public override void ExecuteCommand()
{
Pirate protectFrom = Protect();
//GameSettings.Game.Debug("protectFrom = "+protectFrom);
GameSettings.Game.Debug("PushRange in Backup: " + Pirate.PushRange);
if (!Push())
{
if (protectFrom != null)
{
if (protectFrom.Distance(pirate) > 1300 || (GameSettings.Game.GetMyMotherships().Length == 0 && GameSettings.Game.GetMyCapsules().Length == 0 && GameSettings.Game.GetAllMyPirates().Length == 1 && GameSettings.Game.GetAllEnemyPirates().Length == 2))
{
Pirate.Sail(DefendAt().GetLocation());
}
else if (protectFrom.Distance(pirate) < 1300)
{
GameSettings.Game.Debug("Backup Sail Towards Pirate ==> " + protectFrom);
Pirate.Sail(protectFrom);
//Pirate.Sail(DefendAt().GetLocation());
}
}
else
{
Pirate.Sail(DefendAt().GetLocation());
}
}
}
private bool CanCatchUpAndPush(Pirate pirate, Pirate destinationPirate, Location destination)
{
Location intercept = Interception(destinationPirate.Location, destination, pirate.Location);
int steps = pirate.Distance(intercept) / pirate.MaxSpeed;
return((steps < pirate.PushReloadTurns && pirate.Distance(intercept) < pirate.Distance(destination)) || pirate.CanPush(destinationPirate));
}
public bool WillISurviveIfAstroidGetsPushedThere(Pirate pusher, Asteroid asteroid, Location there)
{
Location AstroidLocationAtEndOfPush = asteroid.Location.Towards(there, pusher.PushRange);
GameSettings.Game.Debug("distance of pusher from asteroid ==> " + pusher.Distance(AstroidLocationAtEndOfPush) + " Asteroid size ==> " + asteroid.Size);
if (pusher.Distance(AstroidLocationAtEndOfPush) <= asteroid.Size)
{
return(false);
}
return(true);
}
public Aircraft FindClosestEnemy(bool prioritizeLowestHP = false, bool prioritizeShips = false)
{
Aircraft closest = null;
int minDistance = 100000;
foreach (Aircraft craft in _game.GetEnemyLivingAircrafts())
{
int dis = _pirate.Distance(craft);
if (minDistance > dis)
{
closest = craft;
minDistance = dis;
}
else if (minDistance == dis)
{
if (closest != null)
{
if (prioritizeShips && craft.GetType() == typeof(Pirate))
{
// Prioritize this craft
}
else if (closest.CurrentHealth > craft.CurrentHealth && prioritizeLowestHP)
{
}
}
}
}
return(closest);
}
public bool TryPushMyCapsule(Pirate myPirateWithCapsule, Pirate pusherPirate)
{
if (!pusherPirate.CanPush(myPirateWithCapsule) ||
myPiratesWithCapsulePushes[myPirateWithCapsule] == myPirateWithCapsule.NumPushesForCapsuleLoss - 1)
{
return(false);
}
var destination = GetMyBestMothershipThroughWormholes(myPirateWithCapsule);
var bestWormhole = GetBestWormhole(myPirateWithCapsule, destination.Location);
Location locationOfPush = null;
if (bestWormhole != null)
{
var distance = DistanceThroughWormhole(myPirateWithCapsule.Location, destination, bestWormhole, game.GetActiveWormholes().Where(wormhole => wormhole != bestWormhole), 0, myPirateWithCapsule.MaxSpeed);
locationOfPush = (distance > myPirateWithCapsule.Distance(destination)) ? destination.Location : bestWormhole.Location;
}
else
{
locationOfPush = destination.Location;
}
if (!IsWorthPushing(myPirateWithCapsule, pusherPirate))
{
return(false);
}
availablePirates.Remove(pusherPirate);
myPiratesWithCapsulePushes[myPirateWithCapsule]++;
pusherPirate.Push(
myPirateWithCapsule,
game.GetMyMotherships().OrderBy(mothership => mothership.Distance(myPirateWithCapsule))
.FirstOrDefault());
return(true);
}
public bool TryPushInterceptedEnemyCapsule(Pirate pirate, Pirate capsuleHolder)
{
var bestMothership = game.GetEnemyMotherships().OrderBy(mothership => mothership.Distance(capsuleHolder)).FirstOrDefault();
if (pirate.CanPush(capsuleHolder))
{
// Check how much other pirates can push it.
var numOfPushers = NumOfPushesAvailable(capsuleHolder);
// Check if we can either make the pirate lose his capsule or get pushed outside the border.
var pushesToBorder = capsuleHolder.Distance(GetClosestToBorder(capsuleHolder.Location)) / pirate.PushDistance;
if ((numOfPushers >= pushesToBorder && enemyCapsulesPushes[capsuleHolder.Capsule] < pushesToBorder) || (numOfPushers >= capsuleHolder.NumPushesForCapsuleLoss && enemyCapsulesPushes[capsuleHolder.Capsule] < capsuleHolder.NumPushesForCapsuleLoss))
{
// Push the pirate towards the border!
pirate.Push(capsuleHolder, GetClosestToBorder(capsuleHolder.Location));
enemyCapsulesPushes[capsuleHolder.Capsule]++;
return(true);
}
}
else if (capsuleHolder.InRange(pirate, pirate.PushRange * 2) && pirate.InRange(bestMothership, (int)(game.PushDistance * 2)))
{
// Send the pirate towards the capsule where it can push.
if (pirateDestinations.ContainsKey(pirate))
{
pirateDestinations[pirate] = capsuleHolder.Location.Towards(pirate, (int)(pirate.PushRange * 0.9));
}
else
{
pirateDestinations.Add(pirate, capsuleHolder.Location.Towards(pirate, (int)(pirate.PushRange * 0.9)));
}
return(true);
}
return(false);
}
public Mothership GetBestMothershipThroughWormholes(Pirate pirate)
{
var mothershipWormholes = new Dictionary <Mothership, int>();
Mothership bestMothership = null;
int distance = int.MaxValue;
foreach (var mothership in game.GetEnemyMotherships())
{
var distances = new List <int>();
foreach (var wormhole in game.GetAllWormholes().Where(wormhole => wormhole.TurnsToReactivate < pirate.Steps(mothership) / 4))
{
var distanceThroughCurrent = DistanceThroughWormhole(pirate.Location, mothership.Location, wormhole, game.GetAllWormholes().Where(hole => hole.TurnsToReactivate < pirate.Steps(mothership) / 4));
distances.Add(distanceThroughCurrent);
}
var normalDistance = pirate.Distance(mothership);
if (distances.Any() && distances.Min() < distance)
{
bestMothership = mothership;
distance = distances.Min();
}
if (distances.Any() && normalDistance < distance)
{
bestMothership = mothership;
distance = normalDistance;
}
}
if (bestMothership == null)
{
bestMothership = game.GetEnemyMotherships().OrderBy(mothership => pirate.Steps(mothership) / (int)((double)mothership.ValueMultiplier).Sqrt()).FirstOrDefault();
}
return(bestMothership);
}
public MapObject GetBestSailOption(Pirate pirate, MapObject destination)
{
MapObject best = pirate;
int col = 0, row = 0;
for (row = pirate.GetLocation().Row - pirate.MaxSpeed; row < pirate.GetLocation().Row + pirate.MaxSpeed; row += 5)
{
for (col = pirate.GetLocation().Col - pirate.MaxSpeed; col < pirate.GetLocation().Col + pirate.MaxSpeed; col += 5)
{
Location current = new Location(row, col);
if (!current.InMap())
{
continue;
}
if (current.Distance(destination) < pirate.Distance(destination) && current.Distance(destination) >= pirate.Distance(destination) - pirate.MaxSpeed && !IsInRange(current) && !IsHittingAsteroid(current))
{
if ((best != destination && best.Distance(destination) > current.Distance(destination)) || (best == destination))
{
best = current;
}
}
}
}
var ClosestPiratesToDestination = game.GetEnemyLivingPirates().Concat(game.GetMyLivingPirates()).OrderBy(allpirate => allpirate.Distance(destination)).ToList();
int count = 0;
foreach (Pirate ClosestPirate in ClosestPiratesToDestination)
{
count++;
}
return(best);
}
/// <summary>
/// Checks if the enemy pirate is close enough to the border to kill him.
/// Returns the location that if you push it towards it, the pirate will die or null if you can't kill it.
/// </summary>
/// <param name="enemyPirate">The enemy pirate to be checked.</param>
/// <param name="range">The range that will be checked if you can throw it</param>
/// <returns>Returns the location that if you push it towards it, the pirate will die or null if you can't kill it.</returns>
public static Location GetCloseEnoughToBorder(Pirate enemyPirate, int range)
{
GameSettings.game.Debug("Range is: " + range);
Location up = new Location(0, enemyPirate.Location.Col);
Location right = new Location(enemyPirate.Location.Row, GameSettings.game.Cols);
Location left = new Location(enemyPirate.Location.Row, 0);
Location down = new Location(GameSettings.game.Rows, enemyPirate.Location.Col);
int upDistance = enemyPirate.Distance(up);
int rightDistance = enemyPirate.Distance(right);
int leftDistance = enemyPirate.Distance(left);
int downDistance = enemyPirate.Distance(down);
GameSettings.game.Debug("Up Distance = " + upDistance + ", right distance = " + rightDistance + ", left distance = " + leftDistance + ", down distance " + downDistance);
if (upDistance < rightDistance && upDistance < leftDistance && upDistance < downDistance)
{
if (upDistance < range)
{
return(up);
}
}
else if (rightDistance < upDistance && rightDistance < leftDistance && rightDistance < downDistance)
{
if (rightDistance < range)
{
return(right);
}
}
else if (leftDistance < upDistance && leftDistance < rightDistance && leftDistance < downDistance)
{
if (leftDistance < range)
{
return(down);
}
}
else if (downDistance < upDistance && downDistance < rightDistance && downDistance < leftDistance)
{
if (downDistance < range)
{
return(left);
}
}
//Returns null if not close enough to a border
return(null);
}
public bool IsWorthPushing(Pirate pirate, Location locationOfPush, Location destination)
{
int count = game.GetEnemyLivingPirates()
.Where(enemy => enemy.HasCapsule() && pirate.Distance(destination) < enemy.Distance(
game.GetEnemyMotherships().OrderBy(mothership => mothership.Distance(enemy)).FirstOrDefault())).ToList().Count;
if (count < (game.GetEnemyLivingPirates()
.Where(enemy => enemy.HasCapsule() && locationOfPush.Distance(destination) < enemy.Distance(
game.GetEnemyMotherships().OrderBy(mothership => mothership.Distance(enemy)).FirstOrDefault())).ToList().Count))
{
return(true);
}
return(false);
}
public bool TryPushEnemyCapsuleDefensively(Pirate pirate, Pirate capsuleHolder)
{
var bestMothership = game.GetEnemyMotherships().OrderBy(mothership => mothership.Distance(capsuleHolder)).FirstOrDefault();;
if (pirate.CanPush(capsuleHolder))
{
// Check how much other pirates can push it.
var numOfPushers = NumOfPushesAvailable(capsuleHolder);
// Check if we can either make the pirate lose his capsule or get pushed outside the border.
var pushesToBorder = capsuleHolder.Distance(GetClosestToBorder(capsuleHolder.Location)) / pirate.PushDistance;
if ((numOfPushers >= pushesToBorder && enemyCapsulesPushes[capsuleHolder.Capsule] < pushesToBorder) || (numOfPushers >= capsuleHolder.NumPushesForCapsuleLoss && enemyCapsulesPushes[capsuleHolder.Capsule] < capsuleHolder.NumPushesForCapsuleLoss))
{
// Push the pirate towards the border!
pirate.Push(capsuleHolder, capsuleHolder.Location.Towards(capsuleHolder.Capsule.InitialLocation, -numOfPushers * pirate.PushDistance));
enemyCapsulesPushes[capsuleHolder.Capsule]++;
return(true);
}
}
return(false);
}
public void PopulateEnemyTargets(List <Pirate> enemys, List <BaseAttacker> participants)
{
List <BodyGuard> guardians = participants.OfType <BodyGuard>().ToList();
GameSettings.Game.Debug("BodyGuards are ==> " + guardians.Count);
Carrier c = participants.OfType <Carrier>().ToList()[0];
GameSettings.Game.Debug("Carrier is ==> " + c);
enemys = enemys.OrderBy(Pirate => Pirate.Distance(c.Pirate)).ToList();
foreach (BodyGuard BG in guardians)
{
if (BG.TargetEnemy == null)
{
if (enemys.Count > 0)
{
BG.TargetEnemy = enemys[0];
enemys.RemoveAt(0);
}
}
}
}
/// <summary> Tries to either avoid or push the asteroid </summary>
/// <returns> A tuple with bool and the action string </returns>
protected static Tuple <bool, string> InteractWithAsteroid(Pirate pirate, Location to)
{
var asteroids = Utils.AsteroidsByDistance(pirate.Location).Where(ass => ass.Direction.Add(ass.Location).Distance(pirate) <= game.PushDistance + pirate.MaxSpeed + ass.Size).ToList();
foreach (Asteroid asteroid in asteroids)
{
if (pirate.CanPush(asteroid) && !Main.asteroidsPushed.Contains(asteroid))
{
var pushTuple = Utils.OptimalAsteroidPushLocation(pirate.PushDistance, asteroid);
if (pirate.InRange(asteroid.Location.Add(asteroid.Direction), asteroid.Size + pirate.MaxSpeed))
{
pirate.Push(asteroid, pushTuple.Item1);
return(new Tuple <bool, string>(true, "Pushed asteroid in an emergency"));
}
if (pushTuple.Item2 > 0)
{
pirate.Push(asteroid, pushTuple.Item1);
Main.asteroidsPushed.Add(asteroid);
Main.didTurn.Add(pirate.Id);
return(new Tuple <bool, string>(true, "Pushed asteroid to best location"));
}
}
bool shouldAvoid = pirate.Distance(asteroid) < game.PushDistance + asteroid.Size;
shouldAvoid = shouldAvoid && game.GetEnemyLivingPirates().Any(p => p.InRange(asteroid, p.PushDistance + p.MaxSpeed));
if (Utils.AsteroidIsMoving(asteroid) && (shouldAvoid || pirate.Location == to))
{
pirate.Sail(SafestCloestLocation(pirate.Location, to, pirate));
Main.didTurn.Add(pirate.Id);
return(new Tuple <bool, string>(true, "Avoiding asteroid"));
}
}
return(new Tuple <bool, string>(false, "Did not run"));
}
public void Assign(Pirate pirate, List <Mission> list)
{
return;
if (!pirate.HasPaintball)
{
return;
}
var city = Globals.Game.GetNeutralCities().First();
int count = Globals.Game.GetEnemyLivingDrones().Count(x => x.InRange(city, 15));
if (count < 3)
{
return;
}
Resources a = new Resources();
a.AddPirate(pirate.Id);
list.Add(new Mission(pirate.Id, (int)((200 - pirate.Distance(city)) / 200.0 * 800 * System.Math.Sqrt(count)), a,
new MoveCommand(pirate, city.Location)));
}
// Returns the best wormhole for the pirate to get to the destination through, or null if there are no good wormholes.
private Wormhole GetBestWormhole(Pirate pirate, Location destination)
{
var wormholeDistances = new Dictionary <Wormhole, int>();
var wormholes = GetViableWormholes(pirate);
foreach (var wormhole in wormholes)
{
// Assign the closest distance for the wormhole
wormholeDistances.Add(wormhole, DistanceThroughWormhole(pirate.Location, destination, wormhole, wormholes, 0, pirate.MaxSpeed));
}
// Get the minimum
var bestWormhole = wormholeDistances.OrderBy(map => map.Value).FirstOrDefault();
if (bestWormhole.Key != null)
{
// Check the regular distance.
var normalDistance = pirate.Distance(destination);
if (bestWormhole.Value < normalDistance)
{
return(bestWormhole.Key);
}
}
return(null);
}
// public bool CapsuleHolderInDanger(Pirate pirate)
// {
// if (!pirate.HasCapsule()) return false;
// var bestMothership = game.GetMyMotherships()
// .OrderBy(mothership => mothership.Distance(pirate) / mothership.ValueMultiplier)
// .FirstOrDefault();
// if (bestMothership != null)
// {
// if (game.GetEnemyLivingPirates()
// .Where(enemy => enemy.InPushRange(pirate.Location.Towards(bestMothership, game.PirateMaxSpeed)) || enemy.InPushRange(pirate.Location.Towards(bestMothership, game.PirateMaxSpeed * 2)))
// .Count() >= game.NumPushesForCapsuleLoss)
// return true;
// }
// return false;
// }
public Wormhole GetBestWormhole(Location destination, Pirate pirate)
{
var wormholeDistances = new Dictionary <Wormhole, int>();
var wormholes = game.GetAllWormholes().Where(wormhole => wormhole.TurnsToReactivate < pirate.Steps(destination) / 4);
foreach (var wormhole in wormholes)
{
// Assign the closest distance for the wormhole
wormholeDistances.Add(wormhole, DistanceThroughWormhole(pirate.Location, destination, wormhole, wormholes));
}
// Get the minimum
var bestWormhole = wormholeDistances.OrderBy(map => map.Value).FirstOrDefault();
if (bestWormhole.Key != null)
{
// Check the regular distance.
var normalDistance = pirate.Distance(destination);
if (bestWormhole.Value < normalDistance)
{
return(bestWormhole.Key);
}
}
return(null);
}
override public int Cost(Chunk chunk)
{
var holesInChunk = Main.game.GetAllWormholes().Any(w => chunk.Distance(w) <= w.WormholeRange && pirate.Distance(w) / pirate.MaxSpeed + 2 <= w.TurnsToReactivate);
if (holesInChunk)
{
if (pirate.HasCapsule() && Utils.PiratesWithTask(TaskType.BOOSTER).Any())
{
return(100000);
}
if (chunk.Distance(goal) == Utils.DistanceWithWormhole(chunk.GetLocation(), goal, pirate.MaxSpeed))
{
return(100000);
}
}
return(0);
}
/// <summary>
/// Checks if the enemy pirate is close enough to the border to kill him.
/// Returns the location that if you push it towards it, the pirate will die or null if you can't kill it.
/// </summary>
/// <param name="enemyPirate">The enemy pirate to be checked.</param>
/// <param name="range">The range that will be checked if you can throw it</param>
/// <returns>Returns the location that if you push it towards it, the pirate will die or null if you can't kill it.</returns>
public static Location GetCloseEnoughToBorder(Pirate enemyPirate, int range)
{
Location up = new Location(0, enemyPirate.Location.Col);
Location right = new Location(enemyPirate.Location.Row, GameSettings.game.Cols);
Location left = new Location(enemyPirate.Location.Row, 0);
Location down = new Location(GameSettings.game.Rows, enemyPirate.Location.Col);
int upDistance = enemyPirate.Distance(up);
int rightDistance = enemyPirate.Distance(right);
int leftDistance = enemyPirate.Distance(left);
int downDistance = enemyPirate.Distance(down);
if (upDistance < rightDistance && upDistance < leftDistance && upDistance < downDistance)
{
if (upDistance < range)
{
return(up);
}
else if (rightDistance < upDistance && rightDistance < leftDistance && rightDistance < downDistance)
{
if (rightDistance < range)
{
return(right);
}
else if (leftDistance < upDistance && leftDistance < rightDistance && leftDistance < downDistance)
{
if (leftDistance < range)
{
return(down);
}
else if (downDistance < upDistance && downDistance < rightDistance && downDistance < leftDistance)
{
if (downDistance < range)
{
return(left);
}
}
}
}
}
//Returns null if not close enough to a border
return(null);
// Location center = new Location(game.Rows / 2, game.Cols / 2);
// if (center.Col > enemyPirate.Location.Col && center.Row > enemyPirate.Location.Row)
// {
// int colDistance = enemyPirate.Distance(new Location(0, enemyPirate.Location.Col));
// int rowDistance = enemyPirate.Distance(new Location(enemyPirate.Location.Row, game.Cols));
// if (colDistance > rowDistance)
// if (rowDistance <= range)
// return new Location(0, enemyPirate.Location.Col);
// else if (colDistance < range)
// return new Location(enemyPirate.Location.Row, game.Cols);
// return null;
// }
// else if (center.Col > enemyPirate.Location.Col && center.Row < enemyPirate.Location.Row)
// {
// int colDistance = enemyPirate.Distance(new Location(game.Cols, enemyPirate.Location.Row));
// int rowDistance = enemyPirate.Distance(new Location(enemyPirate.Location.Col, game.Rows));
// if (colDistance > rowDistance)
// if (rowDistance <= range)
// return new Location(game.Cols, enemyPirate.Location.Row);
// else if (colDistance < range)
// return new Location(enemyPirate.Location.Col, game.Rows);
// return null;
// }
// else if (center.Col < enemyPirate.Location.Col && center.Row < enemyPirate.Location.Row)
// {
// int colDistance = enemyPirate.Distance(new Location(0, enemyPirate.Location.Col));
// int rowDistance = enemyPirate.Distance(new Location(enemyPirate.Location.Row, 0));
// if (colDistance > rowDistance)
// if (rowDistance <= range)
// return new Location(0, enemyPirate.Location.Col);
// else if (colDistance < range)
// return new Location(enemyPirate.Location.Row, 0);
// return null;
// }
// else if (center.Col < enemyPirate.Location.Col && center.Row > enemyPirate.Location.Row)
// {
// int colDistance = enemyPirate.Distance(new Location(enemyPirate.Location.Row, 0));
// int rowDistance = enemyPirate.Distance(new Location(game.Rows, enemyPirate.Location.Col));
// if (colDistance > rowDistance)
// if (rowDistance <= range)
// return new Location(enemyPirate.Location.Row, 0);
// else if (colDistance < range)
// return new Location(game.Rows, enemyPirate.Location.Col);
// return null;
// }
// return null;
}
public override Location DefendAt()
{
Pirate enemyCarrier = null;
if (GameSettings.Game.GetMyMotherships().Length == 0 && GameSettings.Game.GetMyCapsules().Length == 0 && GameSettings.Game.GetAllMyPirates().Length == 1 && GameSettings.Game.GetAllEnemyPirates().Length == 2)
{
Location loc = GameSettings.Game.GetEnemyMotherships()[0].GetLocation();
loc.Row -= 100;
return(loc);
}
// GameSettings.Game.Debug("WhereToDefend " + WhereToDefend);
if (WhereToDefend != null)
{
return(WhereToDefend);
}
//GameSettings.Game.Debug("Debugging DefendAt()");
Location guardLocation;
List <Pirate> enemyCarriers = new List <Pirate>();
foreach (Pirate enemy in GameSettings.Game.GetEnemyLivingPirates())
{
if (enemy.HasCapsule())
{
enemyCarriers.Add(enemy);
}
}
//Take care of a few citys or Ben will punch me!
int scale = (int)(500 * 1.5);
if (GameSettings.Game.GetEnemyMotherships().Length > 0)
{
enemyCarriers.OrderBy(pirate => Pirate.GetLocation().Distance(GameSettings.Game.GetEnemyMotherships()[0]));
if (enemyCarriers.Count > 0)
{
enemyCarrier = enemyCarriers[0];
}
if (enemyCarrier != null)
{
GameSettings.Game.Debug("enemyCarrier to face to: " + enemyCarrier);
//guardLocation = GameSettings.Game.GetEnemyMotherships()[0].Location.Towards(enemyCarrier, scale - 450)scale - 650;
guardLocation = GameSettings.Game.GetEnemyMotherships()[0].Location.Towards(enemyCarrier, scale - 650);
GameSettings.Game.Debug("guardLocation Towards enemyCarrier" + guardLocation);
return(guardLocation);
}
guardLocation = GameSettings.Game.GetEnemyMotherships()[0].Location.Towards(GameSettings.Game.GetEnemyCapsules()[0], scale - 600);
//GameSettings.Game.Debug("Location from ProtectFromCarrier" + guardLocation);
return(guardLocation);
}
bool canPushWormhole = true;
foreach (Wormhole wormhole in GameSettings.Game.GetAllWormholes())
{
if (wormhole.Distance(pirate) < 750)
{
if (GameSettings.Game.GetEnemyMotherships().Length > 0)
{
Mothership mothership = FieldAnalyzer.FindClosestMotherShip(pirate);
enemyCarrier = FieldAnalyzer.GetMostThreatningEnemyCarrier(mothership);
if (enemyCarrier != null)
{
//Checks if the enemyPirate can come in more then 5 turns
if (enemyCarrier.Distance(Pirate) > enemyCarrier.MaxSpeed * 8)
{
canPushWormhole = false;
}
if (canPushWormhole)
{
guardLocation = wormhole.GetLocation().Towards(this.Pirate, wormhole.WormholeRange);
// guardLocation.Col += wormhole.WormholeRange;
//GameSettings.Game.Debug("wormhole guardLocation = " + guardLocation);
return(guardLocation);
}
}
}
}
}
return(WhereToDefend);
}
override public string Preform()
{
if (!Utils.GetMyHolders().Any() || !game.GetMyCapsules().Any() || !game.GetAllMotherships().Any())
{
if (Main.mines.Count > 0 && game.GetMyMotherships().Any())
{
var sailLocation = Utils.GetMyHolders().OrderBy(h => h.Distance(pirate)).First().Location;
return(Utils.GetPirateStatus(pirate, "Sailing to rendezvous point, " + Sailing.SafeSail(pirate, sailLocation)));
}
return(Utils.GetPirateStatus(pirate, "Is idle."));
}
var holders = Utils.GetMyHolders().OrderBy(h => h.Distance(pirate));
var cloestHolder = holders.First();
foreach (Pirate holder in Utils.GetMyHolders().OrderBy(h => h.Distance(pirate)))
{
var nearestShip = Utils.OrderByDistance(game.GetMyMotherships().ToList(), holder.Location).First();
if (!pirate.CanPush(holder))
{
var sailLocation = Utils.GetMyHolders().OrderBy(h => h.Distance(pirate)).First().Location;
return(Utils.GetPirateStatus(pirate, "Sailing towards holder, " + Sailing.SafeSail(pirate, sailLocation)));
}
var threats = game.GetEnemyLivingPirates().Where(t => t.PushReloadTurns > 2 && t.Distance(nearestShip) < pirate.Distance(nearestShip) * 1.5).OrderBy(nearestShip.Distance);
// Checks if the holder can be pushed directly onto the ship
bool caseI = holder.Distance(nearestShip) - game.MothershipUnloadRange <= pirate.PushDistance + holder.MaxSpeed;
bool caseII = false;
if (threats.Any() && threats.First().Distance(nearestShip) > holder.Distance(nearestShip))
{
caseII = holder.Distance(nearestShip) - threats.First().Distance(nearestShip) < pirate.PushRange;
}
var holderLocAfterPush = holder.GetLocation().Towards(nearestShip, pirate.PushDistance + holder.MaxSpeed / 2);
bool caseIII_PI = threats.Any() && threats.First().Distance(nearestShip) < holder.Distance(nearestShip);
bool caseIII_PII = threats.Any() && threats.First().PushRange < holderLocAfterPush.Distance(threats.First());
bool ImminentDeath = game.GetEnemyLivingPirates().Count(t => holder.InRange(t, holder.MaxSpeed + t.PushRange) && t.PushReloadTurns <= 1) >= holder.NumPushesForCapsuleLoss;
if (ImminentDeath && !caseI && holder.MaxSpeed * 10 < holder.Distance(nearestShip))
{
var safest = Sailing.SafestCloestLocation(holder.Location, nearestShip.Location, 2, true, pirate);
pirate.Push(holder, safest);
Main.piratesPushed.Add(holder);
Main.didTurn.Add(pirate.Id);
if (!Main.didTurn.Contains(holder.Id))
{
holder.Push(pirate, safest);
Main.piratesPushed.Add(pirate);
Main.didTurn.Add(holder.Id);
}
return(Utils.GetPirateStatus(pirate, "Moved away from danger zone"));
}
bool caseIII = threats.Any() && caseIII_PI && caseIII_PII && ImminentDeath;
game.Debug(caseI + " || " + caseII + " || " + caseIII + " +| IMD: " + ImminentDeath);
if (caseI || caseIII)
{
if (Utils.GetMyHolders().Count() > 1)
{
var secondHolder = Utils.GetMyHolders().First(h => h.Id != holder.Id);
if (!Main.didTurn.Contains(holder.Id) && holder.CanPush(secondHolder) && !Main.piratesPushed.Contains(secondHolder) && secondHolder.Distance(nearestShip) - nearestShip.UnloadRange < pirate.PushDistance + secondHolder.MaxSpeed)
{
holder.Push(secondHolder, nearestShip);
Main.piratesPushed.Add(secondHolder);
pirate.Push(holder, nearestShip);
Main.piratesPushed.Add(holder);
if (!Main.didTurn.Contains(secondHolder.Id) && holder.NumPushesForCapsuleLoss > 2 && secondHolder.CanPush(holder))
{
secondHolder.Push(holder, nearestShip);
Main.piratesPushed.Add(holder);
}
Main.didTurn.Add(holder.Id);
Main.didTurn.Add(pirate.Id);
return(Utils.GetPirateStatus(pirate, "Pushed holder to the motherShip while the holder boosted another holder"));
}
}
if (!Main.didTurn.Contains(holder.Id))
{
holder.Sail(nearestShip);
Main.didTurn.Add(holder.Id);
}
pirate.Push(holder, nearestShip);
Main.didTurn.Add(pirate.Id);
Main.piratesPushed.Add(holder);
return(Utils.GetPirateStatus(pirate, "Pushed holder directly to ship"));
}
Main.holdersPaired.Add(holder);
return(Utils.GetPirateStatus(pirate, "Sailing towards paired holder, " + Sailing.SafeSail(pirate, holder.Location)));
}
return("Did nothing");
}
public bool IsMostOptimalPath(Location location, Pirate pirate, Location destination)
{
return(pirate.Distance(location) > pirate.Distance(destination));
}
public override List <Pirate> PiratesPrioritization(List <Pirate> pirates)
{
List <Pirate> orderedPirates = pirates.OrderBy(Pirate => Pirate.Distance(GameSettings.Game.GetMyCapsules()[0].Location)).ToList();
return(orderedPirates);
}
/// <summary> Tries to interact with a Wormhole. </summary>
/// <returns> A tuple with a bool and the action string </returns>
protected static Tuple <bool, string> InteractWithWormHole(Pirate pirate, Location goal)
{
if (!game.GetAllWormholes().Any() || !game.GetMyMotherships().Any() || !Main.mines.Any() || !game.GetEnemyMotherships().Any() || pirate.PushReloadTurns > 0)
{
return(new Tuple <bool, string>(false, "Did not interact with a wormhole"));
}
foreach (Wormhole wormhole in game.GetAllWormholes().Where(w => w.InRange(pirate, pirate.PushRange + pirate.MaxSpeed)))
{
if (Utils.DistanceWithWormhole(pirate.Location, goal, pirate.MaxSpeed) != pirate.Distance(goal))
{
return(new Tuple <bool, string>(false, "Sailing into hole is faster"));
}
var cloestFriendlyMum = game.GetMyMotherships().OrderBy(wormhole.Distance).First();
var cloestFriendlyMine = Main.mines.OrderBy(wormhole.Distance).First();
bool closerToMum = wormhole.Distance(cloestFriendlyMum) < wormhole.Partner.Distance(cloestFriendlyMum);
bool closerToMine = wormhole.Distance(cloestFriendlyMine) < wormhole.Partner.Distance(Main.mines.OrderBy(wormhole.Partner.Distance).First());
var pushLocation = cloestFriendlyMum.Location;
if (closerToMine)
{
pushLocation = cloestFriendlyMine;
}
if (closerToMum || closerToMine)
{
if (pirate.CanPush(wormhole))
{
pirate.Push(wormhole, pushLocation);
Main.wormsPushed.Add(wormhole);
}
else
{
pirate.Sail(wormhole);
}
Main.didTurn.Add(pirate.Id);
return(new Tuple <bool, string>(true, "Interacted with Wormhole"));
}
}
return(new Tuple <bool, string>(false, "Did not interact with a wormhole"));
}
public static int Steps(this Pirate pirate, MapObject mapObject)
{
return(pirate.Distance(mapObject) / pirate.MaxSpeed + 1);
}
/// <summary> Sails to goal safely </summary>
/// <returns> A tuple with bool and the action string </returns>
public static string SafeSail(Pirate pirate, Location to)
{
if (Main.didTurn.Contains(pirate.Id))
{
return("Already did turn");
}
if (Utils.HasEnemyBomb(pirate))
{
var bomb = game.__stickyBombs.Where(b => b.Owner == game.GetEnemy()).OrderBy(pirate.Distance).First();
if (bomb.Countdown < 2)
{
foreach (Pirate enemy in game.GetEnemyLivingPirates().Where(pirate.CanPush).SkipWhile(Main.piratesPushed.Contains).OrderBy(pirate.Distance))
{
pirate.Push(enemy, pirate);
Main.didTurn.Add(pirate.Id);
return("Hugged an enemy to death");
}
}
foreach (Pirate enemy in game.GetEnemyLivingPirates().OrderBy(pirate.Distance))
{
double turnsToArrive = pirate.Distance(enemy) / pirate.MaxSpeed;
var shouldSail = (game.GetMyLivingPirates().Count(p => p.InRange(pirate, bomb.ExplosionRange)) - game.GetEnemyLivingPirates().Count(e => e.InRange(pirate, bomb.ExplosionRange))) <= 0;
if (shouldSail)
{
pirate.Sail(enemy);
Main.didTurn.Add(pirate.Id);
return("Sailing to bomb enemy");
}
}
Main.didTurn.Add(pirate.Id);
return("Stop!");
}
var dangerPirates = game.GetMyLivingPirates().ToList();
dangerPirates.AddRange(game.GetEnemyLivingPirates().ToList());
dangerPirates = dangerPirates.Where(p => (Utils.HasEnemyBomb(p) || Utils.HasMyBomb(p)) && p.StickyBombs.First().Countdown <= 2 && pirate.CanPush(p)).ToList();
foreach (Pirate prt in dangerPirates)
{
pirate.Push(prt, Utils.OptimalBomberPushLocation(pirate, prt));
Main.didTurn.Add(pirate.Id);
return("Pushed bomber away");
}
var interactWithAsteroid = InteractWithAsteroid(pirate, to);
if (interactWithAsteroid.Item1)
{
return(interactWithAsteroid.Item2);
}
if (!Utils.PiratesWithTask(TaskType.MOLE).Contains(pirate))
{
var killEnemy = TryKill(pirate);
if (killEnemy.Item1)
{
return(killEnemy.Item2);
}
}
var enemys = game.GetEnemyLivingPirates().OrderBy(p => p.Distance(pirate)).ToList();
if (enemys.Any() && pirate.InStickBombRange(enemys.First()) && game.GetMyself().TurnsToStickyBomb == 0)
{
//pirate.StickBomb(enemys.First());
//Main.didTurn.Add(pirate.Id);
//return "Stick bombed enemy holder";
}
var interactWithWormHole = InteractWithWormHole(pirate, to);
if (interactWithWormHole.Item1)
{
return(interactWithWormHole.Item2);
}
var objects = new List <MapObject>();
objects.AddRange(Utils.AsteroidsByDistance(pirate.Location).Where(ass => ass.Direction.Add(ass.Location).Distance(pirate) <= 4 * pirate.MaxSpeed + ass.Size));
objects.AddRange(game.GetActiveWormholes().Where(hole => hole.Distance(pirate.GetLocation()) <= 4 * Chunk.size));
objects.AddRange(game.GetAllStickyBombs().Where(bomb => bomb.Distance(pirate) < 1.5 * bomb.ExplosionRange + pirate.MaxSpeed));
objects = objects.OrderBy(obj => obj.Distance(pirate)).ToList();
if (!objects.Any())
{
pirate.Sail(to);
Main.didTurn.Add(pirate.Id);
return("Sailing safely directly to goal i.e. " + Chunk.GetChunk(to));
}
var traits = new List <Trait>()
{
new TraitRateByLazyAsteroid(game.HeavyPushDistance), new TraitRateByMovingAsteroid(game.HeavyPushDistance / 2 + game.PirateMaxSpeed * 3), new TraitWormhole(to, pirate), new TraitRateByStickyBomb()
};
Path path = new Path(pirate.Location, to, traits);
if (path.GetSailLocations().Count > 1)
{
pirate.Sail(path.Pop());
Main.didTurn.Add(pirate.Id);
return(Chunk.GetChunk(to).ToString());
}
pirate.Sail(to);
Main.didTurn.Add(pirate.Id);
return(Chunk.GetChunk(to).ToString());
}
override public string Preform()
{
if (game.GetEnemyCapsules().Count() == 0 || game.GetEnemyMotherships().Count() == 0)
{
return(Utils.GetPirateStatus(pirate, "No enemy capsules or ships"));
}
var nearestCapsule = Utils.OrderByDistance(game.GetEnemyCapsules().ToList(), pirate.Location).First();
var nearestShip = Utils.OrderByDistance(game.GetEnemyMotherships().ToList(), nearestCapsule.Location).First();
if (Main.didTurn.Contains(pirate.Id))
{
return(Utils.GetPirateStatus(pirate, "Already did turn"));
}
if (Utils.HasEnemyBomb(pirate))
{
return(Utils.GetPirateStatus(pirate, Sailing.SafeSail(pirate, new Location(0, 0))));
}
var sortedEnemyHolders = Utils.EnemyHoldersByDistance(pirate.GetLocation()).Where(enemy => !Main.piratesPushed.Contains(enemy) && pirate.CanPush(enemy));
bool shouldGo = !sortedEnemyHolders.Any() || pirate.MaxSpeed * 4 + pirate.Distance(nearestShip) < sortedEnemyHolders.First().Distance(nearestShip);
if (shouldGo)
{
foreach (Wormhole hole in game.GetAllWormholes().Where(h => h.Distance(nearestShip) < pirate.MaxSpeed * 10 && !Main.wormsPushed.Contains(h)))
{
var molesByDistance = Utils.PiratesWithTask(TaskType.MOLE).OrderBy(hole.Distance);
bool closest = molesByDistance.First().Id == pirate.Id || (molesByDistance.Count() > 1 && molesByDistance.Take(2).Contains(pirate));
var eholdersbydistance = Utils.EnemyHoldersByDistance(nearestShip.GetLocation());
if (!pirate.CanPush(hole) && pirate.PushRange < pirate.Distance(hole) && closest)
{
var wormLoc = pirate.Location.Towards(hole, pirate.Distance(hole) - hole.WormholeRange);
var assDanger = game.__livingAsteroids.Any(a => a.Location.Add(a.Direction).Distance(pirate) <= a.Size + pirate.MaxSpeed * 2);
var bombDanger = game.__stickyBombs.Any(b => b.Distance(pirate) < b.ExplosionRange + pirate.MaxSpeed * 2);
var wormPushLocation = pirate.Location.Towards(hole, pirate.Distance(hole) - pirate.PushRange);
var caseI = pirate.Distance(wormPushLocation) / pirate.MaxSpeed >= pirate.PushReloadTurns;
var caseII = true;
if (eholdersbydistance.Any())
{
caseII = hole.Distance(nearestShip) + pirate.MaxSpeed * 4 < eholdersbydistance.First().Distance(nearestShip);
}
if (!assDanger && !bombDanger && caseI && caseII)
{
pirate.Sail(wormLoc);
Main.didTurn.Add(pirate.Id);
return(Utils.GetPirateStatus(pirate, "Sailing out to worm hole "));
}
if (caseI && caseII)
{
return(Utils.GetPirateStatus(pirate, "Safely sailing out to worm hole " + Sailing.SafeSail(pirate, wormLoc)));
}
}
var enemyHolders = Utils.EnemyHoldersByDistance(pirate.GetLocation()).SkipWhile(Main.piratesPushed.Contains).OrderBy(hole.Distance);
if (pirate.CanPush(hole) && hole.IsActive && enemyHolders.Any() && hole.Distance(nearestShip) < hole.Partner.Distance(nearestShip))
{
foreach (Pirate enemyHolder in enemyHolders)
{
int cost = enemyHolder.Distance(hole) + enemyHolder.MaxSpeed / 2;
if (cost < pirate.PushDistance)
{
pirate.Push(hole, pirate.Location.Towards(enemyHolder.Location, cost));
Main.didTurn.Add(pirate.Id);
Main.piratesPushed.Add(enemyHolder);
Main.wormsPushed.Add(hole);
return(Utils.GetPirateStatus(pirate, "Pushed hole on enemy"));
}
}
}
if (pirate.CanPush(hole) && Main.mines.Any())
{
pirate.Push(hole, Main.mines.OrderBy(nearestShip.Distance).First());
Main.didTurn.Add(pirate.Id);
Main.wormsPushed.Add(hole);
return(Utils.GetPirateStatus(pirate, "Pushed hole away"));
}
}
}
foreach (Pirate enemyHolder in sortedEnemyHolders)
{
game.Debug("pirate can push holder: " + pirate.CanPush(enemyHolder));
var killLocation = Utils.NearestKillLocation(enemyHolder.Location);
double maxDistance = ((double)killLocation.Item1 + enemyHolder.MaxSpeed / 2);
var canKillAlone = maxDistance / pirate.PushDistance <= 1;
if (canKillAlone)
{
pirate.Push(enemyHolder, killLocation.Item2);
Main.didTurn.Add(pirate.Id);
Main.piratesPushed.Add(enemyHolder);
return(Utils.GetPirateStatus(pirate, "Killed enemy holder"));
}
// Initialize variables
var pushHelpers = game.GetMyLivingPirates().Where(h => h.CanPush(enemyHolder) && !Main.didTurn.Contains(h.Id)).OrderBy(h => h.PushDistance);
var killHelpers = pushHelpers.Where(h => h.Id != pirate.Id && ((double)killLocation.Item1 + enemyHolder.MaxSpeed / 2) / ((double)h.PushDistance + pirate.PushDistance) <= 1);
// If they can kill him
if (killHelpers.Any())
{
var partner = killHelpers.OrderByDescending(h => maxDistance / ((double)h.PushDistance + pirate.PushDistance) <= 1).First();
pirate.Push(enemyHolder, killLocation.Item2);
partner.Push(enemyHolder, killLocation.Item2);
Main.didTurn.AddRange(new List <int> {
pirate.Id, partner.Id
});
Main.piratesPushed.Add(enemyHolder);
return(Utils.GetPirateStatus(pirate, "Couple killed enemy holder"));
}
// If they can make him drop his capsule but not kill him
if (pushHelpers.Count() >= enemyHolder.NumPushesForCapsuleLoss)
{
var pushers = pushHelpers.Take(enemyHolder.NumPushesForCapsuleLoss).ToList();
var pushLocation = Utils.NearestKillLocation(enemyHolder.GetLocation()).Item2;
if (Utils.NearestKillLocation(enemyHolder.GetLocation()).Item2.Distance(nearestCapsule) < nearestShip.Distance(nearestCapsule))
{
pushLocation = nearestShip.GetLocation();
}
pushers.ForEach(m => m.Push(enemyHolder, pushLocation));
Main.didTurn.AddRange(from p in pushers select p.Id);
Main.piratesPushed.Add(enemyHolder);
return(Utils.GetPirateStatus(pirate, enemyHolder.NumPushesForCapsuleLoss + " pirates droped the enemy capsule"));
}
// Boost enemy to closest dropers couple
var myMoles = Utils.PiratesWithTask(TaskType.MOLE).ToList().Where(p => p.Id != pirate.Id && p.PushReloadTurns <= 1).OrderBy(p => p.Distance(nearestShip)).ToList();
var regularEnemyPirates = game.GetEnemyLivingPirates().Where(prt => !prt.HasCapsule()).ToList();
bool shouldUseBuddies = myMoles.Any() && pirate.PushRange + pirate.MaxSpeed / 2 < myMoles.OrderBy(pirate.Distance).First().Distance(pirate);
bool enemyIsTerr = Utils.HasMyBomb(enemyHolder);
if (regularEnemyPirates.Any() && myMoles.Count() >= 2 && shouldUseBuddies && !enemyIsTerr)
{
foreach (Pirate A in myMoles)
{
foreach (Pirate B in myMoles.Where(m => m.Id != A.Id))
{
if (A.Distance(pirate) < A.PushRange * 1.5)
{
continue;
}
var centerLoc = Utils.Center(A.Location, B.Location);
var pushLocation = pirate.GetLocation().Towards(centerLoc, pirate.PushDistance - enemyHolder.MaxSpeed / 2);
bool checkI = pushLocation.Distance(A) <= A.PushRange && pushLocation.Distance(B) <= B.PushRange;
bool checkII = enemyHolder.StateName == "normal";
// TODO add check if there is a booster close to the enemy pirate
if (checkI && checkII)
{
pirate.Push(enemyHolder, centerLoc);
Main.didTurn.Add(pirate.Id);
Main.piratesPushed.Add(enemyHolder);
return(Utils.GetPirateStatus(pirate, "Pushed pirates towards buddies!"));
}
}
}
}
}
int radius = (game.PushRange + game.HeavyPushDistance) / 3;
int coupleIndex = Utils.PiratesWithTask(TaskType.MOLE).OrderBy(nearestShip.Distance).ToList().IndexOf(pirate) / 2;
if (coupleIndex > 0)
{
radius += game.HeavyPushDistance;
}
var loc = nearestShip.GetLocation().Towards(nearestCapsule, radius);
foreach (Pirate enemyHolder in sortedEnemyHolders)
{
var CheckI = enemyHolder.Distance(nearestShip) < 2 * pirate.PushRange + pirate.Distance(nearestShip);
var CheckII = pirate.PushReloadTurns <= (enemyHolder.Distance(nearestShip) - pirate.Distance(nearestShip)) / (2 * enemyHolder.MaxSpeed);
var CheckIII = pirate.Distance(loc) < 2 * pirate.MaxSpeed;
var CheckIV = game.GetMyLivingPirates().Count(p => p.Id != pirate.Id && p.GetLocation().Col == pirate.Location.Col && p.GetLocation().Row == pirate.Location.Row) >= 1;
//var CheckV = Utils.PiratesWithTask(TaskType.MOLE).OrderBy(enemyHolder.Distance).First().Id == pirate.Id;
//game.Debug(CheckI + " || " + CheckII + " || " + CheckIII + " || " + CheckIV + " || "/*+ CheckV + " || "*/);
if (CheckI && CheckII && CheckIII && CheckIV /* && CheckV*/)
{
return(Utils.GetPirateStatus(pirate, "Sailing out to enemy holder " + Sailing.SafeSail(pirate, enemyHolder.GetLocation())));
}
}
return(Utils.GetPirateStatus(pirate, "Is sailing to position, " + Sailing.SafeSail(pirate, loc)));
}
override public string Preform()
{
if (Main.didTurn.Contains(pirate.Id) || !game.GetMyMotherships().Any())
{
return(Utils.GetPirateStatus(pirate, "Already did turn"));
}
if (!pirate.HasCapsule())
{
turnCounter = 0;
if (Main.capsulesTargetted.ContainsKey(pirate))
{
var sailLocation = Main.capsulesTargetted[pirate].Location;
return(Utils.GetPirateStatus(pirate, "Sailing to capsule " + Sailing.SafeSail(pirate, sailLocation)));
}
return(Utils.GetPirateStatus(pirate, "Is idle... "));
}
var nearestShip = Utils.OrderByDistance(game.GetMyMotherships().ToList(), pirate.Location).First();
var threats = game.GetEnemyLivingPirates().ToList().Where(e => e.PushReloadTurns < 3 && e.Distance(nearestShip) < pirate.Distance(nearestShip)).OrderBy(nearestShip.Distance).ToList();
if (Utils.HasEnemyBomb(pirate))
{
var suicideObj = Utils.NearestKillLocation(pirate.GetLocation()).Item2;
var bomb = game.__stickyBombs.OrderBy(pirate.Distance).First();
bool canReachMum = pirate.Distance(nearestShip) / pirate.MaxSpeed + pirate.MaxSpeed < bomb.Countdown;
if (!canReachMum)
{
return(Utils.GetPirateStatus(pirate, Sailing.SafeSail(pirate, new Location(0, 0))));
}
}
turnCounter++;
if (turnCounter == 0)
{
maxTurnsToArrive = ((double)pirate.Distance(nearestShip) / pirate.MaxSpeed) * 2.5;
}
if (Utils.GetMyHolders().Count() > 1)
{
var secondHolder = Utils.GetMyHolders().Where(h => h.Id != pirate.Id).First();
var nearestShipToSecondHolder = Utils.OrderByDistance(game.GetMyMotherships().ToList(), secondHolder.Location).First();
var secondThreats = game.GetEnemyLivingPirates().ToList().Where(e => e.CanPush(secondHolder) && e.Distance(nearestShip) < secondHolder.Distance(nearestShip));
secondThreats = secondThreats.OrderBy(treath => treath.Distance(secondHolder)).ToList();
bool caseVI = secondHolder.Distance(nearestShip) < pirate.Distance(nearestShip);
bool caseVII = secondHolder.Distance(nearestShip) < pirate.PushDistance + secondHolder.MaxSpeed + game.MothershipUnloadRange;
if (pirate.CanPush(secondHolder) && caseVI && caseVII && !Main.piratesPushed.Contains(secondHolder))
{
pirate.Push(secondHolder, nearestShipToSecondHolder);
Main.didTurn.Add(pirate.Id);
Main.piratesPushed.Add(secondHolder);
return(Utils.GetPirateStatus(pirate, "Boosted second holder"));
}
}
var traits = new List <Trait>()
{
new TraitRateByLazyAsteroid(game.PushDistance + game.AsteroidSize),
new TraitRateByMovingAsteroid(game.HeavyPushDistance / 2 + game.PirateMaxSpeed * 3),
new TraitRateByEdges(750, 4),
new TraitRateByStickyBomb(),
new TraitRateByEnemy(150, 3, -1),
new TraitAttractedToGoal(500, nearestShip.Location),
new TraitWormhole(nearestShip.Location, pirate)
};
if (threats.Any() && maxTurnsToArrive < turnCounter && Utils.GetNumOfEnemyPiratesOnPoint(threats.First().Location) >= 4)
{
pirate.Sail(nearestShip);
Main.didTurn.Add(pirate.Id);
return(Utils.GetPirateStatus(pirate, "Kamikazad on ship"));
}
int abstainRadius = 8 * pirate.MaxSpeed;
if (Utils.GetMyHolders().Count() > 1)
{
var secondHolder = Utils.GetMyHolders().First(h => h.Id != pirate.Id);
abstainRadius = 3 * (pirate.MaxSpeed + secondHolder.MaxSpeed);
if (abstainRadius / 2 < pirate.Distance(nearestShip))
{
traits.Add(new TraitRateByEnemy(abstainRadius, 100, secondHolder.UniqueId));
}
}
var path = new Path(pirate.GetLocation(), nearestShip.Location, traits);
bool nearWormHole = game.__wormholes.Any() && game.__wormholes.Any(w => w.TurnsToReactivate <= 2 && pirate.Distance(w) < w.WormholeRange + pirate.MaxSpeed);
bool safe = (threats.Any() && game.PushDistance + game.AsteroidSize <= threats.OrderBy(pirate.Distance).First().Distance(pirate)) && !game.GetLivingAsteroids().Any(a => a.Distance(pirate) <= a.Size + pirate.MaxSpeed * 2);
if (!nearWormHole && safe && (!threats.Any() && pirate.Distance(nearestShip) < abstainRadius || pirate.Distance(nearestShip) <= Chunk.size || path.GetSailLocations().Count <= 1))
{
pirate.Sail(nearestShip);
Main.didTurn.Add(pirate.Id);
return(Utils.GetPirateStatus(pirate, "Sailing directly to ship"));
}
Location pathPopLocation = path.Pop();
Location nextSailLocation = pathPopLocation;
if (Utils.GetMyHolders().Count() > 1 && safe && threats.Count() >= pirate.NumPushesForCapsuleLoss)
{
var otherMiner = Utils.GetMyHolders().First(h => h.Id != pirate.Id);
bool sameTargetShip = Utils.OrderByDistance(game.GetMyMotherships().ToList(), otherMiner.Location).First() == nearestShip;
bool checkI = pirate.Distance(nearestShip) < otherMiner.Distance(nearestShip);
bool checkII = Chunk.size * 4 < otherMiner.Distance(nearestShip) - pirate.Distance(nearestShip);
if (sameTargetShip && checkI && checkII)
{
nextSailLocation = pirate.Location.Towards(pathPopLocation, pirate.MaxSpeed / 2);
}
}
if (Utils.PiratesWithTask(TaskType.BOOSTER).Any() && safe)
{
var closestBooster = Utils.OrderByDistance(Utils.PiratesWithTask(TaskType.BOOSTER), pirate.Location).First();
bool cloestToBooster = Utils.OrderByDistance(Utils.GetMyHolders(), closestBooster.Location).First().Id == pirate.Id;
bool checkI = threats.Any() && threats.First().MaxSpeed * 2 <= threats.First().Distance(pirate);
if (cloestToBooster && game.PushRange < pirate.Distance(closestBooster) && checkI)
{
nextSailLocation = pirate.Location.Towards(pathPopLocation, closestBooster.MaxSpeed / 2);
}
}
return(Utils.GetPirateStatus(pirate, "Sailing to goal, " + Sailing.SafeSail(pirate, nextSailLocation.GetLocation())));
}
/// <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);
}
private int ScaledDistance(Pirate pirate)
{
int maxDistance = (int)((game.Cols.Power(2) + game.Rows.Power(2)).Sqrt());
return((int)(((double)pirate.Distance(Location) / (double)maxDistance) * MAX_PRIORITY));
}
