//---------------------------------------------------------------------------
public void Tick()
{
foreach (CameraFuseData data in m_FusedCameras)
{
CameraComponent first = ComponentManager.Get().Find <CameraComponent>(data.First);
CameraComponent second = ComponentManager.Get().Find <CameraComponent>(data.Second);
if (first != null && second != null)
{
Camera camera1 = EntityManager.Get().Find <Camera>(first.Entity);
Camera camera2 = EntityManager.Get().Find <Camera>(second.Entity);
if (camera1 != null && camera2 != null)
{
switch (data.Mode)
{
case ECameraMode.Split:
if (Vector3.Distance(first.GetCenter(ECameraTargetGroup.One), second.GetCenter(ECameraTargetGroup.One)) < data.Distance)
{
data.UpdateMode(ECameraMode.Fused);
first.SetCameraMode(ECameraMode.Fused, second);
second.SetCameraMode(ECameraMode.Fused, first);
}
break;
case ECameraMode.Fused:
if (Vector3.Distance(first.GetCenter(ECameraTargetGroup.One), second.GetCenter(ECameraTargetGroup.One)) > data.Distance)
{
data.UpdateMode(ECameraMode.Split);
first.SetCameraMode(ECameraMode.Split);
second.SetCameraMode(ECameraMode.Split);
}
else
{
Vector3 firstLocation = camera1.Transform.Location;
Vector3 secondLocation = camera2.Transform.Location;
if (Math.Abs(firstLocation.X - secondLocation.X) <= (first.Width + second.Width) / 2 && Math.Abs(firstLocation.Y - secondLocation.Y) <= 0.0f)
{
MergeCameras(camera1, camera2);
data.UpdateMode(ECameraMode.Merged);
first.SetCameraMode(ECameraMode.Merged);
second.SetCameraMode(ECameraMode.Merged);
}
}
break;
case ECameraMode.Merged:
if (Vector3.Distance(first.GetCenter(ECameraTargetGroup.One), second.GetCenter(ECameraTargetGroup.One)) > data.Distance)
{
SplitCameras(camera1, camera2);
data.UpdateMode(ECameraMode.Split);
first.SetCameraMode(ECameraMode.Split);
second.SetCameraMode(ECameraMode.Split);
}
break;
}
}
}
}
}