// Update is called once per frame
void Update()
{
// Set image holgram as face texture
Hologram hologram = entry.getHologram();
Hologram.hologramType hologramType = hologram.getType();
// Check for image hologram
if (hologramType == Hologram.hologramType.IMAGE_HOLOGRAM)
{
// Get mesh renderer
MeshRenderer meshRenderer = this.GetComponent <MeshRenderer>();
// Get material and texture
Material material = meshRenderer.material;
Texture texture = material.mainTexture;
// Get session and face switcher
GameObject session = GameObject.Find("AR Session Origin");
FaceMaterialSwitcher faceMaterialSwitcher = session.GetComponentInChildren <FaceMaterialSwitcher>();
// Set material and texture
if (faceMaterialSwitcher != null)
{
// Set materials (overwrite all other face materials)
int size = faceMaterialSwitcher.faceMaterials.Length;
faceMaterialSwitcher.faceMaterials = new Material[size];
for (int i = 0; i < size; i++)
{
faceMaterialSwitcher.faceMaterials[i] = material;
}
}
}
}
/// <summary>
/// EXAMPLE BEHAVIOUR
/// Queries the database and names the object based on the result.
/// </summary>
// Use this for initialization
void Start()
{
// Add RemoteTransformations script to object and set its entry
this.gameObject.AddComponent <RemoteTransformations>().entry = entry;
// Qurey additional data to get the name
string value = "";
if (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("name", out value))
{
// Set name
this.gameObject.name = value;
}
this.gameObject.GetComponent <Renderer>().enabled = false;
Hologram hologram = entry.getHologram();
Hologram.hologramType hologramType = hologram.getType();
// Check for image hologram
if (hologramType == Hologram.hologramType.IMAGE_HOLOGRAM)
{
// Get mesh renderer
MeshRenderer meshRenderer = this.GetComponent <MeshRenderer>();
// Get material and texture
Material material = meshRenderer.material;
Texture texture = material.mainTexture;
// Get session and face switcher
GameObject session = GameObject.Find("AR Session Origin");
// Get AR Plane Manager
ARPlaneManager aRPlaneManager = session.GetComponent <ARPlaneManager>();
// Change the material of the prefab of AR Plane Manager
aRPlaneManager.planePrefab.GetComponent <MeshRenderer>().sharedMaterial = material;
}
}
public void DownloadEntryAssets(Entry entry, string serverURL)
{
// Check if Unity is supported
//if (entry.getSupportedSDKs()[Entry.SDKs.UNITY.ordinal()])
if (true)
{
// Get hologram type
Hologram.hologramType hologramType = entry.getHologram().getType();
// Handle model hologram
if (hologramType.Equals(Hologram.hologramType.MODEL_HOLOGRAM))
{
// Get model names and ID
ModelHologram modelHologram = (ModelHologram)entry.getHologram();
List <string> filenames = new List <string>();
filenames.Add(modelHologram.getFilename());
if (modelHologram.getMaterialFilename() != null)
{
filenames.Add(modelHologram.getMaterialFilename());
}
if (modelHologram.getTextureFilenames() != null)
{
filenames.AddRange(modelHologram.getTextureFilenames());
}
List <string> fileStorageIDs = new List <string>();
fileStorageIDs.Add(modelHologram.getStorageID());
if (modelHologram.getMaterialStorageID() != null)
{
fileStorageIDs.Add(modelHologram.getMaterialStorageID());
}
if (modelHologram.getTextureStorageIDs() != null)
{
fileStorageIDs.AddRange(modelHologram.getTextureStorageIDs());
}
// Import Options
ImportOptions importOptions = ParseAdditionalData(entry.getAdditionalData());
// Instantiate model based on type
if (modelHologram.getFilename().EndsWith(".glb"))
{
// Instantiate model without downloading it
StartCoroutine(InstantiateModel(entry, filenames, importOptions));
}
else
{
// Download model files and then instantiate
StartCoroutine(DownloadFiles(entry, serverURL, filenames, fileStorageIDs, importOptions));
}
// Handle video hologram
}
else if (hologramType.Equals(Hologram.hologramType.VIDEO_HOLOGRAM))
{
// Get video
VideoHologram videoHologram = (VideoHologram)entry.getHologram();
// Create primitive plane for the video to appear on
GameObject videoPlane = GameObject.CreatePrimitive(PrimitiveType.Plane);
// Set video plane position
videoPlane.transform.parent = this.gameObject.transform;
videoPlane.transform.position = this.gameObject.transform.position;
// Set video plane size
string value = "";
float height = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("height", out value)) ? float.Parse(value) * 0.01f : 1;
float width = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("width", out value)) ? float.Parse(value) * 0.01f : 2;
// Scale video plane
videoPlane.transform.localScale = new Vector3(width, height, height);
// Attach VideoPlayer to video plane
var videoPlayer = videoPlane.AddComponent <VideoPlayer>();
videoPlayer.playOnAwake = false;
// Attach a CustomBehaviour Component
videoPlane.AddComponent <CustomBehaviour>().entry = entry;
// Set gameobject name to video name
videoPlane.name = videoHologram.getFilename();
// Set video URL
videoPlayer.url = serverURL + "&file=" + videoHologram.getStorageID();
// Play video
videoPlayer.Play();
// Mute
if (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("mute", out value) && value.Equals("true"))
{
for (ushort i = 0; i < videoPlayer.controlledAudioTrackCount; ++i)
{
videoPlayer.SetDirectAudioMute(i, true);
}
}
// Handle image hologram
}
else if (hologramType.Equals(Hologram.hologramType.IMAGE_HOLOGRAM))
{
// Get image
ImageHologram imageHologram = (ImageHologram)entry.getHologram();
// Create primitive plane for the image to appear on
GameObject imagePlane = GameObject.CreatePrimitive(PrimitiveType.Plane);
// Set image plane position
imagePlane.transform.parent = this.gameObject.transform;
imagePlane.transform.position = this.gameObject.transform.position;
// Set image plane size
string value = "";
float height = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("height", out value)) ? float.Parse(value) * 0.01f : 1;
float width = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("width", out value)) ? float.Parse(value) * 0.01f : 1;
// Scale image plane
imagePlane.transform.localScale = new Vector3(width, height, height);
// Set gameobject name to image name
imagePlane.name = imageHologram.getFilename();
// Set image URL
string imageURL = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("compressedImageStorageID", out value)) ?
serverURL + "&file=" + value :
serverURL + "&file=" + imageHologram.getStorageID();
// Download image file and then instantiate
StartCoroutine(DownloadandInitiateImage(entry, imageURL, imagePlane));
}
}
}
public void DownloadEntryAssets(Entry entry, string serverURL)
{
Debug.Log("Download started");
try
{
Debug.Log("tried");
// StartCoroutine(FindLocation());
}
catch (System.Exception e)
{
Debug.Log("failed");
}
FoundXPos = (float)LocationScript.XPosition;
FoundYPos = (float)LocationScript.YPosition;
Debug.Log(levelReached);
echolocation.text = FoundXPos + ", " + FoundYPos;
// Check if Unity is supported
//if (entry.getSupportedSDKs()[Entry.SDKs.UNITY.ordinal()])
Debug.Log("Download entry assets " + Latitude);
//geolocationTargetObject.getLongitude();
Target.targetType targetType = entry.getTarget().getType();
if (targetType.Equals(Target.targetType.GEOLOCATION_TARGET))
{
GeolocationTarget geolocationTarget = (GeolocationTarget)entry.getTarget();
Debug.Log("float" + geolocationTarget.getLatitude());
// Switch find location to a fixed update to every second or so
if (Mathf.Sqrt((geolocationTarget.getLatitude() - FoundXPos) * (geolocationTarget.getLatitude() - FoundXPos) + (geolocationTarget.getLongitude() - FoundYPos) * (geolocationTarget.getLongitude() - FoundYPos)) < .001)
{
/* if ((42.335 < geolocationTarget.getLatitude() && geolocationTarget.getLatitude() < 42.337) &&
* (-71.089 > geolocationTarget.getLongitude() && geolocationTarget.getLongitude() > -71.091))
* {*/
Debug.Log("passed if loop");
echolocation.text = levelReached + ", " + FoundXPos.ToString();
location.text = Input.location.lastData.timestamp.ToString();
if (true)
{
// Get hologram type
Hologram.hologramType hologramType = entry.getHologram().getType();
// Handle model hologram
if (hologramType.Equals(Hologram.hologramType.MODEL_HOLOGRAM))
{
// Get model names and ID
ModelHologram modelHologram = (ModelHologram)entry.getHologram();
List <string> filenames = new List <string>();
filenames.Add(modelHologram.getFilename());
if (modelHologram.getMaterialFilename() != null)
{
filenames.Add(modelHologram.getMaterialFilename());
}
if (modelHologram.getTextureFilenames() != null)
{
filenames.AddRange(modelHologram.getTextureFilenames());
}
List <string> fileStorageIDs = new List <string>();
fileStorageIDs.Add(modelHologram.getStorageID());
if (modelHologram.getMaterialStorageID() != null)
{
fileStorageIDs.Add(modelHologram.getMaterialStorageID());
}
if (modelHologram.getTextureStorageIDs() != null)
{
fileStorageIDs.AddRange(modelHologram.getTextureStorageIDs());
}
// Import Options
ImportOptions importOptions = ParseAdditionalData(entry.getAdditionalData());
// Instantiate model based on type
if (modelHologram.getFilename().EndsWith(".glb"))
{
// Instantiate model without downloading it
// LocationScript.FindLocation();
//if ((42.3388 < Input.location.lastData.latitude && Input.location.lastData.latitude < 42.3590) &&
// (-71.0870 > Input.location.lastData.longitude && Input.location.lastData.longitude > -71.0875))
StartCoroutine(InstantiateModel(entry, filenames, importOptions));
}
else
{
// Download model files and then instantiate
StartCoroutine(DownloadFiles(entry, serverURL, filenames, fileStorageIDs, importOptions));
}
// Handle video hologram
}
else if (hologramType.Equals(Hologram.hologramType.VIDEO_HOLOGRAM))
{
// Get video
VideoHologram videoHologram = (VideoHologram)entry.getHologram();
// Create primitive plane for the video to appear on
GameObject videoPlane = GameObject.CreatePrimitive(PrimitiveType.Plane);
// Set video plane position
videoPlane.transform.parent = this.gameObject.transform;
videoPlane.transform.position = this.gameObject.transform.position;
// Set video plane size
string value = "";
float height = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("height", out value)) ? float.Parse(value) * 0.01f : 1;
float width = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("width", out value)) ? float.Parse(value) * 0.01f : 2;
// Scale video plane
videoPlane.transform.localScale = new Vector3(width, height, height);
// Attach VideoPlayer to video plane
var videoPlayer = videoPlane.AddComponent <VideoPlayer>();
videoPlayer.playOnAwake = false;
// Attach a CustomBehaviour Component
videoPlane.AddComponent <CustomBehaviour>().entry = entry;
// Set gameobject name to video name
videoPlane.name = videoHologram.getFilename();
// Set video URL
videoPlayer.url = serverURL + "&file=" + videoHologram.getStorageID();
// Play video
videoPlayer.Play();
// Mute
if (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("mute", out value) && value.Equals("true"))
{
for (ushort i = 0; i < videoPlayer.controlledAudioTrackCount; ++i)
{
videoPlayer.SetDirectAudioMute(i, true);
}
}
// Handle image hologram
}
else if (hologramType.Equals(Hologram.hologramType.IMAGE_HOLOGRAM))
{
// Get image
ImageHologram imageHologram = (ImageHologram)entry.getHologram();
// Create primitive plane for the image to appear on
GameObject imagePlane = GameObject.CreatePrimitive(PrimitiveType.Plane);
// Set image plane position
imagePlane.transform.parent = this.gameObject.transform;
imagePlane.transform.position = this.gameObject.transform.position;
// Set image plane size
string value = "";
float height = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("height", out value)) ? float.Parse(value) * 0.01f : 1;
float width = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("width", out value)) ? float.Parse(value) * 0.01f : 1;
// Scale image plane
imagePlane.transform.localScale = new Vector3(width, height, height);
// Set gameobject name to image name
imagePlane.name = imageHologram.getFilename();
// Set image URL
string imageURL = (entry.getAdditionalData() != null && entry.getAdditionalData().TryGetValue("compressedImageStorageID", out value)) ?
serverURL + "&file=" + value :
serverURL + "&file=" + imageHologram.getStorageID();
// Download image file and then instantiate
StartCoroutine(DownloadandInitiateImage(entry, imageURL, imagePlane));
}
}
}
}
}
