void Update()
{
StringBuilder stringBuilder = new StringBuilder();
var current = gyro.attitude;
controllerStatus.quaternion = QuaternionSerializable.FromQuaternion(current);
CheckTrackpad();
stringBuilder.AppendFormat("Attitude: {0}\nTrigger: {1}\nTrackButton: {2}\nExtra1: {3}\nExtra2: {4}\nExtra3: {5}\nTrackpad: {6}\nTrackpadTouched: {7}\nConnected: {8}", current, controllerStatus.trigger, controllerStatus.trackpadButton, controllerStatus.extra1, controllerStatus.extra2, controllerStatus.extra3, controllerStatus.trackpad.ToVector2(), controllerStatus.trackpadTouched, connectedCant);
text.text = stringBuilder.ToString();
if (!IsConnected)
{
return;
}
byte[] buffer = new byte[1024];
Stream stream = new MemoryStream(buffer);
BinaryFormatter formatter = new BinaryFormatter();
formatter.Serialize(stream, controllerStatus);
int bufferSize = 1024;
networkController.SendMessage(buffer, bufferSize);
}
public static void SaveArItem(Transform arItem)
{
// Convert the AR item's Unity data into serializable format that can be saved
ArItemData arItemData = new ArItemData();
arItemData.ItemType = (int)arItem.GetComponent <ArItem>().ItemType;
QuaternionSerializable newQuat = new QuaternionSerializable();
newQuat.Fill(arItem.rotation);
arItemData.Orientation = newQuat;
var rawGpsPos = XRSessionManager.GetSession().LocalPositionToGps(arItem.position);
GpsSerializable gpsPos = new GpsSerializable();
gpsPos.Height = rawGpsPos.Height;
gpsPos.Latitude = rawGpsPos.Latitude;
gpsPos.Longitude = rawGpsPos.Longitude;
arItemData.GpsPos = gpsPos;
// Create (almost) unique ID for this AR item
string itemId = arItem.GetInstanceID().ToString() + "." + rawGpsPos.Latitude.ToString() + "." + rawGpsPos.Longitude.ToString();
arItemData.Id = itemId;
arItem.GetComponent <ArItem> ().Id = itemId;
Debug.Log("Added AR item to save data");
ArItemList.Add(arItemData);
Save();
}
public GameObjectSerializable(PersistedGameObject _go)
{
Position = new Vector3Serializable(_go.Position);
Rotation = new QuaternionSerializable(_go.Rotation);
Scale = new Vector3Serializable(_go.Scale);
Enabled = _go.Enabled;
}
public static void AddQuaternion(this SerializationInfo info, string name, QuaternionSerializable v)
{
if (info is null)
{
throw new ArgumentNullException(nameof(info));
}
info.AddValue(name, v);
}
static public QuaternionSerializable CreateQuaternionSerializable(Quaternion q)
{
QuaternionSerializable save = new QuaternionSerializable
{
x = q.x,
y = q.y,
z = q.z,
w = q.w
};
return(save);
}
public static MagicCubeSaveData CreateSaveData(MagicCubeManager manager)
{
MagicCubeSaveData savedata = new MagicCubeSaveData();
//deep copies to be safe.
foreach (var cubeTile in manager.GetCubeTileListReference())
{
savedata.positions.Add(Vector3Serializable.CreateVector3Serializable(cubeTile.transform.position));
savedata.rotations.Add(QuaternionSerializable.CreateQuaternionSerializable(cubeTile.transform.rotation));
savedata.cubeTileIDs.Add(cubeTile.GetComponent <CubeTileInfo>().GetID());
}
foreach (var action in manager.GetUndoListReference())
{
savedata.undoActions.Add(ActionSaveData.CreateSaveData(action));
}
savedata.magicCubeSize = manager.GetMagicCubeSize();
savedata.time = manager.GetTimePassed();
return(savedata);
}
public TransformSerializable(Transform t)
{
position = new Vector3Serializable(t.localPosition);
rotation = new QuaternionSerializable(t.localRotation);
scale = new Vector3Serializable(t.localScale);
}
public BezierSplinePointSerializable(BezierSplinePoint other)
{
this.position = other.position;
this.rotation = other.rotation;
this.controlPoint = other.controlPoint;
}
