static void IndependentSetProblem()
{
PrintIndependentSetUsage();
IndependentSetProblem problem = new IndependentSetProblem();
problem.ReadInput(Console.In);
CNF problemCNF = problem.ConvertToCNF();
DPLL problemDPLL = new DPLL();
Task <DPLLResultHolder> parallelSAT = problemDPLL.SatisfiableParallel(problemCNF);
parallelSAT.Wait();
Console.WriteLine();
Console.WriteLine(problem.InterpretDPLLResult(parallelSAT.Result));
}
static void HamiltonianPathProblem()
{
PrintHamiltonianPathUsage();
HamiltonianPathProblem problem = new HamiltonianPathProblem();
problem.ReadInput(Console.In);
CNF problemCNF = problem.ConvertToCNF();
DPLL problemDPLL = new DPLL();
Task <DPLLResultHolder> parallelSAT = problemDPLL.SatisfiableParallel(problemCNF);
parallelSAT.Wait();
Console.WriteLine();
Console.WriteLine(problem.InterpretDPLLResult(parallelSAT.Result));
}
static void ThreeColorabilityProblem()
{
Print3ColorabilityUsage();
ThreeColorabilityProblem problem = new ThreeColorabilityProblem();
problem.ReadInput(Console.In);
CNF problemCNF = problem.ConvertToCNF();
DPLL problemDPLL = new DPLL();
Task <DPLLResultHolder> parallelSAT = problemDPLL.SatisfiableParallel(problemCNF);
parallelSAT.Wait();
Console.WriteLine();
Console.WriteLine(problem.InterpretDPLLResult(parallelSAT.Result));
}
static void SATSolver()
{
PrintSATSolverUsage();
CNF cnf = new CNF();
cnf.ReadFormula(Console.In);
// Sequential solution
/*CNF cnfCopy = new CNF(cnf);
* DPLL sequentialDPLL = new DPLL();
* DPLLResultHolder sequentialResult = sequentialDPLL.Satisfiable(cnfCopy);
* Console.WriteLine();
* Console.WriteLine(sequentialResult);*/
// Parallel solution
DPLL parallelDPLL = new DPLL();
Task <DPLLResultHolder> parallelSAT = parallelDPLL.SatisfiableParallel(cnf);
parallelSAT.Wait();
Console.WriteLine();
Console.WriteLine(parallelSAT.Result);
}
