Changeset b5bb857 in git for doc/NEWS.texi
- Timestamp:
- Dec 18, 2013, 6:15:29 PM (9 years ago)
- Branches:
- (u'spielwiese', '0d6b7fcd9813a1ca1ed4220cfa2b104b97a0a003')
- Children:
- 6ad6d7e7cdb6035f3104ed07c98d18277efa6ee5
- Parents:
- 528d62b177825e22cf6c17471aa20c3dd03d1038
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- 1 edited
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doc/NEWS.texi
r528d62 rb5bb857 22 22 @heading News for version @value{VERSION} 23 23 24 The version 4-0-0 is the first in the new 25 release series version 4-0. 24 Version 4-0-0 is a milestone relase of Singular. 25 The new release series 4 aims for an entirely modularized system 26 simplifying connectivity with other systems and paving the way 27 for parallel computations. 28 As one step in this direction, in Singular 4-0-0, 29 the representation of coefficient rings has been separated from the representation 30 of polynomials which allows for easy integration of new types of coefficient fields. 26 31 27 @sc{Singular} version 4 has a greater functionality and an improved architecture. 28 Major new features are: 32 @sc{Singular} 4-0-0's list of improvements and new 33 functionality further extends that of 34 the 3-1-6/7 pre-release series. 35 One highlight is the implementation 36 of Walther's algorithm for computing deRham cohomology. 37 38 New commands 39 @itemize 40 @item @nref{sba}: an F5 like Groebner basis algorithm 41 @item @nref{ASSUME}: support for debugging libraries 42 @end itemize 43 44 New libraries 45 @itemize 46 @item @nref{classifyci_lib}: Isolated complete intersection singularities in characteristic 0 47 @item @nref{derham_lib}: Computation of deRham cohomology 48 @item @nref{ellipticcovers_lib}: Gromov Witten numbers of elliptic curves 49 @item @nref{orbitparam_lib}: Parametrizing unipotent orbits 50 @end itemize 51 52 Improved libraries 53 @itemize @bullet 54 @item 55 Compute GIT-fans: (@nref{gitfan_lib}) 56 @item 57 Groebner Cover for parametric ideals (@nref{grobcov_lib}) 58 @item 59 Normalization of Affine Rings (@nref{normal_lib}) 60 @item 61 An abstraction layer for parallel skeletons (@nref{parallel_lib}) 62 @item 63 Classification of real singularities (@nref{realclassify_lib}) 64 @item 65 and many more with small fixes 66 @end itemize 67 68 Kernel improvements 29 69 @itemize 30 70 @item 31 71 @nref{Dynamic modules} 32 72 @item 33 non-commutative extension@nref{Non-commutative subsystem}73 @nref{Non-commutative subsystem} 34 74 @item 35 75 name spaces (@nref{package}) 36 76 @item 37 algebraic/transcendental extension rewritten 38 @end itemize 39 Besides theses internal changes, @sc{Singular} version 4 offers many new 40 features and functionalities (which were partly already incorporated in 41 the 3-1-6/7 pre-release series). 42 43 @heading New commands 44 @itemize 45 @item @nref{sba}: an F5 like Groebner base computation 46 @item @nref{ASSUME}: support for debugging libraries 77 algebraic/transcendental field extensions 47 78 @end itemize 48 79 49 @heading New libraries 50 @itemize 51 @item @nref{classifyci_lib}: Isolated complete intersection singularities in characteristic 0 52 @item @nref{derham_lib}: Computation of deRham cohomology 53 @end itemize 80 Availability 54 81 55 @heading Changed @sc{Singular} libraries 56 @itemize @bullet 57 @item 58 improved grobcov.lib (@nref{grobcov_lib}) 59 @item 60 fixed normal.lib (@nref{normal_lib}) 61 @end itemize 62 63 64 @heading Porting 65 66 @itemize @bullet 67 @item @sc{Singular} is available for ix86-Linux, 82 @sc{Singular} is available for ix86-Linux, 68 83 SunOS-5, ix86-Win (runs on Windows), 69 84 FreeBSD, Mac OS X, x86_64-Linux (AMD64/Opteron/EM64T), 70 85 IA64-Linux 71 @end itemize72 86
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