public override SingleEO Clone(GEMSSingle parentSingle)
{
VoltageExcitation ve = new VoltageExcitation(parentSingle);
ve.TimeDelay = new Time(this.TimeDelay.Value, this.TimeDelay.Unit);
ve.Positive = this.Positive;
ve.PhaseFrequency = new Frequency(this.PhaseFrequency.Value, this.PhaseFrequency.Unit);
ve.PhaseDelay = this.PhaseDelay;
ve.ExcitationVoltage = new Voltage(this.ExcitationVoltage.Value, this.ExcitationVoltage.Unit);
return(ve);
}
public static SingleEO Load(XPathNavigator navigator, GEMSSingle parent)
{
SingleEO singleEO = null;
switch (parent.CreateOperation.Name)
{
case GeometryOperation.GeometryOperationType.CreateLine: //Voltage Excitation or Output
if (navigator.MoveToChild("VoltageExcitation", string.Empty))
{
singleEO = new VoltageExcitation(navigator, parent);
}
else if (navigator.MoveToChild("VoltageOutput", string.Empty))
{
singleEO = new VoltageOutput(navigator, parent);
}
break;
case GeometryOperation.GeometryOperationType.CreatePoint: //FieldPointOutPut
if (navigator.MoveToChild("FieldOnPointOutput", string.Empty))
{
//((Point)operations[0]).BFieldOutput = true;
singleEO = new PointOutput(navigator, parent);
}
break;
case GeometryOperation.GeometryOperationType.CreateRectangle: //Current Excitation or Output
case GeometryOperation.GeometryOperationType.CreateRound: //Current Excitation or Output
if (navigator.MoveToChild("CurrentExcitation", string.Empty))
{
singleEO = new CurrentExcitation(navigator, parent);
}
else if (navigator.MoveToChild("CurrentOutput", string.Empty))
{
singleEO = new CurrentOutput(navigator, parent);
}
break;
default:
break;
}
return(singleEO);
}
