public PlungerCollider(PlungerComponent comp, PlungerColliderComponent collComp, ColliderInfo info) : this()
{
_header.Init(info, ColliderType.Plunger);
var zHeight = comp.PositionZ;
var x = comp.Position.x - comp.Width;
var y = comp.Position.y + comp.Height;
var x2 = comp.Position.x + comp.Width;
// static
LineSegBase = new LineCollider(new float2(x, y), new float2(x2, y), zHeight, zHeight + Plunger.PlungerHeight, info);
JointBase0 = new LineZCollider(new float2(x, y), zHeight, zHeight + Plunger.PlungerHeight, info);
JointBase1 = new LineZCollider(new float2(x2, y), zHeight, zHeight + Plunger.PlungerHeight, info);
var frameEnd = comp.Position.y - collComp.Stroke;
Bounds = new ColliderBounds(_header.Entity, _header.Id, new Aabb(
x - 0.1f,
x2 + 0.1f,
frameEnd - 0.1f,
y + 0.1f,
zHeight,
zHeight + Plunger.PlungerHeight
));
}
public void Convert(Entity entity, EntityManager dstManager, GameObjectConversionSystem conversionSystem)
{
Convert(entity, dstManager);
var table = gameObject.GetComponentInParent <TableBehavior>().Item;
transform.GetComponentInParent <Player>().RegisterPlunger(Item, entity, gameObject);
Item.Init(table);
var hit = Item.PlungerHit;
hit.SetIndex(entity.Index, entity.Version);
dstManager.AddComponentData(entity, new PlungerStaticData {
MomentumXfer = data.MomentumXfer,
ScatterVelocity = data.ScatterVelocity,
FrameStart = hit.FrameBottom,
FrameEnd = hit.FrameTop,
FrameLen = hit.FrameLen,
RestPosition = hit.RestPos,
IsAutoPlunger = data.AutoPlunger,
SpeedFire = data.SpeedFire,
NumFrames = Item.MeshGenerator.NumFrames
});
dstManager.AddComponentData(entity, new PlungerColliderData {
JointEnd0 = LineZCollider.Create(hit.JointEnd[0]),
JointEnd1 = LineZCollider.Create(hit.JointEnd[1]),
LineSegEnd = LineCollider.Create(hit.LineSegEnd),
LineSegSide0 = LineCollider.Create(hit.LineSegSide[0]),
LineSegSide1 = LineCollider.Create(hit.LineSegSide[1])
});
dstManager.AddComponentData(entity, new PlungerMovementData {
FireBounce = 0f,
Position = hit.Position,
RetractMotion = false,
ReverseImpulse = 0f,
Speed = 0f,
TravelLimit = hit.FrameTop,
FireSpeed = 0f,
FireTimer = 0
});
dstManager.AddComponentData(entity, new PlungerVelocityData {
Mech0 = 0f,
Mech1 = 0f,
Mech2 = 0f,
PullForce = 0f,
InitialSpeed = 0f,
AutoFireTimer = 0,
AddRetractMotion = false,
RetractWaitLoop = 0,
MechStrength = data.MechStrength
});
}
private void GenerateGateCollider(ICollection <ICollider> colliders, float height, float radAngle)
{
var halfLength = _data.Length * 0.5f;
var sn = math.sin(radAngle);
var cs = math.cos(radAngle);
var v1 = new float2(
_data.PosX - cs * (halfLength + PhysicsConstants.PhysSkin),
_data.PosY - sn * (halfLength + PhysicsConstants.PhysSkin)
);
var v2 = new float2(
_data.PosX + cs * (halfLength + PhysicsConstants.PhysSkin),
_data.PosY + sn * (halfLength + PhysicsConstants.PhysSkin)
);
var lineSeg0 = new LineCollider(v1, v2, height, height + 2.0f * PhysicsConstants.PhysSkin, _api.GetColliderInfo());
var lineSeg1 = new LineCollider(v2, v1, height, height + 2.0f * PhysicsConstants.PhysSkin, _api.GetColliderInfo());
colliders.Add(new GateCollider(in lineSeg0, in lineSeg1, _api.GetColliderInfo()));
}
public SpinnerCollider(SpinnerComponent component, float height, ColliderInfo info) : this()
{
_header.Init(info, ColliderType.Spinner);
var halfLength = component.Length * 0.5f;
var radAngle = math.radians(component.Rotation);
var sn = math.sin(radAngle);
var cs = math.cos(radAngle);
var v1 = new float2(
component.Position.x - cs * (halfLength + PhysicsConstants.PhysSkin), // through the edge of the
component.Position.y - sn * (halfLength + PhysicsConstants.PhysSkin) // spinner
);
var v2 = new float2(
component.Position.x + cs * (halfLength + PhysicsConstants.PhysSkin), // oversize by the ball radius
component.Position.y + sn * (halfLength + PhysicsConstants.PhysSkin) // this will prevent clipping
);
LineSeg0 = new LineCollider(v1, v2, height, height + 2.0f * PhysicsConstants.PhysSkin, info);
LineSeg1 = new LineCollider(v2, v1, height, height + 2.0f * PhysicsConstants.PhysSkin, info);
Bounds = LineSeg0.Bounds;
}
public static void Create(BlobBuilder builder, HitObject src, ref BlobPtr <Collider> dest)
{
switch (src)
{
case KickerHit kickerHit:
CircleCollider.Create(builder, kickerHit, ref dest, ColliderType.KickerCircle);
break;
case TriggerHitCircle triggerHitCircle:
CircleCollider.Create(builder, triggerHitCircle, ref dest, ColliderType.TriggerCircle);
break;
case TriggerHitLineSeg triggerHitLine:
LineCollider.Create(builder, triggerHitLine, ref dest, ColliderType.TriggerLine);
break;
case BumperHit bumperHit:
CircleCollider.Create(builder, bumperHit, ref dest, ColliderType.Bumper);
break;
case HitCircle hitCircle:
CircleCollider.Create(builder, hitCircle, ref dest);
break;
case LineSegSlingshot lineSegSlingshot:
LineSlingshotCollider.Create(builder, lineSegSlingshot, ref dest);
break;
case FlipperHit flipperHit:
FlipperCollider.Create(builder, flipperHit, ref dest);
break;
case GateHit gateHit:
GateCollider.Create(builder, gateHit, ref dest);
break;
case LineSeg lineSeg:
LineCollider.Create(builder, lineSeg, ref dest);
break;
case HitLine3D hitLine3D:
Line3DCollider.Create(builder, hitLine3D, ref dest);
break;
case HitLineZ hitLineZ:
LineZCollider.Create(builder, hitLineZ, ref dest);
break;
case HitPoint hitPoint:
PointCollider.Create(builder, hitPoint, ref dest);
break;
case HitPlane hitPlane:
PlaneCollider.Create(builder, hitPlane, ref dest);
break;
case PlungerHit plungerCollider:
PlungerCollider.Create(builder, plungerCollider, ref dest);
break;
case SpinnerHit spinnerHit:
SpinnerCollider.Create(builder, spinnerHit, ref dest);
break;
case HitTriangle hitTriangle:
TriangleCollider.Create(builder, hitTriangle, ref dest);
break;
default:
Logger.Warn("Unsupported collider {0}, skipping.", src.GetType().Name);
break;
}
}
