/// <summary>
/// calculates the angle of an attacking pirate on us ralative to the target we are sailing to.
/// </summary>
/// <param name="pirate"></param>
/// <param name="enemy"></param>
/// <param name="target"></param>
/// <returns></returns>
public int CalculateAngleOfAttack(Pirate pirate, Pirate enemy, Location target)
{
//crate 2 vectors
Location U = target.Subtract(pirate.Location); //from pirate to target
Location V = enemy.Location.Subtract(pirate.Location); //from pirate to enemy
double cosAngle = ((U.Col * V.Col) + (U.Row * V.Row)) / (System.Math.Sqrt((U.Row ^ 2) + (U.Col ^ 2)) * System.Math.Sqrt((V.Row ^ 2) + (V.Col ^ 2)));
double radAngle = 0;
if (cosAngle <= 1 && cosAngle >= -1)
{
radAngle = System.Math.Acos(cosAngle);
}
return((int)(radAngle * (180 / System.Math.PI)));
}
// Same as before, but now consider turns too
public Location PredictLocationByMovement(SpaceObject obj, int turns)
{
List <SpaceObject> spaceObjects = new List <SpaceObject>();
Location currentLocation = null;
if (obj.Location != null)
{
currentLocation = obj.Location;
GameSettings.Game.Debug("obl location != null" + currentLocation);
}
else
{
GameSettings.Game.Debug("obl location == null");
return(null);
}
Location previousLocation = null;
// Location initialLocation = null;
// First, check the type of obj
if (obj is Pirate)
{
Pirate pirate = obj as Pirate;
if (GameSettings.Game.Turn == 0)
{
return(pirate.InitialLocation);
}
foreach (Pirate p in GameSettings.Game.GetEnemyLivingPirates())
{
if (pirate.Equals(p))
{
previousLocation = GameSettings.LastGameEnemyPirates[pirate.Id];
// initialLocation = p.InitialLocation;
// GameSettings.Game.Debug("pervious location "+previousLocation);
}
}
foreach (Pirate p in GameSettings.Game.GetMyLivingPirates())
{
if (pirate.Equals(p))
{
previousLocation = GameSettings.LastGameMyLivingPirates[p.Id];
// initialLocation = p.InitialLocation;
// GameSettings.Game.Debug("pervious location "+previousLocation);
}
}
// spaceObjects.AddRange(GameSettings.LastGameMyLivingPirates[GameSettings..Count - 2].GetEnemyLivingPirates().ToList());
}
else if (obj is Asteroid)
{
Asteroid asteroid = obj as Asteroid;
if (GameSettings.Game.Turn == 0)
{
return(asteroid.InitialLocation);
}
previousLocation = GameSettings.LastGameLivingAsteroids[asteroid.Id];
// initialLocation = asteroid.InitialLocation;
// GameSettings.Game.Debug("pervious location "+previousLocation);
}
else if (obj is Wormhole)
{
Wormhole wormhole = obj as Wormhole;
if (GameSettings.Game.Turn == 0)
{
return(wormhole.InitialLocation);
}
previousLocation = GameSettings.LastGameWormholes[wormhole.Id];
// initialLocation = wormhole.InitialLocation;
// GameSettings.Game.Debug("pervious location "+previousLocation);
// spaceObjects.AddRange(GameSettings.GameList[GameSettings.GameList.Count - 2].GetLivingAsteroids().ToList());
}
else
{
return(null);
}
/*foreach (SpaceObject movingObj in spaceObjects) // Check on every SpaceObject on the list defined before:
* {
* if (movingObj.Id == obj.Id) // Is it the original object?
* {
* previousLocation = movingObj.Location; // Then get it's past Location! put it in "previousLocation"
* // break;
* }
* }*/
// Now, calculate it's predicted Location
GameSettings.Game.Debug("boo");
if (previousLocation != null)
{
GameSettings.Game.Debug("previousLocation != null");
Location substraction = currentLocation.Subtract(previousLocation);
Location nextLocation = currentLocation;
// GameSettings.Game.Debug("movment "+substraction);
for (int i = 0; i < turns; i++)
{
nextLocation = nextLocation.Add(substraction);
}
// GameSettings.Game.Debug("next turns location "+nextLocation);
return(nextLocation);
}
else
{
GameSettings.Game.Debug("previousLocation == null");
return(null);
}
}