Class QNModelReader

Namespace

NOpenNLP.Tools.Ml.Maxent.Io

Assembly

NOpenNLP.Tools.dll

public class QNModelReader : GISModelReader

Inheritance

object

AbstractModelReader

GISModelReader

QNModelReader

Derived

BinaryQNModelReader

Inherited Members

AbstractModelReader.MAX_ENTRIES_PROPERTY

AbstractModelReader.NUM_PREDS

AbstractModelReader.dataReader

AbstractModelReader.ReadInt32()

AbstractModelReader.ReadDouble()

AbstractModelReader.ReadUTF()

AbstractModelReader.Model

AbstractModelReader.Outcomes

AbstractModelReader.OutcomePatterns

AbstractModelReader.Predicates

AbstractModelReader.GetParameters(int[][])

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Constructors

QNModelReader(IDataReader)

public QNModelReader(IDataReader dataReader)

Parameters

dataReader IDataReader

QNModelReader(FileInfo)

public QNModelReader(FileInfo file)

Parameters

file FileInfo

Methods

CheckModelType()

public override void CheckModelType()

ConstructModel()

Retrieve a model from disk. It assumes that models are saved in the following sequence:

GIS (model type identifier)
1. # of parameters (int)
2. the correction constant (int)
3. the correction constant parameter (double)
4. # of outcomes (int)
* list of outcome names (String)
5. # of different types of outcome patterns (int)
* list of (int int[])
[# of predicates for which outcome pattern is true] [outcome pattern]
6. # of predicates (int)
* list of predicate names (String)

If you are creating a reader for a format which won't work with this (perhaps a database or xml file), override this method and ignore the other methods provided in this abstract class.

public override AbstractModel ConstructModel()

Returns

AbstractModel

The GISModel stored in the format and location specified to this GISModelReader (usually via its the constructor).