public static List <TradeZoneModel> AddSystemzoneFromListConflict(List <TradeZoneModel> list, double?avg, List <SystemZone> graph)
{
var g = InitGraph(graph);
List <TradeZoneModel> tempList = list.Select(x => new TradeZoneModel
{
ListSuitable = new List <SystemZone>(x.ListSuitable),
ListSystemZones = new List <SystemZone>(x.ListSystemZones),
SelectedSystemzone = x.SelectedSystemzone,
Store = x.Store,
TotalWeight = x.TotalWeight
}).ToList();
foreach (var model in list)
{
var tempGraph2 = InitGraph(model.ListSystemZones);
tempGraph2.DFS(model.SelectedSystemzone.Id);
model.ListSystemZones = tempGraph2.Where(x => x.IsVisit).Select(x => x.SystemZone).ToList();
double?weight = 0.0;
foreach (var item in model.ListSystemZones)
{
weight += item.WeightNumber;
}
model.TotalWeight = weight;
model.ListSuitable.AddRange(tempGraph2.Where(x => !x.IsVisit).Select(x => x.SystemZone).ToList());
model.ListSuitable.AddRange(model.ListSystemZones);
Graph.Graph tempGraph = new Graph.Graph();
tempGraph = InitGraph(model.ListSuitable);
tempGraph.BFS(model.SelectedSystemzone.Id);
List <Vertex> tempGraph1 = new List <Vertex>();
tempGraph1 = tempGraph.OrderBy(x => x.Level).ToList();
tempGraph1 = tempGraph1.Where(x => x.Level != -1).ToList();
model.ListSuitable = tempGraph1.Select(x => x.SystemZone).ToList();
model.ListSuitable = model.ListSuitable.Where(x => model.ListSystemZones.All(c => c != x)).ToList();
foreach (var systemzone in model.ListSystemZones)
{
g.GetVertex(systemzone.Id).IsCollect = true;
g.GetVertex(systemzone.Id).SelectedId = model.SelectedSystemzone.Id;
}
}
foreach (var model in list)
{
double?standardDeviation = double.MaxValue;
double?range = 0;
foreach (var item in model.ListSuitable)
{
if (model.ListSystemZones.Any(x => x.Geom.Intersects(item.Geom)) && g.GetVertex(item.Id).IsCollect == false)
{
var temp1 = model.TotalWeight + item.WeightNumber;
range = Math.Abs((double)(avg - temp1));
if (range < standardDeviation)
{
standardDeviation = range;
model.ListSystemZones.Add(item);
model.TotalWeight = temp1;
g.GetVertex(item.Id).IsCollect = true;
g.GetVertex(item.Id).SelectedId = model.SelectedSystemzone.Id;
}
if (range <= standardDeviation && (avg - temp1) < 0)
{
break;
}
}
}
}
List <SystemZone> remainSystemzone = new List <SystemZone>();
foreach (var item in g)
{
if (item.IsCollect == false)
{
remainSystemzone.Add(item.SystemZone);
}
}
var deleteList = new List <SystemZone>();
foreach (var item in remainSystemzone)
{
var selectSystemzone = list.Where(x => x.ListSystemZones.Any(c => c.Geom.Intersects(item.Geom)));
if (selectSystemzone != null)
{
if (selectSystemzone.Count() == 1)
{
selectSystemzone.First().TotalWeight = selectSystemzone.First().TotalWeight + item.WeightNumber;
selectSystemzone.First().ListSystemZones.Add(item);
g.GetVertex(item.Id).SelectedId = selectSystemzone.First().SelectedSystemzone.Id;
deleteList.Add(item);
}
}
}
foreach (var item in deleteList)
{
remainSystemzone.Remove(item);
}
while (remainSystemzone.Any())
{
var deleteDuplicateList = new List <SystemZone>();
foreach (var item in remainSystemzone)
{
var selectSystemzone = list.Where(x => x.ListSystemZones.Any(c => c.Geom.Intersects(item.Geom))).OrderBy(x => x.TotalWeight).FirstOrDefault();
if (selectSystemzone != null)
{
selectSystemzone.TotalWeight += item.WeightNumber;
selectSystemzone.ListSystemZones.Add(item);
g.GetVertex(item.Id).SelectedId = selectSystemzone.SelectedSystemzone.Id;
deleteDuplicateList.Add(item);
}
}
foreach (var item in deleteDuplicateList)
{
remainSystemzone.Remove(item);
}
}
List <TradeZoneModel> listNeedToSplit = new List <TradeZoneModel>(list);
var listSelected = list.Select(x => x.SelectedSystemzone.Id).ToList();
while (listNeedToSplit.Any())
{
var minTradeZone = listNeedToSplit.OrderBy(x => x.TotalWeight).First();
for (int i = 0; i < list.Where(x => x.SelectedSystemzone.Id == minTradeZone.SelectedSystemzone.Id).FirstOrDefault().ListSystemZones.Count; i++)
{
var item = list.Where(x => x.SelectedSystemzone.Id == minTradeZone.SelectedSystemzone.Id).FirstOrDefault().ListSystemZones.ElementAt(i);
var templist = g.GetVertex(item.Id).AdjList.ToList();
foreach (var edge in templist)
{
double?tempWeght = list.Where(x => x.SelectedSystemzone.Id == minTradeZone.SelectedSystemzone.Id).FirstOrDefault().TotalWeight;
tempWeght += edge.V.SystemZone.WeightNumber;
if (tempWeght / avg <= 0.95)
{
var selectedId = g.GetVertex(edge.V.SystemZone.Id).SelectedId;
if (selectedId != 0)
{
List <SystemZone> listToCheckLink = new List <SystemZone>(list.Where(x => x.SelectedSystemzone.Id == selectedId).FirstOrDefault().ListSystemZones);
listToCheckLink.Remove(edge.V.SystemZone);
if (CheckLinkTradeZone(listToCheckLink) && listSelected.All(x => x != edge.V.SystemZone.Id))
{
g.GetVertex(edge.V.SystemZone.Id).SelectedId = 0;
list.Where(x => x.SelectedSystemzone.Id == minTradeZone.SelectedSystemzone.Id).FirstOrDefault().ListSystemZones.Add(edge.V.SystemZone);
list.Where(x => x.SelectedSystemzone.Id == selectedId).FirstOrDefault().ListSystemZones.Remove(edge.V.SystemZone);
list.Where(x => x.SelectedSystemzone.Id == minTradeZone.SelectedSystemzone.Id).FirstOrDefault().TotalWeight = tempWeght;
list.Where(x => x.SelectedSystemzone.Id == selectedId).FirstOrDefault().TotalWeight -= edge.V.SystemZone.WeightNumber;
}
}
}
}
}
listNeedToSplit.Remove(minTradeZone);
}
return(list);
}
private void OnPhraseRecognized(PhraseRecognizedEventArgs args)
{
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: " + String.Format("{0} ({1})", args.text, args.confidence), Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
//Do Some work
switch (args.text)
{
case "Dense":
m_graph.RaiseFeedback("Showing highly connected nodes");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Dense (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.ShowDenseNodes();
break;
case "Depth First Search":
m_graph.RaiseFeedback("Visualizing Depth First Search");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Depth First Search (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.DFS();
break;
case "Breadth First Search":
m_graph.RaiseFeedback("Visualizing breadth First Search");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Breadth First Search(Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.BFS();
break;
case "Stop":
m_graph.RaiseFeedback(" Stopping ");
break;
case "Graph Properties":
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Graph Properties (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.RaiseFeedback(AR.Core.Voice.VoiceManager.RelayGraphProperties(m_graph));
break;
case "Reset":
m_graph.RaiseFeedback("Reseting graph properties");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Reset (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.ResetColors();
break;
case "Load Simple Graph":
m_graph.RaiseFeedback("Loading Simple Graph");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Load Simple Graph (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.ReloadGraph(GraphTypes.Simple);
break;
case "Load Sample Graph":
m_graph.RaiseFeedback("Loading Sample Graph");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Load Sample Graph(Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.ReloadGraph(GraphTypes.Sample);
break;
case "Load Database Graph":
m_graph.RaiseFeedback("Loading Graph from Neo 4 Jay");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Load Database Graph (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.ReloadGraph(GraphTypes.Neo4jLocal);
break;
case "Move Nodes":
m_graph.RaiseFeedback("Moving Nodes");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Moving Nodes (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.RandomMoveAllNodes(false);
break;
case "Disable Speach":
m_graph.RaiseFeedback("Disabling Speach");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Disable Speach (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.removeSpeach = true;
break;
case "Enable Speach":
m_graph.removeSpeach = false;
m_graph.RaiseFeedback("Enabling Speach");
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: Enable Speach (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
break;
case "Show Edges":
m_graph.RaiseFeedback("Showing All Edges");
m_graph.ShowAllEdges();
break;
case "Hide Edges":
m_graph.RaiseFeedback("Hiding All Edges");
m_graph.HideAllEdges();
break;
case "Show Nodes":
m_graph.RaiseFeedback("Showing All Nodes");
m_graph.ShowAllNodes();
break;
case "Hide Nodes":
m_graph.RaiseFeedback("Hiding All Nodes");
m_graph.HideAllNodes();
break;
case "List Commands":
myLogs.LogMessage(LoggingLevels.Verbose, "OnPhraseRecognized: List Commands (Test)", Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
m_graph.RaiseFeedback("Listing Commands ");
StringBuilder sb = new StringBuilder();
//can be used to dedupe
HashSet <String> uniqueCommands = new HashSet <string>();
foreach (var st in m_Keywords)
{
sb.Append(st + " . ");
}
m_graph.RaiseFeedback("Commands Available. " + sb.ToString());
myLogs.LogMessage(LoggingLevels.Verbose, "Commands Available:" + sb.ToString(), Module: "SpeechProcessing.OnPhraseRecognized", Version: "ALPHA");
break;
default:
//handle the approximate matches here
if (args.text.Contains("Node Scale Color"))
{
var propname = args.text.Replace("Node Scale Color", "").Trim();
m_graph.RaiseFeedback(args.text); //say what you're doing here
m_graph.ColorNodesPropBased(propname);
}
if (args.text.Contains("Node Scale Size"))
{
var propname = args.text.Replace("Node Scale Size", "").Trim();
m_graph.RaiseFeedback(args.text); //say what you're doing here
m_graph.ScaleNodesPropBased(propname);
}
if (args.text.Contains("Edge Scale Color"))
{
var propname = args.text.Replace("Edge Scale Color", "").Trim();
m_graph.RaiseFeedback(args.text); //say what you're doing here
m_graph.ColorEdgePropBased(propname);
}
if (args.text.Contains("Edge Scale Size"))
{
var propname = args.text.Replace("Edge Scale Size", "").Trim();
m_graph.RaiseFeedback(args.text + ", Not Implemented Correctly"); //say what you're doing here
//m_graph.ScaleEdgePropBased(propname);
}
break;
}
}
