public static ViewModelBase CreateAppropriateRecordViewModel(NetworkElement networkElement)
{
if (networkElement.Element is Network)
{
return(new NetworkDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is NetworkModel)
{
return(new NetworkModelDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is Company)
{
return(new CompanyDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is Division)
{
return(new DivisionDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is Substation)
{
return(new SubstationDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is TransmissionLine)
{
return(new TransmissionLineDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is Node)
{
return(new NodeDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is Transformer)
{
return(new TransformerDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is ShuntCompensator)
{
return(new ShuntDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is SeriesCompensator)
{
return(new SeriesCompensatorDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is LineSegment)
{
return(new LineSegmentDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is CircuitBreaker)
{
return(new CircuitBreakerDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is Switch)
{
return(new SwitchDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is VoltageLevel)
{
return(new VoltageLevelDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is StatusWord)
{
return(new StatusWordDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is BreakerStatus)
{
return(new BreakerStatusDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is TapConfiguration)
{
return(new TapConfigurationDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is VoltagePhasorGroup)
{
return(new VoltagePhasorGroupDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is CurrentFlowPhasorGroup)
{
return(new CurrentPhasorGroupDetailViewModel(networkElement.Element));
}
else if (networkElement.Element is CurrentInjectionPhasorGroup)
{
return(new CurrentInjectionPhasorGroupDetailViewModel(networkElement.Element));
}
else
{
return(null);
}
}
private List <NetworkElement> GetNetworkElementChildren()
{
if (m_element is Network)
{
NetworkElement networkModel = new NetworkElement((m_element as Network).Model);
NetworkElement voltageLevels = new NetworkElement((m_element as Network).Model.VoltageLevels);
NetworkElement statusWords = new NetworkElement((m_element as Network).Model.StatusWords);
NetworkElement breakerStatuses = new NetworkElement((m_element as Network).Model.BreakerStatuses);
NetworkElement tapConfigurations = new NetworkElement((m_element as Network).Model.TapConfigurations);
return(new List <NetworkElement>(new NetworkElement[] { networkModel, voltageLevels, statusWords, breakerStatuses, tapConfigurations }));
}
else if (m_element is NetworkModel)
{
return((from child in (m_element as NetworkModel).Companies select new NetworkElement(child)).ToList <NetworkElement>());
}
else if (m_element is Company)
{
return((from child in (m_element as Company).Divisions select new NetworkElement(child)).ToList <NetworkElement>());
}
else if (m_element is Division)
{
NetworkElement substations = new NetworkElement((m_element as Division).Substations);
NetworkElement transmissionLines = new NetworkElement((m_element as Division).TransmissionLines);
return(new List <NetworkElement>(new NetworkElement[] { substations, transmissionLines }));
}
else if (m_element is List <Substation> )
{
return(new List <NetworkElement>((from child in (m_element as List <Substation>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is Substation)
{
NetworkElement nodes = new NetworkElement((m_element as Substation).Nodes);
NetworkElement shunts = new NetworkElement((m_element as Substation).Shunts);
NetworkElement circuitBreakers = new NetworkElement((m_element as Substation).CircuitBreakers);
NetworkElement switches = new NetworkElement((m_element as Substation).Switches);
NetworkElement transformers = new NetworkElement((m_element as Substation).Transformers);
return(new List <NetworkElement>(new NetworkElement[] { nodes, shunts, circuitBreakers, switches, transformers }));
}
else if (m_element is List <TransmissionLine> )
{
return(new List <NetworkElement>((from child in (m_element as List <TransmissionLine>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is TransmissionLine)
{
NetworkElement nodes = new NetworkElement((m_element as TransmissionLine).Nodes);
NetworkElement lineSegments = new NetworkElement((m_element as TransmissionLine).LineSegments);
NetworkElement seriesCompensators = new NetworkElement((m_element as TransmissionLine).SeriesCompensators);
NetworkElement switches = new NetworkElement((m_element as TransmissionLine).Switches);
NetworkElement fromSubstationCurrent = new NetworkElement((m_element as TransmissionLine).FromSubstationCurrent);
NetworkElement toSubstationCurrent = new NetworkElement((m_element as TransmissionLine).ToSubstationCurrent);
return(new List <NetworkElement>(new NetworkElement[] { nodes, lineSegments, seriesCompensators, switches, fromSubstationCurrent, toSubstationCurrent }));
}
else if (m_element is List <Node> )
{
return(new List <NetworkElement>((from child in (m_element as List <Node>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is Node)
{
NetworkElement voltage = new NetworkElement((m_element as Node).Voltage);
return(new List <NetworkElement>(new NetworkElement[] { voltage }));
}
else if (m_element is List <Transformer> )
{
return(new List <NetworkElement>((from child in (m_element as List <Transformer>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is Transformer)
{
NetworkElement fromNodeCurrent = new NetworkElement((m_element as Transformer).FromNodeCurrent);
NetworkElement toNodeCurrent = new NetworkElement((m_element as Transformer).ToNodeCurrent);
return(new List <NetworkElement>(new NetworkElement[] { fromNodeCurrent, toNodeCurrent }));
}
else if (m_element is List <ShuntCompensator> )
{
return(new List <NetworkElement>((from child in (m_element as List <ShuntCompensator>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is ShuntCompensator)
{
NetworkElement current = new NetworkElement((m_element as ShuntCompensator).Current);
return(new List <NetworkElement>(new NetworkElement[] { current }));
}
else if (m_element is List <Switch> )
{
return(new List <NetworkElement>((from child in (m_element as List <Switch>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <Transformer> )
{
return(new List <NetworkElement>((from child in (m_element as List <Transformer>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <SeriesCompensator> )
{
return(new List <NetworkElement>((from child in (m_element as List <SeriesCompensator>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <LineSegment> )
{
return(new List <NetworkElement>((from child in (m_element as List <LineSegment>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <CircuitBreaker> )
{
return(new List <NetworkElement>((from child in (m_element as List <CircuitBreaker>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <VoltageLevel> )
{
return(new List <NetworkElement>((from child in (m_element as List <VoltageLevel>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <StatusWord> )
{
return(new List <NetworkElement>((from child in (m_element as List <StatusWord>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <BreakerStatus> )
{
return(new List <NetworkElement>((from child in (m_element as List <BreakerStatus>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else if (m_element is List <TapConfiguration> )
{
return(new List <NetworkElement>((from child in (m_element as List <TapConfiguration>)select new NetworkElement(child)).ToList <NetworkElement>()));
}
else
{
return(null);
}
}