private void UpdateAnalysis()
{
if (_graphExtractor != null && _tileModelManager != null)
{
if (_tileModelManager.Status == CollapseStatus.Complete)
{
_graphExtractor.ExtractSharedEdgeGraph(_analysisGraph);
//Extracted Graph | Analysis
GetClosures();
CollectStructureInformation();
//normalized/remapped components to an array for graph coloring
_normalizedcomponents = _graphProcessing.RemapComponentsToArray(_analysisGraph.Graph, _connectedComponents);
_normalizedcomponentsbysize = _graphProcessing.RemapComponentsSizeToArray(_analysisGraph.Graph, _connectedComponents);
//analyze/get 1) ground support sources, 2) list of vertex depths 3) max depth
_sources = _graphProcessing.GetGroundSources(_analysisGraph.Graph, _analysisGraph.Vertices, 2f);
_depths = _graphProcessing.DepthsFromGroundSources(_analysisGraph.Graph, _analysisGraph.Vertices, 2f);
_maxDepth = _graphProcessing.MaxDepth(_depths);
//analyze/get 1) unreachable vertices, 2) remapped vertex depths between 0,1, 3) edgeless vertices
_normalizeddepths = new float[_analysisGraph.Graph.VertexCount];
_unreachablevertices = new List <int>();
_edgelessvertices = new List <int>();
_graphProcessing.RemapGraphDepths(_analysisGraph.Graph, _depths, 0, 1, out _normalizeddepths, out _unreachablevertices, out _edgelessvertices);
StoreAnalysis();
DebugResults();
}
}
else
{
Debug.Log("No Graph Extractor OR WFC Incomplete");
}
}
private void UpdateAnalysis()
{
if (_graphExtractor != null && _tileModelManager != null)
{
if (_tileModelManager.Status == CollapseStatus.Complete)
{
_graphExtractor.ExtractSharedEdgeGraph(_analysisGraph);
//Extracted Graph | Analysis
//analyze/get # of closures / strongly connected components
int closurecount = 0;
int componentcount = 0;
List<HashSet<int>> connectedComponents = new List<HashSet<int>>();
_graphprocessing.CountClosures(_analysisGraph.Graph, out componentcount, out closurecount, out connectedComponents);
float closureRate = (float)closurecount / (float)_analysisGraph.Graph.EdgeCount;
Debug.Log($"GRAPH ANALYSIS MANAGER | CONNECTED COMPONENTS COUNT {connectedComponents.Count}");
//normalized/remapped components to an array for graph coloring
float[] normalizedcomponents = _graphprocessing.RemapComponentsToArray(_analysisGraph.Graph, connectedComponents);
float[] normalizedcomponentsbysize = _graphprocessing.RemapComponentsSizeToArray(_analysisGraph.Graph, connectedComponents);
//analyze/get 1) ground support sources, 2) list of vertex depths 3) max depth
List<int> sources = _graphprocessing.GetGroundSources(_analysisGraph.Graph, _analysisGraph.Vertices, 2f);
int[] depths = _graphprocessing.DepthsFromGroundSources(_analysisGraph.Graph, _analysisGraph.Vertices, 2f);
int maxdepth = _graphprocessing.MaxDepth(depths);
//analyze/get 1) unreachable vertices, 2) remapped vertex depths between 0,1, 3) edgeless vertices
float[] normalizeddepths = new float[_analysisGraph.Graph.VertexCount];
List<int> unreachablevertices = new List<int>();
List<int> edgelessvertices = new List<int>();
_graphprocessing.RemapGraphDepths(_analysisGraph.Graph, depths, 0, 1, out normalizeddepths, out unreachablevertices, out edgelessvertices);
//store analysis in the shared analysis graph scriptable object - VIEW THIS DATA ON A UI CANVAS
_analysisGraph.ClosuresCount = closurecount;
_analysisGraph.ConnectedComponents = connectedComponents;
_analysisGraph.NormalizedComponents = normalizedcomponents;
_analysisGraph.NormalizedComponentsBySize = normalizedcomponentsbysize;
_analysisGraph.ConnectedComponentsCount = componentcount;
_analysisGraph.Sources = sources;
_analysisGraph.Depths = depths;
_analysisGraph.NormalizedDepths = normalizeddepths;
_analysisGraph.MaxDepth = maxdepth;
_analysisGraph.UnreachableVertices = unreachablevertices;
_analysisGraph.EdgelessVertices = edgelessvertices;
//Extracted Graph | Debug Print Results
Debug.Log("Exracted Graph | ComponentsCount = " + _analysisGraph.ConnectedComponentsCount);
for (int i = 0; i < connectedComponents.Count; i++)
{
HashSet<int> set = connectedComponents[i];
string setstring = string.Join(",", connectedComponents[i]);
Debug.Log("Exracted Graph | ConnectedComponent# " + (i + 1) + " = " + setstring);
}
string normalizedcomponentsstring = string.Join(",", _analysisGraph.NormalizedComponents);
string normalizedcomponentsbysizestring = string.Join(",", _analysisGraph.NormalizedComponentsBySize);
Debug.Log("Exracted Graph | NormalizedComponents = " + normalizedcomponentsstring);
Debug.Log("Exracted Graph | NormalizedComponentsBySize = " + normalizedcomponentsbysizestring);
Debug.Log("Exracted Graph | Closures Count = " + _analysisGraph.ClosuresCount);
Debug.Log("Exracted Graph | Closures Rate = " + _analysisGraph.ClosureRate);
string sourcesstring = string.Join(",", _analysisGraph.Sources);
string depthsstring = string.Join(",", _analysisGraph.Depths);
Debug.Log("Exracted Graph | Depths = " + depthsstring);
Debug.Log("Exracted Graph | Max Depth = " + _analysisGraph.MaxDepth);
Debug.Log("Exracted Graph | SourcesCount = " + _analysisGraph.SourcesCount);
Debug.Log("Exracted Graph | Sources = " + sourcesstring);
string normalizeddepthsstring = string.Join(",", _analysisGraph.NormalizedDepths);
string unreachablevrtsstring = string.Join(",", _analysisGraph.UnreachableVertices);
string edgelessvrtsstring = string.Join(",", _analysisGraph.EdgelessVertices);
Debug.Log("Exracted Graph | Normalized Depths = " + normalizeddepthsstring);
Debug.Log("Exracted Graph | Unreachable Vertices Count = " + _analysisGraph.UnreachableVerticesCount);
Debug.Log("Exracted Graph | Unreachable Vertices = " + unreachablevrtsstring);
Debug.Log("Exracted Graph | Edgeless Vertices Count = " + _analysisGraph.EdgelessVerticesCount);
Debug.Log("Exracted Graph | Edgeless Vertices = " + edgelessvrtsstring);
}
}
else
{
Debug.Log("No Graph Extractor OR WFC Incomplete");
}
}