private void ParseTextIntoSentences(string sText)
{
int iIndex = 0;
int iBegin = 0;
while (iBegin >= 0)
{
XmlNode sentenceNode = GetNextSentence(sText, ref iBegin);
if (sentenceNode != null)
{
PcPatrSentence sentence = new PcPatrSentence(sentenceNode);
m_aSentences.SetValue(sentence, iIndex++);
}
}
}
private void CheckLoadAnaFile(string sFile, int iExpectedCount, int iExpectedCountOfParsesInFirstSentence, out PcPatrDocument doc, out PcPatrSentence sentence, out string sGrammarFile)
{
doc = new PcPatrDocument(sFile, out sGrammarFile);
Assert.IsNotNull(doc.Sentences, "no sentences found in " + sFile);
Assert.AreEqual(iExpectedCount, doc.Sentences.Length, sFile + " has " + iExpectedCount.ToString() + " Sentences");
sentence = doc.FirstSentence;
Assert.IsNotNull(sentence, "could not get first sentence in " + sFile);
Assert.IsNotNull(sentence.Parses, "no parses found in 1st sentence of " + sFile);
Assert.AreEqual(iExpectedCountOfParsesInFirstSentence, sentence.Parses.Length, sFile + " has " + iExpectedCountOfParsesInFirstSentence.ToString() + " parses in first sentence");
}
private void CheckLoadAnaFile(string sFile, int iExpectedCount, int iExpectedCountOfParsesInFirstSentence, out PcPatrDocument doc, out PcPatrSentence sentence, out string sGrammarFile)
{
doc = new PcPatrDocument(sFile, out sGrammarFile);
Assert.IsNotNull(doc.Sentences, "no sentences found in " + sFile);
Assert.AreEqual(iExpectedCount, doc.Sentences.Length, sFile + " has " + iExpectedCount.ToString() + " Sentences");
sentence = doc.FirstSentence;
Assert.IsNotNull(sentence, "could not get first sentence in " + sFile);
Assert.IsNotNull(sentence.Parses, "no parses found in 1st sentence of " + sFile);
Assert.AreEqual(iExpectedCountOfParsesInFirstSentence, sentence.Parses.Length, sFile + " has " + iExpectedCountOfParsesInFirstSentence.ToString() + " parses in first sentence");
}
private void UpdateStatusBar(PcPatrSentence sentence)
{
if (m_doc != null)
{
sbpnlSentence.Text = "Sentence " + m_doc.CurrentSentenceNumber.ToString() + " of " + m_doc.NumberOfSentences.ToString();
if (sentence != null)
{
if (sentence.CurrentParse == null)
sbpnlParse.Text = m_ksNoParses;
else
sbpnlParse.Text = "Parse " + sentence.CurrentParseNumber.ToString() + " of " + sentence.NumberOfParses.ToString();
}
}
}
private void ShowTree(XmlDocument treeDoc, XmlNode xmlTree, PcPatrSentence sentence)
{
m_tree.Visible = true;
m_tree.Enabled = true;
m_tree.UseRightToLeft = miViewRightToLeft.Checked;
m_tree.SetTreeParameters(treeDoc);
m_tree.ParseXmlTreeDescription(xmlTree);
m_tree.MessageText = "Parse " + sentence.CurrentParseNumber.ToString() + " of " + sentence.NumberOfParses.ToString();
Graphics grfx = CreateGraphics();
m_tree.CalculateCoordinates(grfx);
m_tree.Draw(grfx, Color.Black);
m_tree.Invalidate();
pnlTree.Invalidate();
}
private void ShowParseTree(PcPatrSentence sentence, PcPatrParse parse)
{
m_parse = parse;
if (sentence.Parses.Length > 0 && parse != null)
{
XmlNode node = parse.Node;
if (node != null)
{
XmlDocument treeDoc = MakeTreeDocFromNode(node);
XmlNode xmlTree = treeDoc.SelectSingleNode("//TreeDescription/node");
ShowTree(treeDoc, xmlTree, sentence);
}
}
else
{
m_tree.Root = null;
m_tree.Invalidate();
}
EnableDisableItems();
UpdateStatusBar(sentence);
wbFeatureStructure.Navigate(m_sInitFeatureMessagePath);
}
private void ShowInterlinear(PcPatrSentence sentence)
{
if (sentence == null)
{
ReportNoInterlinear();
return;
}
XmlNode node = sentence.Node;
XmlNode interlinear = node.SelectSingleNode("//Input");
if (interlinear == null)
{
ReportNoInterlinear();
return;
}
XmlDocument doc1 = new XmlDocument();
doc1.LoadXml(interlinear.OuterXml);
XmlNode format = doc1.SelectSingleNode("//Format");
if (format != null)
{
string sBefore = format.InnerText;
if (sBefore != null)
{
string sAfter = sBefore.Replace("\\n", "\n");
format.InnerText = sAfter;
}
}
XPathNavigator nav = doc1.CreateNavigator();
XmlTextWriter writer = new XmlTextWriter(m_sInterFile, null);
XsltArgumentList argList = new XsltArgumentList();
argList.AddParam("sTextMessage", "", "Sentence " + m_doc.CurrentSentenceNumber.ToString() + " of " + m_doc.NumberOfSentences.ToString());
argList.AddParam("bRightToLeft", "", miViewRightToLeft.Checked ? "Y" : "N");
argList.AddParam("sDecompSeparationCharacter", "", m_language.DecompChar);
argList.AddParam("sCategoryFont", "", m_language.NTFontFace);
argList.AddParam("sDecompFont", "", m_language.LexFontFace);
argList.AddParam("sFeatDescFont", "", m_language.NTFontFace);
argList.AddParam("sFormatFont", "", m_language.NTFontFace);
argList.AddParam("sGlossFont", "", m_language.GlossFontFace);
argList.AddParam("sOrigWordFont", "", m_language.LexFontFace);
argList.AddParam("sUnderFormFont", "", m_language.LexFontFace);
m_interlinearTransform.Transform(nav, argList, writer, null);
writer.Close();
this.wbInterlinear.Navigate(m_sInterFile);
}
private void ParseTextIntoSentences(string sText)
{
int iIndex = 0;
int iBegin = 0;
while (iBegin >= 0)
{
XmlNode sentenceNode = GetNextSentence(sText, ref iBegin);
if (sentenceNode != null)
{
PcPatrSentence sentence = new PcPatrSentence(sentenceNode);
m_aSentences.SetValue(sentence, iIndex++);
}
}
}