public virtual void Roam()
{
LookDirection = new TGCVector3(LookDirection.X, 0, LookDirection.Z); // Elimino la componente Y para que roamee al nivel que esta del agua
timeSinceLastDirection += GameInstance.ElapsedTime;
TGCVector3 rotationVector = TGCVector3.Empty;
if (timeSinceLastDirection > timeToChangeDirection)
{
timeSinceLastDirection = 0f;
timeToChangeDirection = MathExtended.GetRandomNumberBetween(2, 5);
float randomX = MathExtended.GetRandomNumberBetween(-100, 100);
float randomZ = MathExtended.GetRandomNumberBetween(-100, 100);
TGCVector3 lastDirection = LookDirection;
LookDirection = TGCVector3.Normalize(new TGCVector3(randomX, LookDirection.Y, randomZ));
float angle = MathExtended.AngleBetween(new TGCVector2(lastDirection.X, lastDirection.Z), new TGCVector2(LookDirection.X, LookDirection.Z));
rotationVector.Y = -angle;
}
rotation += rotationVector;
Position += LookDirection * roamingSpeed * GameInstance.ElapsedTime;
TGCMatrix rot = TGCMatrix.RotationY(rotation.Y);
TGCMatrix trans = TGCMatrix.Translation(Position);
TGCMatrix scal = TGCMatrix.Scaling(scale);
Transform = scal * rot * trans;
}
public Fish(Subnautica gameInstance, string name, List <TgcMesh> meshes, TGCVector3 spawnLocation) : base(gameInstance, name, meshes, 10, 50f)
{
CollisionStatus = Utils.ECollisionStatus.NOT_COLLISIONABLE;
Position = spawnLocation;
size = MathExtended.GetRandomNumberBetween(3, 20);
scale = TGCVector3.One * size;
// LIVING_NPC
dropsProbability[ItemDatabase.Instance.Generate(EItemID.RAW_FISH)] = 100;
dropsProbability[ItemDatabase.Instance.Generate(EItemID.FISH_SCALE)] = 50;
}
private void UpdateParticleEmitter()
{
timeSinceLastBubblesReposition += ElapsedTime;
if (timeSinceLastBubblesReposition >= bubblesRepositionCooldown)
{
int relativeXPosition = MathExtended.GetRandomNumberBetween(-600, 600);
int relativeYPosition = MathExtended.GetRandomNumberBetween(-100, 300);
int relativeZPosition = MathExtended.GetRandomNumberBetween(700, 2000);
TGCVector3 particlesRelativePosition = Player.RelativeRightDirection * relativeXPosition + Player.RelativeUpDirection * relativeYPosition + Player.LookDirection * relativeZPosition;
bubbleParticleEmitter.Position = Player.Position + particlesRelativePosition;
timeSinceLastBubblesReposition = 0f;
}
}
private void Chase()
{
LookDirection = TGCVector3.Normalize(GameInstance.Player.Position - Position);
TGCVector3 rotationAxis = TGCVector3.Cross(InitialLookDirection, LookDirection); // Ojo el orden - no es conmutativo
TGCQuaternion rotationQuat = TGCQuaternion.RotationAxis(rotationAxis, MathExtended.AngleBetween(InitialLookDirection, LookDirection));
TGCVector3 nextPosition = Position + LookDirection * chasingSpeed * GameInstance.ElapsedTime;
TGCMatrix translationMatrix = TGCMatrix.Translation(nextPosition);
TGCMatrix rotationMatrix = TGCMatrix.RotationTGCQuaternion(rotationQuat);
TGCMatrix nextTransform = rotationMatrix * translationMatrix;
SimulateAndSetTransformation(nextPosition, nextTransform);
}
public override void Interact(Player interactor)
{
AddHealth(-1 * interactor.AttackDamage);
GameInstance.OnHitNpcSounds[MathExtended.GetRandomNumberBetween(0, GameInstance.OnHitNpcSounds.Count)].play();
if (!IsAlive)
{
foreach (Item item in dropsProbability.Keys)
{
if (dropsProbability[item] > MathExtended.GetRandomNumberBetween(0, 100))
{
interactor.CollectItem(item);
}
}
Destroy();
}
}
private void CrearObjetosEnElEscenario(CustomVertex.PositionNormalTextured[] vertices)
{
Random random = new Random();
int posicionesTotales = vertices.Length; // Le resto 2 para que no tener en cuenta los bordes del mapa
int posicionesASaltear = 1; // Este valor se cambia adentro del for con un random
int minSalto = 1; // Valores para usar en el next del random para saltear
int maxSalto = 9;
for (int i = verticesWidth; i < posicionesTotales; i += posicionesASaltear)
{
CustomVertex.PositionNormalTextured verticeActual = vertices[i];
TGCVector3 rotation = TGCVector3.Up * random.Next(10);
int scale = random.Next(10, 30);
TGCVector3 position = MathExtended.Vector3ToTGCVector3(verticeActual.Position);
TgcMesh mesh = meshesPlantas[random.Next(meshesPlantas.Count)];
//GameInstance.InstanceObject(new Collectable(GameInstance, "coral", new List<TgcMesh>(new TgcMesh[] { mesh.createMeshInstance("coral") }), position, scale, rotation, Items.EItemID.CORAL_PIECE));
GameInstance.InstanceStaticSceneObject(new Collectable(GameInstance, "coral", new List <TgcMesh>(new TgcMesh[] { mesh.createMeshInstance("coral") }), position, scale, rotation, Items.EItemID.CORAL_PIECE));
posicionesASaltear = random.Next(minSalto, maxSalto);
}
}