Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12]
  CPLX__ | |
| std | |
 TBCI | The TBCI Numerical Library is put into TBCI namespace, if the compiler supports it (egcs-1.1.x and later for example) |
 alist | |
| BdMatrix | The class BdMatrix is an implementation to store and do operations on sparse Matrices with a band structure |
| BdMatrixErr | Exception class |
| BVector | Basic Vector functionality but arithmetic operators (+=, - , *, /...) |
| BVector_Sig | Abstract base class (signature) for Vectors without arithmetics |
| cback | |
| cilist | |
| cllist | |
| complex | |
| cplx | Our own complex class |
| CRMatErr | |
| CRMatrix | C++ class for sparse matrices using compressed row storage |
| CSCMatErr | |
| CSCMatrix | Exception class: Use MatErr from matrix.h |
| CTensor | Note (KG, 981214): We don't handle rank == 0 |
| DiagPreconditioner | |
| DILU_BdMatrixPreconditioner | |
| DNformat | |
| doublecomplex | |
| F_BandMatErr | |
| F_BandMatrix | C++ class for banded matrices using band storage in a one-dimensional array |
| F_Matrix | |
| f_Matrix | Real, user referable, Matrix |
| F_TMatrix | Temporary Base Class (non referable!) (acc |
| F_TSMatrix | Temporary object for scaled matrices |
| factor_param_t | |
| FS_Vector | Implementation of fixed sized Vectors (template argument) which is favorable for small Vectors, where the overhead of dynamically allocating and freeing memory and it's management is too expensive |
| FSVecErr | Exception class |
| GlobalLU_t | |
| icilist | |
| IdxErr | |
| ILU0_BdMatrixPreconditioner | |
| ILU0_Symm_BdMatrixPreconditioner | |
| Index | Note that this #pragma interface might create problems as the class index is not templated! |
| inlist | |
| job_input | |
| job_output | |
| list | Double linked list, storing pointers to the data |
| List | |
| ListItem | |
| listitem | Helper class to store the elements of the list |
| ListIterator | |
| ListRIterator | |
| Mat_Brack | |
| mat_fill_fn | |
| MatErr | Exception class |
| Matrix | |
| Matrix_Sig | Common interface definition (signature) for all Matrices |
| mem_usage_t | |
| Multitype | |
| Namelist | |
| NCformat | |
| NCPformat | |
| NOINST | |
| NoPreconditioner | |
| NRformat | |
| nsList | A numerically sortable List |
| NumErr | Exception base class for the TBCI NumLib |
| olist | |
| Preconditioner_Sig | Abstract base class for all Preconditioners |
| SCformat | |
| stopw_base | Base class for all the stop watches to minimize code duplication |
| stopwatch | |
| stopwatch_e | Stopwatch class using gettimeofday() / _ftime() / time() to measure elapsed (= wall clock) time |
| stopwatch_u | Stopwatch class using times() to measure userspace CPU time of ourselves and our children |
| stopwatch_us | Stopwatch class using times() to measure userspace and system CPU time of ourselves and our children |
| SuperLUStat_t | |
| SuperMatrix | |
| Symm_BdMatrix | Matrix class with optimized Matrix-Vector multiplication for symmetrical Matrices |
| SymmBdMatrixErr | Exception class |
| tbci_memalloc | |
| tbci_memalloc< charptr > | |
| tbci_memalloc< double > | |
| tbci_memalloc< doubleptr > | |
| tbci_memalloc< float > | |
| tbci_memalloc< floatptr > | |
| tbci_memalloc< int > | |
| tbci_memalloc< intptr > | |
| tbci_memalloc< long > | |
| tbci_memalloc< longptr > | |
| tbci_memalloc< signed char > | |
| tbci_memalloc< ucharptr > | |
| tbci_memalloc< uintptr > | |
| tbci_memalloc< ulongptr > | |
| tbci_memalloc< unsigned > | |
| tbci_memalloc< unsigned char > | |
| tbci_memalloc< unsigned long > | |
| tbci_memalloc< unsigned short > | |
| tbci_memalloc< voidptr > | |
| tbci_memalloc_cache | For specializations of the memory allocator: |
| tbci_memalloc_cache_tls | |
| TensErr | |
| Tensor | Tensor class including arithmetics |
| thr_ctrl | |
| thr_struct | |
| TMatrix | |
| TSMatrix | |
| TSVector | |
| TVector | Temporary Base Class Idiom: Class TVector is used for temporary variables |
| Vardesc | |
| VecErr | Exception class |
| Vector | |
 Vector_Sig | Abstract base class (signature) for Vectors with arithmetics |
