See: Description
| Class | Description |
|---|---|
| DiagonalMatrix |
This class implements diagonal matrices of linear algebra.
|
| GeneralMatrix |
This class represents matrices of the most general type.
|
| GeneralSquareMatrix |
This class implements general square matrices of linear algebra.
|
| LowerTriangularMatrix |
This class implements lower triangular matrices of linear algebra.
|
| Matrix |
This class factor all services common to matrices.
|
| MatrixFactory |
This class is a factory for the linear algebra package.
|
| SquareMatrix |
This class factor all services common to square matrices of linear algebra.
|
| SymetricalMatrix |
This class implements symetrical matrices of linear algebra.
|
| UpperTriangularMatrix |
This class implements upper triangular matrices of linear algebra.
|
| Exception | Description |
|---|---|
| SingularMatrixException |
This class represent exceptions thrown by some matrix operations.
|
It is by no means a complete linear algebra system, it is sufficient to solve least squares problems and linear equations systems, but it lacks lots of functionalities and matrices types (for example sparse matrices are not supported).
The class diagram for the public classes of this package is
displayed below. The user will mainly use directly the implementation
classes rather than the abstract Matrix class. The shape of the matrices
used is often known in the algorithms so there is little need to hide
this shape behind the general class.

Copyright © 2001-2007 Luc Maisonobe. All Rights Reserved.