public static KnowledgeGraphCentralityResults ComputeCentrality( 
   KnowledgeGraph kg,
   CIMKnowledgeGraphCentralityConfiguration configuration,
   CIMKnowledgeGraphSubGraph subGraph,
   IEnumerable<CentralityMeasure> centralityMeasures
)

//using ArcGIS.Core.Data.Knowledge.Extensions;

await QueuedTask.Run(() =>
{

  //take default settings...
  //undirected relationship interpretation
  //use default relationship importance = 0
  //use default relationship cost = 0
  //use default Multiedge factor = 0
  //no normalization
  var kg_config = new CIMKnowledgeGraphCentralityConfiguration();

  //include all entities from the kg in the subgraph
  //(no filters)
  var kg_subgraph = new CIMKnowledgeGraphSubGraph();

  //include all centrality measures
  CentralityMeasure[] measures = [
    CentralityMeasure.Degree,
    CentralityMeasure.InDegree,
    CentralityMeasure.OutDegree,
    CentralityMeasure.Coreness,//Coreness only wks w/ undirected relates
    CentralityMeasure.Betweenness,
    CentralityMeasure.Closeness,
    CentralityMeasure.Harmonic,
    CentralityMeasure.Eigenvector,
    CentralityMeasure.PageRank
  ];

  //compute centrality
  var kg_centrality_results = kg.ComputeCentrality(
                                    kg_config, kg_subgraph, measures);
  //TODO - process results
});

//using ArcGIS.Core.Data.Knowledge.Extensions;

await QueuedTask.Run(() =>
{

  //use defaults...
  var kg_config = new CIMKnowledgeGraphCentralityConfiguration();

  //include all entities from the kg in the subgraph
  //(no filters)
  var kg_subgraph = new CIMKnowledgeGraphSubGraph();

  //include all centrality measures
  CentralityMeasure[] measures = [
    CentralityMeasure.Degree,
    CentralityMeasure.InDegree,
    CentralityMeasure.OutDegree,
    CentralityMeasure.Coreness,
    CentralityMeasure.Betweenness,
    CentralityMeasure.Closeness,
    CentralityMeasure.Harmonic,
    CentralityMeasure.Eigenvector,
    CentralityMeasure.PageRank
  ];

  //compute centrality
  var kg_centrality_results = kg.ComputeCentrality(
                                    kg_config, kg_subgraph, measures);
  //output results - results include measure scores for all entities
  //in all types in the subgraph
  System.Diagnostics.Debug.WriteLine("Centrality Results:");
  foreach (var named_type in kg_centrality_results.NamedTypes)
  {
    System.Diagnostics.Debug.WriteLine($"Named type: {named_type}");
    foreach (var uid in kg_centrality_results.GetUidsForNamedType(named_type))
    {
      //measure scores include one score per measure in the input measures array
      var scores = kg_centrality_results.Scores[uid];
      StringBuilder sb = new StringBuilder();
      var sep = "";
      //or use kg_centrality_results.Scores.Measures.Length
      //kg_centrality_results.Scores.Measures is there for convenience
      for (int m = 0; m < measures.Length; m++)
      {
        sb.Append($"{sep}{measures[m].ToString()}: {scores[m]}");
        sep = ", ";
      }
      System.Diagnostics.Debug.WriteLine($"  '{uid}' {sb.ToString()}");
    }
  }
});

//using ArcGIS.Core.Data.Knowledge.Extensions;

await QueuedTask.Run(() =>
{
  ///var config = ...;
  //var subGraph = ...;
  //var measures = ...;

  var results = kg.ComputeCentrality(config, subGraph, measures);
  //loop through each (entity) named type (relates are never included in results)
  foreach (var named_type in results.NamedTypes)
  {
    //Get the entity uids for each named type
    foreach (var uid in results.GetUidsForNamedType(named_type))
    {
      //Get the scores for each uid via the [] indexer on "Scores"
      var scores = results.Scores[uid];
      //There is one score per measure in the input measures array
      //Note: results.Scores.Measures is also provided for convenience...
      //for (int m = 0; m < results.Scores.Measures.Length; m++)
      for (int m = 0; m < measures.Length; m++)
      {
        var score = scores[m];//score for the given measure
                                //TODO - use measure score

      }
    }
  }
});