public CheckGBPrePreprocessingAlgorithm(GrammaticalBasises gbs, UniformPartsFinalResults ups)
: base(AlgorithmProcessingType.PreProcessing,
AlgorithmObjectType.WholeSentence,
AlgorithmNames.PreProcessing.CheckGB,
needPrintSourceData: false,
needCopySentence: true)
{
_grammaticalBasises = gbs;
_uniformParts = ups;
}
public InsertsPrePreprocessingAlgorithm(UniformPartsFinalResults upRows, RemovedTextElementsInfo insertsInfo, QuasiUPAttachmentFinalResults quasiUPs)
: base(AlgorithmProcessingType.PreProcessing,
AlgorithmObjectType.WholeSentence,
AlgorithmNames.PreProcessing.Inserts,
needPrintSourceData: false,
needCopySentence: true)
{
_upRows = upRows;
_insertsInfo = insertsInfo;
_quasiUPs = quasiUPs;
}
public PhantomPredicateInfo(int id, List<SentenceElement> elements, UniformPartsFinalResults uniformPartsFinalResults)
{
AnotherRoots = new List<SentenceElement>();
OriginalRoot = new List<SentenceElement>();
PhantomPredicate = elements.Find(x => x.Id == id);
if (uniformPartsFinalResults.All.Any(x => x.Id == PhantomPredicate.Id))
{
var phantomPredicateRowNr = uniformPartsFinalResults.All.Find(x => x.Id == PhantomPredicate.Id).RowNr;
var upsForPredicate = uniformPartsFinalResults.All.FindAll(x => x.RowNr == phantomPredicateRowNr && x.Id != PhantomPredicate.Id);
AnotherRoots = elements.FindAll(y => upsForPredicate.Select(x => x.Id).Contains(y.Id));
var minOrderDistance = upsForPredicate.Min(x => PhantomPredicate.Order - x.Order);
PreviousRoot = elements.Find(y => y.Id == upsForPredicate.Find(x => PhantomPredicate.Order - x.Order == minOrderDistance).Id);
OriginalRoot = elements.FindAll(x => x.ConjunctedWithId == PhantomPredicate.Id);
}
}
private object[] _processParticiple(SentenceElement element, Sentence sentence, UniformPartsFinalResults upRows)
{
var participleId = element.Id;
var hasChildrenNotServicePart = sentence.SyntacticChildren(participleId).Any(x =>
x.SyntacticRole.Value != SyntacticRole.ParticleNegative.Value
&& x.SyntacticRole.Value != SyntacticRole.CoordinatingConjunction.Value
&& x.SyntacticRole.Value != SyntacticRole.Particle.Value);
if (hasChildrenNotServicePart)
{
Log.InfoFormat(" Обнаружили потомка не СЧР. Причастие -- Причастие Финальное 1");
var finalParticiple1 = participleId;
return new object[] {participleId, finalParticiple1, -1, finalParticiple1, -1};
}
Log.InfoFormat("Причастие - Причастие - предварительное 2)");
if (!upRows.All.Any(x => x.Id == participleId))
{
Log.InfoFormat(" Причастие не принадлежит ни одному из рядов. Причастие -- Признак 1");
var participleFeature = participleId;
return new object[] {participleId, -1, -1, -1, participleFeature};
}
var rowNr = upRows.All.Find(x => x.Id == participleId).RowNr;
Log.InfoFormat(" Причастие принадлежит к ряду ОЧ {0}. Причастие - предваритиельное 3", rowNr);
if (sentence.Elements.FindAll(x => upRows.All.Select(y => y.Id).Contains(x.SyntacticParentWordId)).Any(x =>
x.SyntacticRole.Value != SyntacticRole.ParticleNegative.Value
&& x.SyntacticRole.Value != SyntacticRole.CoordinatingConjunction.Value
&& x.SyntacticRole.Value != SyntacticRole.Particle.Value))
{
Log.InfoFormat(" У сочиненных с рассматриваемым причастий нет потомков не СЧР. Причастие -- Признак 2");
var participleFeature = participleId;
return new object[] { participleId, -1, -1, -1, participleFeature };
}
else
{
Log.InfoFormat(" У сочиненных с рассматриваемым причастий есть хотя бы один потомок не СЧР. Причастие -- Финальное 2");
var participleFinal2 = participleId;
return new object[] { participleId, -1, participleFinal2, participleFinal2, -1 };
}
}
protected override BaseSentenceAlgorithmData InitSourceData(List<BaseSentenceAlgorithm> algorithms)
{
_uniformPartsFinalResults = algorithms.FindByInternalName(AlgorithmNames.DivorcedWords.RestoreToBe.InternalName).AlgResult.FinalResults.UniformPartsFinalResults;
return new BaseSentenceAlgorithmData();
}
public override object Clone()
{
var result = new UniformPartsFinalResults(_needToMerge, _algorithmActiveLOType);
foreach (var row in this.Items)
result.Items.Add(row);
result.DataArraysForCheckColunmNames = DataArraysForCheckColunmNames.ToDictionary(entry => entry.Key, entry => entry.Value);
return result;
}
protected override BaseSentenceAlgorithmData InitSourceData(List<BaseSentenceAlgorithm> algorithms)
{
_uniformPartsFinalResults = algorithms.Find(x => x.Info.InternalName == AlgorithmNames.DivorcedWords.ParticleThis.InternalName).AlgResult.FinalResults.UniformPartsFinalResults;
return algorithms.Find(x => x.Info.InternalName == AlgorithmNames.DivorcedWords.ParticleThis.InternalName).AlgResult;
}
protected override BaseSentenceAlgorithmData InitSourceData(List<BaseSentenceAlgorithm> algorithms)
{
_uniformPartsFinalResults = algorithms.FindByInternalName(AlgorithmNames.DivorcedWords.RestoreToBe.InternalName).AlgResult.FinalResults.UniformPartsFinalResults;
_firstPredicateIds =
algorithms.FindHelperDataTableByAlgInternalName(AlgorithmNames.DivorcedWords.RestoreToBe.InternalName)
.ColumnIntPositiveValues(HelperDataParticleThisPredicateAfterParticle.Name);
return algorithms.FindByInternalName(AlgorithmNames.DivorcedWords.RestoreToBe.InternalName).AlgResult;
}
