private List <MachineState> BuildMeasurementList()
{
var machineState = MachineState.InitNew();
var measurementList = new List <MachineState>();
machineState.X1 = machineState.X2 = machineState.Y1 = machineState.Y2 = MeasurementFOV / 2;
machineState.MU = MUPerShot;
var wedgeAngles = new int[] { 10, 15, 20, 25, 30, 45, 60 };
var wedgeList = wedgeAngles.Select(a => $"Y1IN{a}").Concat(wedgeAngles.Select(a => $"Y2OUT{a}"));
energiesToMeasure.ToList().ForEach(en =>
{
var copy = machineState.Copy();
copy.Energy = en;
foreach (var wedge in wedgeList)
{
var changeState = copy.Copy();
changeState.Energy = en;
measurementList.Add(changeState);
}
});
return(measurementList);
}
/// <summary>
/// Creates a list of machine states which we will mode up one by one to take measurements
/// </summary>
/// <returns></returns>
private static List <MachineState> BuildMeasurementList()
{
//PHOTONS
var machineState = MachineState.InitNew();
var measurementList = new List <MachineState>();
var electronOFList = new string[] { "A6", "A10", "A15", "A20", "A25" }.Select(cone =>
{
var changeState = machineState.Copy();
changeState.Accessory = cone;
changeState.Energy = Autodrive.Linacs.Energy._6MeV;
changeState.MU = 250;
return(changeState);
}).ToList();
//Add to measurement list, make a copy for other energy
electronOFList.ForEach(p =>
{
//Add 6MeV first
measurementList.Add(p);
//Foreach other energy copy a task
foreach (var en in new Energy[] { _9MeV, _12MeV, _15MeV, _18MeV })
{
var copy = p.Copy();
copy.Energy = en;
measurementList.Add(copy);
}
});
return(measurementList);
}
/// <summary>
/// Creates a list of machine states which we will mode up one by one to take measurements
/// </summary>
/// <returns></returns>
private static List <MachineState> BuildMeasurementList()
{
//PHOTONS
var machineState = MachineState.InitNew();
var measurementList = new List <MachineState>();
var photonOFList = new double[] { 4, 14, 15, 20, 30, 40 }.Select(fov =>
{
var changeState = machineState.Copy();
changeState.X1 = changeState.X2 = fov / 2;
changeState.Y1 = changeState.Y2 = fov / 2;
changeState.Energy = Autodrive.Linacs.Energy._6X;
changeState.MU = 250;
return(changeState);
}).ToList();
//Add to measurement list, make a copy for other energy
photonOFList.ForEach(p =>
{
measurementList.Add(p);
var copy = p.Copy();
copy.Energy = Autodrive.Linacs.Energy._15X;
measurementList.Add(copy);
});
return(measurementList);
}
public void Run()
{
if (string.IsNullOrEmpty(SavePath))
{
Logger.Log("Save path is empty. Will save to desktop\n");
SavePath = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.Desktop), "mulinearity.txt");
}
;
//Move to Scanning Depth
Logger.Log("Moving scanning chamber...\n");
_scan1D.GoToDepth(ScanningDepthMM).Wait();
var ms = MachineState.InitNew();
ms.X1 = ms.X2 = ms.Y1 = ms.Y2 = 5;
foreach (var en in energiesToTest)
{
foreach (var mu in musToTest)
{
var movingMs = ms.Copy();
movingMs.Energy = en;
movingMs.MU = mu;
var jr = new Job(movingMs);
jr.DepthOfMeasurentMM = ScanningDepthMM;
for (int n = 0; n < RepeatMeasurements; n++)
{
Logger.Log($"Working on {en}, {mu} MU, Measurement {n + 1}\n");
_linac.SetMachineState(movingMs);
//Start measuring
_el.Reset();
_el.StartMeasurement();
if (n == 0)
{
_linac.BeamOn();
}
else
{
_linac.RepeatBeam();
}
Thread.Sleep(_linac.WaitMsForMU(mu));
//Stop and get measurement
_el.StopMeasurement();
var measured = _el.GetValue().Measurement;
Logger?.Log($"Measured : {measured}\n");
//Save results
jr.AddMeasurement(_el.GetValue().Measurement);
}
JobWriter.AppendResult(SavePath, jr);
}
}
}
public void Run()
{
//Put couch and gantry and home position
var ms = MachineState.InitNew();
ms.Energy = Linacs.Energy._6X;
//ms.CouchLat = 101;
//ms.CouchLng = 101;
//ms.CouchVert = 101;
//ms.CouchRot = 181;
//_linac.SetMachineState(ms);
//Thread.Sleep(8000);
ms.Time = 99;
//Set through different x y jaw combos and beam on to film/portal
var jawShows = JawShots.GetXYCalibrationShots(_linac);
//jawShows.Run();
//Shoot a couple square fields to test for coincidence
//jawShows = JawShots.GetLightFieldCoincidence(_linac);
//jawShows.Run();
//TESTING FOR COUCH RELATIVE MOTION ACCURACY
//Step couch 20 cm long and lat to shoot a square
ms = _linac.GetMachineStateCopy();
ms.CouchLat += 8;
ms.CouchLng += 8;
ms.X1 = ms.X2 = ms.Y1 = ms.Y2 = 1; //2 x 2 field
ms.MU = 400;
_linac.SetMachineState(ms);
_linac.BeamOn();
Thread.Sleep(_linac.WaitMsForMU(400));
//Move couch to other side shoot a square
ms.CouchLat -= 16;
ms.CouchLng -= 16;
_linac.SetMachineState(ms);
_linac.BeamOn();
Thread.Sleep(_linac.WaitMsForMU(400));
//Collimator Star
//var cs = new CollimatorStarShot(_linac);
//cs.Run();
//Couch Star
var cos = new CouchStarShot(_linac);
cos.Run();
}
private List <Job> BuildMeasurementList(bool photons = true, bool electrons = true)
{
var machineState = MachineState.InitNew();
var measurementList = new List <Job>();
var lastPhotonFovHalf = 0.5;
if (photons)
{
var changeState = machineState.Copy();
lastPhotonFovHalf = changeState.X1 = changeState.X2 = photonFovCM / 2;
changeState.Y1 = changeState.Y2 = photonFovCM / 2;
changeState.MU = MUPerShot;
changeState.DoseRate = DoseRate._600;
foreach (var en in energyDepths.Where(e => EnergyHelper.IsPhoton(e.Item1)))
{
var copy = changeState.Copy();
copy.Energy = en.Item1;
measurementList.Add(new Job(copy)
{
DepthOfMeasurentMM = en.Item2
});
}
}
if (electrons)
{
//ELECTRONS
var changeState = machineState.Copy();
changeState.X1 = changeState.X2 = changeState.Y1 = changeState.Y2 = lastPhotonFovHalf;
changeState.DoseRate = DoseRate._600;
changeState.Accessory = electronCone;
changeState.MU = MUPerShot;
foreach (var en in energyDepths.Where(e => !EnergyHelper.IsPhoton(e.Item1)))
{
var copy = changeState.Copy();
copy.Energy = en.Item1;
measurementList.Add(new Job(copy)
{
DepthOfMeasurentMM = en.Item2
});
}
}
return(measurementList);
}
private List <MachineState> BuildMeasurementList(bool photons = true, bool electrons = true)
{
var machineState = MachineState.InitNew();
var measurementList = new List <MachineState>();
if (photons)
{
//PHOTONS
photonsFovs.ToList().ForEach(fov =>
{
var changeState = machineState.Copy();
changeState.X1 = changeState.X2 = fov / 2;
changeState.Y1 = changeState.Y2 = fov / 2;
changeState.MU = MUPerShot;
foreach (var en in energyDepths.Where(e => EnergyHelper.IsPhoton(e.Key)))
{
var copy = changeState.Copy();
copy.Energy = en.Key;
measurementList.Add(copy);
}
});
}
if (electrons)
{
//ELECTRONS
electronCones.ToList().ForEach(cone =>
{
var changeState = machineState.Copy();
changeState.Accessory = cone;
changeState.MU = MUPerShot;
foreach (var en in energyDepths.Where(e => !EnergyHelper.IsPhoton(e.Key)))
{
var copy = changeState.Copy();
copy.Energy = en.Key;
measurementList.Add(copy);
}
});
}
return(measurementList);
}
static void Main(string[] args)
{
var linac = new CSeriesLinac();
linac.Initialize("COM9");
var logger = new Logger();
logger.Logged += (log) => Console.WriteLine(log);
linac.Logger = logger;
var ms = MachineState.InitNew();
ms.Energy = Energy._6X;
ms.X1 = 5;
ms.X2 = 5;
linac.SetMachineState(ms);
var ss = ServiceModeSession.Instance;
ss.Logger = logger;
ss.AddWaitTime("test", 7000);
ss.Wait();
var time = new TimerLogger("Test", 7000, 1000, logger);
time.CompletionEvent.WaitOne();
Console.WriteLine("Timer complete");
Console.Read();
var max = new Max4000();
max.Initialize("COM1");
var verify = max.Verify();
var status = max.GetStatus();
var dv = new DoseView1D();
dv.Initialize("COM3");
dv.GoToDepth(64.2).Wait();
var test = dv.GetOrigin();
//var linac = new CSeriesLinac();
//linac.Initialize("COM5");
// linac.OverrideDefaultInterlocks();
//var of = @"C:\Users\variansupport\Desktop\photonOoutputFactors.txt";
//var edwOF = @"C:\Users\variansupport\Desktop\edwFactors.txt";
//var jobs = JobResultReader.Read(of);
//var edwJobs = JobResultReader.Read(edwOF).ToList();
//var table = AccessoryOFProcessor.GetTableRows(edwJobs);
//foreach(var t in table)
//{
// t.PrintToConsole();
//}
//Console.ReadLine();
//var dv = new DoseView1D();
//dv.Initalize("COM12");
//var max = new Max4000();
//max.Initialize("COM9");
//max.Verify();
//// max.Zero().Wait();
//var bias = max.SetBias(Autodrive.Electrometers.Bias.NEG_100PERC);
//max.SetMode(Autodrive.Electrometers.MeasureMode.CHARGE);
//var linac = new CSeriesLinac();
//linac.Initialize("COM10");
//var ofTest = new EDWFactors(linac, max, dv);
//ofTest.Logger.Logged += Logger_Logged;
//ofTest.Run();
// var session = ServiceModeSession.Instance;
// session.Keyboard = new VetraKeyboard("COM3");
// session.KeySpeedMs = 100;
//// session.EnterDefaultPassword();
// session.ResetConsoleState();
// //session.ToggleDefaultInterlocks();
// session.MachineState.GantryRot = 180;
// session.MachineState.CollimatorRot = 180;
// session.MachineState.X1 = 5.0;
// session.MachineState.X2 = 5.0;
// session.MachineState.Y1 = 5.0;
// session.MachineState.Y2 = 5.0;
// session.MachineState.CouchLat = 100.2;
// session.MachineState.CouchVert = 127.9;
// session.MachineState.CouchLng = 54.4;
//MonthlyMechanicals.InitializePosition();
//MonthlyMechanicals.CouchStarShot();
Console.Read();
// var tasks = new List<ITask>();
}