private void SpDevice_OnFvcVolumeTime(object sender, VolumeAndTimeArgs e)
{
FvcFlowVolume fvcv = new FvcFlowVolume();
fvcv.Time = e.Time;
fvcv.Volume = e.Volume;
FvcFlowVolumeQueue.Enqueue(fvcv);
OnVolumeTime?.Invoke(e.Volume, e.Time);
}
private void SpDevice_OnVcVolumeTime(object sender, VolumeAndTimeArgs e)
{
float v = (float)e.Volume;
float t = (float)e.Time;
string vol = string.Format("{0:0.00}", v);
string time = string.Format("{0:0.00}", t);
string s = vol + "," + time;
if (!VKApp.mainApp.stopSpirometer)
{
VKApp.mainApp.commwithChartapp.SendMsg(string.Format(CommCommands.SpirometerVC, s));
VKApp.mainApp.commtoMCC.SendData(string.Format(CommCommands.SpirometerVC, s));
}
if (VKApp.mainApp.isDiagnosticMode)
{
OnvcVolumeTime?.Invoke(e.Volume, e.Time);
}
}
private void SpDevice_OnFvcVolumeTime(object sender, VolumeAndTimeArgs e)
{
FvcFlowVolume fvcv = new FvcFlowVolume();
fvcv.Time = e.Time;
fvcv.Volume = e.Volume;
string vol = string.Format("{0:0.00}", fvcv.Volume);
string time = string.Format("{0:0.00}", fvcv.Time);
string s = vol + "," + time;
if (!VKApp.mainApp.stopSpirometer)
{
VKApp.mainApp.commwithChartapp.SendMsg(string.Format(CommCommands.SpirometerFVCvtdata, s));
VKApp.mainApp.commtoMCC.SendData(string.Format(CommCommands.SpirometerFVCvtdata, s));
}
// FvcFlowVolumeQueue.Enqueue(fvcv);
if (VKApp.mainApp.isDiagnosticMode)
{
OnVolumeTime?.Invoke(e.Volume, e.Time);
}
}
