public void DistanceToCascade()
{
var mapCont = MapController.Instance;
var aStar = new AStar( Map.Instance);
int totalCost;
var path = aStar.Star(new Helper.Point(19, 24), new Helper.Point(19, 14) , out totalCost);
Console.WriteLine(String.Join("\n", path.Select(v => v.x.ToString() + ";" + v.y.ToString() ) ) );
Console.WriteLine(totalCost);
Assert.IsTrue(totalCost == 410);
}
public void DistanceToRainbow()
{
var mapCont = MapController.Instance;
var aStar = new AStar( Map.Instance);
int totalCost;
var path = aStar.Star(new Helper.Point(19, 24), new Helper.Point(22, 2), out totalCost);
Console.WriteLine(String.Join("\n", path.Select(v => v.x.ToString() + ";" + v.y.ToString() ) ) );
Console.WriteLine(totalCost);
}
public void Walk()
{
var aStar = new AStar(Map.Instance);
while (Map.Instance.Ash.PokeCount <= 149)
{
Helper.Action act;
unsafe { act = Helper.GetAction(Prolog.BestMove()); }
int totalCost;
switch (act.move)
{
case BestMove.Launch: mapCont.Ash.Pokeball(); break;
case BestMove.Heal: mapCont.Ash.HealPokemons(); break;
case BestMove.Buy: mapCont.Ash.BuyPokeballs(); break;
case BestMove.Battle:
if (act.win == false)
{
Prolog.Trainers();
mapCont.sw.Close();
throw new Exception(act.point.ToString());
}
else
mapCont.Ash.Battle(act.win,act.point);
break;
case BestMove.Move: updatePerceptions(act.point); mapCont.StepAsh(act.point); break;
case BestMove.AStar :
var path = aStar.Star(Map.Instance.Ash.Pos, act.point, out totalCost) ;
mapCont.AshFromTo(path, updatePerceptions);
break;
case BestMove.TurnRight:
case BestMove.TurnLeft:
mapCont.TurnAsh(act.move); break;
case BestMove.Joker:
goto looser;
break;
case BestMove.KillGary:
var pathK = aStar.Star(Map.Instance.Ash.Pos, act.point, out totalCost) ;
//mapCont.Ash.Battle(true,act.point);
mapCont.AshFromTo(pathK, updatePerceptions);
Prolog.Trainers();
break;
case BestMove.GoPokeCenter:
var pathG = aStar.Star(Map.Instance.Ash.Pos, act.point, out totalCost) ;
mapCont.AshFromTo(pathG, updatePerceptions);
break;
case BestMove.CatchPokemon:
var pathC = aStar.Star(Map.Instance.Ash.Pos, act.point, out totalCost) ;
mapCont.AshFromTo(pathC, updatePerceptions);
break;
default:
break;
}
}
looser:
Prolog.ScreamsT();
Prolog.Trainers();
Prolog.Pokemons();
Prolog.Safes();
mapCont.sw.Close();
mapCont.Ash.listenerInfo(mapCont.Ash);
Console.WriteLine(mapCont.Ash.TotalCost);
}
public void DistanceToSoul()
{
var mapCont = MapController.Instance;
var aStar = new AStar( Map.Instance);
int totalCost;
var path = aStar.Star(new Helper.Point(19, 24), new Helper.Point(2, 4) , out totalCost);
Console.WriteLine(String.Join("\n", path.Select(v => v.x.ToString() + ";" + v.y.ToString() ) ) );
for (int i = 0; i < path.Count; i++)
{
Helper.Point pos = path.ElementAt(i);
Tile temp = Map.Instance.GetTile(pos.x, pos.y );
Console.WriteLine(temp.TileType);
}
Console.WriteLine(totalCost);
Assert.IsTrue(430 == totalCost);
}
public void DistanceToThunder()
{
var mapCont = MapController.Instance;
var aStar = new AStar( Map.Instance);
int totalCost;
var path = aStar.Star(new Helper.Point(19, 24), new Helper.Point(2, 19),out totalCost);
Assert.IsTrue(totalCost == 660);
}