))
 
void FORTRAN_NAME (inlineINCRAPPLYEBCO, inlineINCRAPPLYEBCO)(CHFp_FRA1(lhs)
 
void FORTRAN_NAME (DECRINVRELCOEFEBCO, decrinvrelcoefebco)(CHFp_FRA1(relcoef)
 
void CHFp_FRA1 (bcoef)
 
void CHFp_REAL (dx)
 
void CHFp_INT (idir))
 
void FORTRAN_NAME (inlineDECRINVRELCOEFEBCO, inlineDECRINVRELCOEFEBCO)(CHFp_FRA1(relcoef)
 
void FORTRAN_NAME (INVERTLAMBDAEBCO, invertlambdaebco)(CHFp_FRA1(lambda)
 
void CHFp_REAL (safety)
 
void FORTRAN_NAME (inlineINVERTLAMBDAEBCO, inlineINVERTLAMBDAEBCO)(CHFp_FRA1(lambda)
 
void FORTRAN_NAME (GETFLUXEBCO, getfluxebco)(CHFp_FRA1(flux)
 
void CHFp_CONST_FRA1 (bcoef)
 
void CHFp_BOX (opphibox)
 
void FORTRAN_NAME (inlineGETFLUXEBCO, inlineGETFLUXEBCO)(CHFp_FRA1(flux)
 
void FORTRAN_NAME (GSRBEBCO, gsrbebco)(CHFp_FRA1(phi)
 
void CHFp_CONST_FRA1 (lph)
 
void CHFp_CONST_FRA1 (lam)
 
void CHFp_BOX (coloredbox))
 
void FORTRAN_NAME (inlineGSRBEBCO, inlineGSRBEBCO)(CHFp_FRA1(phi)
 

Macro Definition Documentation

#define GUARDCONDUCTIVITYGSRB
#define FORT_CONDUCTIVITYGSRB   FORTRAN_NAME( inlineCONDUCTIVITYGSRB, inlineCONDUCTIVITYGSRB)
#define FORTNT_CONDUCTIVITYGSRB   FORTRAN_NAME( CONDUCTIVITYGSRB, conductivitygsrb)
#define GUARDEBCOREGAPPLYDOMAINFLUX
#define FORT_EBCOREGAPPLYDOMAINFLUX   FORTRAN_NAME( inlineEBCOREGAPPLYDOMAINFLUX, inlineEBCOREGAPPLYDOMAINFLUX)
#define FORTNT_EBCOREGAPPLYDOMAINFLUX   FORTRAN_NAME( EBCOREGAPPLYDOMAINFLUX, ebcoregapplydomainflux)
#define GUARDAPPLYOPEBCONDNOBCS
#define FORT_APPLYOPEBCONDNOBCS   FORTRAN_NAME( inlineAPPLYOPEBCONDNOBCS, inlineAPPLYOPEBCONDNOBCS)
#define FORTNT_APPLYOPEBCONDNOBCS   FORTRAN_NAME( APPLYOPEBCONDNOBCS, applyopebcondnobcs)
#define GUARDGSCOLOREBCONDOP
#define FORT_GSCOLOREBCONDOP   FORTRAN_NAME( inlineGSCOLOREBCONDOP, inlineGSCOLOREBCONDOP)
#define FORTNT_GSCOLOREBCONDOP   FORTRAN_NAME( GSCOLOREBCONDOP, gscolorebcondop)
#define GUARDCONDUCTIVITYINPLACE
#define FORT_CONDUCTIVITYINPLACE   FORTRAN_NAME( inlineCONDUCTIVITYINPLACE, inlineCONDUCTIVITYINPLACE)
#define FORTNT_CONDUCTIVITYINPLACE   FORTRAN_NAME( CONDUCTIVITYINPLACE, conductivityinplace)
#define GUARDINCRAPPLYEBCO
#define FORT_INCRAPPLYEBCO   FORTRAN_NAME( inlineINCRAPPLYEBCO, inlineINCRAPPLYEBCO)
#define FORTNT_INCRAPPLYEBCO   FORTRAN_NAME( INCRAPPLYEBCO, incrapplyebco)
#define GUARDDECRINVRELCOEFEBCO
#define FORT_DECRINVRELCOEFEBCO   FORTRAN_NAME( inlineDECRINVRELCOEFEBCO, inlineDECRINVRELCOEFEBCO)
#define FORTNT_DECRINVRELCOEFEBCO   FORTRAN_NAME( DECRINVRELCOEFEBCO, decrinvrelcoefebco)
#define GUARDINVERTLAMBDAEBCO
#define FORT_INVERTLAMBDAEBCO   FORTRAN_NAME( inlineINVERTLAMBDAEBCO, inlineINVERTLAMBDAEBCO)
#define FORTNT_INVERTLAMBDAEBCO   FORTRAN_NAME( INVERTLAMBDAEBCO, invertlambdaebco)
#define GUARDGETFLUXEBCO
#define FORT_GETFLUXEBCO   FORTRAN_NAME( inlineGETFLUXEBCO, inlineGETFLUXEBCO)
#define FORTNT_GETFLUXEBCO   FORTRAN_NAME( GETFLUXEBCO, getfluxebco)
#define GUARDGSRBEBCO
#define FORT_GSRBEBCO   FORTRAN_NAME( inlineGSRBEBCO, inlineGSRBEBCO)
#define FORTNT_GSRBEBCO   FORTRAN_NAME( GSRBEBCO, gsrbebco)

Function Documentation

void FORTRAN_NAME ( CONDUCTIVITYGSRB  ,
conductivitygsrb   
)

Referenced by CHFp_BOX(), CHFp_CONST_INT(), and CHFp_INT().

void CHFp_CONST_FRA1 ( rhs  )
void CHFp_CONST_FRA1 ( relcoef  )
void CHFp_CONST_FRA1 ( acoef  )
void CHFp_CONST_FRA1 ( b0  )
void CHFp_CONST_FRA1 ( b1  )
void CHFp_CONST_FRA1 ( b2  )
void CHFp_CONST_REAL ( alpha  )
void CHFp_CONST_REAL ( beta  )
void CHFp_CONST_REAL ( dx  )
void CHFp_BOX ( region  )
void CHFp_CONST_INT ( redBlack  )
void FORTRAN_NAME ( inlineCONDUCTIVITYGSRB  ,
inlineCONDUCTIVITYGSRB   
)
inline
void FORTRAN_NAME ( EBCOREGAPPLYDOMAINFLUX  ,
ebcoregapplydomainflux   
)
void CHFp_CONST_FRA1 ( faceflux  )
void CHFp_CONST_FRA1 ( bc  )
void CHFp_CONST_INT ( side  )
void CHFp_CONST_INT ( idir  )
void CHFp_BOX ( box  )
void FORTRAN_NAME ( inlineEBCOREGAPPLYDOMAINFLUX  ,
inlineEBCOREGAPPLYDOMAINFLUX   
)
inline
void FORTRAN_NAME ( APPLYOPEBCONDNOBCS  ,
applyopebcondnobcs   
)
void CHFp_CONST_FRA1 ( phi  )
void CHFp_CONST_FRA1 ( aco  )
void FORTRAN_NAME ( inlineAPPLYOPEBCONDNOBCS  ,
inlineAPPLYOPEBCONDNOBCS   
)
inline
void FORTRAN_NAME ( GSCOLOREBCONDOP  ,
gscolorebcondop   
)
void CHFp_CONST_FRA1 ( relco  )
void FORTRAN_NAME ( inlineGSCOLOREBCONDOP  ,
inlineGSCOLOREBCONDOP   
)
inline
void FORTRAN_NAME ( CONDUCTIVITYINPLACE  ,
conductivityinplace   
)
void FORTRAN_NAME ( inlineCONDUCTIVITYINPLACE  ,
inlineCONDUCTIVITYINPLACE   
)
inline
void FORTRAN_NAME ( INCRAPPLYEBCO  ,
incrapplyebco   
)
void CHFp_CONST_FRA1 ( interiorflux  )
void CHFp_CONST_FRA1 ( domainfluxlo  )
void CHFp_CONST_FRA1 ( domainfluxhi  )
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 ( facedir  )
void FORTRAN_NAME ( inlineINCRAPPLYEBCO  ,
inlineINCRAPPLYEBCO   
)
inline
void FORTRAN_NAME ( DECRINVRELCOEFEBCO  ,
decrinvrelcoefebco   
)
void CHFp_FRA1 ( bcoef  )
void CHFp_REAL ( dx  )
void CHFp_INT ( idir  )
void FORTRAN_NAME ( inlineDECRINVRELCOEFEBCO  ,
inlineDECRINVRELCOEFEBCO   
)
inline
void FORTRAN_NAME ( INVERTLAMBDAEBCO  ,
invertlambdaebco   
)
void CHFp_REAL ( safety  )
void FORTRAN_NAME ( inlineINVERTLAMBDAEBCO  ,
inlineINVERTLAMBDAEBCO   
)
inline
void FORTRAN_NAME ( GETFLUXEBCO  ,
getfluxebco   
)
void CHFp_CONST_FRA1 ( bcoef  )
void CHFp_BOX ( opphibox  )
void FORTRAN_NAME ( inlineGETFLUXEBCO  ,
inlineGETFLUXEBCO   
)
inline
void FORTRAN_NAME ( GSRBEBCO  ,
gsrbebco   
)
void CHFp_CONST_FRA1 ( lph  )
void CHFp_CONST_FRA1 ( lam  )
void CHFp_BOX ( coloredbox  )
void FORTRAN_NAME ( inlineGSRBEBCO  ,
inlineGSRBEBCO   
)
inline