public override void Update(List <Component> components)
{
foreach (FrogEnemyComponent frog in components)
{
frog.LogicStateMachine.Update();
frog.AttackDelay.Update();
var actor = frog.Owner.GetComponent <StackableActorComponent>();
// Damaging the player.
if (
!actor.Crouching &&
actor.LogicStateMachine.CurrentState == ActorStates.InAir &&
actor.StackedNext == null
)
{
var players = SceneMgr.CurrentScene.GetEntityListByComponent <PlayerComponent>();
var physics = frog.Owner.GetComponent <PhysicsComponent>();
foreach (var playerEntity in players)
{
var player = playerEntity.GetComponent <PlayerComponent>();
var playerActor = playerEntity.GetComponent <StackableActorComponent>();
if (playerActor.Crouching && actor.LogicStateMachine.CurrentState != ActorStates.Stacked)
{
continue;
}
var position = frog.Owner.GetComponent <PositionComponent>();
var playerPosition = playerEntity.GetComponent <PositionComponent>();
var playerPhysics = playerEntity.GetComponent <PhysicsComponent>();
// Setting up colliders.
physics.Collider.Position = position.Position;
physics.Collider.PreviousPosition = position.PreviousPosition;
playerPhysics.Collider.Position = playerPosition.Position;
playerPhysics.Collider.PreviousPosition = playerPosition.PreviousPosition;
// Seting up colliders.
if (CollisionDetector.CheckCollision(physics.Collider, playerPhysics.Collider))
{
StackableActorSystem.Damage(playerEntity.GetComponent <StackableActorComponent>());
}
}
}
// Damaging the player.
}
}
public override void Update(List <Component> components)
{
foreach (CatEnemyComponent gato in components)
{
var physics = gato.Owner.GetComponent <PhysicsComponent>();
var actor = gato.Owner.GetComponent <StackableActorComponent>();
actor.LeftAction = (gato.Direction == -1);
actor.RightAction = (gato.Direction == 1);
if (actor.LogicStateMachine.CurrentState == ActorStates.OnGround)
{
var position = gato.Owner.GetComponent <PositionComponent>();
// Checking if there is a wall next to us.
physics.Collider.Position = position.Position
+ Vector2.UnitX * gato.Direction * (physics.Collider.Size.X / 2 + 1);
if (physics.CollisionH == gato.Direction)
{
gato.Direction *= -1;
actor.Orientation = gato.Direction;
}
// Checking if there is a wall next to us.
else
{
// Checking if there is a pit below us.
var collider = new RectangleCollider();
collider.Size = Vector2.One;
collider.Position = position.Position
+ (physics.Collider.Size / 2 + Vector2.One) * new Vector2(gato.Direction, 1);
if (PhysicsSystem.CheckCollision(gato.Owner, collider) == null)
{
gato.Direction *= -1;
actor.Orientation = gato.Direction;
}
// Checking if there is a pit below us.
}
}
// Damaging the player.
if (
(
actor.StackOwner == null ||
(
actor.StackOwner != null &&
!actor.StackOwner.HasComponent <PlayerComponent>()
)
) &&
actor.LogicStateMachine.CurrentState != ActorStates.Dead
)
{
var players = SceneMgr.CurrentScene.GetEntityListByComponent <PlayerComponent>();
foreach (var playerEntity in players)
{
var player = playerEntity.GetComponent <PlayerComponent>();
var playerActor = playerEntity.GetComponent <StackableActorComponent>();
if (playerActor.Crouching && actor.LogicStateMachine.CurrentState != ActorStates.Stacked)
{
continue;
}
var position = gato.Owner.GetComponent <PositionComponent>();
var playerPosition = playerEntity.GetComponent <PositionComponent>();
var playerPhysics = playerEntity.GetComponent <PhysicsComponent>();
// Setting up colliders.
physics.Collider.Position = position.Position;
physics.Collider.PreviousPosition = position.PreviousPosition;
playerPhysics.Collider.Position = playerPosition.Position;
playerPhysics.Collider.PreviousPosition = playerPosition.PreviousPosition;
// Seting up colliders.
if (CollisionDetector.CheckCollision(physics.Collider, playerPhysics.Collider))
{
StackableActorSystem.Damage(playerEntity.GetComponent <StackableActorComponent>());
}
}
}
// Damaging the player.
}
}