public Cannon(Vector2 position, ShootingMode mode, float rotation, float baseRotation, double firePeriod, double initialDelay, Layer layer) : base(layer)
{
AddComponent(new PositionComponent(position));
_mode = mode;
var solid = new SolidComponent();
var collider = new RectangleCollider();
collider.Size = Vector2.One * Size;
collider.Position = position;
solid.Collider = collider;
AddComponent(solid);
_rotation = rotation;
_baseRotation = baseRotation;
var rotationRad = MathHelper.ToRadians(rotation);
_direction = new Vector2(
Math.Sign((int)(Math.Cos(rotationRad) * 100)), // Double will be a tiny value instead of zero, so we need this.
Math.Sign((int)(Math.Sin(rotationRad) * 100))
);
_fireAlarm = new AutoAlarm(firePeriod);
_initialDelayAlarm = new Alarm();
_initialDelayAlarm.Set(initialDelay);
}
protected override List <Layer> BuildTileLayers(List <Tileset> tilesets)
{
// Letting basic layer builder do its stuff.
var layers = base.BuildTileLayers(tilesets);
// Now we need to add position and collider components to entity to make it count as a solid.
foreach (var layer in layers)
{
// Getting list of all tilemaps on this layer.
var tilemaps = layer.GetEntityListByComponent <BasicTilemapComponent>();
foreach (var tilemap in tilemaps)
{
var tilemapComponent = tilemap.GetComponent <BasicTilemapComponent>();
tilemapComponent.Padding = 3; // Padding is increased, so biffer tiles like trees won't disappear while still on screen.
// Making collider.
var collider = new TilemapCollider();
collider.Tilemap = tilemapComponent;
collider.Size = new Vector2(
tilemapComponent.Width * tilemapComponent.TileWidth,
tilemapComponent.Height * tilemapComponent.TileHeight
);
var solid = new SolidComponent();
solid.Collider = collider;
// Making collider.
tilemap.AddComponent(solid);
tilemap.AddComponent(new PositionComponent(tilemapComponent.Offset));
}
}
return(layers);
}
public Spikes(Vector2 position, float rotation, Layer layer) : base(layer)
{
AddComponent(new PositionComponent(position));
var solid = new SolidComponent();
var collider = new RectangleCollider();
collider.Size = Vector2.One * Size;
collider.Position = position;
solid.Collider = collider;
AddComponent(solid);
_rotation = rotation;
var rotationRad = MathHelper.ToRadians(rotation - 90);
_harmVector = new Vector2(
Math.Sign((int)(Math.Cos(rotationRad) * 100)), // Double will be a tiny value instead of zero, so we need this.
Math.Sign((int)(Math.Sin(rotationRad) * 100))
);
}
public Switchblock(Vector2 position, bool active, bool switchOnce, Layer layer) : base(layer)
{
Active = active;
_switchOnce = switchOnce;
AddComponent(new PositionComponent(position));
var solid = new SolidComponent();
var collider = new RectangleCollider();
collider.Size = Vector2.One * Size;
collider.Position = position + Vector2.One * Size / 2;
solid.Collider = collider;
solid.Collider.Enabled = active;
AddComponent(solid);
}
public MovingPlatofrm(Layer layer, Vector2 position, float width, bool looped, float pathSpeed, List <Vector2> pathPoints) : base(layer)
{
Width = width;
var cPosition = new PositionComponent(position);
var cSolid = new SolidComponent();
var collider = new PlatformCollider();
collider.Size = new Vector2(width * BaseSize, BaseSize / HeightDivider);
cSolid.Collider = collider;
var cPath = new PathComponent();
cPath.Position = cPosition.Position;
cPath.Points = pathPoints;
cPath.Speed = pathSpeed;
cPath.Looped = looped;
AddComponent(cPosition);
AddComponent(cSolid);
AddComponent(cPath);
}
