public static string BreakToSentencesWordnet(string explanation, WordEntryCollection EntireWordCollection)
{
string pattern = @"(v\.)|(n\.)|(adj\.)|(adv\.)";
string output = explanation;
int position;
int lengthIncreament = 0;
foreach (Match mat in Regex.Matches(explanation, pattern))
{
output = output.Insert(mat.Index + mat.Value.Length + lengthIncreament, Environment.NewLine);
if (mat.Index > 0)
{
output = output.Insert(mat.Index + lengthIncreament, Environment.NewLine);
lengthIncreament += 2;
}
lengthIncreament += 2;
}
pattern = @"[a-zA-Z]+";
lengthIncreament = 0;
foreach (Match mat in Regex.Matches(output, pattern))
{
// Check if the mat.value is a valid word
if ((position = EntireWordCollection.FindSimilarity(mat.Value)) > 0)
{
//MessageBox.Show(mat.Value + " " + position);
output = output.Insert(mat.Index + position + lengthIncreament, Environment.NewLine);
lengthIncreament += 2;
}
}
return(output);
}
private void btnRun_Click(object sender, EventArgs e)
{
if (chlbOption.GetItemChecked(Convert_GRE_SAT_to_XML))
{
#region
MyWordList WL = new MyWordList();
StreamReader ifile = new StreamReader(fileNamein);
string line;
while ((line = ifile.ReadLine()) != null)
{
// Load data from file to WL
MyWordInfo w = new MyWordInfo();
#region
char[] Separators = { ' ', '\n' };
string[] strspt = line.Split(Separators, StringSplitOptions.RemoveEmptyEntries);
Term T;
string s;
if (VRegex.IsUnsign(strspt[0]))
{
w.rank = Convert.ToInt32(strspt[0]);
w.infinitive = strspt[1];
s = line.Replace(strspt[0] + " " + strspt[1] + " = ", "");
}
else
{
w.rank = 0;
w.infinitive = strspt[0];
s = line.Replace(strspt[0] + " = ", "");
}
s = VRegex.BreakToSentencesGRESAT(s);
T = new Term();
T.type = "";
T.meaning.UpdateMeaning(s);
w.TermList = new List <Term>();
w.TermList.Add(T);
#endregion
WL.Add(w);
}
XElement EX = WL.ToXElement();
EX.Save(fileNameout);
ifile.Close();
#endregion
}
else if (chlbOption.GetItemChecked(Create_Infinitive_Derivative_XML))
{
#region
SimpleWordList WL = new SimpleWordList();
WL.LoadFromWordFormNInf(fileNamein);
WL.Sort(new CompareSimpleWordByInf());
WL.MergeDerivative();
//WL.Sort(new CompareSimpleWordByInf());
int i = 0;
while (i < WL.Count - 1)
{
if (String.Equals(WL[i].inf, WL[i + 1].inf))
{
WL.RemoveAt(i + 1);
}
else
{
++i;
}
}
XElement XE = WL.ToXElementInfinitiveDerivative();
XE.Save(fileNameout);
#endregion
}
else if (chlbOption.GetItemChecked(Convert_WordNet_to_XML))
{
#region
WordList WL = new WordList();
// fileNamein = wordnet.txt
StreamReader ifile = new StreamReader(fileNamein);
WordEntryCollection EntireCollection = new WordEntryCollection();
WordEntryCollection InfinitiveCollection = new WordEntryCollection();
string line;
// Load data to EntireCollection
// Load Data to Infinitive List
#region
EntireCollection.LoadFromFile(EntireWordCollectionFile);
EntireCollection.Sort();
EntireCollection.SaveToFile(EntireWordCollectionFile);
InfinitiveCollection.LoadFromFile(InfinitiveWordfile);
#endregion
// Set the beginning position to read ifile to 0
//ifile.BaseStream.Position = 0;
//ifile.DiscardBufferedData();
while ((line = ifile.ReadLine()) != null)
{
// Load data from file to WL
WordInfo w = new WordInfo();
Term T = new Term();
string s, explanation;
s = VRegex.getWord(line);
if (VRegex.IsValidSingleWordEntry(s))// && InfinitiveCollection.Contains(s))
{
w.infinitive = s;
explanation = VRegex.GetExpanation(line, s);
explanation = VRegex.BreakToSentencesWordnet(explanation, EntireCollection);
T.UpdateMeaing(explanation);
T.type = "";
w.TermList.Add(T);
WL.Add(w);
}
}
XElement EX = WL.ToXElement();
EX.Save(fileNameout);
ifile.Close();
#endregion
}
else if (chlbOption.GetItemChecked(Create_Infinitive_List))
{
#region
StreamReader ifile = new StreamReader(fileNamein);
StreamWriter ofile = new StreamWriter(fileNameout);
string line;
while (null != (line = ifile.ReadLine()))
{
string s = VRegex.getWord(line);
if (VRegex.IsValidSingleWordEntry(s))
{
ofile.WriteLine(VRegex.GetExpanation(line, s));
}
}
ifile.Close();
ofile.Close();
#endregion
}
else if (chlbOption.GetItemChecked(Create_Single_Word_Collection))
{
#region
StreamReader ifile = new StreamReader(fileNamein);
StreamWriter ofile = new StreamWriter(fileNameout);
string line;
while (null != (line = ifile.ReadLine()))
{
string s = VRegex.getWord(line);
if (VRegex.IsValidSingleWordEntry(s))
{
ofile.WriteLine(s);
}
}
ifile.Close();
ofile.Close();
#endregion
}
else if (chlbOption.GetItemChecked(Experiment))
{
#region
WordEntryCollection EntireCollection = new WordEntryCollection();
EntireCollection.LoadFromFile(EntireWordCollectionFile);
//EntireCollection.Sort();
//EntireCollection.SaveToFile(EntireWordCollectionFile);
//string sentence = "v.come or bring to a finish or an end; finishHe finished the dishesShe completed the requirements for her Master's DegreeThe fastest runner finished the race in just over 2 hours; others finished in over 4 hoursbring to a whole, with all the necessary parts or elementsA child would complete the familycomplete or carry out; dispatch, dischargedischarge one's dutiescomplete a pass; nailwrite all the required information onto a form; fill out, fill in, make outfill out this questionnaire, please!make out a formadj.having every necessary or normal part or component or stepa complete meala complete wardrobea complete set of the Britannicaa complete set of chinaa complete defeata complete accountingperfect and complete in every respect; having all necessary qualities; consummatea complete gentlemanconsummate happinessa consummate performancehighly skilled; accomplishedan accomplished pianista complete musicianwithout qualification; used informally as (often pejorative) intensifiers; arrant(a), complete(a), consummate(a), double-dyed(a), everlasting(a), gross(a), perfect(a), pure(a), sodding(a), stark(a), staring(a), thoroughgoing(a), utter(a), unadulteratedan arrant foola complete cowarda consummate foola double-dyed villaingross negligencea perfect idiotpure follywhat a sodding messstark staring mada thoroughgoing villainutter nonsensethe unadulterated truthhaving come or been brought to a conclusion; concluded, ended, over(p), all over, terminatedthe harvesting was completethe affair is over, ended, finishedthe abruptly terminated interview adj.accepting willingly; acceptiveacceptive of every new ideaan acceptant type of mind";
string sentence = "Britannicaa";
sentence = VRegex.BreakToSentencesWordnet(sentence, EntireCollection);
MessageBox.Show(sentence);
#endregion
//Load data for WordList
#region
/*
* WordList WL = new WordList();
* WL.LoadXML(fileNamein);
* WordList NewWL = new WordList();
* WL.Sort(new CompareWordInfoByInfinitive());
* //Load Data for SimpleWordList
* //XElement xml_ifile = XElement.Load(fileNamein);
* //xml_ifile.Save(@"D:\Coding\C Sharp\Data\temp.xml");
* //WL.ToXElement().Save(@"D:\Coding\C Sharp\Data\temp.xml");
*
* SimpleWordList SL = new SimpleWordList();
* SL.LoadFromWordFormNInf(@"D:\Coding\C Sharp\Data\Relation_Derivative_To_Infinitive.txt");
* SL.Sort(new CompareSimpleWordByInf());
* SL.MergeDerivative();
*
* int i = 0;
* while (i < SL.Count - 1)
* {
* if (String.Equals(SL[i].inf, SL[i + 1].inf))
* SL.RemoveAt(i + 1);
* else
++i;
* }
#endregion
*
#region
* int j = 0;
* for (i = 0; i < SL.Count; ++i)
* {
* while ((j < WL.Count) && (0 < String.Compare(SL[i].inf, WL[j].infinitive, StringComparison.OrdinalIgnoreCase)))
* {
* //WL.RemoveAt(j);
++j;
* }
* if (j < WL.Count && String.Equals(SL[i].inf, WL[j].infinitive, StringComparison.OrdinalIgnoreCase))
* {
* foreach (string s in SL[i].derivateives)
* WL[j].derivatives.Add(s);
* NewWL.Add(WL[j]);
* }
* //++j;
* }
*
* XElement XE = NewWL.ToXElement();
* XE.Save(fileNameout);
*/
////SL.ToXElementInfinitiveDerivative().Save(@"D:\Coding\C Sharp\Data\temp.txt");
#endregion
}
else if (chlbOption.GetItemChecked(Create_MacMillan_XML))
{
#region
StreamReader ifile = new StreamReader(fileNamein, Encoding.UTF8);
WordList MacMillan = new WordList();
string line;
while (null != (line = ifile.ReadLine()))
{
WordInfo w = new WordInfo();
Term T = new Term();
string s, explanation;
s = VRegex.getWord(line);
if (VRegex.IsValidSingleWordEntry(s))// && InfinitiveCollection.Contains(s))
{
w.infinitive = s;
explanation = VRegex.GetExpanation(line, s);
explanation = VRegex.BreakToSentencesMacMillan(explanation); //, EntireCollection);
T.UpdateMeaing(explanation);
T.type = "";
w.TermList.Add(T);
MacMillan.Add(w);
}
}
XElement XE = MacMillan.ToXElement();
XE.Save(fileNameout);
ifile.Close();
#endregion
}
else if (chlbOption.GetItemChecked(Create_ConciseEnglish_XML))
{
#region
WordList WL = new WordList();
// fileNamein = concise.txt
StreamReader ifile = new StreamReader(fileNamein);
WordEntryCollection EntireCollection = new WordEntryCollection();
string line;
// Load data to EntireCollection
// Load Data to Infinitive List
EntireCollection.LoadFromFile(EntireWordCollectionFile);
//EntireCollection.Sort();
//EntireCollection.SaveToFile(EntireWordCollectionFile);
//InfinitiveCollection.LoadFromFile(InfinitiveWordfile);
while ((line = ifile.ReadLine()) != null)
{
// Load data from file to WL
WordInfo w = new WordInfo();
Term T = new Term();
string s, explanation;
s = VRegex.getWord(line);
if (VRegex.IsValidSingleWordEntry(s))// && InfinitiveCollection.Contains(s))
{
w.infinitive = s;
explanation = VRegex.GetExpanation(line, s);
explanation = VRegex.BreakToSentencesConcise(explanation, EntireCollection);
T.UpdateMeaing(explanation);
T.type = "";
w.TermList.Add(T);
WL.Add(w);
}
}
XElement EX = WL.ToXElement();
EX.Save(fileNameout);
ifile.Close();
#endregion
}
MessageBox.Show("Mission completed.");
}
public static string BreakToSentencesConcise(string explanation, WordEntryCollection EntireCollection)
{
string BreakLine = @"(v\.)|(n\.)|(adj\.)|(adv\.)";
Match mat = Regex.Match(explanation, BreakLine);
if (mat.Success)
{
explanation = explanation.Remove(0, mat.Index);
}
//mat = Regex.Match(explanation, BreakLine);
//int Inc = 0;
//foreach (Match m in Regex.Matches(explanation, BreakLine))
//{
// explanation = explanation.Insert(mat.Index + mat.Length + Inc, Environment.NewLine);
// if (mat.Index != 0)
// {
// explanation = explanation.Insert(mat.Index + Inc, Environment.NewLine);
// Inc += 2;
// }
// Inc += 2;
//}
string complex = @"((v\.)|(n\.)|(adj\.)|(adv\.))([^.]+)((v\.)|(n\.)|(adj\.)|(adv\.))";
string output = "";
string single;
int Inc;
int position;
single = explanation;
while (explanation != null || explanation == "")
{
Inc = 1;
mat = Regex.Match(explanation, BreakLine);
if (mat.Success)
{
output += mat.Value + Environment.NewLine;
explanation = explanation.Replace(mat.Value, "");
}
mat = Regex.Match(explanation, BreakLine);
if (mat.Success)
{
single = explanation.Remove(mat.Index, explanation.Length - mat.Index);
explanation = explanation.Remove(0, mat.Index);
//MessageBox.Show(explanation);
}
else
{
single = explanation;
explanation = null;
}
//while (mat.Success)
//{
// single = single.Replace(mat.Value, "");
// mat = Regex.Match(single, BreakLine);
//}
string word = @"[a-zA-Z]+";
Inc = 0;
int index = 1;
single = index.ToString() + ". " + single;
foreach (Match m1 in Regex.Matches(single, word))
{
if ((position = EntireCollection.FindSimilarity(m1.Value)) > 0)
{
//MessageBox.Show(mat.Value + " " + position);
++index;
single = single.Insert(m1.Index + position + Inc, Environment.NewLine + index.ToString() + ". ");
Inc += 5;
}
}
output += single + Environment.NewLine;
}
//output = BreakToSentencesWordnet(explanation, EntireCollection);
return(output);
}