Chombo + EB + MF  3.2
Macros
Chombo Macros

Macros

#define CHOMBO_VERSION_MAJOR   3
 
#define CHOMBO_VERSION_MINOR   2
 
#define FORTRAN_NAME(NAME,name)
 Used to declare a fortran routine in a portable way. More...
 
#define CHF_MULTIDO(box, i, j, k)
 Used in ChomboFortran to write dimension-independent loops. More...
 
#define CHF_ENDDO
 
#define CHF_INT(i)   &i
 
#define CHF_CONST_INT(i)   &i
 
#define CHF_REAL(r)   &r
 
#define CHF_CONST_REAL(r)   &r
 
#define CHF_COMPLEX(c)   &c
 
#define CHF_CONST_COMPLEX(c)   &c
 
#define CHF_I1D(ia, dimen)   ia,(const int*)chfptr(dimen-1)
 
#define CHF_CONST_I1D(ia, dimen)   ia,(const int*)chfptr(dimen-1)
 
#define CHF_R1D(ra, dimen)   ra,(const int*)chfptr(dimen-1)
 
#define CHF_CONST_R1D(ra, dimen)   ra,(const int*)chfptr(dimen-1)
 
#define CHF_C1D(ra, dimen)   ra,(const int*)chfptr(dimen-1)
 
#define CHF_CONST_C1D(ra, dimen)   ra,(const int*)chfptr(dimen-1)
 
#define CHF_IARRAY(rank, ia,...)   ia,CHF_ARRAY_X(rank, __VA_ARGS__)
 
#define CHF_CONST_IARRAY(rank, ia,...)   ia,CHF_ARRAY_X(rank, __VA_ARGS__)
 
#define CHF_RARRAY(rank, ia,...)   ia,CHF_ARRAY_X(rank, __VA_ARGS__)
 
#define CHF_CONST_RARRAY(rank, ia,...)   ia,CHF_ARRAY_X(rank, __VA_ARGS__)
 
#define CHF_CARRAY(rank, ia,...)   ia,CHF_ARRAY_X(rank, __VA_ARGS__)
 
#define CHF_CONST_CARRAY(rank, ia,...)   ia,CHF_ARRAY_X(rank, __VA_ARGS__)
 
#define CHF_INTVECT(a)   a.dataPtr( )
 
#define CHF_CONST_INTVECT(a)   a.dataPtr( )
 
#define CHF_REALVECT(a)   a.dataPtr( )
 
#define CHF_CONST_REALVECT(a)   a.dataPtr( )
 
#define CHF_COMPLEXVECT(a)   a.dataPtr( )
 
#define CHF_CONST_COMPLEXVECT(a)   a.dataPtr( )
 
#define CHF_VI(v)   &v[0],(const int*)chfptr(v.size()-1)
 
#define CHF_CONST_VI(v)   &v[0],(const int*)chfptr(v.size()-1)
 
#define CHF_VR(v)   &v[0],(const int*)chfptr(v.size()-1)
 
#define CHF_CONST_VR(v)   &v[0],(const int*)chfptr(v.size()-1)
 
#define CHF_VC(v)   &v[0],(const int*)chfptr(v.size()-1)
 
#define CHF_CONST_VC(v)   &v[0],(const int*)chfptr(v.size()-1)
 
#define CHF_BOX(b)
 
#define CHF_FIA(a)
 
#define CHF_FIA_SHIFT(a, iv)
 
#define CHF_FRA(a)
 
#define CHF_FRA_SHIFT(a, iv)
 
#define CHF_FCA(a)
 
#define CHF_CONST_FIA(a)
 
#define CHF_CONST_FIA_SHIFT(a, iv)
 
#define CHF_CONST_FRA(a)
 
#define CHF_CONST_FRA_SHIFT(a, iv)
 
#define CHF_CONST_FCA(a)
 
#define CHF_FIA1(a, n)
 
#define CHF_FIA1_SHIFT(a, n, iv)
 
#define CHF_FRA1(a, n)
 
#define CHF_FRA1_SHIFT(a, n, iv)
 
#define CHF_FCA1(a, n)
 
#define CHF_CONST_FIA1(a, n)
 
#define CHF_CONST_FIA1_SHIFT(a, n, iv)
 
#define CHF_CONST_FRA1(a, n)
 
#define CHF_CONST_FRA1_SHIFT(a, n, iv)
 
#define CHF_CONST_FCA1(a, n)
 
#define CHF_ICHARRAY(rank, ia)   ia.begin(),CHF_CHARRAY_X(rank, ia)
 
#define CHF_CONST_ICHARRAY(rank, ia)   ia.begin(),CHF_CHARRAY_X(rank, ia)
 
#define CHF_RCHARRAY(rank, ra)   ra.begin(),CHF_CHARRAY_X(rank, ra)
 
#define CHF_CONST_RCHARRAY(rank, ra)   ra.begin(),CHF_CHARRAY_X(rank, ra)
 
#define CHF_CCHARRAY(rank, ra)   ra.begin(),CHF_CHARRAY_X(rank, ra)
 
#define CHF_CONST_CCHARRAY(rank, ra)   ra.begin(),CHF_CHARRAY_X(rank, ra)
 
#define CHF_VECTOR(ra)   ra.begin(),CHF_CHARRAY_X(1, ra)
 
#define CHF_CONST_VECTOR(ra)   ra.begin(),CHF_CHARRAY_X(1, ra)
 
#define CHF_MATRIX(ra)   ra.begin(),CHF_CHARRAY_X(2, ra)
 
#define CHF_CONST_MATRIX(ra)   ra.begin(),CHF_CHARRAY_X(2, ra)
 
#define CH_SPACEDIM
 
#define CH_SPACEDIM   3
 

Detailed Description

Macro Definition Documentation

#define CHOMBO_VERSION_MAJOR   3

The major version number of Chombo – an integer.

The Chombo version number has the form:

        CHOMBO_VERSION_MAJOR.CHOMBO_VERSION_MINOR
#define CHOMBO_VERSION_MINOR   2

The minor version number of Chombo – an integer.

#define FORTRAN_NAME (   NAME,
  name 
)

Used to declare a fortran routine in a portable way.

#define CHF_MULTIDO (   box,
  i,
  j,
 
)

Used in ChomboFortran to write dimension-independent loops.

CHF_MULTIDO is used to iterate over a box in a dimension independent fashion by setting up nested Fortran do loops and CHF_ENDDO is used to terminate those do loops correctly. Specifically, CHF_MULTIDO[box;i;j;k] will generate a do loop for i nested inside a do loop for j and, in 3D, this will be nested inside a do loop for k. The i loop will go from first element of the low corner of box to the first element of the high corner of box. Similarly, the { j} loop will use the second element and, in 3D, the k loop will use the third element. CHF_ENDDO will end all the do loops set up by CHF_MULTIDO.

Here is an example using these macros:

subroutine LOOP(CHF_FRA1[array],CHF_BOX[box])
integer CHF_DDECL[i;j;k]
integer productsum
productsum = 0
productsum = productsum + i*j*k
array(CHF_IX[i;j;k]) = productsum
return
end

see the section of the Chombo Design document about Chombo Fortran for a more detailed use of macros in Fortran

#define CHF_ENDDO
#define CHF_INT (   i)    &i
#define CHF_CONST_INT (   i)    &i
#define CHF_REAL (   r)    &r
#define CHF_CONST_REAL (   r)    &r
#define CHF_COMPLEX (   c)    &c
#define CHF_CONST_COMPLEX (   c)    &c
#define CHF_I1D (   ia,
  dimen 
)    ia,(const int*)chfptr(dimen-1)
#define CHF_CONST_I1D (   ia,
  dimen 
)    ia,(const int*)chfptr(dimen-1)
#define CHF_R1D (   ra,
  dimen 
)    ra,(const int*)chfptr(dimen-1)
#define CHF_CONST_R1D (   ra,
  dimen 
)    ra,(const int*)chfptr(dimen-1)
#define CHF_C1D (   ra,
  dimen 
)    ra,(const int*)chfptr(dimen-1)
#define CHF_CONST_C1D (   ra,
  dimen 
)    ra,(const int*)chfptr(dimen-1)
#define CHF_IARRAY (   rank,
  ia,
  ... 
)    ia,CHF_ARRAY_X(rank, __VA_ARGS__)
#define CHF_CONST_IARRAY (   rank,
  ia,
  ... 
)    ia,CHF_ARRAY_X(rank, __VA_ARGS__)
#define CHF_RARRAY (   rank,
  ia,
  ... 
)    ia,CHF_ARRAY_X(rank, __VA_ARGS__)
#define CHF_CONST_RARRAY (   rank,
  ia,
  ... 
)    ia,CHF_ARRAY_X(rank, __VA_ARGS__)
#define CHF_CARRAY (   rank,
  ia,
  ... 
)    ia,CHF_ARRAY_X(rank, __VA_ARGS__)
#define CHF_CONST_CARRAY (   rank,
  ia,
  ... 
)    ia,CHF_ARRAY_X(rank, __VA_ARGS__)
#define CHF_INTVECT (   a)    a.dataPtr( )
#define CHF_CONST_INTVECT (   a)    a.dataPtr( )
#define CHF_REALVECT (   a)    a.dataPtr( )
#define CHF_CONST_REALVECT (   a)    a.dataPtr( )
#define CHF_COMPLEXVECT (   a)    a.dataPtr( )
#define CHF_CONST_COMPLEXVECT (   a)    a.dataPtr( )
#define CHF_VI (   v)    &v[0],(const int*)chfptr(v.size()-1)
#define CHF_CONST_VI (   v)    &v[0],(const int*)chfptr(v.size()-1)
#define CHF_VR (   v)    &v[0],(const int*)chfptr(v.size()-1)
#define CHF_CONST_VR (   v)    &v[0],(const int*)chfptr(v.size()-1)
#define CHF_VC (   v)    &v[0],(const int*)chfptr(v.size()-1)
#define CHF_CONST_VC (   v)    &v[0],(const int*)chfptr(v.size()-1)
#define CHF_BOX (   b)
Value:
D_DECL6( &b.loVect()[0] \
,&b.loVect()[1] \
,&b.loVect()[2] \
,&b.loVect()[3] \
,&b.loVect()[4] \
,&b.loVect()[5] ) \
,D_DECL6( &b.hiVect()[0] \
,&b.hiVect()[1] \
,&b.hiVect()[2] \
,&b.hiVect()[3] \
,&b.hiVect()[4] \
,&b.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FIA (   a)
Value:
a.dataPtr( 0 ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] ) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FIA_SHIFT (   a,
  iv 
)
Value:
a.dataPtr(0), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5]) ), \
D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5]) ), \
a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FRA (   a)
Value:
a.dataPtr( 0 ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] ) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FRA_SHIFT (   a,
  iv 
)
Value:
a.dataPtr( 0 ), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5])) \
,D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5])) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FCA (   a)
Value:
a.dataPtr( 0 ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] ) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FIA (   a)
Value:
a.dataPtr( 0 ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] ) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FIA_SHIFT (   a,
  iv 
)
Value:
a.dataPtr(0), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5]) ), \
D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5]) ), \
a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FRA (   a)
Value:
a.dataPtr( 0 ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] ) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FRA_SHIFT (   a,
  iv 
)
Value:
a.dataPtr( 0 ), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5])) \
,D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5])) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FCA (   a)
Value:
a.dataPtr( 0 ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] ) \
,a.nCompPtr()
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FIA1 (   a,
 
)
Value:
a.dataPtr( n ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FIA1_SHIFT (   a,
  n,
  iv 
)
Value:
a.dataPtr(n), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5]) ), \
D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5]) )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FRA1 (   a,
 
)
Value:
a.dataPtr( n ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FRA1_SHIFT (   a,
  n,
  iv 
)
Value:
a.dataPtr( 0 ), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5]) ), \
D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5]) )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_FCA1 (   a,
 
)
Value:
a.dataPtr( n ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FIA1 (   a,
 
)
Value:
a.dataPtr( n ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FIA1_SHIFT (   a,
  n,
  iv 
)
Value:
a.dataPtr(n), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5]) ), \
D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5]) )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FRA1 (   a,
 
)
Value:
a.dataPtr( n ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[3] \
,&a.loVect()[4] \
,&a.loVect()[5] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FRA1_SHIFT (   a,
  n,
  iv 
)
Value:
a.dataPtr( 0 ), \
D_DECL6( CHFPTR(a.loVect()[0] - iv[0]), \
CHFPTR(a.loVect()[1] - iv[1]), \
CHFPTR(a.loVect()[2] - iv[2]), \
CHFPTR(a.loVect()[3] - iv[3]), \
CHFPTR(a.loVect()[4] - iv[4]), \
CHFPTR(a.loVect()[5] - iv[5]) ), \
D_DECL6( CHFPTR(a.hiVect()[0] - iv[0]), \
CHFPTR(a.hiVect()[1] - iv[1]), \
CHFPTR(a.hiVect()[2] - iv[2]), \
CHFPTR(a.hiVect()[3] - iv[3]), \
CHFPTR(a.hiVect()[4] - iv[4]), \
CHFPTR(a.hiVect()[5] - iv[5]) )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_CONST_FCA1 (   a,
 
)
Value:
a.dataPtr( n ) \
,D_DECL6( &a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] \
,&a.loVect()[0] \
,&a.loVect()[1] \
,&a.loVect()[2] ) \
,D_DECL6( &a.hiVect()[0] \
,&a.hiVect()[1] \
,&a.hiVect()[2] \
,&a.hiVect()[3] \
,&a.hiVect()[4] \
,&a.hiVect()[5] )
#define D_DECL6(a, b, c, d, e, f)
Definition: CHArray.H:39
#define CHF_ICHARRAY (   rank,
  ia 
)    ia.begin(),CHF_CHARRAY_X(rank, ia)
#define CHF_CONST_ICHARRAY (   rank,
  ia 
)    ia.begin(),CHF_CHARRAY_X(rank, ia)
#define CHF_RCHARRAY (   rank,
  ra 
)    ra.begin(),CHF_CHARRAY_X(rank, ra)
#define CHF_CONST_RCHARRAY (   rank,
  ra 
)    ra.begin(),CHF_CHARRAY_X(rank, ra)
#define CHF_CCHARRAY (   rank,
  ra 
)    ra.begin(),CHF_CHARRAY_X(rank, ra)
#define CHF_CONST_CCHARRAY (   rank,
  ra 
)    ra.begin(),CHF_CHARRAY_X(rank, ra)
#define CHF_VECTOR (   ra)    ra.begin(),CHF_CHARRAY_X(1, ra)
#define CHF_CONST_VECTOR (   ra)    ra.begin(),CHF_CHARRAY_X(1, ra)
#define CHF_MATRIX (   ra)    ra.begin(),CHF_CHARRAY_X(2, ra)
#define CHF_CONST_MATRIX (   ra)    ra.begin(),CHF_CHARRAY_X(2, ra)
#define CH_SPACEDIM

compile-time cpp macro that controls the dimensionality of the Chombo package.

Referenced by BoundaryIterator::BoundaryIterator(), BlockBaseRegister< T >::buildBoxVectors(), BlockBaseRegister< T >::buildExchangeRegisterLayout(), BlockBaseRegister< T >::buildInverseBlockBdryIndexMap(), BlockBaseRegister< T >::buildRegisterLayout(), BlockBaseRegister< T >::buildSrcRegisterLayout(), BlockBaseRegister< T >::clearDataLayouts(), BlockBaseRegister< T >::copyToDstRegister(), BlockBaseRegister< T >::copyToSrcRegister(), dataSize(), BlockBaseRegister< T >::define(), IVSFAB< T >::define(), MultiGrid< T >::define(), BlockBaseRegister< T >::defineDataLayouts(), LevelData< T >::degenerate(), LevelData< T >::degenerateLocalOnly(), ParticleBC::enforcePeriodic(), ParticleData< P >::enforcePeriodic(), BlockBaseRegister< T >::fill(), NeumannConductivityDomainBC::fillPhiGhost(), DirichletConductivityDomainBC::fillPhiGhost(), NeumannViscousTensorDomainBC::fillVelGhost(), DirichletViscousTensorDomainBC::fillVelGhost(), MixedViscousTensorDomainBC::fillVelGhost(), FortranArrayIndex(), getBlockBdryIndex(), LevelFluxRegister::getCoarseLocations(), PolyGeom::getTangentVectors(), IntVect::hash(), BlockBaseRegister< T >::increment(), GraphNodeImplem::index(), inDimensionRange(), BoundaryIterator::next(), IndexType::nodeCentered(), BoundaryIterator::ok(), IndexType::ok(), BlockBaseRegister< T >::print(), IndexType::setall(), PetscSolver< T >::setup_solver(), PetscSolver< T >::solve_mfree_private(), BlockBaseRegister< T >::store(), IndicesTransformation::transform(), and BlockBaseRegister< T >::zeroRegister().

#define CH_SPACEDIM   3

compile-time cpp macro that controls the dimensionality of the Chombo package.