Here is a list of all modules:
| Anasazi Operator/Vector Interfaces | Anasazi utilizes abstract interfaces for operators and multivectors to enable the leveraging of existing linear algebra libraries. The choice in linear algebra is made through templating, and access to the functionality of the underlying objects is provided via the traits classes Anasazi::MultiVecTraits and Anasazi::OperatorTraits |
| Anasazi Eigensolver Framework | Anasazi is a framework for developing large-scale iterative eigensolvers. When developing such a framework, or even a collection of different solvers, one will notice a large amount of overlap among different implementations. For example, two separate eigensolvers may utilize the same orthogonalization methods, whereas two different implementations of a particular eigensolver may utilize different orthogonalization routines. Dividing the different tasks associated with an iterative eigensolver into multiple routines enables increased code reuse and eases code maintenance. The question arises: how does one distill the essence of a particular eigensolver, with the end goal of separating this code from the supporting code? |
