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| Packages that use shh.csparse | |
| shh.csparse | |
| shh.homolalg | |
| shh.util | |
| Classes in shh.csparse used by shh.csparse | |
| CSparse
Large sparse matrices over an integral domain, with linear algebra tools that aim to preserve sparsity by avoiding both fill-in and explosion of the individual matrix entries. |
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| DenseMatrixZ
Matrices over Z using BigIntegers, implemented as
m × n arrays in a straightforward
way. |
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| ElemMatrix
The class of elementary matrices: permutations, dilations, and translations. |
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| Matrix
A general interface for m × n matrices. |
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| SparseElt
An abstract class representing elements of a sparse vector (a SparseV) over an integral domain D. |
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| SparseEltEuc
A class of SparseElts should implement this interface if
its underlying integral domain D is a Euclidean
domain. |
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| SparseEltField
A class of SparseElts should implement this interface if
its underlying integral domain is a field. |
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| SparseEltMod2
Elements of a sparse vector over the finite field F2 = Z/(2) of two elements. |
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| SparseEltZ
Elements of a sparse vector over the ring of integers Z, in arbitrary precision. |
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| SparseV
A SparseV is a list of SparseElts representing a vector
over the integral domain that underlies the SparseElts. |
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| Classes in shh.csparse used by shh.homolalg | |
| CSparse
Large sparse matrices over an integral domain, with linear algebra tools that aim to preserve sparsity by avoiding both fill-in and explosion of the individual matrix entries. |
|
| MPDQ
Finds the Smith normal form of its argument, working in arbitrary precision over Z while aiming to avoid fill-in and entry explosion in the sparse matrix. |
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| Classes in shh.csparse used by shh.util | |
| CSparse
Large sparse matrices over an integral domain, with linear algebra tools that aim to preserve sparsity by avoiding both fill-in and explosion of the individual matrix entries. |
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