1NORMALIZ(1)                      User Commands                     NORMALIZ(1)
2
3
4

NAME

6       Normaliz - manual page for Normaliz 3.8.4
7

SYNOPSIS

9       normaliz [options] PROJECT
10

DESCRIPTION

12              runs normaliz on PROJECT.in
13

OPTIONS

15       -S     compute sublattice
16
17       -s     compute support hyperplanes
18
19       -t     compute triangulation
20
21       -v     compute multiplicity
22
23       -v     compute volume
24
25       -F     compute volume by decent in the face lattice
26
27       -n     compute  Hilbert  basis  and multiplicity (needs full triangula‐
28              tion)
29
30       -N     compute Hilbert basis (with partial triangulation)
31
32       -w     check for integrally closed and compute witness if not
33
34       -q     compute Hilbert (quasi-)polynomial
35
36       -p     compute Hilbert (quasi-)polynomial and degree 1 elements
37
38       -h     compute Hilbert basis and Hilbert polynomial (default)
39
40       -1     compute degree 1 elements
41
42       -y     compute Stanley decomposition (output in file .dec)
43
44       -C     compute class group (default)
45
46       -T     compute triangulation  (output in file .tri)
47
48       -D     compute cone decomposition (includes -T)
49
50       -H     compute integer hull
51
52       -M     compute module generators over original monoid
53
54       -E     compute weighted Ehrhart series
55
56       -L     compute virtual multiplicity of weighted Ehrhart series
57
58       -I     compute integral
59
60       -G     check Gorenstein
61
62       -d     computation mode: dual
63
64       -P     computation mode: primal
65
66       -j     computation mode: project-and-lift
67
68       -J     computation mode: project-and-lift with  floating  point  arith‐
69              metic
70
71       -r     computation mode: approximate
72
73       -b     computation mode: bottom decomposition
74
75       -o     computation mode: no bottom decomposition
76
77       -k     computation mode: keep order
78
79       -Y     computation mode: symmetrization
80
81       --<PROP>
82              compute the ConeProperty <PROP>
83
84       -f, --files
85              write the files .out .gen .inv .cst
86
87       -a, --all-files
88              write all output files (except  .dec .tri .typ)
89
90       --<SUFFIX>
91              write  the file .<SUFFIX> where <SUFFIX> can be one of cst, egn,
92              esp, ext, gen, ht1, inv, lat, mod, msp, typ
93
94       -B, --BigInt
95              directly use indefinite precision arithmetic
96
97       --LongLong
98              only use long long arithmetic, no conversion possible
99
100       -i, --ignore
101              ignore the compute options set in the input file
102
103       -x=<T> limit the number of threads to <T>
104
105       --OutputDir=<path> set a path for the output files (relative to current
106              directory)
107
108       -?, --help
109              print this help text and exit
110
111       -c, --verbose
112              verbose (prints control data)
113
114       --version
115              print version info and exit
116
117       Please  report  bugs  to  <normaliz@uos.de>  or  directly  to our issue
118       tracker: https://github.com/Normaliz/Normaliz/issues
119

121       Copyright © 2007-2019  The Normaliz  Team,  University  of  Osnabrueck.
122       This  program comes with ABSOLUTELY NO WARRANTY; This is free software,
123       and you are welcome to redistribute it under  certain  conditions;  See
124       COPYING for details.
125
126
127
128Normaliz 3.8.4                    March 2020                       NORMALIZ(1)
Impressum