IEnumerator CorSortieOctopus()
{
yield return(new WaitForSeconds(spawnTimer));
while (true)
{
sortie = null;
for (int i = 0; i < octopusModum.Count; i++)
{
if (octopusModum[i].gameObject.activeSelf == false)
{
sortie = octopusModum[i];
break;
}
}
if (sortie == null)
{
yield return(new WaitForSeconds(spawnTimer));
}
else
{
if (probability > Random.Range(0, 100))
{
animator.SetBool("Create", true);
}
}
yield return(new WaitForSeconds(spawnTimer));
}
}
public bool variant_mode; //indicates if we are playing in variant mode or not
void Start()
{
//set variant mode to false
variant_mode = false;
//check if we are in variant mode
if (UnityEngine.SceneManagement.SceneManager.GetActiveScene().name == "VariantMode")
{
variant_mode = true; //if we are set it to true
}
gold_objects = new LinkedList <Gold>(); //instantiate list of gold objects
angry_fish_list = new LinkedList <AngryFish>(); //instantiate list of fish
octopus_list = new Octopus[2]; //instantiate array of octopus
for (int i = 0; i < octopus_list.Length; i++)
{
octopus_list[i] = new Octopus(level_time); //create two new empty octopus
//they wont show up but they will have a spawn time based on how long the level is
}
last_gold_add = DateTime.Now; //set last gold add to now
total_gold = 0; //the total gold the player has collected should be 0 to start
//we need to instantiate 5 angry fish at different depths
for (int i = 0; i < 5; i++)
{
//create a new angry fish at random depth
AngryFish new_fish = new AngryFish(Instantiate(angry_fish, new Vector3(-15.0f, UnityEngine.Random.Range(-3.1f, 1.1f), -1), transform.rotation));
angry_fish_list.AddLast(new_fish); //add it to the list
}
//set the time in level to 0 to start
time_in_level = 0;
//also set level to 1
level = 1;
}
//this function is called in update and checks if the level should be updated
private void check_level_update()
{
//this function checks if it is time to update the level and should be called once every frame
//to update the time the player has spent in the level and if applicable increase the level and
//the speed of the fish
time_in_level += Time.deltaTime;
if (time_in_level > level_time)
{
//first reset time in level to 0
time_in_level = 0;
//then we need to increase the move_speed of the fish
foreach (AngryFish fish in angry_fish_list)
{
fish.MoveSpeed = fish.MoveSpeed * 1.1f; //increase fish speed by 10%
}
//finally we need to increase the level indicator in the UI.
level_indicator_text.text = "Level: " + ++level;
//reset the octopus since the level starts with none
for (int i = 0; i < octopus_list.Length; i++)
{
Destroy(octopus_list[i].Oct);
octopus_list[i] = new Octopus(level_time);
}
}
}
//Atacar solo si ha pasado 1s desde el anterior ataque
public IEstadoHormiga Update(Hormiga h)
{
//Si el objetivo esta muerto vamos al estado de muerte, ya que la hormiga ya ha comenzado su ataque suicida aunque no haga daño a ningun enemigo
if (target == null)
{
return(h.eMuerta);
}
//Comprobamos que tipo de enemigo es para hacerle daño correctamente
if (target.gameObject.CompareTag("Gallina"))
{
Gallina g = target.gameObject.GetComponent <Gallina>();
g.GetHit(h.fuerza);
}
if (target.gameObject.CompareTag("Pulpo"))
{
Octopus o = target.gameObject.GetComponent <Octopus>();
o.GetHit(h.fuerza);
}
if (target.gameObject.CompareTag("TRex"))
{
TRex t = target.gameObject.GetComponent <TRex>();
t.GetHit(h.fuerza);
}
return(h.eMuerta);
}
public static void WaterAnimals()
{
Console.WriteLine("");
Console.WriteLine("Dino-Shark I am!");
DinoShark dinoShark = new DinoShark();
Console.WriteLine($"Scales: {dinoShark.Scales}.");
Console.WriteLine($"Packs: {dinoShark.Packs}.");
Console.WriteLine($"Location: {dinoShark.Location}.");
Console.WriteLine($"Eyes: {dinoShark.Eyes}.");
Console.WriteLine($"Feeding Cost:${dinoShark.FeedCost}.");
Console.WriteLine($"Are they safe: {dinoShark.Safe}.");
Console.WriteLine($"Eat: {dinoShark.Eat()}.");
Console.WriteLine($"How many eggs laid a year: {dinoShark.EggsPerYear()}.");
Console.WriteLine("");
Console.WriteLine("Octopus I am!");
Octopus octopus = new Octopus();
Console.WriteLine($"Scales: {octopus.Scales}.");
Console.WriteLine($"Packs: {octopus.Packs}.");
Console.WriteLine($"Location: {octopus.Location}.");
Console.WriteLine($"Eyes: {octopus.Eyes}.");
Console.WriteLine($"Feeding Cost:${octopus.FeedCost}.");
Console.WriteLine($"Are they safe: {octopus.Safe}.");
Console.WriteLine($"Eat: {octopus.Eat()}.");
Console.WriteLine($"How many eggs laid a year: {octopus.EggsPerYear()}.");
Console.WriteLine($"Smarts: {octopus.Smart()}.");
Console.WriteLine("");
Console.WriteLine("Orca I am!");
Orca orca = new Orca();
Console.WriteLine("");
Console.WriteLine($"Tails: {orca.Tail}.");
Console.WriteLine($"Packs: {orca.Packs}.");
Console.WriteLine($"Location: {orca.Location}.");
Console.WriteLine($"Eyes: {orca.Eyes}.");
Console.WriteLine($"Feeding Cost:${orca.FeedCost}.");
Console.WriteLine($"Are they safe: {orca.Safe}.");
Console.WriteLine($"Eat: {orca.Eat()}.");
Console.WriteLine($"How many does it give birth per year: {orca.GiveBirth()}.");
//Interface here as Well
Console.WriteLine("Dino-Otter I am!");
DinoOtter dinoOtter = new DinoOtter();
Console.WriteLine($"Tails: {dinoOtter.Tail}.");
Console.WriteLine($"Packs: {dinoOtter.Packs}.");
Console.WriteLine($"Location: {dinoOtter.Location}.");
Console.WriteLine($"Eyes: {dinoOtter.Eyes}.");
Console.WriteLine($"Feeding Cost:${dinoOtter.FeedCost}.");
Console.WriteLine($"Are they safe: {dinoOtter.Safe}.");
Console.WriteLine($"Eat: {dinoOtter.Eat()}.");
Console.WriteLine($"How many does it give birth per year: {dinoOtter.GiveBirth()}.");
Console.WriteLine($"Interface => Fun Tricks: {dinoOtter.FunTricks}.");
Console.WriteLine($"Interface => Loves Humans: {dinoOtter.Splash()}.");
Console.ReadLine();
}
//public void Shoot()
//{
// GetComponent<Animator>().SetBool("shoot", true);
// Instantiate(bullet, firepoint.position, firepoint.rotation);
//}
public void Shoot()
{
RaycastHit2D hitinfo = Physics2D.Raycast(firepoint.position, firepoint.right);
if (hitinfo)
{
Enemy enemy = hitinfo.transform.GetComponent <Enemy>();
Octopus octopus = hitinfo.transform.GetComponent <Octopus>();
if (enemy != null)
{
enemy.Takedamage(damage);
}
else if (octopus != null)
{
octopus.Takedamage(damage);
}
else if (hitinfo.transform.gameObject.tag == "pickups")
{
hitinfo.transform.gameObject.GetComponent <Pickup>().destroystone(damage);
//Debug.Log(status);
}
Instantiate(shootani, hitinfo.point, Quaternion.identity);//Quaternion.identity:fancy way of showing no rotation
}
GetComponent <Animator>().SetBool("shoot", true);
line.SetPosition(0, firepoint.position);
line.SetPosition(1, hitinfo.point);
line.enabled = true;
}
public IActionResult ShowOctopus(int id)
{
Octopus thisOctopus = dbContext.Octopi
.Include(o => o.Tentacles)
.FirstOrDefault(oct => oct.OctopusId == id);
return(View(thisOctopus));
}
//Atacar solo si ha pasado 1s desde el anterior ataque
public IEstadoGallina Update(Gallina g)
{
if (Time.time - time > 1)
{
time = Time.time;
//Si el objetivo esta muerto volvemos a buscar
if (target == null)
{
return(g.eBuscar);
}
//Comprobamos que tipo de enemigo es para hacerle daño correctamente
if (target.gameObject.CompareTag("Hormiga"))
{
Hormiga h = target.gameObject.GetComponent <Hormiga>();
if (h == null)
{
HormigaReina hr = target.gameObject.GetComponent <HormigaReina>();
hr.GetHit(g.berserk ? g.fuerza * 3 : g.fuerza);
}
else
{
h.GetHit();
}
}
if (target.gameObject.CompareTag("Pulpo"))
{
Octopus o = target.gameObject.GetComponent <Octopus>();
o.GetHit(g.berserk ? g.fuerza * 3 : g.fuerza);
}
if (target.gameObject.CompareTag("TRex"))
{
TRex t = target.gameObject.GetComponent <TRex>();
t.GetHit(g.berserk ? g.fuerza * 3 : g.fuerza);
}
//Cada ataque reduce un poco la fuerza de la gallina
if (g.fuerza > 10)
{
g.fuerza -= 1;
}
//Si el ataque acabo con su objetivo, la gallina se lo come para restaurar sus estadisticas
if (target == null)
{
g.vida = g.vidaInicial;
g.fuerza = g.fuerzaInicial;
g.velocidad = g.velocidadInicial;
g.berserk = false;
}
}
return(g.eAtacar);
}
void Start()
{
for (int i = 0; i < Settings.numPulpos; i++)
{
Octopus o = Instantiate(octopusPrefab).GetComponent <Octopus>();
o.transform.parent = transform;
o.transform.position = transform.position;
o.waterTerrain = lago;
}
}
private static void PowerUpNearbyOctopii(Octopus octopus, List <Octopus> octopii)
{
List <Octopus> nearbyOctopii = octopii.Where(o => o.X >= octopus.X - 1 && o.X <= octopus.X + 1 &&
o.Y >= octopus.Y - 1 && o.Y <= octopus.Y + 1 &&
!o.Flashed &&
$"{o.X},{o.Y}" != $"{octopus.X},{octopus.Y}")
.ToList();
nearbyOctopii.ForEach(nearby => nearby.Power += 1);
}
IEnumerator CorBornOctopus()
{
while (octopusModum.Count < maxOctopus)
{
Octopus temp = Instantiate(octopusPrefab, transform.position, Quaternion.identity, transform);
temp.gameObject.SetActive(false);
octopusModum.Add(temp);
yield return(new WaitForFixedUpdate());
}
}
public FoodTaskTracker(Octopus parent, FoodTaskDef taskDef)
: base(taskDef)
{
this.parent = parent;
parent.Mouth = new Mouth(taskDef.Mouth);
initialFood = new HashSet <Food>();
initialFood.UnionWith(taskDef.Food.Select(f => new Food(f)));
parent.Food.UnionWith(initialFood);
}
public PointTaskTracker(Octopus parent, PointTaskDef def)
{
env = parent;
terminated = false;
terminalReward = def.Reward;
minTargetRadius = def.MinTargetRadius;
maxTargetRadius = def.MaxTargetRadius;
sampler = new Random();
env.Targets = new Target[] { new Target(10, 0, terminalReward) };
Reset();
}
public Octipodes(int[][] energyReadings)
{
octopuses = new Octopus[10][];
for (var y = 0; y < 10; y++)
{
octopuses[y] = new Octopus[10];
for (var x = 0; x < 10; x++)
{
octopuses[y][x] = new Octopus(this, x, y, energyReadings[y][x]);
}
}
}
public IStatesOctopus Update(Octopus o)
{
//Va hacia el agua.
o.agent.destination = o.waterTerrain.position;
if (o.water)
{
return(o.wanderState);
}
else
{
return(o.runState);
}
}
public IActionResult SaveOctopus(Octopus oct)
{
if (ModelState.IsValid)
{
_context.Add(oct);
_context.SaveChanges();
return(RedirectToAction("Index"));
}
else
{
return(View("NewOctopus"));
}
}
private void button1AddMullusk_Click(object sender, EventArgs e)
{
string molluskType;
string name = textBox1Name.Text;
int sizeInCm = int.Parse(textBox2Size.Text);
int minTemp = int.Parse(textBox3MinTemp.Text);
int maxTemp = int.Parse(textBox4MaxTemp.Text);
string color = textBox5Color.Text;
if (radioButton3Starfish.Checked)
{
molluskType = radioButton3Starfish.Text;
starFish = new Starfish();
aquarium.AllAnimalsCollection.Add(starFish);
aquarium.MolluskCollection.Add(starFish);
starFish.Img = FishGUI.Properties.Resources.starfish_icon;
starFish.XPossition = locationGenerator.Next(Аquarium.xMinValue + 100, Аquarium.xMaxValue);
starFish.YPossition = locationGenerator.Next(Аquarium.yMaxValue - 20, Аquarium.yMaxValue);
}
if (radioButton1Octopus.Checked)
{
molluskType = radioButton1Octopus.Text;
octopus = new Octopus();
octopus.AnimalName = name;
aquarium.AllAnimalsCollection.Add(octopus);
aquarium.MolluskCollection.Add(octopus);
octopus.Img = FishGUI.Properties.Resources.octopus_icon;
octopus.XPossition = locationGenerator.Next(Аquarium.xMinValue + 300, Аquarium.xMaxValue);
octopus.YPossition = locationGenerator.Next(Аquarium.yMaxValue - 200, Аquarium.yMaxValue);
}
if (radioButton2Snail.Checked)
{
molluskType = radioButton2Snail.Text;
snail = new Snail();
aquarium.AllAnimalsCollection.Add(snail);
aquarium.MolluskCollection.Add(snail);
snail.Img = FishGUI.Properties.Resources.Snail_icon;
snail.XPossition = locationGenerator.Next(Аquarium.xMinValue + 500, Аquarium.xMaxValue);
snail.YPossition = locationGenerator.Next(Аquarium.yMaxValue - 400, Аquarium.yMaxValue);
}
this.DialogResult = DialogResult.OK;
}
public OctopusEnergyMeter(string[] lines)
{
OctopusGrid = new Octopus[KGrid, KGrid];
for (int y = 0; y < KGrid; y++)
{
var chs = lines[y].ToCharArray();
for (int x = 0; x < KGrid; x++)
{
OctopusGrid[x, y] = new Octopus(x, y, (int)(chs[x] - '0'), OctopusGrid);
}
}
TotalFlashes = 0;
Synchronized = int.MaxValue;
}
public IStatesOctopus Update(Octopus o)
{
//Si está en agua, va el doble de rápido.
if (o.water)
{
o.agent.speed = speed * 2;
}
else
{
o.agent.speed = speed;
}
//Nuevo destino aleatorio.
o.agent.destination = o.transform.position + new Vector3((Random.value - 0.5f) * 80, (Random.value - 0.5f) * 80, (Random.value - 0.5f) * 80);
return(o.wanderState);
}
public override void LoadContent()
{
base.LoadContent();
octopus = new Octopus(CoordinateTransfor((int)cStart.X, (int)cStart.Y) - new Vector2(7.5f, 9.1f),
CoordinateTransfor(1, 1) - new Vector2(7.5f, 9.1f));
buttonFindRoad = new Button(TextureManager.GetTexture2D(ETexture2D.HelpButton), 4, 1, 4, 30,
"Help", false, new Vector2(360, 15));
buttonNextLevel = new ConvertButton(TextureManager.GetTexture2D(ETexture2D.Button), 4, 1, 4, 30,
"Next Level", false, ScreenManager, this, new MainGame(idLevel + 1), new Vector2(580, 550));
buttonBack = new ConvertButton(TextureManager.GetTexture2D(ETexture2D.Button), 4, 1, 4, 30,
"Back", false, ScreenManager, this, new LevelMenu(), new Vector2(20, 550));
buttonBeanSearch = new Button(TextureManager.GetTexture2D(ETexture2D.Button), 4, 1, 4, 30,
"HillClimbing", false, new Vector2(540, 15));
}
//private void OnTriggerEnter2D(Collider2D collision)
private void OnCollisionEnter2D(Collision2D collision)
{
Enemy enemy = collision.transform.GetComponent <Enemy>();
Octopus octopus = collision.transform.GetComponent <Octopus>();
if (enemy != null)
{
enemy.Takedamage(damage);
}
else if (octopus != null)
{
octopus.Takedamage(damage);
}
else if (collision.gameObject.tag == "pickup")
{
collision.transform.gameObject.GetComponent <Pickup>().destroystone(damage);
}
Instantiate(shootani, transform.position, transform.rotation);
Destroy(gameObject);
}
public Robot RandomRobot()
{
Robot _TestRobot;
if (SplashKit.Rnd() < 0.5)
{
_TestRobot = new Boxy(_GameWindow, _Player);
}
else
{
if (SplashKit.Rnd() < 0.5)
{
_TestRobot = new Roundy(_GameWindow, _Player);
}
else
{
_TestRobot = new Octopus(_GameWindow, _Player);
}
}
return(_TestRobot);
}
private static List <Octopus> ParseOctopii(string[] inputs)
{
List <Octopus> octopii = new List <Octopus>();
for (int y = 0; y < inputs.Length; y++)
{
for (int x = 0; x < inputs[y].Length; x++)
{
Octopus octopus = new Octopus
{
X = x,
Y = y,
Flashed = false,
Power = int.Parse(inputs[y][x].ToString())
};
octopii.Add(octopus);
}
}
return(octopii);
}
public static void Main()
{
Octopus o = new Octopus();
if (o.isHungry())
{
Console.WriteLine("The octopus is hungry!\n");
}
else
{
Console.WriteLine("The octopus isn't hungry!\n");
}
o.Digest(75);
Console.WriteLine("The octopus is {0}% hungry", o.HungerPercent);
Console.WriteLine("Feeding the octopus with an int...");
o.Eat(10);
Console.WriteLine("The octopus is {0}% hungry", o.HungerPercent);
Console.WriteLine("Feeding the octopus with a string...");
o.Eat("10");
Console.WriteLine("The octopus is {0}% hungry", o.HungerPercent);
}
public static void Main()
{
Octopus o = new Octopus();
o.name = "Fred";
Console.WriteLine("The octopus {0} hungry!\n", o.isHungry() ? "is" : "isn't");
Console.WriteLine("Digesting 75 food!");
o.Digest(75);
Console.WriteLine("The octopus is {0}% hungry\n", o.HungerPercent);
Console.WriteLine("Feeding the octopus with an int...");
o.Eat(10);
Console.WriteLine("The octopus is {0}% hungry\n", o.HungerPercent);
Console.WriteLine("Feeding the octopus with a string...");
o.Eat("10");
Console.WriteLine("The octopus is {0}% hungry\n", o.HungerPercent);
Console.WriteLine("The octopus is named: {0}", o.name);
Console.WriteLine("The octopus is age: {0}", o.age);
Console.WriteLine("The octopus has {0} legs and {1} eyes!", Octopus.legs, Octopus.eyes);
}
/// <summary>
/// Spawns the Octopus at the given Position
/// </summary>
public void SpawnOctopus(Vector2 position)
{
Octopus = new Octopus(position);
mAllShipList.Add(Octopus);
}
public IStatesTRex Update(TRex t)
{
//Si el enemigo desaparece, el TRex vaga.
if (t.enemy == null)
{
return(t.wanderState);
}
t.agent.speed = attackSpeed;
force = Settings.tamTrex * 20;
//Si no hay colisión, sigue persiguiendo.
if (!colision)
{
t.agent.isStopped = false;
if (t.enemy == null)
{
return(t.wanderState);
}
else
{
t.agent.destination = t.enemy.transform.position;
return(t.attackState);
}
//Si hay colisión, ataca.
}
else
{
colision = false;
if (Time.time - time > 1f)
{
time = Time.time;
//Se para.
t.agent.isStopped = true;
//Si es un pulpo, ataca hasta morir o matar, si lo mata puede comer.
if (t.enemy.gameObject.CompareTag("Pulpo"))
{
Octopus rival = t.enemy.GetComponent <Octopus>();
rival.GetHit((int)force);
if (t.enemy == null)
{
t.health += 20;
}
//Si es una hormiga, ataca hasta matar o morir.
}
else if (t.enemy.gameObject.CompareTag("Hormiga"))
{
Hormiga rival = t.enemy.GetComponent <Hormiga>();
if (rival == null)
{
HormigaReina rivalHR = t.enemy.GetComponent <HormigaReina>();
rivalHR.GetHit((int)force);
}
else
{
rival.GetHit();
}
//Si es una gallina, ataca hasta morir o matar, si lo mata puede comer.
}
else if (t.enemy.gameObject.CompareTag("Gallina"))
{
Gallina rival = t.enemy.GetComponent <Gallina>();
rival.GetHit((int)force);
if (t.enemy == null)
{
t.health += 20;
}
}
}
}
return(t.attackState);
}
public Hyades(InputDevice input)
{
this.input = input;
instance = this;
background_music = Resources.background_music.CreateInstance();
background_music.IsLooped = true;
background_music.Play();
player = new Player(input);
player.position.Z = 2.0f;
camera = new FirstPersonCamera(player);
camera.width = Application.WIDTH;
camera.height = Application.HEIGHT;
camera.near = 0.1f;
camera.far = 500;
camera.fov = 1.1f;
level = new Level();
level.Load();
Skybox skybox = new Skybox(player);
level.Add(skybox);
StaticModelEntity birthstone = new StaticModelEntity(Resources.rock_model);
birthstone.position = Vector3.Zero;
birthstone.rotation.X = 1.11592329f;
birthstone.rotation.Y = 0.188416481f;
birthstone.rotation.Z = 1.31485772f;
birthstone.size = new Vector3(0.0006f);
AmbientEntityBubblesLogic birthstone_logic = new AmbientEntityBubblesLogic(birthstone, 80, 10);
level.Add(birthstone);
for (int i = 0; i < 10; i++)
{
Bubble bubble = new Bubble(0.03f + (float)rand.NextDouble() * 0.02f);
bubble.SetPosition(new Vector2(-50000, 0));
bubble.SetVelocity(new Vector2(0, -1.0f));
level.Add(bubble);
}
Enemy enemy;
for (int i = 0; i < 2; i++)
{
enemy = new Fish();
// enemy.size *= 0.1f;
enemy.size *= (((float)rand.NextDouble())) * 0.06f + 0.05f;
// enemy.size.Z *= 0.2f;
//enemy.position.Z = (((float)rand.NextDouble()) -0.5f)*2;
enemy.SetPosition(new Vector2(-50000, 0));
level.Add(enemy);
}
for (int i = 0; i < 1; i++)
{
enemy = new Octopus();
enemy.size *= 0.1f;
enemy.SetPosition(new Vector2(-50000, -10));
level.Add(enemy);
}
character = new Character(player, input);
character.SetPosition(new Vector2(0, 0));
level.Add(character);
Enemy.player = character;
particlemanager = ParticleManager.GetInstance();
AmbientParticleLogic ambient_logic = new AmbientParticleLogic(character, 10);
for (int i = 0; i < 400; i++)
{
ambient_logic.Emit();
}
AmbientCircleParticleLogic ambient_circle_logic = new AmbientCircleParticleLogic(character, 20);
for (int i = 0; i < 10; i++)
{
ambient_circle_logic.Emit();
}
WormParticleLogic worm_logic = new WormParticleLogic(character, 10);
for (int i = 0; i < 20; i++)
{
worm_logic.Emit();
}
Update(0);
}
public TargetTaskTracker(Octopus parent, TargetTaskDef def)
: base(def)
{
Parent = parent;
objectiveTracker = MakeObjectiveTracker(def.Objective);
}
/// <summary>
/// Check for possible actions for the Fleets and single Ships controled by the AI.
/// </summary>
public void Update(GameTime gameTime, QuadTree quadTree)
{
//FisherShips
var counter = mAiFisherShipList.Count;
for (var i = 0; i < counter; i++)
{
var fShip = mAiFisherShipList[i];
if (!fShip.Moving)
{
if (mFishingMovingDelay <= 0)
{
var randomNumber = new Random();
//moving to a random position in the Map
var x = randomNumber.Next(0, 5760);
var y = randomNumber.Next(0, 5760);
fShip.Move(PathFinder.CalculatePath(fShip.Position, new Vector2(x, y), false));
mFishingMovingDelay = 8;
}
else
{
mFishingMovingDelay -= gameTime.ElapsedGameTime.TotalSeconds;
}
}
if (!fShip.Owned && fShip.Hp > 0)
{
continue;
}
mAiFisherShipList.RemoveAt(i);
counter--;
fShip.HealthBar = null;
fShip.CrewBar = null;
if (fShip.Owned
)
{
Game1.mEventScreen.mEventManager.UpdateStatTotal("Ships Hijacked", 1);
}
}
//TradingShips
counter = mAiTradingShipList.Count;
for (var i = 0; i < counter; i++)
{
var tShip = mAiTradingShipList[i];
if (!tShip.Moving)
{
if (mTradingMovingDelay <= 0)
{
var randomNumber = new Random();
var number = randomNumber.Next(0, IslandManager.IslandCount);
var destination = new Vector2(IslandManager.Islands[IslandManager.mIslandNames[number]].X + randomNumber.Next(20, 50),
IslandManager.Islands[IslandManager.mIslandNames[number]].Y + randomNumber.Next(20, 50));
if (Vector2.Distance(destination, tShip.Position) > 100 &&
Game1.mMapScreen.mGridMap.GetCell(destination).IsWalkable &&
!Game1.mMapScreen.mGridMap.GetCell(destination).Occupied)
{
tShip.Move(PathFinder.CalculatePath(tShip.Position, destination, false));
mTradingMovingDelay = 5;
}
}
else
{
mTradingMovingDelay -= gameTime.ElapsedGameTime.TotalSeconds;
}
}
if (tShip.Hp < tShip.MaxHp) //shoot back
{
if (!mDefendingShipList.Contains(tShip))
{
tShip.Defend(tShip.ShipPath);
mDefendingShipList.Add(tShip);
}
if (tShip.Hp <= 40) //fleeing
{
tShip.TargetShip = null;
tShip.Move(tShip.ShipPath);
tShip.CurrentBState = TradingShip.ShipBattleState.Idle;
mDefendingShipList.Remove(tShip);
}
}
if (!tShip.Owned && tShip.Hp > 0)
{
continue;
}
mAiTradingShipList.RemoveAt(i);
counter--;
if (tShip.Owned)
{
tShip.CrewBar = null;
tShip.HealthBar = null;
Game1.mEventScreen.mEventManager.UpdateStatTotal("Ships Hijacked", 1);
var random = new Random();
if (random.Next(0, 4) == 1)// 25% dropchance
{
RessourceManager.AddRessource("mapParts", 1);
}
}
}
//BattleShips
counter = mAiBattleShipsList.Count;
for (var i = 0; i < counter; i++)
{
var bShip = mAiBattleShipsList[i];
if (bShip.CurrentBState == BattleShip.ShipBattleState.Idle)
{
if (!bShip.Moving)
{
if (mBattleMovingDelay <= 0)
{
//moving to a random position in the Map
var randomNumber = new Random();
var x = randomNumber.Next(0, 5760);
var y = randomNumber.Next(0, 5760);
bShip.Move(PathFinder.CalculatePath(bShip.Position, new Vector2(x, y), false));
mBattleMovingDelay = 3;
}
else
{
mBattleMovingDelay -= gameTime.ElapsedGameTime.TotalSeconds;
}
}
//scan for possible enemies in reach and attack them if they aren't to powefull
var possibleCollisions = new List <AShip>();
var enemyShipsCount = 0;
quadTree.Retrieve(possibleCollisions, bShip);
if (possibleCollisions.Count > 0)
{
AShip nearestShip = null;
for (var index = 0; index < possibleCollisions.Count; index++)
{
var rangeCircle = new CircleF(bShip.Position, 500f); //scan radius
if (rangeCircle.Contains(possibleCollisions[index].Position) &&
possibleCollisions[index].Owned && possibleCollisions[index].Hp >= 0)
{
if (nearestShip == null)
{
nearestShip = possibleCollisions[index];
}
enemyShipsCount++;
//save the nearest Ship
if (Vector2.Distance(bShip.Position, possibleCollisions[index].Position) <
Vector2.Distance(bShip.Position, nearestShip.Position))
{
nearestShip = possibleCollisions[index];
}
}
}
//only attack up to 3 ships
if (enemyShipsCount > 0 && enemyShipsCount <= 3 && nearestShip != null)
{
var random = new Random();
var number = random.Next(0, 2);
if ((number == 1) && nearestShip.EnterAttackValue - 8 < bShip.EnterAttackValue)
{
bShip.Move(PathFinder.CalculatePath(bShip.Position, nearestShip.Position, false));
bShip.Enter(nearestShip);
mEnteringShipList.Add(bShip);
}
else
{
bShip.Move(PathFinder.CalculatePath(bShip.Position, nearestShip.Position, false));
bShip.Attack(nearestShip);
mAttackingShipList.Add(bShip);
}
}
else if (enemyShipsCount > 3)
{
bShip.CurrentBState = BattleShip.ShipBattleState.Defending;
mDefendingShipList.Add(bShip);
}
}
}
if (!bShip.Owned && bShip.Hp > 0)
{
continue;
}
mAiBattleShipsList.RemoveAt(i);
counter--;
bShip.CrewBar = null;
bShip.HealthBar = null;
if (!Game1.mMapScreen.mTechDemo && bShip.Owned)
{
Game1.mEventScreen.mEventManager.UpdateStatTotal("Ships Hijacked", 1);
var random = new Random();
if (random.Next(0, 3) == 1)// 33% dropchance
{
RessourceManager.AddRessource("mapParts", 1);
}
}
}
//Fleets
counter = mAiFleetList.Count;
for (var t = 0; t < counter; t++)
{
var fleet = mAiFleetList[t];
//check if the ships are still in the fleet
var bCounter = fleet.BattleShips.Count;
for (var i = 0; i < bCounter; i++)
{
if (!(fleet.BattleShips[i].Hp <= 0) && !fleet.BattleShips[i].Owned)
{
continue;
}
fleet.BattleShips.RemoveAt(i);
bCounter--;
}
var tCounter = fleet.TradingShips.Count;
for (var i = 0; i < tCounter; i++)
{
if (!(fleet.TradingShips[i].Hp <= 0) && !fleet.TradingShips[i].Owned)
{
continue;
}
fleet.TradingShips.RemoveAt(i);
tCounter--;
}
//ceck if fleets are whiped out
if (fleet.FleetCount() <= 0)
{
mAiFleetList.Remove(fleet);
counter--;
}
if (!fleet.InBattle)
{
//search for enemies when not in Battle
var possibleCollisions = new List <AShip>();
var toAttack = new List <AShip>();
quadTree.Retrieve(possibleCollisions, fleet.FlagShip);
//check if the ships are enemies and in range
foreach (var potentialEnemyShip in possibleCollisions)
{
var rangeCircle = new CircleF(fleet.FlagShip.Position, 600f); //scan radius
if (rangeCircle.Contains(potentialEnemyShip.Position) && potentialEnemyShip.Owned &&
potentialEnemyShip.Hp >= 0)
{
toAttack.Add(potentialEnemyShip);
}
}
//if there are any enemies, attack them
if (toAttack.Count > 0)
{
fleet.Attack(toAttack);
}
//random movement. Determines with the Flagship if the fleet is moving.
if (!fleet.FlagShip.Moving && !fleet.Defending)
{
if (mBattleMovingDelay <= 0)
{
//moving to a random position in the Map
var randomNumber = new Random();
var x = randomNumber.Next(0, 5760);
var y = randomNumber.Next(0, 5760);
fleet.Move(new Vector2(x, y));
mBattleMovingDelay = 3;
}
else
{
mBattleMovingDelay -= gameTime.ElapsedGameTime.TotalSeconds;
}
}
}
else//when in battle
{
//check if own ships were entered
for (int i = 0; i < fleet.BattleShips.Count; i++)
{
if (fleet.BattleShips[i].Owned)
{
fleet.MarkedShips.Add(fleet.BattleShips[i]);
fleet.BattleShips.RemoveAt(i);
}
}
//check if own ships were entered
for (int i = 0; i < fleet.TradingShips.Count; i++)
{
if (fleet.TradingShips[i].Owned)
{
fleet.MarkedShips.Add(fleet.TradingShips[i]);
fleet.TradingShips.RemoveAt(i);
}
}
//check if the marked ships still exist and the distance
var kCounter = fleet.MarkedShips.Count;
for (var i = 0; i < kCounter; i++)
{
if (fleet.MarkedShips[i].Hp <= 0 || !fleet.MarkedShips[i].Owned || Vector2.Distance(fleet.MarkedShips[i].Position, fleet.FlagShip.Position) > 600)
{
fleet.MarkedShips.RemoveAt(i);
kCounter--;
i--;
}
}
fleet.UpdateBattle();
//check for enemies
var possibleCollisions = new List <AShip>();
var toAttack = new List <AShip>();
quadTree.Retrieve(possibleCollisions, fleet.FlagShip);
foreach (var potentialEnemyShip in possibleCollisions)
{
//only add ships that are new
var rangeCircle = new CircleF(fleet.FlagShip.Position, 700f); //scan radius
if (!fleet.MarkedShips.Contains(potentialEnemyShip) && rangeCircle.Contains(potentialEnemyShip.Position) && potentialEnemyShip.Owned &&
potentialEnemyShip.Hp >= 0)
{
toAttack.Add(potentialEnemyShip);
}
}
if (toAttack.Count > 0)
{
fleet.MarkedShips.AddRange(toAttack);
}
//if there is no enemy left, the fleet will stop battling
if (fleet.MarkedShips.Count <= 0)
{
fleet.InBattle = false;
fleet.StopBattle();
}
}
}
//GhostShip
if (GhostShip != null)
{
if (GhostShip.CurrentBState == GhostShip.ShipBattleState.Idle)
{
//check if there are any enemyShips nearby
var enemyShips = new List <AShip>();
var possibleCollisions = new List <AShip>();
quadTree.Retrieve(possibleCollisions, GhostShip);
foreach (var potentialEnemyShip in possibleCollisions)
{
//only add ships that are new
var rangeCircle = new CircleF(GhostShip.Position, 600f); //scan radius
if (!GhostShip.TargetShips.Contains(potentialEnemyShip) && rangeCircle.Contains(potentialEnemyShip.Position) && potentialEnemyShip.Owned &&
potentialEnemyShip.Hp >= 0)
{
enemyShips.Add(potentialEnemyShip);
}
}
if (enemyShips.Count > 0)
{
GhostShip.Attack(enemyShips);
}
//move to the island if not already next to it.
if (Vector2.Distance(GhostShip.Position, GhostShip.TreasureIslandPosition) >= 200 && !GhostShip.Moving)
{
GhostShip.Move(PathFinder.CalculatePath(GhostShip.Position, GhostShip.TreasureIslandPosition, true));
}
}
else if (GhostShip.CurrentBState == GhostShip.ShipBattleState.Attacking)
{
GhostShip.Update(gameTime);
//check if there are any new enemyShips nearby
var possibleCollisions = new List <AShip>();
quadTree.Retrieve(possibleCollisions, GhostShip);
foreach (var potentialEnemyShip in possibleCollisions)
{
//only add ships that are new
var rangeCircle = new CircleF(GhostShip.Position, 600f); //scan radius
if (!GhostShip.TargetShips.Contains(potentialEnemyShip) && rangeCircle.Contains(potentialEnemyShip.Position) && potentialEnemyShip.Owned &&
potentialEnemyShip.Hp >= 0)
{
GhostShip.TargetShips.Add(potentialEnemyShip);
}
}
//moving
mGhostMovementDelay -= gameTime.ElapsedGameTime.TotalSeconds;
if (mGhostMovementDelay <= 0 && GhostShip.NearestTarget != null)
{
Vector2 movementTarget;
if (Vector2.Distance(GhostShip.NearestTarget.Position, GhostShip.Position) <= 120)
{
if (GhostShip.MoveRight)
{
movementTarget = GhostShip.Position +
(Vector2.Normalize(GhostShip.Position - GhostShip.NearestTarget.Position).PerpendicularCounterClockwise() * 100f);
GhostShip.MoveRight = false;
}
else
{
movementTarget = GhostShip.Position +
(Vector2.Normalize(GhostShip.Position - GhostShip.NearestTarget.Position).PerpendicularClockwise() * 100f);
GhostShip.MoveRight = true;
}
mGhostMovementDelay = 1.5;
}
else
{
movementTarget = GhostShip.NearestTarget.Position +
Vector2.Normalize(GhostShip.Position - GhostShip.NearestTarget.Position) * 20f;
mGhostMovementDelay = 1;
}
GhostShip.Move(PathFinder.CalculatePath(GhostShip.Position, movementTarget, true));
}
}
if (GhostShip.Hp <= 0)
{
GhostShip.DropLoot();
mAllShipList.Remove(GhostShip);
GhostShip = null;
}
}
else
{
//spawn ships if necessary
RespawnShips();
}
if (Octopus != null)
{
//search for enemies
if (Octopus.CurrentBState == Octopus.ShipBattleState.Idle)
{
/*
* var possibleCollisions = new List<AShip>();
* quadTree.Retrieve(possibleCollisions, Octopus);
* AShip nearestShip = null;
* foreach (var potentialEnemyShip in possibleCollisions)
* {
* //only add ships that are new
*
* var rangeCircle = new CircleF(Octopus.Position, 400f); //scan radius
* if (rangeCircle.Contains(potentialEnemyShip.Position) && potentialEnemyShip.Owned &&
* potentialEnemyShip.Hp >= 0)
* {
* if (nearestShip == null)
* {
* nearestShip = potentialEnemyShip;
* }
* else if (Vector2.Distance(nearestShip.Position, Octopus.Position) > Vector2.Distance(potentialEnemyShip.Position, Octopus.Position))
* {
* nearestShip = potentialEnemyShip;
* }
* }
* }*/
var nearestShip = SearchClosestShip(Octopus, quadTree, 400f);//testing
if (nearestShip != null)
{
Octopus.Enter(nearestShip);//attack the closest enemy
}
//move back to original position
if (Vector2.Distance(Octopus.Position, Octopus.HousingPosition) >= 200 && !Octopus.Moving)
{
Octopus.Move(PathFinder.CalculatePath(Octopus.Position, Octopus.HousingPosition, true));
}
}
else if (Octopus.CurrentBState == Octopus.ShipBattleState.Entering)
{
Octopus.Update(gameTime);
mOctopusChasingDelay -= gameTime.ElapsedGameTime.TotalSeconds;
if (Octopus.TargetShip != null && Vector2.Distance(Octopus.Position, Octopus.TargetShip.Position) >= 70 && mOctopusChasingDelay <= 0)
{
mOctopusChasingDelay = 2;
Octopus.Move(PathFinder.CalculatePath(Octopus.Position, Octopus.TargetShip.Position, true));
}
}
if (Octopus.Hp <= 0)
{
Octopus.DropLoot();
mAllShipList.Remove(Octopus);
Octopus = null;
}
}
if (Dragon != null)
{
Dragon.Update(gameTime, quadTree);//special Updates for the dragon..
Dragon.UpdateDragonMovement(gameTime);
//check if the Dragoon is fighting or not
if (Dragon.CurrentBState == Dragon.ShipBattleState.Idle)
{
if (!Dragon.Moving)
{
//moving to a random position in the Map
var randomNumber = new Random();
var x = randomNumber.Next(0, 5760);
var y = randomNumber.Next(0, 5760);
Dragon.MoveDragon(new Vector2(x, y));
}
/*
* var possibleCollisions = new List<AShip>();
* quadTree.Retrieve(possibleCollisions, Dragon);
* AShip nearestShip = null;
* foreach (var potentialEnemyShip in possibleCollisions)
* {
* //only add ships that are new
* var rangeCircle = new CircleF(Octopus.Position, 200f); //scan radius
* if (rangeCircle.Contains(potentialEnemyShip.Position) && potentialEnemyShip.Owned &&
* potentialEnemyShip.Hp >= 0)
* {
* if (nearestShip == null)
* {
* nearestShip = potentialEnemyShip;
* }
* else if (Vector2.Distance(nearestShip.Position, Octopus.Position) > Vector2.Distance(potentialEnemyShip.Position, Octopus.Position))
* {
* nearestShip = potentialEnemyShip;
* }
* }
* }*/
var nearestShip = SearchClosestShip(Dragon, quadTree, 200f);
if (nearestShip != null)
{
Dragon.Attack(nearestShip); //attack the closest enemy
}
}
else if (Dragon.CurrentBState == Dragon.ShipBattleState.Attacking)
{
//Chasing
if (Dragon.TargetShip != null && Vector2.Distance(Dragon.Position, Dragon.TargetShip.Position) >= 70)
{
Dragon.MoveDragon(Dragon.TargetShip.Position);
}
}
if (Dragon.Hp <= 0)
{
Dragon.DropLoot();
mAllShipList.Remove(Dragon);
Dragon = null;
}
}
}