public void RoverPostionShouldBeTwoDigitFollowedByOneCharacterCommandSeparatedBySpace(string command)
{
//Act
Position position = _helper.ToRover(command);
//Assert
Assert.IsNotNull(position);
Assert.AreEqual(_helper.ToString(position), command);
}
/*/// <summary>
* /// Constructs context information for the specified mention.
* /// </summary>
* /// <param name="mentionParse">
* /// Mention parse structure for which context is to be constructed.
* /// </param>
* /// <param name="mentionIndex">
* /// mention position in sentence.
* /// </param>
* /// <param name="mentionsInSentence">
* /// Number of mentions in the sentence.
* /// </param>
* /// <param name="mentionsInDocument">
* /// Number of mentions in the document.
* /// </param>
* /// <param name="sentenceIndex">
* /// Sentence number for this mention.
* /// </param>
* /// <param name="nameType">
* /// The named-entity type for this mention.
* /// </param>
* /// <param name="headFinder">
* /// Object which provides head information.
* /// </param>
* public MentionContext(Parse mentionParse, int mentionIndex, int mentionsInSentence, int mentionsInDocument, int sentenceIndex, string nameType, HeadFinder headFinder) {
* nounLocation = mentionIndex;
* maxNounLocation = mentionsInDocument;
* sentenceNumber = sentenceIndex;
* parse = mentionParse;
* indexSpan = mentionParse.getSpan();
* prevToken = mentionParse.getPreviousToken();
* nextToken = mentionParse.getNextToken();
* head = headFinder.getLastHead(mentionParse);
* List headTokens = head.getTokens();
* tokens = (Parse[]) headTokens.toArray(new Parse[headTokens.size()]);
* basalNextToken = head.getNextToken();
* indexHeadSpan = head.getSpan();
* nonDescriptorStart = 0;
* initHeads(headFinder.getHeadIndex(head));
* this.neType= nameType;
* if (PartsOfSpeech.IsNoun(getHeadTokenTag()) && !PartsOfSpeech.IsProperNoun(getHeadTokenTag())) {
* //if (PartsOfSpeech.IsProperNoun(headTokenTag) && neType != null) {
* this.synsets = getSynsetSet(this);
* }
* else {
* this.synsets=Collections.EMPTY_SET;
* }
* gender = GenderEnum.UNKNOWN;
* this.genderProb = 0d;
* number = NumberEnum.UNKNOWN;
* this.numberProb = 0d;
* }
*/
private void InitializeHeads(int headIndex)
{
HeadTokenIndex = headIndex;
mHeadToken = (IParse)Tokens[HeadTokenIndex];
HeadTokenText = mHeadToken.ToString();
HeadTokenTag = mHeadToken.SyntacticType;
FirstToken = (IParse)Tokens[0];
FirstTokenTag = FirstToken.SyntacticType;
FirstTokenText = FirstToken.ToString();
}
private void CollectCoordinatedNounPhraseMentions(IParse nounPhrase, List <Mention> entities)
{
//System.err.println("collectCoordNp: "+np);
List <IParse> nounPhraseTokens = nounPhrase.Tokens;
bool inCoordinatedNounPhrase = false;
int lastNounPhraseTokenIndex = mHeadFinder.GetHeadIndex(nounPhrase);
for (int tokenIndex = lastNounPhraseTokenIndex - 1; tokenIndex >= 0; tokenIndex--)
{
IParse token = nounPhraseTokens[tokenIndex];
string tokenText = token.ToString();
if (tokenText == "and" || tokenText == "or")
{
if (lastNounPhraseTokenIndex != tokenIndex)
{
if (tokenIndex - 1 >= 0 && (nounPhraseTokens[tokenIndex - 1]).SyntacticType.StartsWith("NN"))
{
Util.Span nounPhraseSpan = new Util.Span((nounPhraseTokens[tokenIndex + 1]).Span.Start, (nounPhraseTokens[lastNounPhraseTokenIndex]).Span.End);
Mention nounPhraseSpanExtent = new Mention(nounPhraseSpan, nounPhraseSpan, token.EntityId, null, "CNP");
entities.Add(nounPhraseSpanExtent);
//System.err.println("adding extent for conjunction in: "+np+" preeceeded by "+((Parse) npTokens.get(ti-1)).getSyntacticType());
inCoordinatedNounPhrase = true;
}
else
{
break;
}
}
lastNounPhraseTokenIndex = tokenIndex - 1;
}
else if (inCoordinatedNounPhrase && tokenText.Equals(","))
{
if (lastNounPhraseTokenIndex != tokenIndex)
{
Util.Span nounPhraseSpan = new Util.Span((nounPhraseTokens[tokenIndex + 1]).Span.Start, (nounPhraseTokens[lastNounPhraseTokenIndex]).Span.End);
Mention nounPhraseSpanExtent = new Mention(nounPhraseSpan, nounPhraseSpan, token.EntityId, null, "CNP");
entities.Add(nounPhraseSpanExtent);
//System.err.println("adding extent for comma in: "+np);
}
lastNounPhraseTokenIndex = tokenIndex - 1;
}
else if (inCoordinatedNounPhrase && tokenIndex == 0 && lastNounPhraseTokenIndex >= 0)
{
Util.Span nounPhraseSpan = new Util.Span((nounPhraseTokens[tokenIndex]).Span.Start, (nounPhraseTokens[lastNounPhraseTokenIndex]).Span.End);
Mention nounPhraseSpanExtent = new Mention(nounPhraseSpan, nounPhraseSpan, token.EntityId, null, "CNP");
entities.Add(nounPhraseSpanExtent);
//System.err.println("adding extent for start coord in: "+np);
}
}
}
private void CollectCoordinatedNounPhraseMentions(IParse nounPhrase, List <Mention> entities)
{
List <IParse> nounPhraseTokens = nounPhrase.Tokens;
bool inCoordinatedNounPhrase = false;
int lastNounPhraseTokenIndex = mHeadFinder.GetHeadIndex(nounPhrase);
for (int tokenIndex = lastNounPhraseTokenIndex - 1; tokenIndex >= 0; tokenIndex--)
{
IParse token = nounPhraseTokens[tokenIndex];
string tokenText = token.ToString();
if (tokenText == "and" || tokenText == "or")
{
if (lastNounPhraseTokenIndex != tokenIndex)
{
if (tokenIndex - 1 >= 0 && PartsOfSpeech.IsNoun(nounPhraseTokens[tokenIndex - 1].SyntacticType))
{
var nounPhraseSpan = new Util.Span((nounPhraseTokens[tokenIndex + 1]).Span.Start, (nounPhraseTokens[lastNounPhraseTokenIndex]).Span.End);
var nounPhraseSpanExtent = new Mention(nounPhraseSpan, nounPhraseSpan, token.EntityId, null, "CNP");
entities.Add(nounPhraseSpanExtent);
inCoordinatedNounPhrase = true;
}
else
{
break;
}
}
lastNounPhraseTokenIndex = tokenIndex - 1;
}
else if (inCoordinatedNounPhrase && tokenText == PartsOfSpeech.Comma)
{
if (lastNounPhraseTokenIndex != tokenIndex)
{
var nounPhraseSpan = new Util.Span((nounPhraseTokens[tokenIndex + 1]).Span.Start, (nounPhraseTokens[lastNounPhraseTokenIndex]).Span.End);
var nounPhraseSpanExtent = new Mention(nounPhraseSpan, nounPhraseSpan, token.EntityId, null, "CNP");
entities.Add(nounPhraseSpanExtent);
}
lastNounPhraseTokenIndex = tokenIndex - 1;
}
else if (inCoordinatedNounPhrase && tokenIndex == 0 && lastNounPhraseTokenIndex >= 0)
{
var nounPhraseSpan = new Util.Span((nounPhraseTokens[tokenIndex]).Span.Start, (nounPhraseTokens[lastNounPhraseTokenIndex]).Span.End);
var nounPhraseSpanExtent = new Mention(nounPhraseSpan, nounPhraseSpan, token.EntityId, null, "CNP");
entities.Add(nounPhraseSpanExtent);
}
}
}
private void CollectPossessivePronouns(IParse nounPhrase, List <Mention> entities)
{
//TODO: Look at how training is done and examine whether this is needed or can be accomidated in a different way.
/*
* List snps = np.getSubNounPhrases();
* if (snps.size() != 0) {
* //System.err.println("AbstractMentionFinder: Found existing snps");
* for (int si = 0, sl = snps.size(); si < sl; si++) {
* Parse snp = (Parse) snps.get(si);
* Extent ppExtent = new Extent(snp.getSpan(), snp.getSpan(), snp.getEntityId(), null,Linker.PRONOUN_MODIFIER);
* entities.add(ppExtent);
* }
* }
* else {
*/
//System.err.println("AbstractEntityFinder.collectPossesivePronouns: "+np);
List <IParse> nounPhraseTokens = nounPhrase.Tokens;
IParse headToken = mHeadFinder.GetHeadToken(nounPhrase);
for (int tokenIndex = nounPhraseTokens.Count - 2; tokenIndex >= 0; tokenIndex--)
{
IParse token = nounPhraseTokens[tokenIndex];
if (token == headToken)
{
continue;
}
if (token.SyntacticType.StartsWith("PRP") && IsHandledPronoun(token.ToString()))
{
Mention possessivePronounExtent = new Mention(token.Span, token.Span, token.EntityId, null, OpenNLP.Tools.Coreference.Linker.PronounModifier);
//System.err.println("AbstractEntityFinder.collectPossesivePronouns: adding possesive pronoun: "+tok+" "+tok.getEntityId());
entities.Add(possessivePronounExtent);
//System.err.println("AbstractMentionFinder: adding pos-pro: "+ppExtent);
break;
}
}
//}
}
public IEnumerable <string> SendCommands([FromBody] Command command)
{
try
{
var plateau = _parse.ToPlateau(command.Plateau);
var rovers = new List <string>();
foreach (var rover in command.Rovers)
{
var position = _parse.ToRover(rover.Position);
var movements = _parse.ToMovemenent(rover.Movement);
var result = _squad.Deploy(plateau, position, movements);
rovers.Add(_parse.ToString(result));
}
return(rovers);
}
catch (Exception ex)
{
_logger.LogError("Failed to deploy rover!", ex);
return(null);
}
}
/// <summary>
/// Constructs context information for the specified mention.
/// </summary>
/// <param name="mentionParse">
/// Mention parse structure for which context is to be constructed.
/// </param>
/// <param name="mentionIndex">
/// mention position in sentence.
/// </param>
/// <param name="mentionsInSentence">
/// Number of mentions in the sentence.
/// </param>
/// <param name="mentionsInDocument">
/// Number of mentions in the document.
/// </param>
/// <param name="sentenceIndex">
/// Sentence number for this mention.
/// </param>
/// <param name="nameType">
/// The named-entity type for this mention.
/// </param>
/// <param name="headFinder">
/// Object which provides head information.
/// </param>
/*
public MentionContext(Parse mentionParse, int mentionIndex, int mentionsInSentence, int mentionsInDocument, int sentenceIndex, String nameType, HeadFinder headFinder) {
nounLocation = mentionIndex;
maxNounLocation = mentionsInDocument;
sentenceNumber = sentenceIndex;
parse = mentionParse;
indexSpan = mentionParse.getSpan();
prevToken = mentionParse.getPreviousToken();
nextToken = mentionParse.getNextToken();
head = headFinder.getLastHead(mentionParse);
List headTokens = head.getTokens();
tokens = (Parse[]) headTokens.toArray(new Parse[headTokens.size()]);
basalNextToken = head.getNextToken();
//System.err.println("MentionContext.init: "+ent+" "+ent.getEntityId()+" head="+head);
indexHeadSpan = head.getSpan();
nonDescriptorStart = 0;
initHeads(headFinder.getHeadIndex(head));
this.neType= nameType;
if (getHeadTokenTag().startsWith("NN") && !getHeadTokenTag().startsWith("NNP")) {
//if (headTokenTag.startsWith("NNP") && neType != null) {
this.synsets = getSynsetSet(this);
}
else {
this.synsets=Collections.EMPTY_SET;
}
gender = GenderEnum.UNKNOWN;
this.genderProb = 0d;
number = NumberEnum.UNKNOWN;
this.numberProb = 0d;
}
*/
private void InitializeHeads(int headIndex)
{
HeadTokenIndex = headIndex;
mHeadToken = (IParse) Tokens[HeadTokenIndex];
HeadTokenText = mHeadToken.ToString();
HeadTokenTag = mHeadToken.SyntacticType;
mFirstToken = (IParse) Tokens[0];
mFirstTokenTag = mFirstToken.SyntacticType;
mFirstTokenText = mFirstToken.ToString();
}
private void CollectPossessivePronouns(IParse nounPhrase, List <Mention> entities)
{
//TODO: Look at how training is done and examine whether this is needed or can be accomidated in a different way.
/*
* List snps = np.getSubNounPhrases();
* if (snps.size() != 0) {
* for (int si = 0, sl = snps.size(); si < sl; si++) {
* Parse snp = (Parse) snps.get(si);
* Extent ppExtent = new Extent(snp.getSpan(), snp.getSpan(), snp.getEntityId(), null,Linker.PRONOUN_MODIFIER);
* entities.add(ppExtent);
* }
* }
* else {
*/
List <IParse> nounPhraseTokens = nounPhrase.Tokens;
IParse headToken = mHeadFinder.GetHeadToken(nounPhrase);
for (int tokenIndex = nounPhraseTokens.Count - 2; tokenIndex >= 0; tokenIndex--)
{
IParse token = nounPhraseTokens[tokenIndex];
if (token == headToken)
{
continue;
}
if (PartsOfSpeech.IsPersOrPossPronoun(token.SyntacticType) && IsHandledPronoun(token.ToString()))
{
var possessivePronounExtent = new Mention(token.Span, token.Span, token.EntityId, null, Linker.PronounModifier);
entities.Add(possessivePronounExtent);
break;
}
}
//}
}