public static DemodulationConfig MakeStandardDemodulationConfig()
{
DemodulationConfig dc = new DemodulationConfig();
dc.AddTOFDetector("asymmetry");
dc.AddTOFDetector("bottomProbeScaled");
dc.AddTOFDetector("topProbeNoBackground");
dc.AddTOFDetector("battery");
dc.AddGatedDetector("magnetometer", Gate.WideGate());
dc.AddGatedDetector("gnd", Gate.WideGate());
//dc.AddGatedDetector("rfCurrent", Gate.WideGate());
//dc.AddGatedDetector("reflectedrf1Amplitude", Gate.WideGate());
//dc.AddGatedDetector("reflectedrf2Amplitude", Gate.WideGate());
dc.AddPointDetector("PhaseLockFrequency");
dc.AddPointDetector("PhaseLockError");
dc.AddPointDetector("NorthCurrent");
dc.AddPointDetector("SouthCurrent");
dc.AddPointDetector("BottomDetectorBackground");
dc.AddPointDetector("TopDetectorBackground");
dc.AddPointDetector("MiniFlux1");
dc.AddPointDetector("MiniFlux2");
dc.AddPointDetector("MiniFlux3");
dc.AddPointDetector("topPD");
dc.AddPointDetector("bottomPD");
dc.AddPointDetector("ValveMonV");
return(dc);
}
public static GatedDemodulationConfig MakeStandardWideGateConfig()
{
GatedDemodulationConfig gateConfig = new GatedDemodulationConfig();
gateConfig.Name = "Standard gate set";
gateConfig.AddGate("asymmetry", Gate.WideGate());
gateConfig.AddGate("bottomProbeScaled", Gate.WideGate());
gateConfig.AddGate("topProbeNoBackground", Gate.WideGate());
gateConfig.AddGate("magnetometer", new Gate(1000, 1800, false));
gateConfig.AddGate("gnd", Gate.WideGate());
gateConfig.AddGate("battery", Gate.WideGate());
gateConfig.AddGate("rfCurrent", Gate.WideGate());
gateConfig.AddGate("reflectedrf1Amplitude", Gate.WideGate());
gateConfig.AddGate("reflectedrf2Amplitude", Gate.WideGate());
gateConfig.AddGate("bottomProbeNoBackground", Gate.WideGate());
gateConfig.AddGate("bottomProbe", Gate.WideGate());
gateConfig.AddGate("topProbe", Gate.WideGate());
return(gateConfig);
}
public static GatedDemodulationConfig MakeLiveAnalysisGateConfig()
{
GatedDemodulationConfig gateConfig = new GatedDemodulationConfig();
gateConfig.Name = "Live analysis gate set";
gateConfig.AddGate("asymmetry", new Gate(gateConfig.LiveAnalysisGateTimeStartScaled, gateConfig.LiveAnalysisGateTimeEndScaled, false));
gateConfig.AddGate("bottomProbeScaled", new Gate(gateConfig.LiveAnalysisGateTimeStartScaled, gateConfig.LiveAnalysisGateTimeEndScaled, true));
gateConfig.AddGate("topProbeNoBackground", new Gate(gateConfig.LiveAnalysisGateTimeStartScaled, gateConfig.LiveAnalysisGateTimeEndScaled, true));
gateConfig.AddGate("magnetometer", new Gate(1000, 1800, false));
gateConfig.AddGate("gnd", Gate.WideGate());
gateConfig.AddGate("battery", Gate.WideGate());
gateConfig.AddGate("rfCurrent", Gate.WideGate());
gateConfig.AddGate("reflectedrf1Amplitude", Gate.WideGate());
gateConfig.AddGate("reflectedrf2Amplitude", Gate.WideGate());
gateConfig.AddGate("bottomProbeNoBackground", new Gate(2390, 2490, true));
gateConfig.AddGate("bottomProbe", new Gate(2390, 2490, true));
gateConfig.AddGate("topProbe", new Gate(gateConfig.LiveAnalysisGateTimeStartScaled, gateConfig.LiveAnalysisGateTimeEndScaled, true));
return(gateConfig);
}