private EditDistance.ngram_similarity getNgramEditDistance(JToken f1, JToken f2, int n)
{
List <string> mnemonics1 = this.toStringList(f1["mnemonics"].ToList());
List <string> mnemonics2 = this.toStringList(f2["mnemonics"].ToList());
int min = Math.Min(mnemonics1.Count(), mnemonics2.Count());
if (mnemonics1.Count() > min)
{
mnemonics1.RemoveRange(min, mnemonics1.Count() - min);
}
if (mnemonics2.Count() > min)
{
mnemonics2.RemoveRange(min, mnemonics2.Count() - min);
}
if (min < n)
{
n = min;
}
EditDistance ed = new EditDistance();
ed.ngramset_edit_distance(mnemonics1, mnemonics2, n);
return(ed.similarity);
}
static void Main(string[] args)
{
string s1 = "intention";
string s2 = "execution";
EditDistance ed = new EditDistance();
int num = ed.editDistance(s1, s2);
Console.WriteLine(num);
Console.ReadKey();
}
private EditDistance.ngram_similarity getNgramEditDistance(JToken f1, JToken f2, int n)
{
timer.Reset();
timer.Start();
List <string> mnemonics1 = this.toStringList(f1["mnemonics"].ToList());
List <string> mnemonics2 = this.toStringList(f2["mnemonics"].ToList());
int min = Math.Min(mnemonics1.Count(), mnemonics2.Count());
if (mnemonics1.Count() > min)
{
mnemonics1.RemoveRange(min, mnemonics1.Count() - min);
}
if (mnemonics2.Count() > min)
{
mnemonics2.RemoveRange(min, mnemonics2.Count() - min);
}
if (min < n)
{
n = min;
}
/*
* int count1 = mnemonics1.Count();
* int count2 = mnemonics2.Count();
* int max = Math.Max(count1, count2);
* if (mnemonics1.Count() < max)
* for (int i = 0; i < max - count1; i++)
* mnemonics1.Add("");
* if (mnemonics2.Count() < max)
* for (int i = 0; i < max - count2; i++)
* mnemonics2.Add("");
* if (max < n)
* n = max;
*/
EditDistance ed = new EditDistance();
ed.ngramset_edit_distance(mnemonics1, mnemonics2, n);
timer.Stop();
return(ed.similarity);
}
