public string Move(Manager manager, Pac pac)
{
ArtificialIntelligenceResult result = this.AI.Run(manager, pac);
if (result.HasPosition)
{
if (pac.AIPositions.Count > 0)
{
pac.AIPositions.Last().Visited = true;
}
pac.AIPositions.Add(new UnderVisiting()
{
Position = manager.Map[result.Position]
});
Moves = result.ToMove(manager, pac);
}
if (result.HasPower)
{
return(result.Power);
}
else
{
return(Moves.Next());
}
}
public override ArtificialIntelligenceResult Run(Manager manager, Pac pac)
{
foreach (Pac enemy in manager.EnemyPacs)
{
if (enemy.Position.TaxicabDistance(pac.Position, manager.Map) <= 2)
{
if (pac.AbilityCooldown == 0)
{
//insert the possibility to hunt the pac
switch (pac.Type)
{
case PacType.Paper:
return(new ArtificialIntelligenceResult(enemy.Position, $"SWITCH {pac.Id} ROCK"));
case PacType.Rock:
return(new ArtificialIntelligenceResult(enemy.Position, $"SWITCH {pac.Id} SCISSORS"));
case PacType.Scissor:
return(new ArtificialIntelligenceResult(enemy.Position, $"SWITCH {pac.Id} PAPER"));
}
}
else
{
//todo: runaway if i changed my type in last ten turns
}
}
}
return(this.InvokeNext(manager, pac));
}
public void SetPac(int id, bool isMine, int x, int y, string type, int speedTurnsLeft, int abilityCooldown)
{
Set(isMine ? this.Pacs : this.EnemyPacs);
void Set(List <Pac> pacs)
{
if (!pacs.Any(x => x.Id == id))
{
pacs.Add(new Pac(id));
}
Pac pac = pacs.FirstOrDefault(x => x.Id == id);
pac.IsMine = isMine;
pac.Type = GetType(type);
pac.SpeedTurnsLeft = speedTurnsLeft;
pac.AbilityCooldown = abilityCooldown;
pac.PreviousPosition = pac.Position;
pac.Position = new Position(x, y);
if (!pac.PreviousPosition.Equals(Position.Default))
{
this.Map.Eat(pac.PreviousPosition);
}
if (isMine)
{
this.Map.Current(pac.Position, isMine);
}
}
public Move(Position position, Map map, Pac pac)
{
this.Id = pac.Id;
this.Path = new PathFinder().FindPath(map, pac.Position, position).Path;
this.CurrentIndex = this.Path.Count - 2;
this.Set(map);
}
public override ArtificialIntelligenceResult Run(Manager manager, Pac pac)
{
if (pac.PreviousPosition.Equals(Position.Default))
{
return(new ArtificialIntelligenceResult(this.GetDensity(manager.Map, pac.Id).OrderByDescending(x => x.MapType).ThenByDescending(x => Math.Abs(pac.Position.X - x.Position.X) + Math.Abs(pac.Position.Y - x.Position.Y)).First().Position));
}
return(this.InvokeNext(manager, pac));
}
public override ArtificialIntelligenceResult Run(Manager manager, Pac pac)
{
if (manager.Pacs.Where(x => x != pac).Any(x => x.Position.TaxicabDistance(pac.Position, manager.Map) <= 2) && !pac.AreVisitingSuperPellet())
{
var eatable = manager.Map.GetEatable().ToList();
return(new ArtificialIntelligenceResult(eatable[new Random().Next(eatable.Count)].Position));
}
return(this.InvokeNext(manager, pac));
}
public override ArtificialIntelligenceResult Run(Manager manager, Pac pac)
{
var eatable = manager.Map.GetEatable().Where(x => x.MapType > MapType.Pellet && !x.IsOnPath).OrderBy(x => x.Position.TaxicabDistance(pac.Position, manager.Map)).FirstOrDefault();
if (eatable != null && !pac.AreVisitingSuperPellet())
{
return(new ArtificialIntelligenceResult(eatable.Position));
}
return(this.InvokeNext(manager, pac));
}
public override ArtificialIntelligenceResult Run(Manager manager, Pac pac)
{
if (pac.Engine.Moves != null)
{
//check current is the pac position or the last is ate
if (pac.Engine.Moves.HasNext() || manager.Map.IsAte(pac.Engine.Moves.Last))
{
var t = manager.Map.GetClosedWay().Where(x => x.MapType >= MapType.Pellet).OrderBy(x => x.Position.TaxicabDistance(pac.Position, manager.Map)).ToList();
return(new ArtificialIntelligenceResult(t.FirstOrDefault().Position));
}
}
return(this.InvokeNext(manager, pac));
}
public abstract ArtificialIntelligenceResult Run(Manager manager, Pac pac);
public Move ToMove(Manager manager, Pac pac) => new Move(this.Position, manager.Map, pac);
private protected ArtificialIntelligenceResult InvokeNext(Manager manager, Pac pac) => Next?.Run(manager, pac) ?? ArtificialIntelligenceResult.Empty;
