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Here is the online help:
$ ./kspace_t -h
usage: /home/work/c/kruggel/kspace_t [ -bcilrstnpPdOIwfehv ]
[ -b ] [ --batch ] (type=FLAG,)
Run in batch mode over a cube:
default: [k0min,k0max] x [k1min,k1max] x [l0min,l0max] x [l1min,l1max] with k0+k1+k2=0=l0+l1+l2
2: [k0min,k0max] x [k1min,k1max] x [k2min,k2max] x [l0min,l0max] x [l1min,l1max] x [l2min,l2max]
3: [k0min,k0max] x [k1min,k1max] x [l0min,l0max] x [l1min,l1max] x [0,mod3] with k0+k1+k2=l0+l1+l2 in [0,mod3]
[ -c ] [ --compare_files ] (type=FLAG,)
compare two files of whole records
[ -i ] [ --run_interactive ] (type=FLAG,)
run interactively, read sum k0 k1 l0 l1 from infile, compute invariants, write to outfile
[ -l ] [ --rsum ] (type=FLAG,)
Run in batch mode, looping over [rmin,rmax] x [smin,smax] x [k0min,k0max] x finite set, where we use
b=a-c + (s*a-r)/c, l0=-a+c, l1=-b-c, k0=a, k1=-a-b and c|s*a-r, r is in [rmin,rmax], s is in [smin,smax] and a is in [k0min,k0max].
[ -r ] [ --read_records ] (type=FLAG,)
read whole records from infile, compute and compare invariants, write to outfile
[ -s ] [ --sort ] (type=FLAG,)
run as in batch mode and sort output (incompletely)
[ -t ] [ --tests ] (type=FLAG,)
run diagnostic tests
[ -n ] [ --num_type ] (type=INTEGER, range=0...3, default=0)
the number type: 0=float,1=double,2=long double,3=mpfr_class
[ -p ] [ --mpfr_precision ] (type=INTEGER, range=1..., default=53)
precision of gmp mpfr_class (in bits)
[ -P ] [ --out_precision ] (type=INTEGER, range=1..., default=6)
precision of output (in significant digits)
[ --rmax ] (type=INTEGER, range=1..., default=0)
output only the kspaces with rank of H4<=rmax (default is LONG_MAX, used in batch + rsum)
[ --rmin ] (type=INTEGER, range=1..., default=1)
output only the kspaces with rank of H4>=rmin (default is LONG_MAX, used in rsum)
[ --smax ] (type=INTEGER, range=0..., default=0)
the maximum value of sum=k0+k1+k2 (used in rsum)
[ --smin ] (type=INTEGER, range=0..., default=0)
the minimum value of sum=k0+k1+k2 (used in rsum)
[ --k0min ] (type=INTEGER, default=0)
k0min
[ --k1min ] (type=INTEGER, default=0)
k1min (not implemented)
[ --k2min ] (type=INTEGER, default=0)
k2min (not implemented)
[ --k0max ] (type=INTEGER, default=0)
k0max
[ --k1max ] (type=INTEGER, default=0)
k1max (not implemented)
[ --k2max ] (type=INTEGER, default=0)
k2max (not implemented)
[ --l0min ] (type=INTEGER, default=0)
l0min
[ --l1min ] (type=INTEGER, default=0)
l1min (not implemented)
[ --l2min ] (type=INTEGER, default=0)
l2min (not implemented)
[ --l0max ] (type=INTEGER, default=0)
l0max (not implemented)
[ --l1max ] (type=INTEGER, default=0)
l1max (not implemented)
[ --l2max ] (type=INTEGER, default=0)
l2max (not implemented)
[ --k0 ] (type=INTEGER, default=0)
k0
[ --k1 ] (type=INTEGER, default=0)
k1
[ --k2 ] (type=INTEGER, default=0)
k2
[ --l0 ] (type=INTEGER, default=0)
l0
[ --l1 ] (type=INTEGER, default=0)
l1
[ --l2 ] (type=INTEGER, default=0)
l2
[ --mod3 ] (type=INTEGER, range=0...2, default=0)
loop over l0+l1+l2=k0+k1+k2=0 to mod3
[ -d ] [ --debug ] (type=FLAG,)
output debug information to cerr
[ --verbose ] (type=INTEGER, range=0...4, default=0)
verbosity of output
[ --type ] (type=INTEGER, range=0...8, default=0)
0=diffeomorphism, 1=homeomorphism, 2=homotopy, 3=basic, 4=compute no invariants, 5=unoriented diffeomorphism, 6=unoriented homeomorphism, 7=unoriented homotopy, 8=unoriented basic
[ -O ] [ --outfile ] (type=STRING, default=cout)
output file
[ -I ] [ --infile ] (type=STRING, default=cin)
input file
[ --infile0 ] (type=STRING)
input file (with compare_files)
[ --infile1 ] (type=STRING)
input file (with compare_files)
[ -w ] [ --withs22 ] (type=FLAG,)
include s22 in output
[ -f ] [ --fs ] (type=INTEGER, range=0...2, default=0)
field separator (0=SPC, 1=TAB, 2=COMMA)
[ -e ] [ --epsilon ] (type=STRING)
1e-8
error tolerance (for use with read_records and compare_files)
[ --trust ] (type=FLAG,)
trust that input data is a kspace
[ --maple ] (type=FLAG,)
print out commands to compute invariants in Maple(tm)
[ --maple_outfile ] (type=STRING, default=cout)
print out commands to compute invariants in Maple(tm)
[ --maxima ] (type=FLAG,)
print out commands to compute invariants in Maxima
[ --maxima_outfile ] (type=STRING, default=cout)
print out commands to compute invariants in Maxima
[ --bc ] (type=FLAG,)
print out commands to compute invariants in bc (GNU MP calculator)
[ --bc_outfile ] (type=STRING, default=cout)
print out commands to compute invariants in bc (GNU MP calculator)
[ --column ] (type=INTEGER, range=-3...2,)
force evaluation along column 0,1,2 or row 0,1,2 (-1,-2,-3 resp.)
[ --memory ] (type=INTEGER, range=50000..., default=500000)
memory in bytes to be allocated while running batch
[ --depth ] (type=INTEGER, range=0..., default=1)
depth of testing
[ --noadjust ] (type=FLAG,)
do not apply adjustments to kspace data (only used in CEZTest::test())
[ --output_style ] (type=INTEGER, range=0...3, default=0)
style of output (0=text, 1=html, 2=xml, 3=latex (unimplemented))
[ -h ] [ --help ] (type=FLAG)
Display help information.
[ -v ] [ --version ] (type=FLAG)
Output version.