aff::util::FortranShape Class Reference
find appropriate leading dimensions More...
#include <fortranshape.h>
Inheritance diagram for aff::util::FortranShape:
Collaboration diagram for aff::util::FortranShape:
Public Types | |
| typedef aff::Strided | Tshape |
| This is coded for Strided shapes. More... | |
| typedef Tshape::TIndexVec | TIndexVec |
| Vector of index values. More... | |
| typedef Tshape::TSizeVec | TSizeVec |
| Vector of size values. More... | |
Public Member Functions | |
| FortranShape (const Tshape &shape, const bool &BaseOne=true) | |
| construct from shape More... | |
| const Tsubscript & | first (const Tdim &i) const |
first index in dimension i More... | |
| const Tsubscript & | last (const Tdim &i) const |
last index in dimension i More... | |
| const Tsubscript & | dimlast (const Tdim &i) const |
last index as dimensioned in dimension i More... | |
| const Tsubscript & | offset () const |
| offset to access representation More... | |
| const TIndexVec & | first () const |
| full first vector More... | |
| const TIndexVec & | last () const |
| full last vector More... | |
| const TIndexVec & | dimlast () const |
| full dimlast vector More... | |
Private Attributes | |
| TIndexVec | Mfirst |
| first index More... | |
| TIndexVec | Mlast |
| last index More... | |
| TIndexVec | Mdimlast |
| last index as dimensioned in memory More... | |
| Tsubscript | Moffset |
| offset of first element in representation More... | |
Detailed Description
find appropriate leading dimensions
This class is used to calculate appropriate leading dimensions from a aff::Strided shape. These values are needed to pass an array to a Fortran 77 subroutine.
- See also
- aff::FortranArray
- Examples:
- tests/f77test.cc.
Definition at line 64 of file fortranshape.h.
The documentation for this class was generated from the following files:
