/// <summary>
/// OnAfterRenderAsync 方法
/// </summary>
/// <param name="firstRender"></param>
/// <returns></returns>
protected override async Task OnAfterRenderAsync(bool firstRender)
{
if (firstRender)
{
Interop = new JSInterop <Topologies>(JSRuntime);
await Interop.InvokeVoidAsync(this, null, "bb_topology_demo", nameof(ToggleFan));
// 推送数据
var data = DataService.GetDatas();
await TopologyElement.PushData(data);
// 数据订阅
DataService.OnDataChange = async datas => await TopologyElement.PushData(datas);
}
}
public void FindClosestElement()
{
using (Geodatabase geodatabase = new Geodatabase(new FileGeodatabaseConnectionPath(new Uri(@"C:\TestData\GrandTeton.gdb"))))
using (Topology topology = geodatabase.OpenDataset <Topology>("Backcountry_Topology"))
{
// Build a topology graph using the extent of the topology dataset.
topology.BuildGraph(topology.GetExtent(), (topologyGraph) =>
{
MapPoint queryPointViaCampsites12 = null;
using (Feature campsites12 = GetFeature(geodatabase, "Campsites", 12))
{
queryPointViaCampsites12 = campsites12.GetShape() as MapPoint;
}
double searchRadius = 1.0;
TopologyElement topologyElementViaCampsites12 = topologyGraph.FindClosestElement <TopologyElement>(queryPointViaCampsites12, searchRadius);
System.Diagnostics.Debug.Assert(topologyElementViaCampsites12 != null, "There should be a topology element corresponding to 'queryPointViaCampsites12' within the 'searchRadius' units.");
IReadOnlyList <FeatureInfo> parentFeatures = topologyElementViaCampsites12.GetParentFeatures();
Console.WriteLine("The parent features that spawn 'topologyElementViaCampsites12' are:");
foreach (FeatureInfo parentFeature in parentFeatures)
{
Console.WriteLine($"\t{parentFeature.FeatureClassName}; OID: {parentFeature.ObjectID}");
}
TopologyNode topologyNodeViaCampsites12 = topologyGraph.FindClosestElement <TopologyNode>(queryPointViaCampsites12, searchRadius);
if (topologyNodeViaCampsites12 != null)
{
// There exists a TopologyNode nearest to the query point within searchRadius units.
}
TopologyEdge topologyEdgeViaCampsites12 = topologyGraph.FindClosestElement <TopologyEdge>(queryPointViaCampsites12, searchRadius);
if (topologyEdgeViaCampsites12 != null)
{
// There exists a TopologyEdge nearest to the query point within searchRadius units.
}
});
}
}
private ITopologyElement GetPopulatedElement(ResourceDescription rs)
{
string errorMessage = $"[NMSManager] Failed to populate element with GID 0x{rs.Id:X16}. ";
ITopologyElement topologyElement = new TopologyElement(rs.Id);
try
{
DMSType type = GetDMSTypeOfTopologyElement(rs.Id);
topologyElement.Mrid = rs.GetProperty(ModelCode.IDOBJ_MRID).AsString();
topologyElement.Name = rs.GetProperty(ModelCode.IDOBJ_NAME).AsString();
topologyElement.Description = rs.GetProperty(ModelCode.IDOBJ_DESCRIPTION).AsString();
topologyElement.DmsType = type.ToString();
if (rs.ContainsProperty(ModelCode.CONDUCTINGEQUIPMENT_ISREMOTE))
{
topologyElement.IsRemote = rs.GetProperty(ModelCode.CONDUCTINGEQUIPMENT_ISREMOTE).AsBool();
}
else
{
topologyElement.IsRemote = false;
}
if (rs.ContainsProperty(ModelCode.BREAKER_NORECLOSING))
{
topologyElement.NoReclosing = rs.GetProperty(ModelCode.BREAKER_NORECLOSING).AsBool();
if (!topologyElement.NoReclosing)
{
topologyElement = new Recloser(topologyElement);
}
}
else
{
topologyElement.NoReclosing = true;
}
if (rs.ContainsProperty(ModelCode.CONDUCTINGEQUIPMENT_BASEVOLTAGE))
{
long baseVoltageGid = rs.GetProperty(ModelCode.CONDUCTINGEQUIPMENT_BASEVOLTAGE).AsLong();
if (BaseVoltages.TryGetValue(baseVoltageGid, out float voltage))
{
topologyElement.NominalVoltage = voltage;
}
else if (baseVoltageGid == 0)
{
logger.LogError($"{errorMessage} BaseVoltage with GID 0x{baseVoltageGid.ToString("X16")} does not exist in baseVoltages collection.");
}
}
else
{
topologyElement.NominalVoltage = 0;
}
if (rs.ContainsProperty(ModelCode.BREAKER_NORECLOSING) && !rs.GetProperty(ModelCode.BREAKER_NORECLOSING).AsBool())
{
Reclosers.Add(topologyElement.Id);
}
if (rs.ContainsProperty(ModelCode.ENERGYCONSUMER_TYPE))
{
topologyElement = new EnergyConsumer(topologyElement)
{
Type = (EnergyConsumerType)rs.GetProperty(ModelCode.ENERGYCONSUMER_TYPE).AsEnum()
};
}
if (type == DMSType.SYNCHRONOUSMACHINE)
{
topologyElement = new SynchronousMachine(topologyElement);
if (rs.ContainsProperty(ModelCode.SYNCHRONOUSMACHINE_CAPACITY))
{
((SynchronousMachine)topologyElement).Capacity = rs.GetProperty(ModelCode.SYNCHRONOUSMACHINE_CAPACITY).AsFloat();
}
if (rs.ContainsProperty(ModelCode.SYNCHRONOUSMACHINE_CURRENTREGIME))
{
((SynchronousMachine)topologyElement).CurrentRegime = rs.GetProperty(ModelCode.SYNCHRONOUSMACHINE_CURRENTREGIME).AsFloat();
}
}
}
catch (Exception ex)
{
logger.LogError($"{errorMessage} Could not get all properties.Excepiton message: {ex.Message}");
}
return(topologyElement);
}
private async Task <ITopologyElement> GetPopulatedElement(ResourceDescription rs)
{
string verboseMessage = $"{baseLogString} entering GetPopulatedElement method.";
Logger.LogVerbose(verboseMessage);
ITopologyElement topologyElement = new TopologyElement(rs.Id);
try
{
DMSType type = GetDMSTypeOfTopologyElement(rs.Id);
topologyElement.Mrid = rs.GetProperty(ModelCode.IDOBJ_MRID).AsString();
topologyElement.Name = rs.GetProperty(ModelCode.IDOBJ_NAME).AsString();
topologyElement.Description = rs.GetProperty(ModelCode.IDOBJ_DESCRIPTION).AsString();
topologyElement.DmsType = type.ToString();
if (rs.ContainsProperty(ModelCode.CONDUCTINGEQUIPMENT_ISREMOTE))
{
topologyElement.IsRemote = rs.GetProperty(ModelCode.CONDUCTINGEQUIPMENT_ISREMOTE).AsBool();
}
else
{
topologyElement.IsRemote = false;
}
if (rs.ContainsProperty(ModelCode.BREAKER_NORECLOSING))
{
topologyElement.NoReclosing = rs.GetProperty(ModelCode.BREAKER_NORECLOSING).AsBool();
if (!topologyElement.NoReclosing)
{
topologyElement = new Recloser(topologyElement);
}
}
else
{
topologyElement.NoReclosing = true;
}
if (rs.ContainsProperty(ModelCode.CONDUCTINGEQUIPMENT_BASEVOLTAGE))
{
long baseVoltageGid = rs.GetProperty(ModelCode.CONDUCTINGEQUIPMENT_BASEVOLTAGE).AsLong();
var voltageResult = await BaseVoltages.TryGetValueAsync(baseVoltageGid);
if (voltageResult.HasValue)
{
topologyElement.NominalVoltage = voltageResult.Value;
}
else if (baseVoltageGid == 0)
{
Logger.LogError($"{baseLogString} GetPopulatedElement => BaseVoltage with GID {baseVoltageGid:X16} does not exist in baseVoltages collection.");
}
}
else
{
topologyElement.NominalVoltage = 0;
}
if (rs.ContainsProperty(ModelCode.BREAKER_NORECLOSING) && !rs.GetProperty(ModelCode.BREAKER_NORECLOSING).AsBool())
{
var reclosersResult = await Reclosers.TryGetValueAsync(ReliableDictionaryNames.Reclosers);
if (reclosersResult.HasValue)
{
var reclosers = reclosersResult.Value;
reclosers.Add(topologyElement.Id);
await Reclosers.SetAsync(ReliableDictionaryNames.Reclosers, reclosers);
}
else
{
Logger.LogWarning($"{baseLogString} Reliable collection '{ReliableDictionaryNames.Reclosers}' was not defined yet. Handling...");
await Reclosers.SetAsync(ReliableDictionaryNames.Reclosers, new HashSet <long>() { topologyElement.Id });
}
}
if (rs.ContainsProperty(ModelCode.ENERGYCONSUMER_TYPE))
{
topologyElement = new EnergyConsumer(topologyElement)
{
Type = (EnergyConsumerType)rs.GetProperty(ModelCode.ENERGYCONSUMER_TYPE).AsEnum()
};
}
if (type == DMSType.SYNCHRONOUSMACHINE)
{
topologyElement = new SynchronousMachine(topologyElement);
if (rs.ContainsProperty(ModelCode.SYNCHRONOUSMACHINE_CAPACITY))
{
((SynchronousMachine)topologyElement).Capacity = rs.GetProperty(ModelCode.SYNCHRONOUSMACHINE_CAPACITY).AsFloat();
}
if (rs.ContainsProperty(ModelCode.SYNCHRONOUSMACHINE_CURRENTREGIME))
{
((SynchronousMachine)topologyElement).CurrentRegime = rs.GetProperty(ModelCode.SYNCHRONOUSMACHINE_CURRENTREGIME).AsFloat();
}
}
}
catch (Exception e)
{
Logger.LogError($"{baseLogString} GetPopulatedElement => Could not get all properties." +
$"{Environment.NewLine}Excepiton message: {e.Message}" +
$"{Environment.NewLine} Stack trace: {e.StackTrace}");
}
return(topologyElement);
}
