public static bool RayTrace2D(ref EHRayTraceParams Params, out EHRayTraceHit RayHit, int LayerMask = 0, bool bDebugDraw = false)
{
if (CachedInstance == null)
{
Debug.LogWarning("Game Overseer has not been initialized");
RayHit = default;
return(false);
}
RayHit = default;
EHRayTraceHit TempRayTraceHit;
float ClosestDistance = -1;
bool bMadeCollision = false;
foreach (KeyValuePair <EHBaseCollider2D.EColliderType, HashSet <EHBaseCollider2D> > ColliderSet in CachedInstance.ColliderComponentDictionary)
{
if (RayTrace2D(ref Params, ColliderSet.Key, out TempRayTraceHit, LayerMask, bDebugDraw))
{
float CollisionDistance = Vector2.Distance(Params.RayOrigin, TempRayTraceHit.HitPoint);
if (!bMadeCollision || ClosestDistance > CollisionDistance)
{
ClosestDistance = CollisionDistance;
RayHit = TempRayTraceHit;
bMadeCollision = true;
}
}
}
return(bMadeCollision);
}
protected bool CastRayFromVelocity(Vector2 OriginPosition, out EHRayTraceHit RayHit, int LayerMask = 0, bool bDebugDrawLines = false)
{
Vector2 ProjectileVelocity = Physics2D.Velocity;
EHRayTraceParams Params = new EHRayTraceParams();
Params.RayOrigin = OriginPosition;
Params.RayDirection = ProjectileVelocity.normalized;
Params.RayLength = ProjectileVelocity.magnitude * EHTime.DeltaTime;
return(EHPhysicsManager2D.RayTrace2D(ref Params, out RayHit, LayerMask, bDebugDrawLines));
}
public override bool IsRayTraceOverlapping(ref EHRayTraceParams Ray, out EHRayTraceHit RayHit)
{
if (RectGeometry.DoesLineIntersect(Ray.RayOrigin, Ray.RayOrigin + Ray.RayDirection * Ray.RayLength, out Vector2 IntersectPoint))
{
RayHit = new EHRayTraceHit();
RayHit.HitPoint = IntersectPoint;
RayHit.HitCollider = this;
return(true);
}
RayHit = default;
return(false);
}
public override bool IsRayTraceOverlapping(ref EHRayTraceParams Ray, out EHRayTraceHit RayHit)
{
if (!base.IsRayTraceOverlapping(ref Ray, out RayHit))
{
return(false);
}
Vector2 OriginPoint = Ray.RayOrigin;
switch (CollisionDirection)
{
case ECollisionDirection.UP:
if (OriginPoint.y < RectGeometry.GetBounds().MaxBounds.y)
{
return(false);
}
break;
case ECollisionDirection.DOWN:
if (OriginPoint.y > RectGeometry.GetBounds().MinBounds.y)
{
return(false);
}
break;
case ECollisionDirection.RIGHT:
if (OriginPoint.x < RectGeometry.GetBounds().MaxBounds.x)
{
return(false);
}
break;
case ECollisionDirection.LEFT:
if (OriginPoint.x > RectGeometry.GetBounds().MinBounds.y)
{
return(false);
}
break;
}
return(true);
}
public static bool RayTrace2D(ref EHRayTraceParams Params, EHBaseCollider2D.EColliderType ColliderType, out EHRayTraceHit RayHit, int LayerMask = 0, bool DebugDraw = false)
{
if (!CachedInstance.ColliderComponentDictionary.ContainsKey(ColliderType))
{
RayHit = default;
return(false);
}
bool bCollisionMade = false;
float ClosestDistance = -1;
RayHit = default;
EHRayTraceHit TempRayHit;
foreach (EHBaseCollider2D Collider in CachedInstance.ColliderComponentDictionary[ColliderType])
{
if (Collider.IsRayTraceOverlapping(ref Params, out TempRayHit))
{
float CollisionDistance = Vector2.Distance(Params.RayOrigin, TempRayHit.HitPoint);
if (!bCollisionMade || ClosestDistance > CollisionDistance)
{
ClosestDistance = CollisionDistance;
RayHit = TempRayHit;
bCollisionMade = true;
}
}
}
#if UNITY_EDITOR
if (DebugDraw)
{
EHDebug.RayTraceDrawLine(Params, bCollisionMade ? Color.red : Color.yellow);
}
#endif
return(bCollisionMade);
}
/// <summary> /// Checks to see if the ray that is passed in is overlapping the collider /// </summary> /// <param name="Ray"></param> /// <returns></returns> public abstract bool IsRayTraceOverlapping(ref EHRayTraceParams Ray, out EHRayTraceHit RayHit);
