| arithm | |
| bezier | |
| BEZIER | |
| DEBUG | |
| EUCLIDIAN | Module for Euclidean ring |
| interfaces | |
| lapack | |
| let | Namespace for explicit type conversion |
| linalg | Domain gathering containers and specialisations for dense linear algebra |
| lisp | Namespace for output in lisp format |
| lisp::MATRIX | |
| lisp::VECTOR | |
| maple | Namespace for output in maple format |
| maple::MATRIX | |
| maple::VECTOR | |
| MATRIX | |
| matrixof | |
| MATRIXPOL | |
| MONOMIAL | Module for monomials |
| MPOLDST | Module for polynomials, which are sequences of monomials |
| numerics | Generic class for intervals. There is template parameter T which refers to the number type of the endpoints. The second parameter (set to zero by default) is defined to handle rounding mode associated to T if it exists (defined in synaps/numerics/fpu.h) The associated value can be 0,1,2 or 3: 0 stands for unsafe mode, 1 for rounding downward, 2 for rounding upward, 3 for automatic rounding mode changes. examples:
|
| numerics::rdw | |
| numerics::rup | |
| OCTREE | Class representing an octree |
| projection | |
| quotient | |
| sbdslv | |
| shape | |
| shape::CURVE | |
| shape::SURFACE | |
| SolveSBDSLV | |
| sparse | Domain for sparse matrix representation |
| std | |
| sturmseq | |
| symbolic | |
| TENSOR3D | |
| topology | Container for the topology domain |
| Type | |
| type | |
| UPOL | |
| upol | |
| UPOLDAR | Module for Univariate POLynomials with a Direct Access Representation |
| VECTOR | Module for generic functions on vectors |
| xml | Namespace for parsing and printing in xml format |
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