void IModuleMarsUpdate.OnMarsUpdate()
{
m_QueryBackend.SyncNeedsAcquireSet();
switch (m_State)
{
case AcquireCycleState.UpdatesOnly:
RunMatchUpdates();
return;
case AcquireCycleState.RunningSets:
{
GroupPipeline.OnUpdate();
if (GroupPipeline.IsReadyForTraitDataBufferSync)
{
m_Database.StopUpdateBuffering();
}
/*
* We call RunMatchUpdates() after the check for buffering, so that on the
* same frame we stop buffering, update checks can cause any events that need to happen because
* of buffered data changes. This will be the frame immediately before acquire events.
*
* We previously stopped buffering on the same frame as acquire handling, immediately after it.
* We also relied on the update check the frame after acquire for query changes to propagate.
* In comparison, this method has 2 less frames of latency between
* buffering a change and the change's effect on proxies.
*/
RunMatchUpdates();
if (!GroupPipeline.CurrentlyActive)
{
m_State = AcquireCycleState.RunningStandalone;
StandalonePipeline.StartCycle();
}
break;
}
case AcquireCycleState.RunningStandalone:
StandalonePipeline.OnUpdate();
if (StandalonePipeline.IsReadyForTraitDataBufferSync)
{
m_Database.StopUpdateBuffering();
}
RunMatchUpdates();
if (!StandalonePipeline.CurrentlyActive)
{
m_State = AcquireCycleState.UpdatesOnly;
OnSceneEvaluationComplete?.Invoke();
}
break;
}
}
void IModule.UnloadModule()
{
if (StandalonePipeline != null)
{
Pose IdentityPoseMethod(Pose p) => p;
StandalonePipeline.ResultFillStage.Transformation.applyOffsetToPose = IdentityPoseMethod;
GroupPipeline.MemberResultFillStage.Transformation.applyOffsetToPose = IdentityPoseMethod;
#if UNITY_EDITOR
EditorOnlyEvents.onTemporalSimulationStart -= StandalonePipeline.ClearData;
#endif
StandalonePipeline.ClearData();
}
GroupPipeline?.Clear();
StandalonePipeline = null;
GroupPipeline = null;
}
public void Clear()
{
StandalonePipeline.ClearData();
GroupPipeline.Clear();
}
