gnowzil

cmake_minimum_required(VERSION 3.8)

#pull in the user-defined configurations
set(CMAKE_MODULE_PATH ${CMAKE_MODULE_PATH} ${CMAKE_SOURCE_DIR})
include(EMTG-Config.cmake)

if (${EMTG_MPI})
    add_definitions(-DEMTG_MPI)
    message(STATUS "Activating MPI with compiler: ${CMAKE_CXX_COMPILER}")
endif()

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function [x,F,info]=hs116_matrix()
% HS Problem 116 with explicit linear constraints.
% The Jacobian structure and linear elements are defined as a matrix.
% Linear objective row is in the first row and defined as a "nonlinear" function.

    options.name = 'hs116';
    options.printfile = 'hs116_mtx.out';
    options.specsfile = which('hs116.spc');
    options.system_information ='yes';

gnowzil

function [x,F,xmul,Fmul,INFO] = hs116_nonlin()
% HS116
% Problem has both linear and nonlinear constraints but
% all constraints are defiend as nonlinear in this example.
%
% Jacobian defined in coordinate form
% Linear objective defined in row 1.
%
% 

gnowzil

#-----------------------------------------------------------------------
# Makefile to create SNOPT AMPL executable from libsnopt7.a
#
# Assumes you have downloaded solvers.tgz and snopt.tgz and
# that you ran "./configurehere; make" in the solvers
# directory to build amplsolver.a
#-----------------------------------------------------------------------

SNOPT_LIB = /path/to/libsnopt7.a

gnowzil

#!/usr/bin/env python

# This is a modified version of pyoptsparse/pyoptsparse/pySNOPT/setup.py
# The modifications allow the user to use pyOpt with SNOPT precompiled libraries.
#
# Instructions:
#  1.  Replace pyoptsparse/pyoptsparse/pySNOPT/setup.py with this file.
#  2.  Modify line 39 so that snopt7_path is the actual path to the location of the 
#      precompiled SNOPT library (libsnopt7.*).
#  3.  Make sure to add the location of the library to DYLD_LIBRARY_PATH (for macOS)