public BestPEST(Steuerung parent) : base(parent)
{
double lgit;
plgit = new double[2 * MaximaleSignalStaerke];
mlgit = new double[2 * MaximaleSignalStaerke];
_SchwelleErreichtMessage = "BestPEST: Schwelle erreicht!;;";
NTrials = parent.NTrials;
std = MaximaleSignalStaerke / 5;
for (int i = 0; i < (2 * MaximaleSignalStaerke); i++)
{
lgit = 1 / (1 + Math.Exp((MaximaleSignalStaerke - i) / std));
plgit[i] = Math.Log(lgit);
mlgit[i] = Math.Log(1 - lgit);
}
probability = new double[2 * MaximaleSignalStaerke];
SignalStaerke = MaximaleSignalStaerke;
Gesehen = true;
Threshold();
SignalStaerke = 0;
Gesehen = false;
//Threshold() called once more first run of ZeigeNeueSignalstaerke()
}
public MesseSchwellen(String pnummer, String aseite, bool ractive, String r, bool lactive, String l, bool mactive, String m, bool sactive, String s, Steuerung parentObj)
{
parentObject = parentObj;
InitializeComponent();
Probandennummer = pnummer;
Augenseite = aseite;
try
{
RFF = Convert.ToInt16(r);
}
catch
{
RFF = 999;
}
try
{
LFF = Convert.ToInt16(l);
}
catch
{
LFF = 999;
}
try
{
MFF = Convert.ToInt16(m);
}
catch
{
MFF = 999;
}
try
{
SFF = Convert.ToInt16(s);
}
catch
{
SFF = 999;
}
if (!ractive)
{
RodList.Enabled = false;
}
if (!lactive)
{
LConeList.Enabled = false;
}
if (!mactive)
{
MConeList.Enabled = false;
}
if (!sactive)
{
SConeList.Enabled = false;
}
for (int i = 0; i < 12; i++)
{
if (ractive)
{
if (frequenzen[i] <= RFF)
{
RodList.Items.Add(frequenzen[i], true); gesamtzahl++;
}
}
if (lactive)
{
if (frequenzen[i] <= LFF)
{
LConeList.Items.Add(frequenzen[i], true); gesamtzahl++;
}
}
if (mactive)
{
if (frequenzen[i] <= MFF)
{
MConeList.Items.Add(frequenzen[i], true); gesamtzahl++;
}
}
if (sactive)
{
if (frequenzen[i] <= SFF)
{
SConeList.Items.Add(frequenzen[i], true); gesamtzahl++;
}
}
}
RodList.CheckOnClick = true;
LConeList.CheckOnClick = true;
MConeList.CheckOnClick = true;
SConeList.CheckOnClick = true;
fortschritt.Maximum = gesamtzahl;
fortschritt.Value = 0;
if (Directory.GetFiles(@".\Untersuchungen", "*.txt").Length > 0)
{
result.Enabled = true;
}
else
{
result.Enabled = false;
}
}
public LogWriter logfiletmp;//Wird durch die Funktion LogFile an die Namenskonvention von DebugFile angepasst
//public LogWriter DebugFile = new LogWriter("debugdata.txt", true);
public KontrolliereMessungen(Steuerung gpObject)
{
this.mainProgram = gpObject;
UseBestPEST = mainProgram.UseBestPEST;
InitializeComponent();
#region Kalibrierung einlesen und MaxWerte berechnen/anzeigen
if (Globals.ReadCalibrationData() == 0)
{
this.lblIRMHMax.Text = Globals.dMaxMH(0).ToString();
IRChannel.MaxMHCal = Globals.dMaxMH(0);
IRChannel.ParameterPolynom(Globals.poly4(0), Globals.poly3(0), Globals.poly2(0), Globals.poly1(0), Globals.intercept(0));
this.lblIGMHMax.Text = Globals.dMaxMH(1).ToString();
IGChannel.MaxMHCal = Globals.dMaxMH(1);
IGChannel.ParameterPolynom(Globals.poly4(1), Globals.poly3(1), Globals.poly2(1), Globals.poly1(1), Globals.intercept(1));
this.lblIBMHMax.Text = Globals.dMaxMH(2).ToString();
IBChannel.MaxMHCal = Globals.dMaxMH(2);
IBChannel.ParameterPolynom(Globals.poly4(2), Globals.poly3(2), Globals.poly2(2), Globals.poly1(2), Globals.intercept(2));
this.lblICMHMax.Text = Globals.dMaxMH(3).ToString();
ICChannel.MaxMHCal = Globals.dMaxMH(3);
ICChannel.ParameterPolynom(Globals.poly4(3), Globals.poly3(3), Globals.poly2(3), Globals.poly1(3), Globals.intercept(3));
this.lblORMHMax.Text = Globals.dMaxMH(4).ToString();
ORChannel.MaxMHCal = Globals.dMaxMH(4);
ORChannel.ParameterPolynom(Globals.poly4(4), Globals.poly3(4), Globals.poly2(4), Globals.poly1(4), Globals.intercept(4));
this.lblOGMHMax.Text = Globals.dMaxMH(5).ToString();
OGChannel.MaxMHCal = Globals.dMaxMH(5);
OGChannel.ParameterPolynom(Globals.poly4(5), Globals.poly3(5), Globals.poly2(5), Globals.poly1(5), Globals.intercept(5));
this.lblOBMHMax.Text = Globals.dMaxMH(6).ToString();
OBChannel.MaxMHCal = Globals.dMaxMH(6);
OBChannel.ParameterPolynom(Globals.poly4(6), Globals.poly3(6), Globals.poly2(6), Globals.poly1(6), Globals.intercept(6));
this.lblOCMHMax.Text = Globals.dMaxMH(7).ToString();
OCChannel.MaxMHCal = Globals.dMaxMH(7);
OCChannel.ParameterPolynom(Globals.poly4(7), Globals.poly3(7), Globals.poly2(7), Globals.poly1(7), Globals.intercept(7));
}
else
{
this.lblIRMHMax.Text = "Kalibrierung durchführen!";
this.lblIGMHMax.Text = "Kalibrierung durchführen!";
this.lblIBMHMax.Text = "Kalibrierung durchführen!";
this.lblICMHMax.Text = "Kalibrierung durchführen!";
this.lblORMHMax.Text = "Kalibrierung durchführen!";
this.lblOGMHMax.Text = "Kalibrierung durchführen!";
this.lblOBMHMax.Text = "Kalibrierung durchführen!";
this.lblOCMHMax.Text = "Kalibrierung durchführen!";
btnUntersuchungAbbrechenActive(false);
btnUntersuchungStartenActive(false);
}
#endregion
channels.Add(IRChannel);
channels.Add(IGChannel);
channels.Add(IBChannel);
channels.Add(ICChannel);
channels.Add(ORChannel);
channels.Add(OGChannel);
channels.Add(OBChannel);
channels.Add(OCChannel);
this.btnUntersuchungAbbrechenActive(false);
this.btnUntersuchungStartenActive(true);
this.KeyPreview = true;
this.showEnvFreq.Text = SignalGeneration.Envelope;
this.showEnvPause.Text = SignalGeneration.PauseEnvelope.ToString();
}
protected Teststrategie(Steuerung parent)
{
this.AudioControl = parent.AudioControl;
}
public StdStrategie(Steuerung strg)
{
this.AudioControl = strg.AudioControl;
}
public StdStrategie(Steuerung strg, string LEDgruppe, bool CFFtest)
{
this.AudioControl = strg.AudioControl;
LED_Gruppe = LEDgruppe;
testeCFF = CFFtest;
}