void Awake()
{
Input.compensateSensors = true;
Input.gyro.enabled = true;
_smoothingTime = smoothingTime;
_headingOffset = headingOffset;
_pitchOffset = pitchOffset;
_pitchOffsetMinimum = pitchOffsetMinimum;
_pitchOffsetMaximum = pitchOffsetMaximum;
_gyroHeadingAmplifier = gyroHeadingAmplifier;
_gyroPitchAmplifier = gyroPitchAmplifier;
_selfUpdate = selfUpdate;
_autoUpdateList.Clear();
_autoUpdateList = autoUpdateList;
_transformName = transform.name;
}
//================================================================================
void Update()
{
if (!SystemInfo.supportsGyroscope)
{
forceAccelerometer = true;
ErrorHandling.LogError("Warning [GyroAccel]: No gyroscope available -> forcing accelerometer");
}
if (Application.isEditor && Input.gyro.attitude == Quaternion.identity)
{
MSP_Input.ErrorHandling.LogError("Warning [GyroAccel]: There seems to be a problem reading the gyroscope: did you set up Unity Remote correctly?");
}
//
forceAccelerometer = _forceAccelerometer;
smoothingTime = _smoothingTime;
headingOffset = _headingOffset;
pitchOffset = _pitchOffset;
pitchOffsetMinimum = _pitchOffsetMinimum;
pitchOffsetMaximum = _pitchOffsetMaximum;
gyroHeadingAmplifier = _gyroHeadingAmplifier;
gyroPitchAmplifier = _gyroPitchAmplifier;
selfUpdate = _selfUpdate;
autoUpdateList = _autoUpdateList;
//
CheckHeadingAndPitchBoundaries ();
//
if (!_forceAccelerometer && SystemInfo.supportsGyroscope) {
UpdateGyroscopeOrientation ();
} else {
UpdateAccelerometerOrientation ();
}
//
_rotation = rotation;
_heading = heading;
_pitch = pitch;
_roll = roll;
_headingOffset = headingOffset;
_pitchOffset = pitchOffset;
//
}
//================================================================================
void Update()
{
if (!SystemInfo.supportsGyroscope)
{
forceAccelerometer = true;
ErrorHandling.LogError("Warning [GyroAccel]: No gyroscope available -> forcing accelerometer");
}
if (Application.isEditor && Input.gyro.attitude == Quaternion.identity)
{
MSP_Input.ErrorHandling.LogError("Warning [GyroAccel]: There seems to be a problem reading the gyroscope: did you set up Unity Remote correctly?");
}
//
forceAccelerometer = _forceAccelerometer;
smoothingTime = _smoothingTime;
headingOffset = _headingOffset;
pitchOffset = _pitchOffset;
pitchOffsetMinimum = _pitchOffsetMinimum;
pitchOffsetMaximum = _pitchOffsetMaximum;
gyroHeadingAmplifier = _gyroHeadingAmplifier;
gyroPitchAmplifier = _gyroPitchAmplifier;
selfUpdate = _selfUpdate;
autoUpdateList = _autoUpdateList;
//
CheckHeadingAndPitchBoundaries ();
//
if (!_forceAccelerometer && SystemInfo.supportsGyroscope) {
UpdateGyroscopeOrientation ();
} else {
UpdateAccelerometerOrientation ();
}
//
_rotation = rotation;
_heading = heading;
_pitch = pitch;
_roll = roll;
_headingOffset = headingOffset;
_pitchOffset = pitchOffset;
//
}
//================================================================================
void Awake()
{
Input.compensateSensors = true;
Input.gyro.enabled = true;
_forceAccelerometer = forceAccelerometer;
_smoothingTime = smoothingTime;
_headingOffset = headingOffset;
_pitchOffset = pitchOffset;
_pitchOffsetMinimum = pitchOffsetMinimum;
_pitchOffsetMaximum = pitchOffsetMaximum;
_gyroHeadingAmplifier = gyroHeadingAmplifier;
_gyroPitchAmplifier = gyroPitchAmplifier;
_selfUpdate = selfUpdate;
_autoUpdateList.Clear();
_autoUpdateList = autoUpdateList;
_transformName = transform.name;
}
