// Tries to activate a certain rotation fallback.
// If ActivateRotation is called, the best (in most cases) fallback is used.
// There might be cases/devices where other approaches yield better results.
//
// Returns true if fallback is available and activated.
public static bool TryForceRotationFallback(RotationFallbackType fallbackType)
{
#pragma warning disable 162
// for platforms other than Android, always use RotationQuaternion
// if(Application.platform != RuntimePlatform.Android)
// fallbackType = RotationFallbackType.RotationQuaternion;
if(Application.platform == RuntimePlatform.IPhonePlayer)
fallbackType = RotationFallbackType.RotationQuaternion;
switch(fallbackType)
{
case RotationFallbackType.RotationQuaternion:
if (Sensor.Get(Sensor.Type.RotationVector).available)
{
Sensor.Activate(Sensor.Type.RotationVector);
rotationHelper = new GetRotationHelper(RotationQuaternion);
current = RotationFallbackType.RotationQuaternion;
Debug.Log("RotationVector is available.");
return true;
}
break;
case RotationFallbackType.OrientationAndAcceleration:
if (Sensor.Get(Sensor.Type.Orientation).available)
{
Sensor.Activate(Sensor.Type.Orientation);
rotationHelper = new GetRotationHelper(OrientationAndAcceleration);
current = RotationFallbackType.OrientationAndAcceleration;
Debug.Log("Orientation/Acceleration is available.");
return true;
}
break;
case RotationFallbackType.MagneticField:
if (Sensor.Get(Sensor.Type.MagneticField).available)
{
Sensor.Activate(Sensor.Type.Accelerometer);
Sensor.Activate(Sensor.Type.MagneticField);
rotationHelper = new GetRotationHelper(MagneticField);
current = RotationFallbackType.MagneticField;
Debug.Log("Accelerometer/MagneticField is available.");
return true;
}
break;
case RotationFallbackType.AccelerationOnly:
{
rotationHelper = new GetRotationHelper(InputAcceleration);
Debug.Log("InputAcceleration is available - no compass support.");
return true;
}
break;
}
return false;
#pragma warning restore 162
}
// Tries to activate a certain rotation fallback.
// If ActivateRotation is called, the best (in most cases) fallback is used.
// There might be cases/devices where other approaches yield better results.
//
// Returns true if fallback is available and activated.
public static bool TryForceRotationFallback(RotationFallbackType fallbackType)
{
#pragma warning disable 162
switch (fallbackType)
{
case RotationFallbackType.RotationQuaternion:
if (Sensor.Get(Sensor.Type.RotationVector).available)
{
Sensor.Activate(Sensor.Type.RotationVector);
_rotationHelper = new GetRotationHelper(RotationQuaternion);
current = RotationFallbackType.RotationQuaternion;
Debug.Log("First sensor choice is available.");
return(true);
}
break;
case RotationFallbackType.OrientationAndAcceleration:
if (Sensor.Get(Sensor.Type.Orientation).available)
{
Sensor.Activate(Sensor.Type.Orientation);
_rotationHelper = new GetRotationHelper(OrientationAndAcceleration);
current = RotationFallbackType.OrientationAndAcceleration;
Debug.Log("Second sensor choice is available.");
return(true);
}
break;
case RotationFallbackType.MagneticField:
if (Sensor.Get(Sensor.Type.MagneticField).available)
{
Sensor.Activate(Sensor.Type.Accelerometer);
Sensor.Activate(Sensor.Type.MagneticField);
_rotationHelper = new GetRotationHelper(MagneticField);
current = RotationFallbackType.MagneticField;
Debug.Log("Third sensor choice is available.");
return(true);
}
break;
}
return(false);
#pragma warning restore 162
}
// Call this to activate the best available rotation sensor
public static void ActivateRotation()
{
// looks which sensors are available
// and uses the best one for rotation calculation
gotFirstValue = false;
if (Sensor.Get(Sensor.Type.RotationVector).available)
{
// on iOS, first choice will always be used (others are made for Android)
Sensor.Activate(Sensor.Type.RotationVector);
_rotationHelper = new GetRotationHelper(RotationQuaternion);
current = RotationFallbackType.RotationQuaternion;
Debug.Log("RotationVector is available.");
}
else if (Sensor.Get(Sensor.Type.Orientation).available)
{
Sensor.Activate(Sensor.Type.Orientation);
_rotationHelper = new GetRotationHelper(OrientationAndAcceleration);
current = RotationFallbackType.OrientationAndAcceleration;
Debug.Log("Orientation/Acceleration is available.");
}
else if (Sensor.Get(Sensor.Type.MagneticField).available)
{
Sensor.Activate(Sensor.Type.Accelerometer);
Sensor.Activate(Sensor.Type.MagneticField);
_rotationHelper = new GetRotationHelper(MagneticField);
current = RotationFallbackType.MagneticField;
Debug.Log("Accelerometer/MagneticField is available.");
}
else
{
_rotationHelper = new GetRotationHelper(InputAcceleration);
Debug.Log("InputAcceleration is available - no compass support.");
}
}
// Call this to activate the best available rotation sensor
public static void ActivateRotation()
{
// looks which sensors are available
// and uses the best one for rotation calculation
gotFirstValue = false;
if (Sensor.Get(Sensor.Type.RotationVector).available)
{
// on iOS, first choice will always be used (others are made for Android)
Sensor.Activate(Sensor.Type.RotationVector);
_rotationHelper = new GetRotationHelper(RotationQuaternion);
current = RotationFallbackType.RotationQuaternion;
Debug.Log("RotationVector is available.");
}
else if (Sensor.Get(Sensor.Type.Orientation).available)
{
Sensor.Activate(Sensor.Type.Orientation);
_rotationHelper = new GetRotationHelper(OrientationAndAcceleration);
current = RotationFallbackType.OrientationAndAcceleration;
Debug.Log("Orientation/Acceleration is available.");
}
else if (Sensor.Get(Sensor.Type.MagneticField).available)
{
Sensor.Activate(Sensor.Type.Accelerometer);
Sensor.Activate(Sensor.Type.MagneticField);
_rotationHelper = new GetRotationHelper(MagneticField);
current = RotationFallbackType.MagneticField;
Debug.Log("Accelerometer/MagneticField is available.");
}
else
{
_rotationHelper = new GetRotationHelper(InputAcceleration);
Debug.Log("InputAcceleration is available - no compass support.");
}
}
// Tries to activate a certain rotation fallback.
// If ActivateRotation is called, the best (in most cases) fallback is used.
// There might be cases/devices where other approaches yield better results.
//
// Returns true if fallback is available and activated.
public static bool TryForceRotationFallback(RotationFallbackType fallbackType)
{
#pragma warning disable 162
switch(fallbackType)
{
case RotationFallbackType.RotationQuaternion:
if (Sensor.Get(Sensor.Type.RotationVector).available)
{
Sensor.Activate(Sensor.Type.RotationVector);
_rotationHelper = new GetRotationHelper(RotationQuaternion);
current = RotationFallbackType.RotationQuaternion;
Debug.Log("First sensor choice is available.");
return true;
}
break;
case RotationFallbackType.OrientationAndAcceleration:
if (Sensor.Get(Sensor.Type.Orientation).available)
{
Sensor.Activate(Sensor.Type.Orientation);
_rotationHelper = new GetRotationHelper(OrientationAndAcceleration);
current = RotationFallbackType.OrientationAndAcceleration;
Debug.Log("Second sensor choice is available.");
return true;
}
break;
case RotationFallbackType.MagneticField:
if (Sensor.Get(Sensor.Type.MagneticField).available)
{
Sensor.Activate(Sensor.Type.Accelerometer);
Sensor.Activate(Sensor.Type.MagneticField);
_rotationHelper = new GetRotationHelper(MagneticField);
current = RotationFallbackType.MagneticField;
Debug.Log("Third sensor choice is available.");
return true;
}
break;
}
return false;
#pragma warning restore 162
}
// Tries to activate a certain rotation fallback.
// If ActivateRotation is called, the best (in most cases) fallback is used.
// There might be cases/devices where other approaches yield better results.
//
// Returns true if fallback is available and activated.
public static bool TryForceRotationFallback(RotationFallbackType fallbackType)
{
#pragma warning disable 162
// for platforms other than Android, always use RotationQuaternion
// if(Application.platform != RuntimePlatform.Android)
// fallbackType = RotationFallbackType.RotationQuaternion;
if (Application.platform == RuntimePlatform.IPhonePlayer)
{
fallbackType = RotationFallbackType.RotationQuaternion;
}
switch (fallbackType)
{
case RotationFallbackType.RotationQuaternion:
if (Sensor.Get(Sensor.Type.GameRotationVector).available)
{
Sensor.Activate(Sensor.Type.GameRotationVector);
}
else if (Sensor.Get(Sensor.Type.RotationVector).available)
{
Sensor.Activate(Sensor.Type.RotationVector);
}
if (Sensor.Get(Sensor.Type.GameRotationVector).available || Sensor.Get(Sensor.Type.RotationVector).available)
{
rotationHelper = new GetRotationHelper(RotationQuaternion);
current = RotationFallbackType.RotationQuaternion;
Debug.Log("RotationVector is available.");
return(true);
}
break;
case RotationFallbackType.OrientationAndAcceleration:
if (Sensor.Get(Sensor.Type.Orientation).available)
{
Sensor.Activate(Sensor.Type.Orientation);
rotationHelper = new GetRotationHelper(OrientationAndAcceleration);
current = RotationFallbackType.OrientationAndAcceleration;
Debug.Log("Orientation/Acceleration is available.");
return(true);
}
break;
case RotationFallbackType.MagneticField:
if (Sensor.Get(Sensor.Type.MagneticField).available)
{
Sensor.Activate(Sensor.Type.Accelerometer);
Sensor.Activate(Sensor.Type.MagneticField);
rotationHelper = new GetRotationHelper(MagneticField);
current = RotationFallbackType.MagneticField;
Debug.Log("Accelerometer/MagneticField is available.");
return(true);
}
break;
case RotationFallbackType.AccelerationOnly:
{
rotationHelper = new GetRotationHelper(InputAcceleration);
Debug.Log("InputAcceleration is available - no compass support.");
return(true);
}
break;
}
return(false);
#pragma warning restore 162
}
