public static string GetUnit(BandSensorType sensorType)
{
switch (sensorType)
{
case BandSensorType.AccelerometerX:
case BandSensorType.AccelerometerY:
case BandSensorType.AccelerometerZ:
return("g");
case BandSensorType.HeartRate:
return("b/m");
case BandSensorType.Calories:
return("cals");
case BandSensorType.Step:
return("steps");
case BandSensorType.Distance:
return("cm");
case BandSensorType.Speed:
return("cm/s");
default:
return("");
}
}
public static bool IsConsecutiveValue(BandSensorType sensorType)
{
switch (sensorType)
{
case BandSensorType.HeartRate:
case BandSensorType.AccelerometerX:
case BandSensorType.InstantHeartRate:
case BandSensorType.AccelerometerY:
case BandSensorType.AccelerometerZ:
case BandSensorType.Speed:
return(false);
case BandSensorType.Calories:
case BandSensorType.Step:
case BandSensorType.Distance:
return(true);
}
return(false);
}
public static double GetValue(BandSensorType sensorType)
{
try
{
switch (sensorType)
{
case BandSensorType.HeartRate:
return(ListHeartRate.Average());
case BandSensorType.InstantHeartRate:
return(HeartRate.HeartRate);
case BandSensorType.AccelerometerX:
return(Accelerometer.AccelerationX);
case BandSensorType.AccelerometerY:
return(Accelerometer.AccelerationY);
case BandSensorType.AccelerometerZ:
return(Accelerometer.AccelerationZ);
case BandSensorType.Calories:
return(BeginCalories.HasValue ? Calories.Calories - BeginCalories.Value : 0);
case BandSensorType.Step:
return(BeginStep.HasValue ? Pedometer.TotalSteps - BeginStep.Value : 0);
case BandSensorType.Distance:
return(BeginDistance.HasValue ? Distance.TotalDistance - BeginDistance.Value : 0);
case BandSensorType.Speed:
return(Distance.Speed);
}
return(-1111);
}
catch
{
return(0);
}
}
