CITING MISTRAL

@article{hebrardmistral, title={Mistral, a Constraint Satisfaction Library}, author={Hebrard, Emmanuel}, journal={Third International CSP Solver Competition}, url={http://www.cril.univ-artois.fr/CPAI08/Competition-08.pdf}, pages={31--39} }

BUILDING instructions for MistralXCSP

$ mkdir build $ cd build $ cmake .. $ make MistralXCSP

RUNNING MistralXCSP

$ ./MistralXCSP -t

COMPETITION CMDLINE

DIR/MistralXCSP BENCHNAME -t TIMELIMIT -s RANDOMSEED

COMPILATION AND CMDLINE FOR CP2023 PAPER

$ make preemptive-jsp bin/preemptive-jsp BENCHNAME -t TIMELIMIT

OLD README

Mistral is an open source constraint programming library written in C++. It implements a modelling API, however, it can also read instance files in XCSP3 or FlatZinc format. It is also fully interfaced with Numberjack (https://github.com/eomahony/Numberjack) which provides a Python API for modelling and solving combinatorial optimization problems using several back-end solvers.

A number of examples are available in the examples/src folder. To get started, you can have a look at the /examples/src/simple_linear_constraints.cpp file. It provides an simple problem defined by a set of linear constraints. To compile it, use the following command:

$make simple_linear_constraints

This generated the binary bin/simple_linear_constraints

The minizinc interface is available in the fz/folder. The fz/README file contains information regarding compilation and execution.

Compilation note:

*/ The solver requires the boost library. Get the latest version here https://www.boost.org and update the Makefile accordingly.