PySAT: SAT technology in Python PySAT aims at providing a simple and unified incremental interface to a number of state-of-art Boolean satisfiability (SAT) solvers
PySAT: SAT technology in Python - Installation - GitHub Pages There are several ways to install PySAT At this point, either way assumes you are using a POSIX-compliant operating system with GNU make and patch installed and available from the command line Installation also relies on a C C++ compiler supporting C++11, e g GCC or Clang, as well as the six Python package
PySAT Documentation - GitHub Pages PySAT Documentation, Release 1 8 dev17 Thedesiredencodingcanbeselectedeitherdirectlybyitsintegeridentifier,e g 2,orbyitsalphabeticalname, e g EncType sortnetwrk
PySAT: SAT technology in Python - Usage - GitHub Pages PySAT usage is detailed in the provided examples For instance, one can find simple PySAT-based implementations of Fu Malik algorithm for MaxSAT 1; RC2 OLLITI algorithm for MaxSAT 2 3; CLD-like algorithm for MCS extraction and enumeration 4; LBX-like algorithm for MCS extraction and enumeration 5; Deletion-based MUS extraction 6
PySAT: SAT technology in Python - Features - GitHub Pages PySAT integrates a number of widely used state-of-the-art SAT solvers All the provided solvers are the original low-level implementations installed along with PySAT Note that the solvers' source code is not a part of the project's source tree and is downloaded and patched at every PySAT installation
Cardinality encodings (pysat. card) — PySAT 1. 8. dev17 documentation class pysat card CardEnc # This abstract class is responsible for the creation of cardinality constraints encoded to a CNF formula The class has three class methods for creating AtMostK, AtLeastK, and EqualsK constraints
PySAT: SAT technology in Python - Updates - GitHub Pages Added a way to update the used variable identifiers using pysat formula IDPool when working with pysat card CardEnc * and pysat pb PBEnc * Minor cosmetic changes New logo