Failed Entitlement check 7 - user doesn't have app in library
Other oculus users cannot load their avatar in my apps. they already have a developer account and joined as admin in the app dashboard. There is an error something like this 'entitlement check failed. user doesn't have the app in the library, they are installing the app from ODH. Does anyone know what happens to this issue?
Local Meta Avatars T-posing in front of Camera
Hi so I've tried implementing networked avatars (using PUN) in a unity VR app but no matter what I try to do, my local avatar always ends up t-posing sideways without any animations in front of the main camera rig. Everything is as its supposed to be, entitlement checks working, deploying on alpha channel, adding test users. I ended up getting this unity asset to cross-reference and see what I was doing wrong, but even in their implementation, the local avatar is t-posing outside first-person view, same problem as mine https://assetstore.unity.com/packages/tools/network/meta-avatars-pun2-vr-multiplayer-template-211918 Any insight would be appreciated!
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); } }Photon Voice And Meta Avatars 2
I'm wondering how anyone of you have managed to resolve a conflict between how PhotonVoice and the new Meta Avatars access the microphone. When the PhotonVoiceNetwork is initialised it will eventually call Microphone.Start() in order to get at the microphone's input. However in doing so it creates a new audio clip which makes the audio clip that the meta avatar's LipSyncInput was dependent on no longer equal to the audio coming through the microphone. If I then call LipSyncInput.StartMicrophone() it will also eventually call Microphone.Start() which creates a new AudioClip making the audio clip that Photon's recorder was dependent on no longer equal to the audio coming through the microphone. In short, I can either get lip syncing using my mic input OR photon using my mic input, but not both at the same time.
