void SaveAltitudeData(CMAltitudeData altitude)
{
recentAltitudeData.Insert(0, altitude);
if (recentAltitudeData.Count > MotionManager.MaxAltitudeSamples)
{
recentAltitudeData.RemoveAt(recentPedometerData.Count - 1);
}
}
private void RelativeAltitudeUpdateReceived(CMAltitudeData data, NSError error)
{
var barometerReading = new BarometerReading(
KPaToHPa(data.Pressure.DoubleValue),
SensorHelpers.TimestampToDateTimeOffset(data.Timestamp));
_readingChanged?.Invoke(
this,
new BarometerReadingChangedEventArgs(barometerReading));
}
void OnBarometerChanged(CMAltitudeData data, NSError error)
{
var currentReadingTime = DateTime.Now;
if (firstRead || (currentReadingTime - _lastReadingTime).TotalMilliseconds >= ReadingInterval)
{
_lastReading = data.Pressure.DoubleValue;
OnReadingChanged?.Invoke(this, new DeviceSensorReadingEventArgs <double>(_lastReading));
firstRead = false;
}
}
/* private void OnActivityUpdated(CMMotionActivity activity)
* {
* if (this.SensorValueChanged == null)
* return;
*
* SensorValueChanged((object)this, new SensorReadingValueChangedEventArgs()
* {
* SensorType = SensorType.ActivitySensor,
* ValueType = ValueType.Vector,
* // Value = new SensorVectorValue() { X = activity. }
* });
*
* }*/
private void OnAltimeterReadingValueChanged(CMAltitudeData arg1, NSError arg2)
{
if (this.SensorValueChanged == null)
{
return;
}
SensorValueChanged((object)this, new SensorReadingValueChangedEventArgs()
{
SensorType = SensorType.Altimeter,
ValueType = ValueType.Vector,
Value = new SensorVectorValue()
{
X = arg1.Timestamp, Y = arg1.RelativeAltitude.DoubleValue, Z = arg1.Pressure.DoubleValue
}
});
}
void SaveAltitudeData (CMAltitudeData altitude)
{
recentAltitudeData.Insert (0, altitude);
if (recentAltitudeData.Count > MotionManager.MaxAltitudeSamples)
recentAltitudeData.RemoveAt (recentPedometerData.Count - 1);
}
