/// <summary>
/// Makes the defender try to push an enemy pirate. Returns true if it did.
/// If can be pushed out of the map, else push againts the motherboard.
/// </summary>
/// <returns> true if the pirate pushed. </returns>
public override bool Push()
{
foreach (Asteroid asteroid in GameSettings.Game.GetLivingAsteroids())
{
if (pirate.CanPush(asteroid))
{
GameSettings.Game.Debug("Pirate in Backup = " + pirate);
GameSettings.Game.Debug("Location in Backup = " + asteroidHandler.FindBestLocationToPushTo(this.Pirate));
pirate.Push(asteroid, asteroidHandler.FindBestLocationToPushTo(this.Pirate));
return(true);
}
}
if (PirateToPush != null && WhereToPush != null)
{
if (pirate.CanPush(PirateToPush))
{
pirate.Push(PirateToPush, WhereToPush);
return(true);
}
}
GameSettings.Game.Debug("Front WhereToPush " + WhereToDefend);
foreach (Pirate enemy in GameSettings.Game.GetEnemyLivingPirates())
{
// Check if the pirate can push the enemy.
if (Pirate.CanPush(enemy) && enemy.HasCapsule())
{
//Changed
//Push enemy!
Location outOfBorder = FieldAnalyzer.GetCloseEnoughToBorder(enemy, Pirate.PushRange);
if (outOfBorder != null)
{
Pirate.Push(enemy, outOfBorder);
return(true);
}
else
{
Location oppositeSide = enemy.GetLocation().Subtract(GameSettings.Game.GetEnemyMotherships()[0].GetLocation());
//Vector: the distance (x,y) you need to go through to go from the mothership to the enemy
oppositeSide = enemy.GetLocation().Towards(enemy.GetLocation().Add(oppositeSide), 600);
Pirate.Push(enemy, oppositeSide);
//Print a message.
GameSettings.Game.Debug("defender " + Pirate + " pushes " + enemy + " towards " + enemy.InitialLocation);
//Did push.
return(true);
}
}
}
foreach (Wormhole wormhole in GameSettings.Game.GetAllWormholes())
{
if (wormhole.Distance(pirate) < 750)
{
if (pirate.CanPush(wormhole))
{
int cols = GameSettings.Game.Cols;
int rows = GameSettings.Game.Rows;
//Push to the center for now
if (pirate.CanPush(wormhole))
{
pirate.Push(wormhole, new Location(rows / 2, cols / 2));
GameSettings.Game.Debug("Pirate pushed wormhole");
return(true);
}
}
}
}
return(false);
}
/// <summary>
/// Makes the defender try to push an enemy pirate. Returns true if it did.
/// If can be pushed out of the map, else push againts the motherboard.
/// </summary>
/// <returns> true if the pirate pushed.</returns>
public override bool Push()
{
foreach (Asteroid asteroid in GameSettings.Game.GetLivingAsteroids())
{
if (pirate.CanPush(asteroid))
{
GameSettings.Game.Debug("Pirate in Backup = " + pirate);
GameSettings.Game.Debug("Location in Backup = " + asteroidHandler.FindBestLocationToPushTo(this.Pirate));
pirate.Push(asteroid, asteroidHandler.FindBestLocationToPushTo(this.Pirate));
return(true);
}
}
if (PirateToPush != null && WhereToPush != null)
{
if (pirate.CanPush(PirateToPush))
{
pirate.Push(PirateToPush, WhereToPush);
return(true);
}
}
Pirate enemyToPush = Protect();
if (enemyToPush != null)
{
if (pirate.CanPush(enemyToPush))
{
//Sorry about those location numbers :\
//#Onemanarmy
if (GameSettings.Game.GetMyMotherships().Length == 0 && GameSettings.Game.GetMyCapsules().Length == 0)
{
pirate.Push(enemyToPush, new Location(3097, 1557));
return(true);
}
Location pushTowardsOutOfMap = FieldAnalyzer.GetCloseEnoughToBorder(enemyToPush, Pirate.PushDistance);
if (pushTowardsOutOfMap != null)
{
pirate.Push(enemyToPush, pushTowardsOutOfMap);
return(true);
}
else
{
if (GameSettings.Game.GetEnemyMotherships().Length > 0)
{
Location oppositeSide = enemyToPush.GetLocation().Subtract(GameSettings.Game.GetEnemyMotherships()[0].GetLocation());
//Vector: the distance (x,y) you need to go through to go from the mothership to the enemy
oppositeSide = enemyToPush.GetLocation().Towards(enemyToPush.GetLocation().Add(oppositeSide), 600);
Pirate.Push(enemyToPush, oppositeSide);
//Print a message.
//GameSettings.Game.Debug("defender " + Pirate + " pushes " + enemyToPush + " towards " + enemyToPush.InitialLocation);
//Did push.
return(true);
}
else
{
Location oppositeSide = enemyToPush.GetLocation().Subtract(new Location(0, 0));
//Vector: the distance (x,y) you need to go through to go from the mothership to the enemy
oppositeSide = enemyToPush.GetLocation().Towards(enemyToPush.GetLocation().Add(oppositeSide), 600);
Pirate.Push(enemyToPush, oppositeSide);
}
return(true);
}
}
}
GameSettings.Game.Debug("Push distance = " + pirate.PushDistance);
GameSettings.Game.Debug("Reached Wormhole zone");
bool canPushWormhole = true;
foreach (Wormhole wormhole in GameSettings.Game.GetAllWormholes())
{
GameSettings.Game.Debug("wormhole foreach");
if (pirate.CanPush(wormhole))
{
//GameSettings.Game.Debug("pirate.PushRange ==> " + pirate.PushRange);
//GameSettings.Game.Debug("pirate.MaxSpeed ==> " + pirate.MaxSpeed);
GameSettings.Game.Debug("wormhole.Distance(pirate)" + wormhole.Distance(pirate));
if (GameSettings.Game.GetEnemyMotherships().Length > 0)
{
Mothership mothership = FieldAnalyzer.FindClosestMotherShip(pirate);
Pirate enemyCarrier = FieldAnalyzer.GetMostThreatningEnemyCarrier(mothership);
if (enemyCarrier != null)
{
//Checks if the enemyPirate can come in more then 5 turns
GameSettings.Game.Debug("pirate.CanPush(wormhole) = " + pirate.CanPush(wormhole));
//Checks if the enemyPirate can come in more then 8 turns
if (enemyCarrier.Distance(pirate) < enemyCarrier.MaxSpeed * 8)
{
canPushWormhole = false;
}
if (canPushWormhole)
{
int cols = GameSettings.Game.Cols;
int rows = GameSettings.Game.Rows;
//Push to the center for now
pirate.Push(wormhole, new Location(rows / 2, cols / 2));
GameSettings.Game.Debug("Pirate pushed wormhole");
return(true);
}
}
}
}
}
return(false);
}