//InsertScript: Scripts\Noble Gas\SampleFunctionIncludeScript.cs
public static void Main()
{
Instrument = ArgusMC;
m_restoreMeasurementInfo = ArgusMC.MeasurementInfo;
InitializeIncludeScript();
//RunGetCupConfigurationInfosExample();
//RunGetTuneSettingNamesExample();
//RunGetSetMagnetPositionExample();
//RunGetSetHVExample();
//RunSetTuneSettingsExample();
//RunGetSetAllDetectorParametersExample();
//RunIONGaugeOnOffExample();
//RunSetMassExample();
//-------------------------------------------------------------------------------------------------------------------------------------------------------------
// Scan example section, please only enable one function in these section.
// If the boolean parameter in the follwing functions are set to true then all counter cups in measurements are activated; otherwise deactivated.
//-------------------------------------------------------------------------------------------------------------------------------------------------------------
//RunMonitorScanWithCupConfigurationExample(true);
//RunMonitorScanWithCupConfigurationAndMassExample(true);
//RunSweepScanWithCupConfigurationExample(true);
//RunSweepScanUseSelectedCupConfigurationExample(true);
//RunSingleScanWithCupConfigurationExample(true);
//RunSingleScanUseSelectedCupConfigurationExample(true);
//RunChangeIntegrationTimeForMonitorScanExample();
}
//InsertScript: Scripts\Noble Gas\SampleFunctionIncludeScript.cs
public static void Main()
{
Instrument = ArgusMC;
m_restoreMeasurementInfo = ArgusMC.MeasurementInfo;
InitializeIncludeScript();
//RunGetCupConfigurationInfosExample();
//RunGetTuneSettingNamesExample();
//RunGetSetMagnetPositionExample();
//RunGetSetHVExample();
//RunSetTuneSettingsExample();
//RunGetSetAllDetectorParametersExample();
//RunIONGaugeOnOffExample();
//RunSetMassExample();
//-------------------------------------------------------------------------------------------------------------------------------------------------------------
// Scan example section, please only enable one function in these section.
// If the boolean parameter in the follwing functions are set to true then all counter cups in measurements are activated; otherwise deactivated.
//-------------------------------------------------------------------------------------------------------------------------------------------------------------
//RunMonitorScanWithCupConfigurationExample(true);
//RunMonitorScanWithCupConfigurationAndMassExample(true);
//RunSweepScanWithCupConfigurationExample(true);
//RunSweepScanUseSelectedCupConfigurationExample(true);
//RunSingleScanWithCupConfigurationExample(true);
//RunSingleScanUseSelectedCupConfigurationExample(true);
//RunChangeIntegrationTimeForMonitorScanExample();
}
public static string SetIntegrationTime(double t)
{
//t in ms
string result="OK";
IRMSBaseMeasurementInfo nMI= new IRMSBaseMeasurementInfo(Instrument.MeasurementInfo);
nMI.IntegrationTime = t*1000;
if (!Instrument.ScanTransitionController.StartMonitoring (nMI))
{
Logger.Log(LogLevel.UserError, "Could not start the modified monitor");
result=String.Format("Error: could not set integration time to {0}",t);
}
return result;
}
// private static bool UpdateMonitorScan(bool enable)
// {
// IRMSBaseCupConfigurationData config = Instrument.CupConfigurationDataList.GetActiveCupConfiguration();
// IRMSBaseMeasurementInfo monitor_measurement_info = new IRMSBaseMeasurementInfo(
// Instrument.MeasurementInfo.ScanType,
// Instrument.MeasurementInfo.IntegrationTime,
// Instrument.MeasurementInfo.SettlingTime,
// config.CollectorItemList.GetMasterCollectorItem().Mass.Value,
// config.CollectorItemList,
// config.MassCalibration
// );
// success = Instrument.ScanTransitionController.StartMonitoring(monitor_measurement_info);
// success = Instrument.ScanTransitionController.StartMonitoring(monitor_measurement_info);
// if (!success) Logger.Log(LogLevel.UserError, "Failed to update monitoring.");
// else if (enable) Logger.Log(LogLevel.UserInfo, "Monitoring has been updated.");
// return success;
// }
private static bool RunMonitorScan (double? mass)
{
IRMSBaseCupConfigurationData cupData = Instrument.CupConfigurationDataList.GetActiveCupConfiguration();
IRMSBaseMeasurementInfo newMeasurementInfo =
new IRMSBaseMeasurementInfo(
Instrument.MeasurementInfo.ScanType,
Instrument.MeasurementInfo.IntegrationTime,
Instrument.MeasurementInfo.SettlingTime,
(mass.HasValue) ? mass.Value : cupData.CollectorItemList.GetMasterCollectorItem().Mass.Value,
cupData.CollectorItemList,
cupData.MassCalibration
);
Instrument.ScanTransitionController.StartMonitoring(newMeasurementInfo);
return true;
}
//============================================================================================
// EOCommands
//============================================================================================
private static bool PrepareEnvironment()
{
m_restoreMeasurementInfo=Instrument.MeasurementInfo;
return Instrument.ScanTransitionController.InitializeScriptScan(m_restoreMeasurementInfo);
}
private static bool RunMonitorScan(double? mass)
{
IRMSBaseCupConfigurationData cupData = Instrument.CupConfigurationDataList.GetActiveCupConfiguration();
IRMSBaseMeasurementInfo newMeasurementInfo =
new IRMSBaseMeasurementInfo(
Instrument.MeasurementInfo.ScanType,
Instrument.MeasurementInfo.IntegrationTime,
Instrument.MeasurementInfo.SettlingTime,
(mass.HasValue) ? mass.Value : cupData.CollectorItemList.GetMasterCollectorItem().Mass.Value,
cupData.CollectorItemList,
cupData.MassCalibration
);
Instrument.ScanTransitionController.StartMonitoring(newMeasurementInfo);
return true;
}
//============================================================================================
// EOCommands
//============================================================================================
private static bool PrepareEnvironment()
{
m_restoreMeasurementInfo=Instrument.MeasurementInfo;
return Instrument.ScanTransitionController.InitializeScriptScan(m_restoreMeasurementInfo);
}
public static string SetIntegrationTime(double t)
{
//t in ms
string result="OK";
IRMSBaseMeasurementInfo nMI= new IRMSBaseMeasurementInfo(Instrument.MeasurementInfo);
nMI.IntegrationTime = t*1000;
if (!Instrument.ScanTransitionController.StartMonitoring (nMI))
{
Logger.Log(LogLevel.UserError, "Could not start the modified monitor");
result=String.Format("Error: could not set integration time to {0}",t);
}
return result;
}