clp(1) [suse man page]

CLP(1)							      General Commands Manual							    CLP(1)

NAME

       clp - linear program solver

SYNOPSIS

       clp filename [ options ] solutionfile

DESCRIPTION

       This manual page documents briefly the clp command.

       clp -- interface to the coin linear programming solver. clp solves the following linear optimization program:

	   minimize	 c^t x
	   such that:	 row_lb <= Ax <= row_ub
			 column_lb <= x <= column_ub

OPTIONS

       When  no options are given clp enters the interactive command line mode.  Otherwise the program enters a batch mode, for which a summary of
       options is included below.  For a complete description, see /usr/share/doc/coinor-libclp-doc.

       -help  Show summary of options.

       -primalsimplex
	      solve the problem using the primal simplex method

       -dualsimplex
	      solve the problem using the dual simplex method

       -maximize
	      maximize the problem

SEE ALSO

       glpsol(1),dsdp5(1)

       This program is fully documented in the accompanying html documentation which can  be  found  in  /usr/share/doc/coinor-libclp-doc  if  the
       coinor-libclp-doc package is installed.

AUTHOR

       clp was written by John J. Forrest <jjforre@us.ibm.com> et.al.

       This manual page was written by Soeren Sonnenburg <sonne@debian.org>, for the Debian project (but may be used by others).

								   May	7, 2008 							    CLP(1)

SYMPHONY(1)						      General Commands Manual						       SYMPHONY(1)

NAME

       symphony - mixed-integer linear program (MILP) solver

SYNOPSIS

       symphony  [  -hagrtbd  ]  [ -u ub ] [ -p procs ] [ -n rule ] [ -v level ] [ -s cands ] [ -c rule ] [ -k rule ] [ -m max ] [ -l pools ] [ -i
       iters ] [ -f parameter_file_name ] [-j 0/1] [-o tree_out_file]

DESCRIPTION

       This manual page briefly documents the symphony command.

       symphony is a generic MILP solver that can be invoked from the command line (through an interactive shell or in a batch mode), or by  link-
       ing  to	the  provided callable library. When no options are given symphony enters the interactive shell mode. Otherwise the program enters
       the batch mode, for which a summary of options is included below.

OPTIONS

       At a minimum, one must specify the name of the file to be read and solved.

       -h     help

       -a     no cut timeout

       -d     enable graph drawing

       -g     use cut generator

       -r     do repricing in root

       -t     trim the tree

       -b     don't perform branch and cut

       -u ub  use upper bound 'ub'

       -p procs
	      allow 'procs' active nodes

       -n i   use node selection rule 'i'

       -v i   set verbosity to level 'i'

       -s cands
	      use 'cands' candidates for strong branching

       -k i   use rule 'i' to select child

       -m n   allow a max of 'n' cuts to enter per iteration

       -e n   allow a max of 'n' cut pools

       -l n k load balance level 'n' and iterations 'k'

       -i n   allow a max of 'n' iterations in presolve

       -f file
	      read parameters from parameter file 'file'

       -j 0/1 whether or not to generate cgl cuts

       -z n   set diving threshold to 'n'

       -o file
	      output vbc-like tree information to file 'file'

       Solver-specific switches:

       symphony [ -H ] [ -FL file ]

       -H     help (solver-specific switches)

       -F model
	      model should be read in from file 'model' (MPS format is assumed unless -D is also present)

       -L model
	      LP format model should be read in from file 'model'

       -D data
	      model is in AMPL format and data is in file 'data'

SEE ALSO

       For a complete description, see

       /usr/share/doc/coinor-libsymphony-doc/user-guide.pdf.gz

       in the coinor-libsymphony-doc package.

AUTHOR

       symphony was written by Ted Ralphs et.al.

       This manual page was written by Aramian Wasielak <aramian.wasielak@gmail.com>, based on "symphony -h" and clp.1,  for  the  Debian  project
       (but may be used by others).

								   Jan 21, 2010 						       SYMPHONY(1)