public void Write(CalibrationExerciseResultCinta result, CalibrationExerciseCinta exercise, float value)
{
switch (exercise)
{
case CalibrationExerciseCinta.ExpiratoryPeak:
case CalibrationExerciseCinta.InspiratoryPeak:
FlowDataDevice.FlowData.Add(new FlowData
{
Date = DateTime.Now,
Value = CintaFlowMath.ToLitresPerMinute(value)
});
break;
case CalibrationExerciseCinta.RespiratoryFrequency:
FlowDataDevice.FlowData.Add(new FlowData
{
Date = DateTime.Now,
Value = value * 60f
});
break;
default:
FlowDataDevice.FlowData.Add(new FlowData
{
Date = DateTime.Now,
Value = value / 1000f
});
break;
}
}
public void Write(CalibrationExerciseResultCinta result, CalibrationExerciseCinta exercise, float value)
{
if (exercise == CalibrationExerciseCinta.ExpiratoryPeak || exercise == CalibrationExerciseCinta.InspiratoryPeak)
{
_sb.AppendLine($"{DateTime.Now:s};{result};{exercise};{FlowMath.ToLitresPerMinute(value)};");
}
else if (exercise == CalibrationExerciseCinta.RespiratoryFrequency)
{
_sb.AppendLine($"{DateTime.Now:s};{result};{exercise};{value * 60f};");
}
else
{
_sb.AppendLine($"{DateTime.Now:s};{result};{exercise};{value / 1000f};");
}
}
