/// <summary>
/// Initializes a new instance of the <see cref="BeamPositionMonitor"/> class.
/// </summary>
/// <param name="componentNo">Identifier number for the common component types.</param>
/// <param name="location">Location of this component relative to the origin of the vector space.</param>
public BeamPositionMonitor(int componentNo, Location location)
: base(componentNo, location)
{
this.Current = this.CreateChannel<double>(PredefinedChannels.BeamPositionMonitor.Current);
this.XPosition = this.CreateChannel<double>(PredefinedChannels.BeamPositionMonitor.XPosition);
this.YPosition = this.CreateChannel<double>(PredefinedChannels.BeamPositionMonitor.YPosition);
}
public BeamProfileMonitor(int componentNo, Location location)
: base(componentNo, location)
{
this.CameraOn = this.CreateChannel<int>(PredefinedChannels.BeamProfileMonitor.CameraOn);
this.ViewScreenIn = this.CreateChannel<int>(PredefinedChannels.BeamProfileMonitor.ViewScreenIn);
this.LaserOn = this.CreateChannel<int>(PredefinedChannels.BeamProfileMonitor.LaserOn);
this.Image = this.CreateChannel<string>(PredefinedChannels.BeamProfileMonitor.Image);
}
public Aperture(int componentNo, Location location)
: base(componentNo, location)
{
this.In = this.CreateChannel<int>(PredefinedChannels.Aperture.In);
this.Radius = this.CreateChannel<double>(PredefinedChannels.Aperture.Radius);
// Default values
this.Radius.Value = 20E-3; // 20mm
}
public Solenoid(int componentNo, Location location)
: base(componentNo, location)
{
this.CurrentOn = this.CreateChannel<int>(PredefinedChannels.Solenoid.CurrentOn);
this.Current = this.CreateChannel<double>(PredefinedChannels.Solenoid.Current);
// Default values
this.Current.Value = 1500E-3; // 1500mA
}
public Vacuum(int componentNo, Location location)
: base(componentNo, location)
{
this.Pressure = this.CreateChannel<double>(PredefinedChannels.Vacuum.Pressure);
this.On = this.CreateChannel<int>(PredefinedChannels.Vacuum.On);
// Default channel value
this.Pressure.Value = 6E-9;
this.On.Value = 1;
}
/// <summary>
/// Initializes a new instance of the <see cref="HighVoltageSupply"/> class.
/// </summary>
/// <param name="componentNo">Identifier number for the common component types.</param>
/// <param name="location">Location of this component relative to the origin of the vector space.</param>
public HighVoltageSupply(int componentNo, Location location)
: base(componentNo, location)
{
this.HighVoltageSupplyOn = this.CreateChannel<int>(PredefinedChannels.HighVoltageSupply.On);
this.HighVoltageSupplyPreset = this.CreateChannel<double>(PredefinedChannels.HighVoltageSupply.PresetVoltage);
this.HighVoltageSupplyMeasured = this.CreateChannel<double>(PredefinedChannels.HighVoltageSupply.MeasuredVoltage);
// Default values
this.HighVoltageSupplyOn.Value = 1;
this.HighVoltageSupplyPreset.Value = -250E3;
this.HighVoltageSupplyMeasured.Value = -50E3;
}
/// <summary>
/// Initializes a new instance of the <see cref="Cathode"/> class.
/// </summary>
/// <param name="componentNo">Identifier number for the common component types.</param>
/// <param name="location">Location of this component relative to the origin of the vector space.</param>
public Cathode(int componentNo, Location location)
: base(componentNo, location)
{
this.BeamOn = this.CreateChannel<int>(PredefinedChannels.Cathode.BeamOn);
this.CathodeCurrent = this.CreateChannel<double>(PredefinedChannels.Cathode.Current);
this.CathodeTemperature = this.CreateChannel<double>(PredefinedChannels.Cathode.Temperature);
// Default channel values
this.BeamOn.Value = 1;
this.CathodeCurrent.Value = 700E-6; // 700uA
this.CathodeTemperature.Value = Parameters.AmbientTemperature + 130;
}
/// <summary>
/// Initializes a new instance of the <see cref="SteeringMagnet"/> class.
/// </summary>
/// <param name="componentNo">Identifier number for the common component types.</param>
/// <param name="location">Location of this component relative to the origin of the vector space.</param>
public SteeringMagnet(int componentNo, Location location)
: base(componentNo, location)
{
this.XCurrentOn = this.CreateChannel<int>(PredefinedChannels.SteeringMagnet.XCurrentOn);
this.XCurrent = this.CreateChannel<double>(PredefinedChannels.SteeringMagnet.XCurrent);
this.YCurrentOn = this.CreateChannel<int>(PredefinedChannels.SteeringMagnet.YCurrentOn);
this.YCurrent = this.CreateChannel<double>(PredefinedChannels.SteeringMagnet.YCurrent);
// Default channel values
this.XCurrentOn.Value = 1;
this.XCurrent.Value = 0.5;
this.YCurrentOn.Value = 1;
this.YCurrent.Value = -0.5;
}
/// <summary>
/// Initializes a new instance of the <see cref="BeamLossMonitor"/> class.
/// </summary>
/// <param name="componentNo">Identifier number for the common component types.</param>
/// <param name="location">Location of this component relative to the origin of the vector space.</param>
public BeamLossMonitor(int componentNo, Location location)
: base(componentNo, location)
{
this.BeamLoss = this.CreateChannel<int>(PredefinedChannels.BeamLossMonitor.BeamLoss);
}
/// <summary>
/// Initializes a new instance of the BeamLineComponent class. This parameterized constructor provides common facilities for
/// all beam line components. Protected modifier ensures that this class cannot be instantiated directly with new keyword
/// but can only serve as base type in lists (i.e. List(Component) components != new List(Component);) for derived types.
/// There is no default constructor provided to prevent derived types omitting call to the base constructor.
/// </summary>
/// <param name="componentNo">Identifier number for the common component types.</param>
/// <param name="location">Location of this component relative to the origin of the vector space.</param>
protected BeamLineComponent(int componentNo, Location location)
: base(componentNo, location)
{
}
public GateValve(int componentNo, Location location)
: base(componentNo, location)
{
this.Closed = this.CreateChannel<int>(PredefinedChannels.GateValve.Closed);
}
