public Brick(int posx, int posy, string NameSprite, int Score, Breakout breakout) : base(true)
{
// initial placement
Transform.x = posx;
Transform.y = posy;
AddComponent(new Engine.System.Graphics.SpriteComponent(this, NameSprite, true));
AddComponent(new RuleComponent(this));
AddComponent(CollisionComponentBuilder.CreateNew()
.Init(this, new Vector2(60, 30))
.SetBodyType(BodyType.Static)
.SetCollidesWith(Category.Cat1)
.SetCategoriesCollision(Category.Cat2)
.SetFriction(0f)
.AddOnCollisionEventHandler(delegate(Fixture sender, Fixture other, Contact contact)
{
other.Body.LinearVelocity = new Vector2(other.Body.LinearVelocity.X * 400, other.Body.LinearVelocity.Y * 400);
return(true);
})
.Build());
breakout.wall.Add(this);
breakout.nbBrick += 1;
Name = "Brick" + breakout.nbBrick;
ScoreGiven = Score;
var msg = new RuleManager.EngineMessage();
msg.entitybase = EntityManager.GetEntity("Ball");
msg.entityFocus = this;
msg.Action = RuleManager.ActionEngine.Collision;
GetComponent <RuleComponent>().WatcherActionEngine(msg, BreakBricks, "brick", this, "breakout");
}
public InvisibleWall(Vector2 pos, Vector2 size, bool destroyBallHandler = false) : base(true)
{
//Initial Placement
Transform.x = pos.X;
Transform.y = pos.Y;
//Component
AddComponent(new RuleComponent(this));
var builder = CollisionComponentBuilder.CreateNew();
builder.Init(this, size)
.SetBodyType(BodyType.Static)
.SetCategoriesCollision(Category.Cat2)
.SetFriction(0f)
.SetCollidesWith(Category.All);
if (destroyBallHandler)
{
builder.AddOnCollisionEventHandler(delegate(Fixture sender, Fixture other, Contact contact)
{
EntityManager.GetAllEntities().Find(i => i.Guid == (Guid)other.Body.Tag).marked_for_deletion = true;
((Breakout)EntityManager.GetEntity("Breakout")).nbBall -= 1;
return(true);
});
}
AddComponent(builder.Build());
}
public Ball() : base(true)
{
Name = "Ball";
// Initial placement
Transform.x = 400;
Transform.y = 300;
// Components
AddComponent(new Engine.System.Graphics.SpriteComponent(this, "Ball", true));
AddComponent(CollisionComponentBuilder.CreateNew()
.Init(this, 25)
.SetRestitution(1f)
.SetCategoriesCollision(Category.Cat1)
.SetCollidesWith(Category.All)
.SetBodyType(BodyType.Dynamic)
.SetFriction(0f)
.Build());
var mvt = new MovementComponent(this, false);
AddComponent(new RuleComponent(this));
AddComponent(mvt);
//activation of the function to remove life
/* var msg = new RuleManager.EngineMessage();
* msg.entitybase = this;
* msg.entityFocus = borderscreen;
* msg.Action = RuleManager.ActionEngine.Collision;
* rulebrick.WatcherActionEngine(msg, removeLife, "Breakout", this, "nbBall");*/
}
private void CreateSantaCollisionComponent()
{
OnCollisionEventHandler print_collide = (sender, other, contact) =>
{
Debug.WriteLine("entity controlled:" + sender.Body.Tag + " entity collide:" + other.Body.Tag);
Debug.WriteLine("res" + contact.FixtureA.Restitution);
//TODO Fix missing/wrong code
// var tmp = new RuleManager.EngineMessage();
// tmp.Action = RuleManager.ActionEngine.Collision;
// tmp.entitybase = EntityManager.GetAllEntities().Find(i => i.Guid == (Guid)sender.Tag);
//tmp.entityFocus = EntityManager.GetAllEntities().Find(i => i.Guid == (Guid)other.Tag);
// RuleManager.EngineAction.Enqueue(tmp);
return(true);
};
santaEnt.AddComponent(CollisionComponentBuilder.CreateNew()
.Init(santaEnt, 25)
.SetBodyType(BodyType.Dynamic)
.SetCollidesWith(Category.All)
.SetCategoriesCollision(Category.Cat1)
// .SetMass(1f)
// .SetInertia(1f)
.SetLinearVelocity(new Vector2(300, 0))
.SetRestitution(1f)
// .SetIgnoreCCD(true)
// .SetForce(100f)
.AddOnCollisionEventHandler(print_collide)
.Build());
}
public Bat() : base(true)
{
// Initial placement
Transform.x = 400;
Transform.y = 150;
// Main Components
AddComponent(new RuleComponent(this));
// var input = new InputComponent(this);
AddComponent(MovementComponentBuilder.CreateNew().Init(this).SetForceAmount(3000).Build());
AddComponent(new SpriteComponent(this, "Bat", true));
List <OnCollisionEventHandler> fixtureOnCollisionEventHandlers = new List <OnCollisionEventHandler>();
fixtureOnCollisionEventHandlers.Add(delegate(Fixture sender, Fixture other, Contact contact)
{
Vector2 linear = other.Body.LinearVelocity;
if (linear.Y >= 0)
{
other.Body.LinearVelocity = new Vector2(-100, -70);
}
else
{
other.Body.LinearVelocity = new Vector2(-100, 70);
}
return(true);
});
fixtureOnCollisionEventHandlers.Add(delegate(Fixture sender, Fixture other, Contact contact)
{
Vector2 linear = other.Body.LinearVelocity;
if (linear.Y >= 0)
{
other.Body.LinearVelocity = new Vector2(0, -170);
}
else
{
other.Body.LinearVelocity = new Vector2(0, 170);
}
return(true);
});
fixtureOnCollisionEventHandlers.Add(delegate(Fixture sender, Fixture other, Contact contact)
{
Vector2 linear = other.Body.LinearVelocity;
if (linear.Y >= 0)
{
other.Body.LinearVelocity = new Vector2(100, -70);
}
else
{
other.Body.LinearVelocity = new Vector2(100, 70);
}
return(true);
});
AddComponent(CollisionComponentBuilder.CreateNew()
.Init(this, new Vector2(153, 40))
.SetBodyType(BodyType.Dynamic)
.SetCollidesWith(Category.All)
.SetCategoriesCollision(Category.Cat3)
.SetHitBoxDivide(3)
.SetFixtureOnCollisionEventHandlers(fixtureOnCollisionEventHandlers)
.SetFriction(0f)
.Build());
var input = new InputComponent(this);
ActionDelegate move_up_down = (entity, dict) => {
GetComponent <MovementComponent>().MoveToUp();
};
ActionDelegate move_up_up = (entity, dict) =>
{
GetComponent <MovementComponent>().StopMoveToDirection(MovementComponent.DirectionMovement.UP);
};
ActionDelegate move_down_down = (entity, dict) => {
GetComponent <MovementComponent>().MoveToDown();
};
ActionDelegate move_down_up = (entity, dict) =>
{
GetComponent <MovementComponent>().StopMoveToDirection(MovementComponent.DirectionMovement.DOWN);
};
ActionDelegate move_right_down = (entity, dict) => {
GetComponent <MovementComponent>().MoveToRight();
};
ActionDelegate move_right_up = (entity, dict) =>
{
GetComponent <MovementComponent>().StopMoveToDirection(MovementComponent.DirectionMovement.RIGHT);
};
ActionDelegate move_left_down = (entity, dict) => {
GetComponent <MovementComponent>().MoveToLeft();
};
ActionDelegate move_left_up = (entity, dict) =>
{
GetComponent <MovementComponent>().StopMoveToDirection(MovementComponent.DirectionMovement.LEFT);
};
ActionDelegate launch_ball = (entity, dict) =>
{
EntityManager.GetEntity("Breakout").GetComponent <RuleComponent>().WatcherVarEntity("score", 0, "Breakout", SpawnBall, "Ball", this, "none");
};
ActionDelegate exit = (entity, dict) => Engine.Core.Game.Instance.Exit();
input.AddAction("move_right", OnKey.DOWN, Ultraviolet.Input.Key.Right, null, move_right_down);
input.AddAction("move_right", OnKey.UP, Ultraviolet.Input.Key.Right, null, move_right_up);
input.AddAction("move_left", OnKey.DOWN, Ultraviolet.Input.Key.Left, null, move_left_down);
input.AddAction("move_left", OnKey.UP, Ultraviolet.Input.Key.Left, null, move_left_up);
input.AddAction("exit", OnKey.PRESSED, Ultraviolet.Input.Key.Escape, null, exit);
input.AddAction("launch_ball", OnKey.PRESSED, Ultraviolet.Input.Key.Space, null, launch_ball);
AddComponent(input);
// Mouvement mechanics not implemented yet.
// Waiting for update from physics part before tweaking it
}
private static Entity CreateBricks(int x, int y,
bool vert,
BodyType bodyType,
Category collidesWith,
Category collision,
Vector2 force = default(Vector2),
Vector2 linearVelocity = default(Vector2),
float mass = 2,
bool gravity = false, float restitution = 1f)
{
var entity = new Entity(true);
entity.Transform.x = x;
entity.Transform.y = y;
// entity.Name = "brick" + nbNameBrick;
Debug.WriteLine(entity.Name);
// nbNameBrick += 1;
Vector2 hitbox;
if (vert)
{
entity.AddComponent(new SpriteComponent(entity, "BrickVert", true));
hitbox = new Vector2(30, 60);
}
else
{
entity.AddComponent(new SpriteComponent(entity, "Brick", true));
hitbox = new Vector2(60, 30);
}
var fixtureCollisionEventHandlers = new List <OnCollisionEventHandler>();
fixtureCollisionEventHandlers.Add(delegate(Fixture sender, Fixture other, Contact contact) {
other.Body.LinearVelocity = new Vector2(-100, -70);
return(true);
});
fixtureCollisionEventHandlers.Add(delegate(Fixture sender, Fixture other, Contact contact) {
other.Body.LinearVelocity = new Vector2(0, -170);
return(true);
});
fixtureCollisionEventHandlers.Add(delegate(Fixture sender, Fixture other, Contact contact) {
other.Body.LinearVelocity = new Vector2(100, -70);
return(true);
});
CollisionComponent component = CollisionComponentBuilder.CreateNew()
.Init(entity, hitbox)
.SetBodyType(BodyType.Dynamic)
.SetCollidesWith(collidesWith)
.SetCategoriesCollision(collision)
.SetIgnoreGravity(gravity)
// .SetIgnoreCCD(true)
//.ApplyForce(force)
// .SetMass(mass)
// .SetInertia(0)
// .SetLinearVelocity(linearVelocity)
.SetHitBoxDivide(3)
.SetRestitution(restitution)
.SetFixtureOnCollisionEventHandlers(fixtureCollisionEventHandlers)
.Build();
entity.AddComponent(component);
return(entity);
}
