/**
* Count the number of tiles protected by the turret.
*/
public IEnumerable <int> UniquelyProtectedTiles()
{
var protectedTiles = ProtectedTiles().ToList();
for (int i = 0; i < AllTurrets.GetNumberVariables(); ++i)
{
if (AllTurrets[i] != this)
{
var coveredByOther = AllTurrets[i].ProtectedTiles();
protectedTiles.RemoveAll(tile => coveredByOther.Contains(tile));
}
}
return(protectedTiles);
}
public void Run()
{
// Setup the scenario with the provided function
int numTurrets;
int radius;
Grid grid;
_setup(out numTurrets, out radius, out grid);
var turrets = new TurretSet(numTurrets, Team.ALLY, radius, grid);
var constraints = new List <TurretConstraint>
{
new InTerritory(turrets),
//new ProtectOwnTiles(turrets),
new NoOverlap(turrets),
//new CloseToEnemy(turrets)
};
var objective = new Coverage();
var solver = new Solver <Turret, TurretSet, TurretConstraint>(turrets, constraints, objective);
solver.solve(100, 500);
grid.Draw(turrets);
for (int i = 0; i < turrets.GetNumberVariables(); ++i)
{
var t = turrets[i];
Console.WriteLine("Turret " + i + " (radius " + t.Radius + ")");
Console.WriteLine(" Protected allied tiles " + t.ProtectedTiles().Count());
Console.WriteLine(" Protected allied tiles (unique) " + t.UniquelyProtectedTiles().Count());
Console.WriteLine(" Covered enemy tiles " + t.CoveredEnemyTiles().Count());
Console.WriteLine(" Covered enemy tiles (unique) " + t.UniquelyCoveredEnemyTiles().Count());
Console.WriteLine(" Distance to enemy " + t.DistanceToClosestEnemyTerritory());
}
Console.WriteLine(turrets[0].CoveredEnemyTiles().Count());
}
