edu.umass.cs.mallet.projects.seg_plus_coref.coreference
Class SplitFieldStringDistancePipe
java.lang.Object
edu.umass.cs.mallet.base.pipe.Pipe
edu.umass.cs.mallet.projects.seg_plus_coref.coreference.SplitFieldStringDistancePipe
- All Implemented Interfaces:
- java.io.Serializable
- public class SplitFieldStringDistancePipe
- extends Pipe
Uses a StringDistance on two perversions of the original
strings. (1) split the strings into two sections, based on the
delimiter given by "splitPattern". Calculate separate edit
distances for each. (2) If one string is longer than the other,
truncate the longer one from the end, and then from the beginning,
and calculate the edit distances on the two resulting strings
- See Also:
- Serialized Form
Constructor Summary |
SplitFieldStringDistancePipe(com.wcohen.secondstring.StringDistance distanceMeasure,
java.lang.String[] fields,
java.lang.String featureName)
|
SplitFieldStringDistancePipe(com.wcohen.secondstring.StringDistance distanceMeasure,
java.lang.String[] fields,
java.lang.String featureName,
java.lang.String splitPattern)
|
Methods inherited from class edu.umass.cs.mallet.base.pipe.Pipe |
getDataAlphabet, getInstanceId, getParent, getParentRoot, getTargetAlphabet, isDataAlphabetSet, isTargetProcessing, pipe, readResolve, resolveDataAlphabet, resolveTargetAlphabet, setDataAlphabet, setParent, setTargetAlphabet, setTargetProcessing |
Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
SplitFieldStringDistancePipe
public SplitFieldStringDistancePipe(com.wcohen.secondstring.StringDistance distanceMeasure,
java.lang.String[] fields,
java.lang.String featureName)
SplitFieldStringDistancePipe
public SplitFieldStringDistancePipe(com.wcohen.secondstring.StringDistance distanceMeasure,
java.lang.String[] fields,
java.lang.String featureName,
java.lang.String splitPattern)
pipe
public Instance pipe(Instance carrier)
- Description copied from class:
Pipe
- Process an Instance. This method takes an input Instance,
destructively modifies it in some way, and returns it.
This is the method by which all pipes are eventually run.
One can create a new concrete subclass of Pipe simply by
implementing this method.
- Specified by:
pipe
in class Pipe
- Parameters:
carrier
- Instance to be processed.