Meta Avatars Loading Black and White without any textures
I am trying to load Meta avatars as local and remote players in a Multiplayer environment established by photon. I am able to load the meta avatars as local and remote players in one room but my meta avatars are displayed white and black.(i.e with out any shaders or textures). I am trying to instantiate the meta avatar as player when player joins the room using the user id. Below is my code: using System.Collections; using System.Collections.Generic; using UnityEngine; using Oculus.Avatar2; using Oculus.Platform; using Photon.Pun; using System; public class RemotePlayer : OvrAvatarEntity { [SerializeField] int m_avatarToUseInZipFolder = 2; PhotonView m_photonView; List<byte[]> m_streamedDataList = new List<byte[]>(); int m_maxBytesToLog = 15; [SerializeField] ulong m_instantiationData; float m_cycleStartTime = 0; float m_intervalToSendData = 0.08f; protected override void Awake() { ConfigureAvatarEntity(); base.Awake(); } private void Start() { m_instantiationData = GetUserIdFromPhotonInstantiationData(); _userId = m_instantiationData; StartCoroutine(TryToLoadUser()); } void ConfigureAvatarEntity() { m_photonView = GetComponent<PhotonView>(); if (m_photonView.IsMine) { SetIsLocal(true); _creationInfo.features = Oculus.Avatar2.CAPI.ovrAvatar2EntityFeatures.Preset_Default; //setting body tracking input SampleInputManager sampleInputManager = OvrAvatarManager.Instance.gameObject.GetComponent<SampleInputManager>(); SetBodyTracking(sampleInputManager); //setting lip sync input OvrAvatarLipSyncContext lipSyncInput = GameObject.FindObjectOfType<OvrAvatarLipSyncContext>(); SetLipSync(lipSyncInput); //setting face pose driver SampleFacePoseBehavior sampleFacePoseBehaviour = OvrAvatarManager.Instance.gameObject.GetComponent<SampleFacePoseBehavior>(); SetFacePoseProvider(sampleFacePoseBehaviour); //setting eye pose driver SampleEyePoseBehavior sampleEyePoseBehavior = OvrAvatarManager.Instance.gameObject.GetComponent<SampleEyePoseBehavior>(); SetEyePoseProvider(sampleEyePoseBehavior); gameObject.name = "MyAvatar"; } else { SetIsLocal(false); _creationInfo.features = Oculus.Avatar2.CAPI.ovrAvatar2EntityFeatures.Preset_Remote; //setting body tracking input SampleInputManager sampleInputManager = OvrAvatarManager.Instance.gameObject.GetComponent<SampleInputManager>(); SetBodyTracking(sampleInputManager); //setting lip sync input OvrAvatarLipSyncContext lipSyncInput = GameObject.FindObjectOfType<OvrAvatarLipSyncContext>(); SetLipSync(lipSyncInput); //setting face pose driver SampleFacePoseBehavior sampleFacePoseBehaviour = OvrAvatarManager.Instance.gameObject.GetComponent<SampleFacePoseBehavior>(); SetFacePoseProvider(sampleFacePoseBehaviour); //setting eye pose driver SampleEyePoseBehavior sampleEyePoseBehavior = OvrAvatarManager.Instance.gameObject.GetComponent<SampleEyePoseBehavior>(); SetEyePoseProvider(sampleEyePoseBehavior); gameObject.name = "OtherAvatar"; } } IEnumerator TryToLoadUser() { var hasAvatarRequest = OvrAvatarManager.Instance.UserHasAvatarAsync(_userId); while (hasAvatarRequest.IsCompleted == false) { yield return null; } LoadUser(); } private void LateUpdate() { float elapsedTime = Time.time - m_cycleStartTime; if (elapsedTime > m_intervalToSendData) { RecordAndSendStreamDataIfMine(); m_cycleStartTime = Time.time; } } void RecordAndSendStreamDataIfMine() { if (m_photonView.IsMine) { byte[] bytes = RecordStreamData(activeStreamLod); m_photonView.RPC("RecieveStreamData", RpcTarget.Others, bytes); } } [PunRPC] public void RecieveStreamData(byte[] bytes) { m_streamedDataList.Add(bytes); } void LogFirstFewBytesOf(byte[] bytes) { for (int i = 0; i < m_maxBytesToLog; i++) { string bytesString = Convert.ToString(bytes[i], 2).PadLeft(8, '0'); } } private void Update() { if (m_streamedDataList.Count > 0) { if (IsLocal == false) { byte[] firstBytesInList = m_streamedDataList[0]; if (firstBytesInList != null) { ApplyStreamData(firstBytesInList); } m_streamedDataList.RemoveAt(0); } } } ulong GetUserIdFromPhotonInstantiationData() { PhotonView photonView = GetComponent<PhotonView>(); object[] instantiationData = photonView.InstantiationData; Int64 data_as_int = (Int64)instantiationData[0]; return Convert.ToUInt64(data_as_int); } }
Ping Pong VR , best way to sync a ball? PUN2
Hi, i'm trying to include a ping pong minigame in my VR multiplayer app, but i'm having problems with the syncronization of the ball, in fact only the OWNER of the PUN room can se the ball moving smooth, the others can see the ball lagging, so the game is unplayable. I'v tried to change the OWNER when the ball is hitted but the result is not that good, so i want to sync the ball for everyone in smooth way. I will try to share you the but is in ITALIAN so it will be taugh to uderstand, i'm sorry. Which is the best way to sync a ball? I guess the problem is that the ball react just too the racket gravity. THE BALL OBJECT has this for the SYNC The script of the racket when it the ball does this 1) Make the controller Vibrate 2)Direct the ball to the other racket (aimTarget) 3) Set the velocity and the SyncronizedValues for the Photon tranform View Classic Component
