public void genEEgraph(string reportPath, int kwLimitThreshold = 350, int entityOccurThreshold = 2, double polarityThresh = 0.45, bool PoleInvariant = false)
{
if (EkwEgg == null)
{
EkwEgg = new Dictionary <string, EEVertex>();
}
DateTime startTime = DateTime.Now;
foreach (KeyValuePair <string, EkwO> ekwo in EkwDict)
{
string E = ekwo.Key;
EkwO ekwp = ekwo.Value;
double pScore = ekwp.PScore;
if (ekwp.Occur <= entityOccurThreshold)
{
continue;
}
EkwEgg.Add(E, new EEVertex(E));
foreach (string keyword in ekwp.kw.Keys)
{
//got the linker
if (kwLexicon.ContainsKey(keyword) && kwLexicon[keyword].E.Count < kwLimitThreshold)
{
Dictionary <string, Meta> PotentialNeighbors = kwLexicon[keyword].E;
foreach (string nborE in PotentialNeighbors.Keys)
{
double nborPScore = EkwDict[nborE].PScore;
polarity pole = polarity.opn;
if (nborPScore >= polarityThresh && pScore >= polarityThresh)
{
pole = polarity.pos;
}
else if (nborPScore <= -polarityThresh && pScore <= -polarityThresh)
{
pole = polarity.neg;
}
else if (nborPScore > 0 && pScore > 0)
{
if (nborPScore + pScore > 2 * polarityThresh)
{
pole = polarity.pos;
}
else
{
pole = polarity.obj;
}
}
else if (nborPScore < 0 && pScore < 0)
{
if (nborPScore + pScore > 2 * polarityThresh)
{
pole = polarity.neg;
}
else
{
pole = polarity.obj;
}
}
else if (nborPScore == 0 || pScore == 0)
{
pole = polarity.obj;
}
if (pole != polarity.opn || PoleInvariant)
{
EkwEgg[E].AddNeighbor(nborE, keyword, pole);
} //added nbor
} //finding nbors by kw
} //this kw is in lex
} //iterating over kw
} //iterating over EkwDict
DateTime endTime = DateTime.Now;
TimeSpan ts = endTime - startTime;
Console.WriteLine("EkwEG time to generate EE graph: " + ts);
StreamWriter fs = new StreamWriter(reportPath + ".EkwEGg.csv", false);
foreach (KeyValuePair <string, EEVertex> evert in EkwEgg)
{
fs.Write(evert.Key + "," + evert.Value.Neighbors.Count + ",");
foreach (string nbor in evert.Value.Neighbors.Keys)
{
fs.Write(nbor + ";");
}
fs.WriteLine();
}
}
public void genEkwBigraph(string TEkwPpath, string reportPath = "a")
{
DateTime startTime = DateTime.Now;
XmlDocument xDoc = new XmlDocument();
xDoc.Load(TEkwPpath);
xDoc.Normalize();
XmlNode root = xDoc.DocumentElement;
StreamWriter fse = new StreamWriter(reportPath + ".E.csv", false);
StreamWriter fsk = new StreamWriter(reportPath + ".kw.csv", false);
XmlNodeList TEkwPNodeList = root.SelectNodes("//TEkwP");
Console.WriteLine("E-kw");
Console.WriteLine("echo: building E-kw bigraph with E-kw matrix and kw-E matrix + kwLexicon");
int tekwp_i = 0;
foreach (XmlNode tekwpNode in TEkwPNodeList)
{
if ((tekwp_i++) % 100 == 0)
{
Console.Write("\r" + tekwp_i);
}
//get E of this TEkwP
string ENodeInText = tekwpNode.SelectSingleNode("E").InnerText;
string kwNodeInText = tekwpNode.SelectSingleNode("kw").InnerText;
string pScoreVal = tekwpNode.Attributes["pScore"].Value;
double pScore = 0;
double.TryParse(pScoreVal, out pScore);
//get kw for this
string[] kw = kwNodeInText.Split(",".ToCharArray());
//process each entity
string[] E = ENodeInText.Split(",".ToCharArray());
//E-kw matrix
foreach (string entity in E)
{
if (entity != null && entity != "")
{
if (!EkwDict.ContainsKey(entity))
{
EkwDict.Add(entity, new EkwO(entity));
}
EkwDict[entity].Occur++;
EkwDict[entity].PScore += pScore;
//register kws
foreach (string keyw in kw)
{
if (keyw != null && keyw != "")
{
EkwDict[entity].AddKW(keyw, pScore);
}
}
}
}//built E-kw
//kw-E matrix
foreach (string keyword in kw)
{
if (keyword != null && keyword != "")
{
if (!kwEDict.ContainsKey(keyword))
{
kwEDict.Add(keyword, new kwEo(keyword));
}
kwEDict[keyword].Occur++;
kwEDict[keyword].PScore += pScore;
//register kws
foreach (string en in E)
{
if (en != null && en != "")
{
kwEDict[keyword].AddEntity(en, pScore);
}
}
}
} //built kw-E
} //E-kw bigraph with E-kw and kw-E
Console.WriteLine("\r" + tekwp_i);
//freshen up E-kw to remove lowfreq kw
int kwCount_uf = 0, kwCount_f = 0;
foreach (string entity in EkwDict.Keys)
{
kwCount_uf += EkwDict[entity].kw.Count;
EkwDict[entity].freshen(0.35);
kwCount_f += EkwDict[entity].kw.Count;
}
//keyword lexicon
foreach (KeyValuePair <string, EkwO> ekwo in EkwDict)
{
EkwO this_Ekw = ekwo.Value;
foreach (string kwl in this_Ekw.kw.Keys)
{
if (kwl != null && kwl != "")
{
if (!kwLexicon.ContainsKey(kwl))
{
kwLexicon.Add(kwl, new kwEo(kwl));
}
//kwLexicon[kwl].Occur++;
//kwLexicon[kwl].PScore += this_Ekw.kw[kwl].PScore * this_Ekw.kw[kwl].Occur;
kwLexicon[kwl].AddEntity(this_Ekw.E, this_Ekw.PScore);
}
}
}
foreach (string kwl in kwLexicon.Keys)
{
int occur = kwLexicon[kwl].Occur = kwEDict[kwl].Occur;
kwLexicon[kwl].PScore = kwEDict[kwl].PScore / occur;
if (occur > 1)
{
fsk.WriteLine(kwl + "," + occur + "," + Math.Log(occur) + "," + kwLexicon[kwl].PScore + "," + kwLexicon[kwl].E.Count);
}
}
Console.WriteLine(kwCount_f + " kw of " + kwCount_uf);
Console.WriteLine(kwLexicon.Count + " kw in lexicon");
//review
int i = 0;
foreach (KeyValuePair <string, EkwO> e_ekwo in EkwDict)
{
int occur = e_ekwo.Value.Occur;
if (occur > 1)
{
fse.WriteLine(e_ekwo.Key + "," + occur + "," + Math.Log(occur) + "," + e_ekwo.Value.PScore + "," + e_ekwo.Value.kw.Count);
i++;
}
}
fse.Close();
fsk.Close();
Console.WriteLine(i + " of " + EkwDict.Count + " E occured more than once");
DateTime endTime = DateTime.Now;
TimeSpan ts = endTime - startTime;
Console.WriteLine("echo time to calculate: " + ts);
}