public bool IsEqual(ClientObjectAttribute clientObjectAttributeA, ClientObjectAttribute clientObjectAttributeB)
{
if (clientObjectAttributeA.Param != clientObjectAttributeB.Param)
{
return(false);
}
if (clientObjectAttributeA.CameraPosX != clientObjectAttributeB.CameraPosX)
{
return(false);
}
if (clientObjectAttributeA.CameraPosY != clientObjectAttributeB.CameraPosY)
{
return(false);
}
if (clientObjectAttributeA.CameraPosZ != clientObjectAttributeB.CameraPosZ)
{
return(false);
}
if (clientObjectAttributeA.CameraRotX != clientObjectAttributeB.CameraRotX)
{
return(false);
}
if (clientObjectAttributeA.CameraRotY != clientObjectAttributeB.CameraRotY)
{
return(false);
}
if (clientObjectAttributeA.CameraRotZ != clientObjectAttributeB.CameraRotZ)
{
return(false);
}
return(true);
}
public double DistanceBtw(ClientObjectAttribute clientObjectAttributeA, ClientObjectAttribute clientObjectAttributeB)
{
return(Math.Sqrt(
Math.Pow((clientObjectAttributeA.CameraPosX - clientObjectAttributeB.CameraPosX), 2) +
Math.Pow((clientObjectAttributeA.CameraPosY - clientObjectAttributeB.CameraPosY), 2) +
Math.Pow((clientObjectAttributeA.CameraPosZ - clientObjectAttributeB.CameraPosZ), 2)));
}
void SynchornizeDynamicObjects(ClientObjectAttribute clientObjAttribute)
{
Launcher.instance.sceneCamera.transform.position = new Vector3(clientObjAttribute.CameraPosX, clientObjAttribute.CameraPosY, clientObjAttribute.CameraPosZ);
Launcher.instance.sceneCamera.transform.forward = new Vector3(clientObjAttribute.CameraRotX, clientObjAttribute.CameraRotY, clientObjAttribute.CameraRotZ);
//Launcher.instance.sceneCamera.transform.rotation = Quaternion.Euler(new Vector3(clientObjAttribute.CameraRotX, clientObjAttribute.CameraRotY, clientObjAttribute.CameraRotZ));
switch (Launcher.instance.SceneName)
{
case "CornellBox":
{
if (Launcher.instance.dynLights.Count > 0)
{
Launcher.instance.dynLights[0].transform.position = new Vector3(clientObjAttribute.LightPosX, clientObjAttribute.LightPosY, clientObjAttribute.LightPosZ);
Launcher.instance.dynLights[0].transform.forward = new Vector3(clientObjAttribute.LightRotX, clientObjAttribute.LightRotY, clientObjAttribute.LightRotZ) - Launcher.instance.dynLights[0].transform.position;
}
}
break;
case "OfficeInterior":
{
if (Launcher.instance.dynLights.Count > 1)
{
Launcher.instance.dynLights[0].gameObject.SetActive(clientObjAttribute.LightPosX > 0.0f);
Launcher.instance.dynLights[1].gameObject.SetActive(clientObjAttribute.LightPosY > 0.0f);;
}
}
break;
}
}
IEnumerator SyncClientAttribute()
{
while (true)
{
ClientObjectAttribute clientObjAttribute = new ClientObjectAttribute();
clientObjAttribute.CameraPosX = Launcher.instance.sceneCamera.transform.position.x;
clientObjAttribute.CameraPosY = Launcher.instance.sceneCamera.transform.position.y;
clientObjAttribute.CameraPosZ = Launcher.instance.sceneCamera.transform.position.z;
clientObjAttribute.CameraRotX = Launcher.instance.sceneCamera.transform.rotation.eulerAngles.x;
clientObjAttribute.CameraRotY = Launcher.instance.sceneCamera.transform.rotation.eulerAngles.y;
clientObjAttribute.CameraRotZ = Launcher.instance.sceneCamera.transform.rotation.eulerAngles.z;
//clientObjAttribute.LightPosX = Launcher.instance.dynLight.transform.position.x;
//clientObjAttribute.LightPosY = Launcher.instance.dynLight.transform.position.y;
//clientObjAttribute.LightPosZ = Launcher.instance.dynLight.transform.position.z;
SendRawData(new XPacket((ushort)eMsgID.C2S_AttributeStream, 300, 300), MsgNoteUtils.StructToBytes(clientObjAttribute));
yield return(new WaitForSeconds(0.1f));
}
yield return(new AsyncOperation());
}
Utils.int2 ExtractScreenSize(ClientObjectAttribute clientData)
{
int height = (int)clientData.Param % mWebClientExchangeCode;
int weight = (int)clientData.Param / mWebClientExchangeCode;
return(new Utils.int2(weight, height));
}
public virtual void Collect(int width, int height, ClientObjectAttribute clientObjAttribute)
{
SynchornizeDynamicObjects(clientObjAttribute);
PrepareRenderTexture(width, height);
Render(width, height);
}
public void EnqueueAttributeData(ClientObjectAttribute clientObjectAttribute)
{
//if (mAttributeDataList.Count >= 3) {
// mAttributeDataList.Dequeue();
//}
mAttributeDataList.Push(clientObjectAttribute);
Debug.Log("Update Viewpoint List");
}
public Record getPredict(string ctsMarker, ClientObjectAttribute cl)
{
Program dbscan = new Program();
//Debug.Log("!!!!!!!!!!!!!Start Dbscan!!!!!!!!!!!!!");
List <int> clusterIds;
List <Cluster> clusterDes;
HashSet <Record[]> _clusters = dbscan.Dbscan(out clusterIds, out clusterDes);
Predict predict = new Predict();
List <Record> gazePoints = preGaze.getGazePoints(getAllBrowseRecord());
List <Record> predictedCluster = predict.GetPredictedCluster(
new Vector3(cl.CameraPosX, cl.CameraPosY, cl.CameraPosZ),
new Vector3(cl.CameraRotX, cl.CameraRotY, cl.CameraRotZ),
_clusters, clusterDes
);
Record posRange = getRangeRecord(predictedCluster);
Vector3 tmpPos = pathHistory[ctsMarker].cameraPos;
Vector3 rot;
float x_sum = 0, y_sum = 0, z_sum = 0, x_rot = 0, y_rot = 0, z_rot = 0;
foreach (var j in predictedCluster)
{
x_sum += (float)j.posX;
y_sum += (float)j.posY;
z_sum += (float)j.posZ;
x_rot += (float)j.rotX;
y_rot += (float)j.rotY;
z_rot += (float)j.rotZ;
}
float x_ave = x_sum / predictedCluster.Count;
float y_ave = y_sum / predictedCluster.Count;
float z_ave = z_sum / predictedCluster.Count;
float x_averot = x_rot / predictedCluster.Count;
float y_averot = y_rot / predictedCluster.Count;
float z_averot = z_rot / predictedCluster.Count;
if (tmpPos.x <= posRange.posX && tmpPos.y <= posRange.posY && tmpPos.z <= posRange.posZ &&
tmpPos.x >= posRange.rotX && tmpPos.y >= posRange.rotY && tmpPos.z >= posRange.rotZ)
{
rot = new Vector3(x_averot, y_averot, z_averot);
}
else
{
rot = new Vector3(x_ave, y_ave, z_ave);
rot = rot - tmpPos;
}
//------
/*if (predictedCluster != null)
* {
* //把块变成坐标系
* var exchangeAxis = new ExchangeAxis();
* Record pos = new Record(exchangeAxis.ModelIndex_to_unityPos(x_ave, y_ave, z_ave), new Vector3(x_averot, y_averot, z_averot));
* return pos;
*
* }
* else { Debug.Log("No suggestion"); }*/
return(new Record(MoveForwardPredict(pathHistory[ctsMarker], rot), rot));
}
public virtual void Collect(int width, int height, ClientObjectAttribute clientObjAttribute)
{
SynchornizeDynamicObjects(clientObjAttribute);
PrepareRenderTexture(width, height);
Render(width, height);
Debug.Log("Start Collecting Components");
}
public Record getPredict(string ctsMarker, ClientObjectAttribute cl)
{
Debug.Log("Start predict");
Predict predict = new Predict();
List <Record> gazePoints = preGaze.getGazePoints(getAllBrowseRecord());
Cluster predictedCluster = predict.GetPredictedCluster(
new Vector3(cl.CameraPosX, cl.CameraPosY, cl.CameraPosZ),
new Vector3(cl.CameraRotX, cl.CameraRotY, cl.CameraRotZ),
clusterNet, gazePoints);
//Record posRange = getRangeRecord(predictedCluster);
Vector3 tmpPos = pathHistory[ctsMarker].cameraPos;
//float x_sum = 0, y_sum = 0, z_sum = 0, x_rot = 0, y_rot = 0, z_rot = 0;
//foreach (var j in predictedCluster)
//{
// x_sum += (float)j.posX;
// y_sum += (float)j.posY;
// z_sum += (float)j.posZ;
// x_rot += (float)j.rotX;
// y_rot += (float)j.rotY;
// z_rot += (float)j.rotZ;
//}
//float x_ave = x_sum / predictedCluster.Count;
//float y_ave = y_sum / predictedCluster.Count;
//float z_ave = z_sum / predictedCluster.Count;
Vector3 cluterPos = predictedCluster.center;
//float x_averot = x_rot / predictedCluster.Count;
//float y_averot = y_rot / predictedCluster.Count;
//float z_averot = z_rot / predictedCluster.Count;
Vector3 rot = cluterPos - tmpPos;
//if (tmpPos.x <= posRange.posX && tmpPos.y <= posRange.posY && tmpPos.z <= posRange.posZ
// && tmpPos.x >= posRange.rotX && tmpPos.y >= posRange.rotY && tmpPos.z >= posRange.rotZ)
//{
// rot = new Vector3(x_averot, y_averot, z_averot);
//}
//else
//{
// rot = new Vector3(x_ave, y_ave, z_ave);
// rot = rot - tmpPos;
//}
//------
/*if (predictedCluster != null)
* {
* //把块变成坐标系
* var exchangeAxis = new ExchangeAxis();
* Record pos = new Record(exchangeAxis.ModelIndex_to_unityPos(x_ave, y_ave, z_ave), new Vector3(x_averot, y_averot, z_averot));
* return pos;
*
* }
* else { Debug.Log("No suggestion"); }*/
return(new Record(MoveForwardPredict(pathHistory[ctsMarker], rot), rot));
}
public void Update()
{
if (mRadianceCollector != null)
{
AttributeData attributeData = null;
while ((attributeData = mCloudSocket.DequeueAttributeData()) != null)
{
var msgHeader = MsgNoteUtils.GetMessageHead(attributeData.RawData);
LCRS.Log("msgHeader: " + msgHeader);
if (msgHeader == eMsgID.C2S_DGI_Init)
{
Baker.Instance.Init();
Baker.Instance.SetLightMap();
//不需要传ST了：导出json的时候已经计算好了
//mCloudSocket.EnqueueJsonData(new LightmapSTJsonData(Object.FindObjectsOfType<MeshRenderer>(), eMsgID.S2C_Json_LightmapST));
mCloudSocket.EnqueueJsonData(new LightmapArrayJsonData(eMsgID.S2C_Json_LightmapArray));
}
else if (msgHeader == eMsgID.C2D_DGI_RecalcLightmap)
{
Baker.Instance.Init();
Baker.Instance.SetLightMap();
mCloudSocket.EnqueueJsonData(new LightmapArrayJsonData(eMsgID.S2C_Json_LightmapArray));
}
else if (msgHeader == eMsgID.C2S_Json_UpdateObjectPosition)
{
byte[] clientObjBytes = MsgNoteUtils.GetMessageBody(attributeData.RawData);
string jsonStr = Encoding.UTF8.GetString(clientObjBytes);
JsonMapper.RegisterExporter <float>((obj, writer) => writer.Write(Convert.ToDouble(obj)));
JsonMapper.RegisterImporter <double, float>(input => Convert.ToSingle(input));
ClientSyncObjectData syncObject = JsonMapper.ToObject <ClientSyncObjectData>(jsonStr);
Baker.Instance.SyncObjectPosition(syncObject);
Baker.Instance.Init();
Baker.Instance.SetLightMap();
mCloudSocket.EnqueueJsonData(new LightmapArrayJsonData(eMsgID.S2C_Json_LightmapArray));
}
else
{
ClientObjectAttribute clientObjAttribute = (ClientObjectAttribute)MsgNoteUtils.BytesToStruct(attributeData.RawData, typeof(ClientObjectAttribute));
int height = (int)clientObjAttribute.Param % mWebClientExchangeCode;
int width = (int)clientObjAttribute.Param / mWebClientExchangeCode;
LCRS.Log("===================================================== Log: " + width + "==324234234235^%$^%@#R@3: " + (ushort)clientObjAttribute.LightPosZ);
// mRadianceCollector.Collect(width, height, clientObjAttribute);
// mCloudSocket.EnqueueRadianceData(new RadianceData((ushort)clientObjAttribute.LightPosZ, (ushort)width, (ushort)height, mRadianceCollector.GetRadianceDataInPng()));
}
}
}
}
public ClientObjectAttribute PredictNextNode(ClientObjectAttribute clientObjectAttributeA, ClientObjectAttribute clientObjectAttributeB)
{
ClientObjectAttribute result = new ClientObjectAttribute();
result.Param = clientObjectAttributeA.Param;
result.CameraPosX = 2 * clientObjectAttributeA.CameraPosX - clientObjectAttributeB.CameraPosX;
result.CameraPosY = 2 * clientObjectAttributeA.CameraPosY - clientObjectAttributeB.CameraPosY;
result.CameraPosZ = 2 * clientObjectAttributeA.CameraPosZ - clientObjectAttributeB.CameraPosZ;
result.CameraRotX = clientObjectAttributeB.CameraRotX;
result.CameraRotY = clientObjectAttributeB.CameraRotY;
result.CameraRotZ = clientObjectAttributeB.CameraRotZ;
return(result);
}
private double Compare(ClientObjectAttribute clientObjectAttribute, ClientObjectAttribute predictObjectAttribute)
{
double score;
double a = clientObjectAttribute.CameraPosX - predictObjectAttribute.CameraPosX;
double b = clientObjectAttribute.CameraPosY - predictObjectAttribute.CameraPosY;
double c = clientObjectAttribute.CameraPosZ - predictObjectAttribute.CameraPosZ;
double d = clientObjectAttribute.CameraRotX - predictObjectAttribute.CameraRotX;
double e = clientObjectAttribute.CameraRotY - predictObjectAttribute.CameraRotY;
double f = clientObjectAttribute.CameraRotZ - predictObjectAttribute.CameraRotZ;
score = a * a + b * b + c * c + d * d + e * e + f * f;
return(score);
}
public ClientObjectAttribute PredictNextNode(ClientObjectAttribute clientObjectAttributeA, ClientObjectAttribute clientObjectAttributeB)
{
ClientObjectAttribute result = new ClientObjectAttribute();
double distance = DistanceBtw(clientObjectAttributeA, clientObjectAttributeB);
result.Param = clientObjectAttributeA.Param;
result.CameraPosX = (float)(clientObjectAttributeA.CameraPosX + distance * clientObjectAttributeA.CameraRotX);
result.CameraPosY = (float)(clientObjectAttributeA.CameraPosY + distance * clientObjectAttributeA.CameraRotY);
result.CameraPosZ = (float)(clientObjectAttributeA.CameraPosZ + distance * clientObjectAttributeA.CameraRotZ);
result.CameraRotX = clientObjectAttributeA.CameraRotX;
result.CameraRotY = clientObjectAttributeA.CameraRotY;
result.CameraRotZ = clientObjectAttributeA.CameraRotZ;
return(result);
}
public void UpdateCamera(ClientObjectAttribute clientObjectAttribute)
{
camera.posX = clientObjectAttribute.CameraPosX;
camera.posY = clientObjectAttribute.CameraPosY;
camera.posZ = clientObjectAttribute.CameraPosZ;
camera.rotX = clientObjectAttribute.CameraRotX;
camera.rotY = clientObjectAttribute.CameraRotY;
camera.rotZ = clientObjectAttribute.CameraRotZ;
Vector3 _cameraPos = new Vector3(clientObjectAttribute.CameraPosX, clientObjectAttribute.CameraPosY, clientObjectAttribute.CameraPosZ);
if (lastPos != _cameraPos)//运动时更新速度以及预测开关
{
speed = _cameraPos - lastPos;
//Debug.Log(speed.ToString());
}
}
public void Update()
{
if (mRadianceCollector != null)
{
if (mCloudSocket.AttributeDataListLength > 0)
{
Debug.Log("Start Syn View Point");
ClientObjectAttribute clientObjAttribute = mCloudSocket.DequeueAttributeData();
int height = (int)clientObjAttribute.Param % mWebClientExchangeCode;
int width = (int)clientObjAttribute.Param / mWebClientExchangeCode;
//Debug.Log("Param:" + (int)clientObjAttribute.Param + " ExchangeCode:" + mWebClientExchangeCode);
//Debug.Log("Width:" + width +" Height:"+ height);
if (times == 1 && File.Exists(firstLoadDataPath + index + ".bin"))
{
while (File.Exists(firstLoadDataPath + index + ".bin"))
{
byte[] data = File.ReadAllBytes(firstLoadDataPath + index + ".bin");
//mCloudSocket.EnqueueRadianceData(new RadianceData((ushort)clientObjAttribute.LightPosZ, (ushort)width, (ushort)height, data));
NetworkServer.SendRawData(mCTSMarker, new XPacket((ushort)eMsgID.S2C_RadianceStream, (ushort)width, (ushort)height), data);
index++;
}
}
else if (times == 1)
{
mRadianceCollector.Collect(width, height, clientObjAttribute);
mRadianceCollector.SendRadianceData(mCTSMarker, (ushort)clientObjAttribute.LightPosZ, (ushort)width, (ushort)height, ComponentTransformittedSet, ReuseDataInfoObj, true);
}
else
{
mRadianceCollector.Collect(width, height, clientObjAttribute);
mRadianceCollector.SendRadianceData(mCTSMarker, (ushort)clientObjAttribute.LightPosZ, (ushort)width, (ushort)height, ComponentTransformittedSet, ReuseDataInfoObj, false);
}
times++;
}
}
}
//判断该路径中是否有注视行为
public bool isValidGaze(List <BrowseRecord> _record, out HashSet <string> gezeComponents)
{
int mWebClientExchangeCode = 4000;
int Param = 3840451;
//List<BrowseRecord> tmpList = getLastPoints(_record);
HashSet <string> result = new HashSet <string>();
for (int i = 0; i < _record.Count; i++)
{
int height = Param % mWebClientExchangeCode;
int width = Param / mWebClientExchangeCode;
ClientObjectAttribute clientObject = new ClientObjectAttribute();
clientObject.CameraPosX = _record[i].pos.x;
clientObject.CameraPosY = _record[i].pos.y;
clientObject.CameraPosZ = _record[i].pos.z;
clientObject.CameraRotX = _record[i].rot.x;
clientObject.CameraRotY = _record[i].rot.y;
clientObject.CameraRotZ = _record[i].rot.z;
mRadianceCollector.Setup();
mRadianceCollector.Collect(width, height, clientObject);
HashSet <string> components = mRadianceCollector.getCenterComponents(width, height, clientObject);
if (result == new HashSet <string>())
{
result = components;
}
else
{
result.IntersectWith(components);
}
//Debug.Log(components);
}
if (result.Count == 0)
{
gezeComponents = result;
return(true);
}
gezeComponents = null;
return(false);
}
//1751578
public override HashSet <string> getCenterComponents(int width, int height, ClientObjectAttribute clientObjAttribute)
{
HashSet <string> result = new HashSet <string>();
if (Launcher.instance.radianceMgr.mIsPrepaed == false)
{
return(null);
}
RenderTexture.active = mRenderTexture;
Texture2D png = new Texture2D(mRenderTexture.width, mRenderTexture.height, TextureFormat.RGB24, false);
png.ReadPixels(new Rect(mRenderTexture.width * 0.33f, mRenderTexture.height * 0.33f, mRenderTexture.width * 0.33f, mRenderTexture.height * 0.33f), 0, 0);
/* System.IO.File.WriteAllBytes(@"e:\test.png", png.EncodeToPNG());
* Texture2D png2 = new Texture2D(mRenderTexture.width, mRenderTexture.height, TextureFormat.RGB24, false);
* png2.ReadPixels(new Rect(0, 0, mRenderTexture.width, mRenderTexture.height), 0, 0);
* System.IO.File.WriteAllBytes(@"e:\test2.png", png2.EncodeToPNG());*/
Color32[] visiblePixels = png.GetPixels32();
for (int i = 0; i < visiblePixels.Length; i++)
{
string name = Launcher.instance.radianceMgr.mVisibleNames[visiblePixels[i].r, visiblePixels[i].g, visiblePixels[i].b];
if (name == null)
{
continue;
}
//替换重用构件名
string[] nameArr = name.Split('/');
if (!result.Contains(name))
{
result.Add(name);
}
}
Debug.Log("Saved");
return(result);
}
//1751578
public virtual HashSet <string> getCenterComponents(int width, int height, ClientObjectAttribute clientObjAttribute)
{
return(null);
}
public void UpdateCamera(string ctsMarker, ClientObjectAttribute clientObjectAttribute)
{
pathHistory[ctsMarker].UpdateCamera(clientObjectAttribute);
}
public void UpdateList(ClientObjectAttribute clientObjectAttribute)
{
ConnectionMgr connectionMgr = Launcher.instance.connectionMgr;
CTSMarker ctsMarker = connectionMgr.cloudToTcpSocketMap[this];
Launcher.instance.history.UpdateCamera(ctsMarker.sessionId, clientObjectAttribute);
//clientObjectAttribute.LightPosZ = 66;
if (mList.Count <= 0)
{
EnqueueAttributeData(clientObjectAttribute);
mList.Add(clientObjectAttribute);
_count = 0;
}
else
{
if (!IsEqual(clientObjectAttribute, mList[mList.Count - 1]))
{
EnqueueAttributeData(clientObjectAttribute);
mList.Add(clientObjectAttribute);
_count = 0;
Debug.Log(clientObjectAttribute.CameraPosX + " " + clientObjectAttribute.CameraPosY + " " +
clientObjectAttribute.CameraPosZ);
Debug.Log(clientObjectAttribute.CameraRotX + " " + clientObjectAttribute.CameraRotY + " " +
clientObjectAttribute.CameraRotZ);
if (!_notPredicted)
{
//做预测的反馈
double score = Compare(clientObjectAttribute, predictObjectAttribute);
// Debug.Log(clientObjectAttribute.CameraPosX+" "+clientObjectAttribute.CameraPosY+" "+
// clientObjectAttribute.CameraPosZ);
// Debug.Log(clientObjectAttribute.CameraRotX+" "+clientObjectAttribute.CameraRotY+" "+
// clientObjectAttribute.CameraRotZ);
// Debug.Log("偏差值： "+(score/128).ToString("0.00"));
// Debug.Log(predictObjectAttribute.CameraPosX+" "+predictObjectAttribute.CameraPosY+" "+
// predictObjectAttribute.CameraPosZ);
// Debug.Log(predictObjectAttribute.CameraRotX+" "+predictObjectAttribute.CameraRotY+" "+
// predictObjectAttribute.CameraRotZ);
_notPredicted = true;
}
}
//1751578
else
{
_count++;
}
if (_count > 5 && _notPredicted)
{
Debug.Log("!!!!!!!!!!!!!Predict!!!!!!!!!!!!!");
//Record a = Launcher.instance.history.getPredict(ctsMarker.sessionId,clientObjectAttribute);
predictObjectAttribute.Param = clientObjectAttribute.Param;
//predictObjectAttribute.CameraPosX = (float)a.posX;
//predictObjectAttribute.CameraPosY = (float)a.posY;
//predictObjectAttribute.CameraPosZ = (float)a.posZ;
//predictObjectAttribute.CameraRotX = (float)a.rotX;
//predictObjectAttribute.CameraRotY = (float)a.rotY;
//predictObjectAttribute.CameraRotZ = (float)a.rotZ;
//测试数据
predictObjectAttribute.CameraPosX = (float)-9.745914;
predictObjectAttribute.CameraPosY = (float)13.74586;
predictObjectAttribute.CameraPosZ = (float)6.888044;
predictObjectAttribute.CameraRotX = (float)0.3567473;
predictObjectAttribute.CameraRotY = (float)-0.7427009;
predictObjectAttribute.CameraRotZ = (float)-0.5666805;
//测试结束
predictObjectAttribute.LightPosZ = 66;
EnqueueAttributeData(predictObjectAttribute);
_notPredicted = false;
Debug.Log("!!!!!!!!!!!!!Finish!!!!!!!!!!!!!");
}
//1751578
}
}
public void EnqueueAttributeData(ClientObjectAttribute clientObjectAttribute)
{
mAttributeDataList.Push(clientObjectAttribute);
//Debug.Log("Update Viewpoint List");
}