mori-5d.x(1)
star triangulations of a polytope P* in N
Description
MORI.X
NAME
mori.x, mori-<num>d.x - star triangulations of a polytope P* in N
SYNOPSIS
mori.x [-<Option-string>] [in-file [out-file]]
DESCRIPTION
Mori cone of the corresponding toric ambient spaces intersection rings of embedded (CY) hypersurfaces
The mori-<num>d.x variant programs, where <num> is one of 4, 5, 6 and 11 work in different dimensions ; mori.x defaults to dimension 6.
Options (concatenate any number of them into <Option-string>):
|
-h |
print this information | ||
|
-f |
use as filter | ||
|
-g |
general output: triangulation and Stanley-Reisner ideal | ||
|
-I |
incidence information of the facets (ignoring IPs of facets) | ||
|
-m |
Mori generators of the ambient space | ||
|
-P |
IP-simplices among points of P* (ignoring IPs of facets) | ||
|
-K |
points of P* in Kreuzer polynomial form | ||
|
-b |
arithmetic genera and Euler number | ||
|
-i |
intersection ring | ||
|
-c |
Chern classes of the (CY) hypersurface | ||
|
-t |
triple intersection numbers | ||
|
-d |
topological information on toric divisors & del Pezzo conditions | ||
|
-a |
all of the above except h, f, I and K | ||
|
-D |
lattice polytope points of P* as input (default CWS) | ||
|
-H |
arbitrary (also non-CY) hypersurface ‘H = c1*D1 + c2*D2 + ...’ input: coefficients ‘c1 c2 ...’ | ||
|
-M |
manual input of triangulation |
Input
1) standard:
degrees and weights ‘d1 w11 w12 ... d2 w21 w22
...’
2) alternative (use -D): ‘d np’ or
‘np d’ (d=Dimension, np=#[points]) and
(after newline) np*d coordinates
Output
as specified by options
SEE ALSO
A complete manual is available here : http://arxiv.org/abs/1205.4147