public ProjectileDecorator(IProjectileLogic p)
{
ProjectileLogic = p;
ProtoProjectile tmp = (ProtoProjectile)ProjectileLogic.getUpperMost();
Game = tmp.Game;
Scene = tmp.Scene;
Input = tmp.Input;
Projectile = tmp.Projectile;
}
public ProjectileDecorator(IProjectileLogic p)
{
ProjectileLogic = p;
ProtoProjectile tmp = (ProtoProjectile) ProjectileLogic.getUpperMost();
Game = tmp.Game;
Scene = tmp.Scene;
Input = tmp.Input;
Projectile = tmp.Projectile;
}
private IProjectileLogic decorate(ProjectileDecorators decoType, IProjectileLogic inner)
{
switch (decoType)
{
case ProjectileDecorators.TestBullet:
return new TestBullet(inner);
case ProjectileDecorators.BulletWallCollider:
return new BulletWallCollider(inner);
default:
throw new NotImplementedException();
}
}
private IProjectileLogic decorate(ProjectileDecorators decoType, IProjectileLogic inner)
{
switch (decoType)
{
case ProjectileDecorators.TestBullet:
return(new TestBullet(inner));
case ProjectileDecorators.BulletWallCollider:
return(new BulletWallCollider(inner));
default:
throw new NotImplementedException();
}
}
public TestBullet(IProjectileLogic p)
: base(p)
{
if (_texture == null)
_texture = new Texture("Resources/Bullet.png");
var image = new Image(_texture);
var collider = new PolygonCollider(_basePolygon, CollidableTags.Bullet);
Utilities.RotatePolygon(Projectile.DegOrientation + 90, collider, _basePolygon);
Projectile.AddCollider(collider);
Projectile.AddGraphic(image);
image.Angle = Projectile.DegOrientation + 90;
_direction = new Vector2(16 * ((float)Math.Sin(Projectile.DegOrientation * Util.DEG_TO_RAD)),
16 * ((float)Math.Cos(Projectile.DegOrientation * Util.DEG_TO_RAD)));
}
public TestBullet(IProjectileLogic p) : base(p)
{
if (_texture == null)
{
_texture = new Texture("Resources/Bullet.png");
}
var image = new Image(_texture);
var collider = new PolygonCollider(_basePolygon, CollidableTags.Bullet);
Utilities.RotatePolygon(Projectile.DegOrientation + 90, collider, _basePolygon);
Projectile.AddCollider(collider);
Projectile.AddGraphic(image);
image.Angle = Projectile.DegOrientation + 90;
_direction = new Vector2(16 * ((float)Math.Sin(Projectile.DegOrientation * Util.DEG_TO_RAD)),
16 * ((float)Math.Cos(Projectile.DegOrientation * Util.DEG_TO_RAD)));
}
public BulletWallCollider(IProjectileLogic pLogic) : base(pLogic)
{
}
public BulletWallCollider(IProjectileLogic pLogic)
: base(pLogic)
{
}
void Awake()
{
_movement = GetComponent <ProjectileMovementUnityContext>();
_logic = this.GetComponentByInterface <IProjectileLogic>();
}
