Uses of Class
nzilbb.editpath.EditStep

Packages that use EditStep

Package	Description
nzilbb.editpath	Implementation of Wagner-Fischer algorithm to determine the minimum edit path.
nzilbb.encoding.comparator	Comparators for helping EditComparator map elements of one encoding to elements of another.

Uses of EditStep in nzilbb.editpath

Methods in nzilbb.editpath that return EditStep

Modifier and Type	Method	Description
EditStep<T>	DefaultEditComparator.compare(T from, T to)	EditComparator method: Compares two sequence elements, and evaluates the distance between them.
EditStep<T>	EditComparator.compare(T from, T to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<T>	DefaultEditComparator.delete(T from)	The distance for deleting the given element.
EditStep<T>	EditComparator.delete(T from)	The distance for deleting the given element.
EditStep<T>	EditStep.getBackTrace()	Getter for eBackTrace: Backtrace to the previous (minimum) edit in the sequence.
EditStep<T>	DefaultEditComparator.insert(T to)	The distance for inserting the given element.
EditStep<T>	EditComparator.insert(T to)	The distance for inserting the given element.
EditStep<T>	EditStep.setBackTrace(EditStep<T> eNewBackTrace)	Setter for eBackTrace: Backtrace to the previous (minimum) edit in the sequence.
EditStep<T>	EditStep.setFrom(T oNewFrom)	Setter for oFrom: The element in the start sequence.
EditStep<T>	EditStep.setOperation(EditStep.StepOperation enNewOperation)	Setter for enOperation: The operation represented by this step.
EditStep<T>	EditStep.setStepDistance(double newStepDistance)	Setter for stepDistance: The distance represented by this single step.
EditStep<T>	EditStep.setTo(T oNewTo)	Setter for oTo: The element in the end sequence.

Methods in nzilbb.editpath that return types with arguments of type EditStep

Modifier and Type	Method	Description
List<EditStep<T>>	MinimumEditPath.collapse(List<EditStep<T>> path)	Collapses edit path so that subsequent delete/create steps are collapsed into a single change step, except those that would result in a change more than 3 times more costly than a delete and insert.
List<EditStep<T>>	MinimumEditPath.collapse(List<EditStep<T>> path, boolean ifChangeIsReasonable)	Collapses edit path so that subsequent delete/create steps are collapsed into a single change step.
List<EditStep<T>>	MinimumEditPath.minimumEditPath(List<T> from, List<T> to)	Computes the minimum path from one sequence to another.
List<EditStep<Character>>	MinimumEditPathString.minimumEditPath(String sFrom, String sTo)	Computes the minimum path from one sequence to another.

Methods in nzilbb.editpath with parameters of type EditStep

Modifier and Type	Method	Description
EditStep<T>	EditStep.setBackTrace(EditStep<T> eNewBackTrace)	Setter for eBackTrace: Backtrace to the previous (minimum) edit in the sequence.

Method parameters in nzilbb.editpath with type arguments of type EditStep

Modifier and Type	Method	Description
List<EditStep<T>>	MinimumEditPath.collapse(List<EditStep<T>> path)	Collapses edit path so that subsequent delete/create steps are collapsed into a single change step, except those that would result in a change more than 3 times more costly than a delete and insert.
List<EditStep<T>>	MinimumEditPath.collapse(List<EditStep<T>> path, boolean ifChangeIsReasonable)	Collapses edit path so that subsequent delete/create steps are collapsed into a single change step.
double	MinimumEditPath.errorRate(List<EditStep<T>> path)	Return the error rate for the given path.
Map<T,List<T>>	MinimumEditPath.mapOneToMany(List<EditStep<T>> path)	Maps 'from' elements to 'to' elements, allowing there to be zero or more 'to' elements per 'from' element.
Map<T,List<T>>	MinimumEditPath.mapOneToMany(List<EditStep<T>> path, BiFunction<T,T,Boolean> fromContainsTo)	Maps 'from' elements to 'to' elements, allowing there to be zero or more 'to' elements per 'from' element.
static String	MinimumEditPathString.printPath(List<EditStep<Character>> path)	Prints the edit path, by displaying the from string on one line and the to string on the next line, vertically aligned to indicate changes, and marking inserts/deletes with a mid-dot '·' (a character unlikely to really appear in a string, so will likely unambiguously indicate a lack in one of the strings).

Constructors in nzilbb.editpath with parameters of type EditStep

Constructor	Description
EditStep(T from, T to, double stepDistance, EditStep.StepOperation operation, EditStep<T> backtrace)	Constructor

Uses of EditStep in nzilbb.encoding.comparator

Methods in nzilbb.encoding.comparator that return EditStep

Modifier and Type	Method	Description
EditStep<E>	ARPAbet2DISCComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	Char2CharComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	DISC2ARPAbetComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	DISC2DISCComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	DISC2IPAComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	IPA2DISCComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	IPA2IPAComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	Orthography2ARPAbetComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	Orthography2DISCComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	Orthography2OrthographyComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	XSAMPA2IPAComparator.compare(E from, E to)	Compares two sequence elements, and evaluates the distance between them.
EditStep<E>	ARPAbet2DISCComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	Char2CharComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	DISC2ARPAbetComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	DISC2DISCComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	DISC2IPAComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	IPA2DISCComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	IPA2IPAComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	Orthography2ARPAbetComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	Orthography2DISCComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	Orthography2OrthographyComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	XSAMPA2IPAComparator.delete(E from)	The distance for deleting the given element.
EditStep<E>	ARPAbet2DISCComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	Char2CharComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	DISC2ARPAbetComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	DISC2DISCComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	DISC2IPAComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	IPA2DISCComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	IPA2IPAComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	Orthography2ARPAbetComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	Orthography2DISCComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	Orthography2OrthographyComparator.insert(E to)	The distance for inserting the given element.
EditStep<E>	XSAMPA2IPAComparator.insert(E to)	The distance for inserting the given element.