public String GetAccelerometerReadingDisplayText(AccelerometerReading reading)
{
if (reading == null)
{
return("No Reading Available.");
}
var axisAdjustment = SensorExtensions.AxisOffset.Default;
if (CompensateForDisplayOrientation)
{
axisAdjustment = DisplayOrientation.AxisAdjustmentFactor();
}
var adjustedAccelerationX = reading.AccelerationX * axisAdjustment.X;
var adjustedAccelerationY = reading.AccelerationY * axisAdjustment.Y;
var adjustedAccelerationZ = reading.AccelerationZ * axisAdjustment.Z;
return(String.Format("X= {0} Y={1} Z={2}",
adjustedAccelerationX,
adjustedAccelerationY,
adjustedAccelerationZ));
}
public String GetGyrometerReadingDisplayText(GyrometerReading reading)
{
if (reading == null)
{
return("No Reading Available.");
}
var axisAdjustment = SensorExtensions.AxisOffset.Default;
if (CompensateForDisplayOrientation)
{
axisAdjustment = DisplayOrientation.AxisAdjustmentFactor();
}
var adjustedAngularVelocityX = reading.AngularVelocityX * axisAdjustment.X;
var adjustedAngularVelocityY = reading.AngularVelocityY * axisAdjustment.Y;
var adjustedAngularVelocityZ = reading.AngularVelocityZ * axisAdjustment.Z;
return(String.Format("X= {0} Y={1} Z={2}",
adjustedAngularVelocityX,
adjustedAngularVelocityY,
adjustedAngularVelocityZ));
}
public String GetInclinometerReadingDisplayText(InclinometerReading reading)
{
if (reading == null)
{
return("No Reading Available.");
}
var axisAdjustment = SensorExtensions.AxisOffset.Default;
if (CompensateForDisplayOrientation)
{
axisAdjustment = DisplayOrientation.AxisAdjustmentFactor();
}
var adjustedPitchDegrees = reading.PitchDegrees * axisAdjustment.X;
var adjustedRollDegrees = reading.RollDegrees * axisAdjustment.Y;
var adjustedYawDegrees = reading.YawDegrees * axisAdjustment.Z;
return(String.Format("Pitch={0} Roll={1} Yaw={2}",
adjustedPitchDegrees,
adjustedRollDegrees,
adjustedYawDegrees));
}
