Class SDEventStream

Namespace

NOpenNLP.Tools.Sentdetect

Assembly

NOpenNLP.Tools.dll

public class SDEventStream : AbstractEventStream<SentenceSample>, IObjectStream<Event?>, IDisposable

Inheritance

object

ObjectStreamBase<Event>

AbstractEventStream<SentenceSample>

SDEventStream

Implements

IObjectStream<Event>

IDisposable

Inherited Members

AbstractEventStream<SentenceSample>.Read()

AbstractEventStream<SentenceSample>.Reset()

AbstractEventStream<SentenceSample>.Dispose(bool)

ObjectStreamBase<Event>.Dispose()

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Constructors

SDEventStream(IObjectStream<SentenceSample?>, ISDContextGenerator, IEndOfSentenceScanner)

public SDEventStream(IObjectStream<SentenceSample?> samples, ISDContextGenerator cg, IEndOfSentenceScanner scanner)

Parameters

samples IObjectStream<SentenceSample>

cg ISDContextGenerator

scanner IEndOfSentenceScanner

Methods

CreateEvents(SentenceSample)

Creates events for the provided sample.

protected override IEnumerable<Event> CreateEvents(SentenceSample sample)

Parameters

sample SentenceSample

the sample for which training Events are be created.

Returns

IEnumerable<Event>

a sequence of training events, or an empty sequence.

Remarks

NOpenNLP: upstream returns an Iterator<Event>. This returns IEnumerable<T> instead, which is the more usual .NET shape and spares implementers from handing back an enumerator the caller must dispose. Read() enumerates it manually, since it yields one event per call.