public OutputFactors(CSeriesLinac linac, IElectrometer el, I1DScanner scan1D)
{
_linac = linac;
_el = el;
_scan1D = scan1D;
Logger = new Logger();
}
public MULinearity(CSeriesLinac linac, IElectrometer el, I1DScanner scan1D)
{
_linac = linac;
_el = el;
_scan1D = scan1D;
Logger = new Logger();
}
public void Run(CSeriesLinac linac, IElectrometer el, I1DScanner scan1D, Logger logger = null)
{
ServiceModeSession.Instance.Logger = logger;
foreach (var job in RowJobs)
{
var measurementsLeft = job.Item1.NumberOfMeasurementsDesired - job.Item1.Measurements.Length;
if (measurementsLeft > 0)
{
linac.SetMachineState(job.Item1.MachineStateRun);
}
if (scan1D != null)
{
scan1D.GoToDepth(job.Item1.DepthOfMeasurentMM).Wait();
}
if (el != null && measurementsLeft > 0)
{
for (int i = 0; i < measurementsLeft; i++)
{
el.StartMeasurement();
linac.BeamOn();
el.StopMeasurement();
var val = el.GetValue();
job.Item1.AddMeasurement(val.Measurement);
}
SaveAction();
}
}
}
public static MULinearity GetDefault(CSeriesLinac linac, IElectrometer el, I1DScanner scan1D)
{
var muTest = new MULinearity(linac, el, scan1D);
muTest.Logger.Logged += (log => Console.WriteLine(log));
muTest.ScanningDepthMM = 50;
muTest.SetEnergiesToTest(Energy._6X, Energy._15X);
muTest.SetMULevels(10, 20, 50, 100, 200, 500);
return(muTest);
}
public static OutputFactors GetDefault(CSeriesLinac linac, IElectrometer el, I1DScanner scan1D)
{
var of = new OutputFactors(linac, el, scan1D);
of.Logger.Logged += (log => Console.WriteLine(log));
of.AddEnergyDepth(Energy._6X, 15);
of.AddEnergyDepth(Energy._15X, 27);
of.AddEnergyDepth(Energy._6E, 13);
of.AddEnergyDepth(Energy._9E, 21);
of.AddEnergyDepth(Energy._12E, 29);
of.AddEnergyDepth(Energy._15E, 33);
of.AddEnergyDepth(Energy._18E, 22);
of.SetPhotonFieldSizes(4, 10, 15, 20, 25, 30, 40);
of.SetElectronCones("A6", "A10", "A15", "A20", "A25");
return(of);
}
public DeterminePion(CSeriesLinac linac, I1DScanner scanner, IElectrometer el)
{
}
