Uses of Interface
org.sat4j.specs.IProblem

Packages that use IProblem

org.sat4j	Contains a command line launcher for the SAT solvers.
org.sat4j.minisat.core	Implementation of the MiniSAT solver skeleton.
org.sat4j.opt	Built-in optimization framework.
org.sat4j.reader	Some utility classes to read problems from plain text files.
org.sat4j.specs	Those classes are intended for users dealing with SAT solvers as black boxes.
org.sat4j.tools	Tools to be used on top of an ISolver.
org.sat4j.tools.xplain	Implementation of an explanation engine in case of unsatisfiability.

Uses of IProblem in org.sat4j

Methods in org.sat4j that return IProblem

protected IProblem

AbstractLauncher.readProblem(String problemname) Reads a problem file from the command line.

Methods in org.sat4j with parameters of type IProblem

protected void	AbstractOptimizationLauncher.solve(IProblem problem)
protected void	AbstractLauncher.solve(IProblem problem)

Uses of IProblem in org.sat4j.minisat.core

Subinterfaces of IProblem in org.sat4j.minisat.core

interface

ICDCL<D extends DataStructureFactory> Abstraction for Conflict Driven Clause Learning Solver.

Classes in org.sat4j.minisat.core that implement IProblem

class

Solver<D extends DataStructureFactory> The backbone of the library providing the modular implementation of a MiniSAT (Chaff) like solver.

Uses of IProblem in org.sat4j.opt

Classes in org.sat4j.opt that implement IProblem

class	AbstractSelectorVariablesDecorator Abstract class which adds a new "selector" variable for each clause entered in the solver.
class	MaxSatDecorator Computes a solution that satisfies the maximum of clauses.
class	MinOneDecorator Computes a solution with the smallest number of satisfied literals.

Uses of IProblem in org.sat4j.reader

Methods in org.sat4j.reader that return IProblem

abstract IProblem	Reader.parseInstance(InputStream in) Read a file from a stream.
IProblem	LecteurDimacs.parseInstance(InputStream input)
IProblem	InstanceReader.parseInstance(InputStream in)
IProblem	DimacsReader.parseInstance(InputStream in)
IProblem	AIGReader.parseInstance(InputStream in)
IProblem	AAGReader.parseInstance(InputStream in)
IProblem	Reader.parseInstance(Reader in) Deprecated.
IProblem	Reader.parseInstance(String filename) This is the usual method to feed a solver with a benchmark.
IProblem	InstanceReader.parseInstance(String filename)

Uses of IProblem in org.sat4j.specs

Subinterfaces of IProblem in org.sat4j.specs

interface	IOptimizationProblem Represents an optimization problem.
interface	ISolver This interface contains all services provided by a SAT solver.

Uses of IProblem in org.sat4j.tools

Classes in org.sat4j.tools that implement IProblem

class	AbstractOutputSolver
class	ClausalCardinalitiesDecorator<T extends ISolver> A decorator for clausal cardinalities constraints.
class	DimacsOutputSolver Solver used to display in a writer the CNF instance in Dimacs format.
class	DimacsStringSolver Solver used to write down a CNF into a String.
class	GateTranslator Utility class to easily feed a SAT solver using logical gates.
class	LexicoDecorator<T extends ISolver>
class	ManyCore<S extends ISolver> A class allowing to run several solvers in parallel.
class	Minimal4CardinalityModel Computes models with a minimal number (with respect to cardinality) of negative literals.
class	Minimal4InclusionModel Computes models with a minimal subset (with respect to set inclusion) of negative literals.
class	ModelIterator That class allows to iterate through all the models (implicants) of a formula.
class	OptToSatAdapter
class	SingleSolutionDetector This solver decorator allows to detect whether or not the set of constraints available in the solver has only one solution or not.
class	SolutionCounter Another solver decorator that counts the number of solutions.
class	SolverDecorator<T extends ISolver> The aim of that class is to allow adding dynamic responsibilities to SAT solvers using the Decorator design pattern.

Uses of IProblem in org.sat4j.tools.xplain

Classes in org.sat4j.tools.xplain that implement IProblem

class	HighLevelXplain<T extends ISolver> Computation of MUS in a structured CNF, i.e. the clauses belong to components, the explanation is to be extracted in terms of components.
class	Xplain<T extends ISolver> Explanation framework for SAT4J.