private void merajEnergyScanCyklus()
{
cisloKroku = 0;
double krok = (Parameters.EnergyScan.StartPoint); //ziskame zaciatocny krok = start point pre TEM
//teplomer a tlakomery chceme citat iba kazdych n sekund;
ADPrevodnik.setAnalogOutput(krok);
voltmeter.read();
ampermeter.read();
Thread.Sleep(500);
voltmeter.read();
ampermeter.read();
Thread.Sleep(50);
tlak256.read();
tlak256.startReading();
teplomer.read();
teplomer.startReading();
while (cisloKroku <= Parameters.NumberOfSteps)
{
if (abortStatus)
{
break;
}
KrokMerania = new KrokMerania();
ADPrevodnik.setAnalogOutput(krok);//.setPoint(krok); //posle na TEM vypocitany bod
ADThread = new Thread(ADPrevodnik.CounterStart); //novy thread ad prevodnika
ADThread.IsBackground = true;
ADPrevodnik.setAnalogOutput(krok);
ADThread.Start(); //nastartovanie prevodnika
//precitaj zatial vsetky ostatne pristroje
voltmeter.read();
ampermeter.read();
ADThread.Join(); //cakas na skoncenie ADThreadu
//vieme, ze AD prevodnik uz zapisal novu hodnotu intenzity
KrokMerania.Intensity = ADPrevodnik.Intensity;
KrokMerania.Current = ampermeter.LastValue;
KrokMerania.X = voltmeter.LastValue;
KrokMerania.Y = Parameters.EnergyScan.Constant;
KrokMerania.Temperature = teplomer.readNext();
KrokMerania.Capillar = tlak256.readNext();
KrokMerania.Chamber = 0;
KrokMerania.StepNumber = cisloKroku+1;
//zaznamenat
aktualnyCyklus.KrokyMerania.Add(KrokMerania);
lock (Graf)
{
if (showCurrent)
{
Graf.addDataPoint(KrokMerania.X, KrokMerania.Y, KrokMerania.Intensity, currentCycleNum - 1);
}
}
mainForm.setCurrentStep((cisloKroku+1).ToString() + "/" + (Parameters.NumberOfSteps + 1).ToString());
cisloKroku++;
krok = (Parameters.EnergyScan.StartPoint)+cisloKroku*Parameters.EnergyScan.KrokNapatia;
}
}
public static Meranie loadMeranie(int headerId)
{
DbCommunication d=new DbCommunication();
DataRow header=d.header(headerId).Tables[0].Rows[0];
MeasurementParameters parametre =
new MeasurementParameters(
header["name"].ToString(),
header["ion_type"].ToString().Equals("true"),
header["note"].ToString(),
(int)header["cycles"]);
string x = "";
string y = "";
if (header["type_name"].Equals("Energy Scan"))
{
EnergyScanParameters pp=new EnergyScanParameters();
pp.StartPoint= (double)header["start_point"];
pp.EndPoint= (double)header["end_point"];
pp.Constant= Convert.ToInt32(header["constant"]);
pp.StepTime= (double)header["steptime"];
pp.NumberOfSteps=(int)header["pocet_krokov"];
parametre.EnergyScan=pp;
parametre.Typ = "Energy Scan";
x = "Electron energy";
y = "m/z";
}
else if (header["type_name"].Equals("Mass Scan"))
{
MassScanParameters mp = new MassScanParameters();
mp.StartPoint = (int)header["start_point"];
mp.EndPoint = (int)header["end_point"];
mp.Constant = (double)header["constant"];
mp.TimePerAmu = (double)header["time_for_amu"];
mp.Density = (double)header["density"];
parametre.MassScan = mp;
parametre.Typ = "Mass Scan";
x = "m/z";
y = "Electron energy";
}
else if (header["type_name"].Equals("2D Scan")){
EnergyScanParameters ep = new EnergyScanParameters();
ep.StartPoint = (double)header["e_start_point"];
ep.EndPoint = (double)header["e_end_point"];
ep.StepTime = (double)header["e_steptime"];
ep.NumberOfSteps = (int)header["pocet_krokov"];
parametre.EnergyScan = ep;
MassScanParameters mp = new MassScanParameters();
mp.StartPoint = (int)header["m_start_point"];
mp.EndPoint = (int)header["m_end_point"];
mp.TimePerAmu = (double)header["time_for_amu"];
mp.Density = (double)header["density"];
parametre.Typ = "2D Scan";
parametre.MassScan = mp;
x = "m/z";
y = "Electron energy";
}
Meranie m=new Meranie(parametre);
m.cykly = new List<CyklusMerania>();
for (int c = 0; c < (int)header["cycles"]; c++)
{
CyklusMerania cyklus = new CyklusMerania(c);
cyklus.KrokyMerania = new List<KrokMerania>();
DataTable data=d.meranie(headerId,c).Tables[0];
for (int i=0;i<data.Rows.Count ;i++ )
{
KrokMerania krok = new KrokMerania();
krok.Intensity= (ulong)data.Rows[i]["Intensity"];
krok.Temperature = (double)data.Rows[i]["Temperature"];
krok.Chamber = (double)data.Rows[i]["Chamber pressure"];
krok.Capillar = (double)data.Rows[i]["Capillar pressure"];
krok.X = (double)data.Rows[i][x];
krok.Y = (double)data.Rows[i][y];
cyklus.KrokyMerania.Add(krok);
}
m.cykly.Add(cyklus);
}
return m;
}
private void collectData()
{
for (int j = 0; j < Parameters.NumberOfCycles; j++)
{
for (int i = 0; i < Parameters.NumberOfSteps + 1; i++)
{
CyklusMerania c = new CyklusMerania(j+1);
KrokMerania k = new KrokMerania();
k.X = Parameters.MassScan.StartPoint + i * Parameters.MassScan.Step;
k.Y = Parameters.MassScan.Constant;
k.Chamber = 0;
k.Capillar = tlak256.readNext();
k.Temperature = teplomer.readNext();
k.Intensity = intensities[i];
c.KrokyMerania.Add(k);
CurrentMeasurement.cykly.Add(c);
}
}
db.open();
db.addMeranie(CurrentMeasurement);
db.close();
}
