public static void Main()
{
Instrument = ArgusMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//mReportGains();
//list attributes
//listattributes(Instrument.GetType(), "instrument");
//setup data recording
InitializeDataRecord();
if (USE_UDP)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
//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 void Main()
{
Instrument = ArgusMC;
GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
if (use_udp)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
public static void Main()
{
Instrument = ArgusMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out last_y_symmetry);
GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
if (use_udp)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
// declaration of class methods
public static void Main()
{
Instrument = HelixMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
if (USE_UDP)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
// declaration of class methods
public static void Main()
{
Instrument = HelixMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
//GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
// don't start UDPServer, this is only for testing
/*
* if (USE_UDP)
* {
* UDPServeForever();
* }
* else
* {
* TCPServeForever();
* }
*/
// ##############################################################
// ##############################################################
// run tests here
string cmd = 'GetData'
Logger.Log(LogLevel.UserInfo, "execute command: {0}", cmd);
string result = ParseAndExecuteCommand(cmd);
Logger.Log(LogLevel.UserInfo, result);
MessageBox.Show(string.Format("command: {0}; Result: {1}", cmd, result), "Resulting Data", "OK", "Information");
// ##############################################################
}
public static void Main()
{
Instrument= ArgusMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//mReportGains();
//list attributes
//listattributes(Instrument.GetType(), "instrument");
//setup data recording
InitializeDataRecord();
if (USE_UDP)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
