internal static void PlatformStart(SensorSpeed sensorSpeed)
{
var manager = Platform.MotionManager;
switch (sensorSpeed)
{
case SensorSpeed.Fastest:
manager.GyroUpdateInterval = FastestInterval;
break;
case SensorSpeed.Game:
manager.GyroUpdateInterval = GameInterval;
break;
case SensorSpeed.Normal:
manager.GyroUpdateInterval = NormalInterval;
break;
case SensorSpeed.UI:
manager.GyroUpdateInterval = UIInterval;
break;
}
manager.StartGyroUpdates(Platform.GetCurrentQueue(), DataUpdated);
}
internal static void PlatformStart(SensorSpeed sensorSpeed)
{
var manager = Platform.MotionManager;
manager.MagnetometerUpdateInterval = sensorSpeed.ToPlatform();
manager.StartMagnetometerUpdates(Platform.GetCurrentQueue(), DataUpdated);
}
static void PlatformStart(SensorSpeed sensorSpeed)
{
altitudeManager = new CMAltimeter();
altitudeManager.StartRelativeAltitudeUpdates(Platform.GetCurrentQueue(), LocationManagerUpdatedHeading);
void LocationManagerUpdatedHeading(CMAltitudeData e, NSError error) =>
OnChanged(new BarometerData(UnitConverters.KilopascalsToHectopascals(e.Pressure.DoubleValue)));
}
static void PlatformStart(SensorSpeed sensorSpeed)
{
altitudeManager = new CMAltimeter();
altitudeManager.StartRelativeAltitudeUpdates(Platform.GetCurrentQueue(), LocationManagerUpdatedHeading);
// Heading updates Convert to HectoPascal from KiloPascal
void LocationManagerUpdatedHeading(CMAltitudeData e, NSError error) =>
OnChanged(new BarometerData(e.Pressure.DoubleValue / 10d));
}
internal static void PlatformStart(SensorSpeed sensorSpeed)
{
var manager = Platform.MotionManager;
manager.DeviceMotionUpdateInterval = sensorSpeed.ToPlatform();
// use a fixed reference frame where X points north and Z points vertically into the sky
manager.StartDeviceMotionUpdates(CMAttitudeReferenceFrame.XTrueNorthZVertical, Platform.GetCurrentQueue(), DataUpdated);
}
