Blockstructured Adaptive Mesh Refinement in object-oriented C++
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Defines | |
#define | FORTRAN_NAME(x, y, z) x |
Define the Fortran name mangling convention for various machines AIX (-qextname):all lowercase, trailing underscore Cray, nCUBE/2: all uppercase, no trailing underscore otherwise: all lowercase, trailing underscore. | |
#define | DATA_ARGS1(X) &((X).extents()(0)) |
#define | DATA_ARGS2(X) &((X).extents()(0)), &((X).extents()(1)) |
#define | DATA_ARGS3(X) &((X).extents()(0)), &((X).extents()(1)), &((X).extents()(2)) |
#define | ARRAY_ARGS1(X) (X)[0] |
#define | ARRAY_ARGS2(X) (X)[0], (X)[1] |
#define | ARRAY_ARGS3(X) (X)[0], (X)[1], (X)[2] |
#define | DATA_INFS1 INTEGER * |
#define | DATA_INFS2 INTEGER *, INTEGER * |
#define | DATA_INFS3 INTEGER *, INTEGER *, INTEGER * |
#define | LOCAL_FORTRAN_ARGS(D, X) |
#define | LFA LOCAL_FORTRAN_ARGS |
#define | LOCAL_FORTRAN_INTERFACE(D, T) |
#define | LFI LOCAL_FORTRAN_INTERFACE |
#define | LOCAL_BBOX_ARGS(X) |
#define | LBA LOCAL_BBOX_ARGS |
#define | LOCAL_BBOX_INTERFACE INTEGER *, INTEGER *, INTEGER * |
#define | LBI LOCAL_BBOX_INTERFACE |
#define | GLOBAL_FORTRAN_ARGS(D, X) |
#define | GFA GLOBAL_FORTRAN_ARGS |
#define | GLOBAL_FORTRAN_INTERFACE(D, T) |
#define | GFI GLOBAL_FORTRAN_INTERFACE |
#define | GLOBAL_BBOX_ARGS(X) |
#define | GBA GLOBAL_BBOX_ARGS |
#define | GLOBAL_BBOX_INTERFACE INTEGER *, INTEGER *, INTEGER *, INTEGER * |
#define | GBI GLOBAL_BBOX_INTERFACE |
#define | WORLD_FORTRAN_ARGS(D, GH, X) |
#define | WFA WORLD_FORTRAN_ARGS |
#define | WORLD_FORTRAN_INTERFACE(T) |
#define | WFI WORLD_FORTRAN_INTERFACE |
#define | WORLD_BBOX_ARGS(GH, X) |
#define | WBA WORLD_BBOX_ARGS |
#define | WORLD_BBOX_INTERFACE DOUBLE *, DOUBLE *, DOUBLE *, INTEGER * |
#define | WBI WORLD_BBOX_INTERFACE |
#define | DATA_ARGUMENT(X) (X).data() |
#define | DA DATA_ARGUMENT |
#define | DATA_INTERFACE(T) T * |
#define | DI DATA_INTERFACE |
#define | FORTRAN_ARGS(D, X) |
#define | FA FORTRAN_ARGS |
#define | FORTRAN_INTERFACE(D, T) |
#define | FI FORTRAN_INTERFACE |
#define | BOUNDING_BOX(X) |
#define | BB BOUNDING_BOX |
#define | BBOX_INTERFACE INTEGER *, INTEGER *, INTEGER * |
#define | BI BBOX_INTERFACE |
#define | FORTRAN_DATA_INTERFACE(T) T * |
#define | FDI FORTRAN_DATA_INTERFACE |
#define | FDA(X) (X).data() |
#define | FBA BOUNDING_BOX |
#define | ARRAY_ARGUMENTS(D, X) name2(ARRAY_ARGS,D)(X) |
#define | AA ARRAY_ARGUMENTS |
Definition in file DAGHFortranInterfaces.h.
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Value: (X).lower(), \ (X).upper(), \ (X).extents() Definition at line 164 of file DAGHFortranInterfaces.h. |
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Value: (X).data(), name2(DATA_ARGS,D)(X), \ (X).lower(), \ (X).upper() Definition at line 151 of file DAGHFortranInterfaces.h. |
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Value: T *, name2(DATA_INFS,D), \ INTEGER *, INTEGER * Definition at line 158 of file DAGHFortranInterfaces.h. |
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Value: (X).lower(), \ (X).upper(), \ (X).stepsize(), \ (X).extents() Definition at line 99 of file DAGHFortranInterfaces.h. |
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Value: (X).data(), name2(DATA_ARGS,D)(X), \ (X).lower(), \ (X).upper(), \ (X).stepsize() Definition at line 85 of file DAGHFortranInterfaces.h. |
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Value: T *, name2(DATA_INFS,D), \ INTEGER *, INTEGER *, INTEGER * Definition at line 93 of file DAGHFortranInterfaces.h. |
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Value: (X).lower()/(X).stepsize(), \ (X).upper()/(X).stepsize(), \ (X).extents() Definition at line 72 of file DAGHFortranInterfaces.h. |
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Value: (X).data(), name2(DATA_ARGS,D)(X),\ (X).lower()/(X).stepsize(), \ (X).upper()/(X).stepsize() Definition at line 59 of file DAGHFortranInterfaces.h. |
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Value: T *, name2(DATA_INFS,D), \ INTEGER *, INTEGER * Definition at line 66 of file DAGHFortranInterfaces.h. |
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Value: (GH).worldCoordsLower((X).lower(),(X).stepsize()), \ (GH).worldCoordsUpper((X).upper(),(X).stepsize()), \ (GH).worldStep((X).stepsize()) Definition at line 127 of file DAGHFortranInterfaces.h. |
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Value: (X).data(), name2(DATA_ARGS,D)(X), \ (GH).worldCoordsLower((X).lower(),(X).stepsize()), \ (GH).worldCoordsUpper((X).upper(),(X).stepsize()), \ (GH).worldStep((X).stepsize()) Definition at line 113 of file DAGHFortranInterfaces.h. |
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Value: T *, name2(DATA_INFS,D), \ DOUBLE *, DOUBLE *, DOUBLE * Definition at line 121 of file DAGHFortranInterfaces.h. |
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