source: git/README.share @ 4d2aefb

spielwiese
Last change on this file since 4d2aefb was 4d2aefb, checked in by Olaf Bachmann <obachman@…>, 27 years ago
Sun May 25 21:06:14 1997 Olaf Bachmann <obachman@ratchwum.mathematik.uni-kl.de (Olaf Bachmann)> * Makefile.in (sharedist): added bindist and sharedist target git-svn-id: file:///usr/local/Singular/svn/trunk@332 2c84dea3-7e68-4137-9b89-c4e89433aadc
  • Property mode set to 100644
File size: 5.1 KB
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1                         Singular version 1.0
2                     University of Kaiserslautern
3     Department of Mathematics        Centre for Computer Algebra
4          Authors: G.-M. Greuel, G. Pfister, H. Schoenemann
5                  (C) 1986-1997 All Rights Reserved
6
7      README FILE FOR SINGULAR SHARED DATA DISTRIBUTION
8      =================================================
9
10IMPORTANT: Please see the COPYING.share file contained in this directory
11for license information for the Singular shared (i.e. architecture
12independent data).
13
14This directory contains the following subdirectories
15  'share/Singular'      -- contains Singular library files and compute tables
16  'share/Singular/docs' -- contains dvi files of singular documentation
17  'info'                -- contains Singular's info help file
18       
19and the file
20  'COPYING.share' -- for licence and copying information information
21
22Note that this distribution does not contain the Singular
23binaries. Instead, it contains architecture-independent data (such as
24Singular's program libraries written in Singular's programming
25language). See below for information on how to obtain the Singular
26executable program.
27
28Installing the Singular executable program
29==========================================
30
31In order to use Singular, you
32
33(1) need to obtain the suitable binary Singular program for your
34    architecture.
35
36(2) Uncompress the binary and install it at an appropriate place in
37    your executable path (e.g., /usr/local/bin)
38
39(3) Unpack Singular-1.0-share.tar.gz
40    (a) in the directory /usr/local/, or
41    (b) in another directory, say, $HOME/Singular, and set the environment
42        variable SINGULARPATH to the subdirectory
43        $HOME/Singular/share/Singular
44        If you use the tcsh or csh shell, this can be accomplished by
45        the command
46                'setenv SINGULARPATH $HOME/Singular/share/Singular'.
47        If you use the bash, ksh, or sh shell, this can be
48        accomplished by the command
49                'export SINGULARPATH=$HOME/Singular/share/Singular'
50        Furthermroe, these commands should be put into your shell
51        initialization file (e.g., $HOME/.tcshr)
52
53Optional:
54(4) You may move the file singular.hlp contained in share/Singular to
55    your info diretory (usualy /usr/local/info) and add the line
56* Singular: (singular.hlp). The Singular manual
57    to the 'dir' file contained in your info directory.   
58
59(5) You may print the Singular manual (contained in docs/singular.dvi)
60    and tutorial (contained in docs/tutorial.dvi).
61
62Overview of Singular
63====================
64Singular is a special-purpose computer algebra system for commutative
65algebra, algebraic geometry and singularity theory. The main features
66of Singular are:
67
68 * Computations in very general rings (polynomial rings, localizations
69   of rings at a prime ideal, tensor products of rings) over many
70   ground fields (rational numbers, mod p numbers, Galois fields,
71   transcendental/algebraic extensions) and monomial orderings (all
72   standard monomial orderings, including matrix orderings)
73
74 * Very fast standard (resp. Groebner) bases computations
75
76 * Polynomial factorization, resultant, and gcd computations
77
78 * Large variety of implemented related algorithm: FGLM,
79   Hilbert-driven, Factorizing Buchberger; Minimal resolutions,
80   Primary decomposition; Usual ideal theoretic operations; standard
81   combinatorial algorithms.
82
83 * Efficient and flexible communication links based on the MP
84   protocol and library
85
86 * Easy-to-use, command-driven user-interface
87
88 * Intuitive, C-like programming language
89
90 * Extensive libraries of procedures, written in Singular's
91   programming language
92
93 * Written in C/C++. Available as binary program for common hard- and
94   software platforms (including most Un*x variants, MS-DOG, MacOS)
95
96
97Distribution of Singular
98========================
99The newest version of Singular is always available by anonymous ftp
100from
101             www.mathematik.uni-kl.de:/pub/Math/Singular
102
103Binary versions of Singular for common hard- and software
104platforms are contained in the files bin/Singular-1.0.<platform>.gz where
105<platform> is, for example, 'linux', 'SunOS', etc. 
106
107In general, Singular is only available as binary program. For
108exceptions, you may contact us at
109        singular@mathematik.uni-kl.de
110
111Architecture - independent files (such as libraries written in the
112Singular programming language, and the Singular documentation) are
113distributed as Singular-1.0-share.tar.gz. See the file README.share
114for more information.
115
116Documentation to Singular is distributed as:
117Singular-1.0.dvi.gz      - Reference manual in dvi format
118Tutorial.dvi.gz          - Singular tutorial in dvi format
119Singular-1.0.ps.gz       - Reference manual in postscript format
120Tutorial.dvi.gz          - Singular tutorial in postscript format
121singular.hlp.gz          - Reference manual in Info format
122Singular-1.0.html.tar.gz - Reference manual in html format
123
124
125More information about Singular: Comments, Questions, Bug Reports
126=================================================================
127
128More and up-to-date information about Singular is always available
129from
130           http://www.mathematik.uni-kl.de/~zca/Singular
131We very much welcome any comments, questions, and bug reports. Please
132contact us at 
133                    singular@mathematik.uni-kl.de
134
135
136GOOD LUCK and ENJOY!                         Your Singular team.
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