/**
* Loads a flatzinc file (passed as the first argument) and solves it.
*/
private static void Solve(String filename)
{
FzModel model = new FzModel(filename);
model.LoadFromFile(filename);
// Uncomment to see the model.
// Console.WriteLine(model.ToString());
// This is mandatory.
model.PresolveForCp();
// Display basic statistics on the model.
model.PrintStatistics();
FzSolverParameters parameters = new FzSolverParameters();
// Initialize to default values as in the C++ runner.
parameters.all_solutions = false;
parameters.free_search = false;
parameters.last_conflict = false;
parameters.heuristic_period = 100;
parameters.ignore_unknown = false;
parameters.log_period = 10000000;
parameters.luby_restart = -1;
parameters.num_solutions = 0;
parameters.restart_log_size = -1;
parameters.threads = 0;
parameters.time_limit_in_ms = 10000;
parameters.use_log = true;
parameters.verbose_impact = false;
parameters.worker_id = -1;
parameters.search_type = FzSolverParameters.DEFAULT;
// Mandatory to retrieve solutions.
parameters.store_all_solutions = true;
FzSolver solver = new FzSolver(model);
solver.SequentialSolve(parameters);
int last = solver.NumStoredSolutions() - 1;
if (last >= 0)
{
FzOnSolutionOutputVector output_vector = model.output();
foreach (FzOnSolutionOutput output in output_vector)
{
if (output.variable != null)
{
FzIntegerVariable var = output.variable;
Console.WriteLine(var.name + " = " + solver.StoredValue(last, var));
}
foreach (FzIntegerVariable var in output.flat_variables)
{
Console.WriteLine(var.name + " = " + solver.StoredValue(last, var));
}
}
}
}
/**
* Loads a flatzinc file (passed as the first argument) and solves it.
*/
private static void Solve(String filename)
{
FzModel model = new FzModel(filename);
model.LoadFromFile(filename);
// Uncomment to see the model.
// Console.WriteLine(model.ToString());
// This is mandatory.
model.PresolveForCp();
// Display basic statistics on the model.
model.PrintStatistics();
FzSolverParameters parameters = new FzSolverParameters();
// Initialize to default values as in the C++ runner.
parameters.all_solutions = false;
parameters.free_search = false;
parameters.last_conflict = false;
parameters.heuristic_period = 100;
parameters.ignore_unknown = false;
parameters.log_period = 10000000;
parameters.luby_restart = -1;
parameters.num_solutions = 0;
parameters.restart_log_size = -1;
parameters.threads = 0;
parameters.time_limit_in_ms = 10000;
parameters.use_log = true;
parameters.verbose_impact = false;
parameters.worker_id = -1;
parameters.search_type = FzSolverParameters.DEFAULT;
// Mandatory to retrieve solutions.
parameters.store_all_solutions = true;
FzSolver solver = new FzSolver(model);
solver.SequentialSolve(parameters);
int last = solver.NumStoredSolutions() - 1;
if (last >= 0) {
FzOnSolutionOutputVector output_vector = model.output();
foreach (FzOnSolutionOutput output in output_vector) {
if (output.variable != null) {
FzIntegerVariable var = output.variable;
Console.WriteLine(var.name + " = " + solver.StoredValue(last, var));
}
foreach (FzIntegerVariable var in output.flat_variables) {
Console.WriteLine(var.name + " = " + solver.StoredValue(last, var));
}
}
}
}
