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gap> START_TEST("GBNP test05");
gap> ######################### BEGIN COPYRIGHT MESSAGE #########################
gap> # GBNP - computing Gröbner bases of noncommutative polynomials
gap> # Copyright
2001-
2010 by Arjeh M. Cohen, Dié A.H. Gijsbers, Jan Willem
gap> # Knopper, Chris Krook. Address: Discrete Algebra and Geometry (DAM) group
gap> # at the Department of Mathematics and Computer Science of Eindhoven
gap> # University of Technology.
gap> #
gap> # For acknowledgements see the manual. The manual can be found in several
gap> # formats in the doc subdirectory of the GBNP distribution. The
gap> # acknowledgements formatted as text can be found in the file chap0.txt.
gap> #
gap> # GBNP is free software; you can redistribute it and/or modify it under
gap> # the terms of the Lesser GNU General Public License as published by the
gap> # Free Software Foundation (FSF); either version
2.
1 of the License, or
gap> # (at your option) any later version. For details, see the file 'LGPL' in
gap> # the doc subdirectory of the GBNP distribution or see the FSF's own site:
gap> #
https://www.gnu.org/licenses/lgpl.html
gap> ########################## END COPYRIGHT MESSAGE ##########################
gap>
gap> ### filename = "example05.g"
gap> ### authors Cohen & Gijsbers
gap>
gap> ### THIS IS A GAP PACKAGE FOR COMPUTING NON-COMMUTATIVE GROBNER BASES
gap>
gap> ### Last change: August
22 2001.
gap> ### amc
gap>
gap> # <#GAPDoc Label="Example05">
gap> # <Section Label="Example05"><Heading>The gcd of some univariate polynomials</Heading>
gap> # A list of univariate polynomials is generated. The result of the
gap> # Gröbner basis computation on this list should be a single
gap> # monic polynomial, their gcd.
gap> # <P/>
gap> # First load the package and set the standard infolevel <Ref
gap> # InfoClass="InfoGBNP" Style="Text"/> to
2 and the time infolevel <Ref
gap> # Func="InfoGBNPTime" Style="Text"/> to
1
gap> # (for more information about the info
gap> # level, see Chapter <Ref Chap="Info"/>).
gap>
gap> # <L>
gap> LoadPackage("gbnp", false);
true
gap> SetInfoLevel(InfoGBNP,
2);
gap> SetInfoLevel(InfoGBNPTime,
0);
gap> # </L>
gap>
gap> # Let the single variable be printed as x by means of
gap> # <Ref Func="GBNP.ConfigPrint" Style="Text"/>
gap> # <L>
gap> GBNP.ConfigPrint("x");
gap> # </L>
gap>
gap> # Now input the relations in NP format (see <Ref Sect="NP"/>). They will be
gap> # assigned to <C>KI</C>.
gap>
gap> # <L>
gap> p0 := [[[
1,
1,
1],[
1,
1],[
1],[]],[
1,
2,
2,
1]];;
gap> p1 := [[[
1,
1,
1,
1],[
1,
1],[]],[
1,
1,
1]];;
gap> KI := [p0,p1];;
gap>
gap> for i in [
2..
12] do
> h := AddNP(AddNP(KI[i],KI[i-
1],
1,
3),
> AddNP(BimulNP([
1],KI[i],[]),KI[i-
1],
2,
1),
3,-
5);
> Add(KI,h);
> od;
gap> # </L>
gap>
gap> # The relations can be shown with <Ref Func="PrintNPList" Style="Text"/>:
gap>
gap> # <L>
gap> PrintNPList(KI);
x^
3 +
2x^
2 +
2x +
1
x^
4 + x^
2 +
1
-
10x^
5 +
3x^
4 -
6x^
3 +
11x^
2 -
2x +
7
100x^
6 -
60x^
5 +
73x^
4 -
128x^
3 +
57x^
2 -
76x +
25
-
1000x^
7 +
900x^
6 -
950x^
5 +
1511x^
4 -
978x^
3 +
975x^
2 -
486x +
103
10000x^
8 -
12000x^
7 +
12600x^
6 -
18200x^
5 +
14605x^
4 -
13196x^
3 +
8013x^
2 -
2\
792x +
409
-
100000x^
9 +
150000x^
8 -
166000x^
7 +
223400x^
6 -
204450x^
5 +
181819x^
4 -
123\
630x^
3 +
55859x^
2 -
14410x +
1639
1000000x^
10 -
1800000x^
9 +
2150000x^
8 -
2780000x^
7 +
2765100x^
6 -
2504340x^
5 \
+
1840177x^
4 -
982264x^
3 +
343729x^
2 -
70788x +
6553
-
10000000x^
11 +
21000000x^
10 -
27300000x^
9 +
34850000x^
8 -
36655000x^
7 +
342\
32300x^
6 -
26732590x^
5 +
16070447x^
4 -
6878602x^
3 +
1962503x^
2 -
335534x +
262\
15
100000000x^
12 -
240000000x^
11 +
340000000x^
10 -
437600000x^
9 +
479700000x^
8 -\
463408000x^
7 +
381083200x^
6 -
250919600x^
5 +
124358069x^
4 -
44189892x^
3 +
106\
17765x^
2 -
1551904x +
104857
-
1000000000x^
13 +
2700000000x^
12 -
4160000000x^
11 +
5480000000x^
10 -
6219000\
000x^
9 +
6212580000x^
8 -
5347676000x^
7 +
3789374800x^
6 -
2103269850x^
5 +
87925\
4915x^
4 -
266261734x^
3 +
55222347x^
2 -
7046418x +
419431
10000000000x^
14 -
30000000000x^
13 +
50100000000x^
12 -
68240000000x^
11 +
79990\
000000x^
10 -
82533200000x^
9 +
74033300000x^
8 -
55790408000x^
7 +
33925155700x^
6\
-
16106037100x^
5 +
5797814361x^
4 -
1527768240x^
3 +
278602281x^
2 -
31541180x +\
1677721
-
100000000000x^
15 +
330000000000x^
14 -
595000000000x^
13 +
843500000000x^
12 -\
1021260000000x^
11 +
1087222000000x^
10 -
1012808600000x^
9 +
804854300000x^
8 - \
528013485000x^
7 +
277993337300x^
6 -
114709334310x^
5 +
36188145143x^
4 -
8434374\
466x^
3 +
1372108031x^
2 -
139586422x +
6710887
gap> Length(KI);
13
gap> # </L>
gap>
gap> # The Gröbner basis can now be calculated with
gap> # <Ref Func="SGrobner" Style="Text"/>:
gap>
gap> # <L>
gap> GB := SGrobner(KI);;
#I number of entered polynomials is
13
#I number of polynomials after reduction is
1
#I End of phase I
#I End of phase II
#I List of todo lengths is [
0 ]
#I End of phase III
#I G: Cleaning finished,
0 polynomials reduced
#I End of phase IV
gap> # </L>
gap>
gap> # Printed it looks like:
gap>
gap> # <L>
gap> PrintNPList(GB);
x^
2 + x +
1
gap> # </L>
gap>
gap> # </Section>
gap> # <#/GAPDoc>
gap>
gap> STOP_TEST("test05.g",
10000);