netlib/ampl/solvers/examples

netlib/ampl/solvers/examples

====== index for ampl/solvers/examples ======
*.amp, *.nl, *.out, *.row, *.col *.sol are sample input and
output files: see README

file: 00lastchange
file: README
file: README.gjh
for: "solver" gjh for computing gradients, Jacobians,

and: Lagrangian Hessians
file: amplfun4.c
for: MATLAB 4.x .mex file (dense Jacobian, Hessian)
file: amplfunc.c
for: MATLAB or Octave .mex file (dense Jacobian, Hessian)
file: bspline.c
file: ch3.amp
file: ch3.nl
file: ch3mng.out
file: ch3mng.sol
file: ch3mnh.out
file: ch3mnh.sol
file: ch3nl2.out
file: ch3nl2.sol
file: ch3nl21.out
file: ch3qtest.out
file: ch3tn.out
file: ch3tn.sol
file: changes
file: cport.zip
for: C (via f2c) for Port routines mentioned in "Hooking Your Solver to AMPL".
file: diet.amp
file: diet.col
file: diet.nl
file: diet.row
file: diet.sol
file: dietd.nl
file: dietd.sol
file: dietl1.out
file: dietl2.out
file: dietl3.out
file: dietu.sol
file: dminos
lang: Bourne shell script
file: dualconv.c
file: enewt.m
file: et.c
for: source for evaluation tester program.
file: et.in
file: et.out1
file: evalchk.c
for: source for "solver" evalchk that sets suffix .numerr on

constraints: and objectives to nonzero values if the

entity: cannot be evaluated at the given starting point.
file: evalf.m
file: evalg.m
file: evalw.m
file: fmng1.f
file: fnl21.f
file: fport.zip
for: Port routines (Fortran 77) mentioned in "Hooking Your Solver to AMPL".
file: gjh.c
file: hist.c
for: providing command-line history to interactive programs

(such as AMPL); uses the GNU history and readline libs.
file: hkeywds.c
file: hs100.amp
file: hs100.nl
file: hs100.so0
file: init.m
file: keywds.c
file: lin1.c
file: lin1diet.out
file: lin2.c
file: lin2diet.out
file: lin3.c
file: lin3diet.out
file: linrc.c
file: linrcdie.out
file: makefile.u
file: makefile.vc
for: Microsoft Visual C++
file: mng.c
file: mng1.c
file: mnh.c
file: nl2.c
file: nl21.c
file: nlcopy.c
file: qtest.c
file: rvmsg.c
file: rvmsg.h
file: savesol.m
file: spamfunc.c
for: MATLAB or Octave .mex file (sparse Jacobian, Hessian)
file: spamfun4.c
for: MATLAB 4.x .mex file (dense Jacobian, Hessian)
file: tnmain.c
file: v8.c
file: v8ch3.out
file: ve08.c
file: ve08ch3.out
file: xsum0.out
for: checksums

Website maintained by David M. Gay. Last modified: 19 July 2017.