public CentralAlignArgs(SystemService Service) : base(Service)
{
ScanCurve = new ScanCurve();
ScanCurve2 = new ScanCurve();
ScanCurveGroup.Add(ScanCurve);
ScanCurveGroup.Add(ScanCurve2);
ScanCurveGroup.Add(ScanCurve.FittingCurve);
ScanCurveGroup.Add(ScanCurve2.FittingCurve);
ScanCurveGroup.Add(ScanCurve.MaxPowerConstantLine);
ScanCurveGroup.Add(ScanCurve2.MaxPowerConstantLine);
AxisXTitle = "Position";
AxisYTitle = "Indensity";
Properties.Add(new Property("Instrument"));
Properties.Add(new Property("Instrument2"));
Properties.Add(new Property("MoveSpeed"));
Properties.Add(new Property("Axis"));
Properties.Add(new Property("ScanIntervalHorizontal"));
Properties.Add(new Property("AxisRestriction"));
Properties.Add(new Property("Axis2"));
Properties.Add(new Property("ScanIntervalVertical"));
Properties.Add(new Property("Axis2Restriction"));
}
public RotatingScanArgs() : base()
{
ScanCurve = new ScanCurve();
ScanCurve2 = new ScanCurve();
// add the curves to the group
ScanCurveGroup.Add(ScanCurve);
ScanCurveGroup.Add(ScanCurve2);
ScanCurveGroup.Add(ScanCurve.FittingCurve);
ScanCurveGroup.Add(ScanCurve2.FittingCurve);
ScanCurveGroup.Add(ScanCurve.MaxPowerConstantLine);
ScanCurveGroup.Add(ScanCurve2.MaxPowerConstantLine);
Properties.Add(new Property("AxisRotating"));
Properties.Add(new Property("Instrument"));
Properties.Add(new Property("AxisLinear"));
Properties.Add(new Property("Instrument2"));
Properties.Add(new Property("LinearInterval"));
Properties.Add(new Property("LinearRestriction"));
Properties.Add(new Property("LengthOfChannelStartToEnd"));
Properties.Add(new Property("MoveSpeed"));
AxisXTitle = "ΔPosition";
AxisYTitle = "Intensity";
}
public override DataTemplate SelectTemplate(object item, DependencyObject container)
{
FrameworkElement element = container as FrameworkElement;
IAligmentArgs args = item as IAligmentArgs;
ScanCurveGroup scg = null;
if (args != null)
{
scg = args.Scg;
}
if (scg != null)
{
if (scg.Count == 0 || scg[0].GetType() == typeof(ScanCurve2D))
{
return((DataTemplate)element.TryFindResource("TemplateChart2D"));
}
else
{
return((DataTemplate)element.TryFindResource("TemplateChart3D"));
}
}
else
{
return(null);
}
}
public CentralAlignArgs() : base()
{
ScanCurve = new ScanCurve();
ScanCurve2 = new ScanCurve();
ScanCurveGroup.Add(ScanCurve);
ScanCurveGroup.Add(ScanCurve2);
ScanCurveGroup.Add(ScanCurve.FittingCurve);
ScanCurveGroup.Add(ScanCurve2.FittingCurve);
ScanCurveGroup.Add(ScanCurve.MaxPowerConstantLine);
ScanCurveGroup.Add(ScanCurve2.MaxPowerConstantLine);
AxisXTitle = "Position";
AxisYTitle = "Intensity";
Properties.Add(new Property("Instrument"));
Properties.Add(new Property("Instrument2"));
Properties.Add(new Property("MoveSpeed"));
Properties.Add(new Property("Axis"));
Properties.Add(new Property("HorizonalInterval"));
Properties.Add(new Property("HorizonalRange"));
Properties.Add(new Property("Axis2"));
Properties.Add(new Property("VerticalInterval"));
Properties.Add(new Property("VerticalRange"));
}
public CenterAligmentArgs()
{
ArgsName = GetType().Name;
Scg = new ScanCurveGroup()
{
new ScanCurve2D()
{
DisplayName = "曲线1"
}
};
}
public BlindSearchArgs()
{
Scg = new ScanCurveGroup();
Scg.Add(new ScanCurve3D()
{
DisplayName = "曲面0"
});
ArgsName = GetType().Name;
X = "X";
Y = "Y";
RangeX = 0;
RangeY = 0;
Interval = 0;
Speed = 0;
}
public SnakeRouteScanArgs() : base()
{
ScanCurve = new ScanCurve3D();
ScanCurveGroup.Add(ScanCurve);
AxisXTitle = "Horizontal";
AxisYTitle = "Verical";
AxisZTitle = "Intensity";
Properties.Add(new Property("Instrument"));
Properties.Add(new Property("Axis"));
Properties.Add(new Property("AxisRestriction"));
Properties.Add(new Property("Axis2"));
Properties.Add(new Property("Axis2Restriction"));
Properties.Add(new Property("ScanInterval"));
Properties.Add(new Property("MoveSpeed"));
}
