protected override JobHandle OnUpdate(JobHandle inputDeps)
{
//Debug.Log("MovementSystem working...");
float time = Time.DeltaTime;
NativeQueue <SpeedEvent> .ParallelWriter eventQueueParallel =
eventsQueue.AsParallelWriter();
JobHandle jobHandle =
Entities
.ForEach((ref Translation translation, ref MovementData movementData) =>
{
if (movementData.position.x > 5)
{
movementData.speed.x = -movementData.speed.x;
eventQueueParallel.Enqueue(new SpeedEvent {
});
}
if (movementData.position.x < -5)
{
movementData.speed.x = -movementData.speed.x;
eventQueueParallel.Enqueue(new SpeedEvent {
});
}
if (movementData.position.y > 3)
{
movementData.speed.y = -movementData.speed.y;
eventQueueParallel.Enqueue(new SpeedEvent {
});
}
if (movementData.position.y < -3)
{
movementData.speed.y = -movementData.speed.y;
eventQueueParallel.Enqueue(new SpeedEvent {
});
}
movementData.position =
new float3(movementData.position.x + movementData.speed.x * time,
movementData.position.y + movementData.speed.y * time, 0);
translation.Value = movementData.position;
}).Schedule(inputDeps);
// работа должна быть завершена, прежде чем мы будем читать события!
// фактически, мы создаем точку синхронизации
jobHandle.Complete();
while (eventsQueue.TryDequeue(out SpeedEvent speedEvent))
{
Debug.Log("Event!");
OnChangeSpeed?.Invoke(this, EventArgs.Empty);
}
return(jobHandle);
}
public void HandleClick()
{
OnChangeSpeed?.Invoke(speed);
var sisters = UISelectSpeed.sisters;
for (int i = 0, l = sisters.Count; i < l; i++)
{
if (sisters[i] == this)
{
continue;
}
sisters[i].SetNotActive();
}
GetComponent <Image>().sprite = sprites[1];
}
