Uses of Class
weka.core.setupgenerator.Point

Packages that use Point
weka.classifiers.meta   
weka.classifiers.meta.multisearch   
weka.core   
weka.core.setupgenerator   
 

Uses of Point in weka.classifiers.meta
 

Fields in weka.classifiers.meta declared as Point
protected  Point<Object> MultiSearch.m_Values
          the best values.
protected  Point<Object> MultiSearch.EvaluationTask.m_Values
          the setup.
 

Methods in weka.classifiers.meta that return Point
protected  Point<Object> MultiSearch.determineBestInSpace(Space space, weka.core.Instances inst, int folds)
          determines the best point for the given space, using CV with specified number of folds.
protected  Point<Object> MultiSearch.findBest(weka.core.Instances inst)
          returns the best point in the space.
 Point<Object> MultiSearch.getValues()
          returns the parameter values that were found to work best.
 

Constructors in weka.classifiers.meta with parameters of type Point
MultiSearch.EvaluationTask(MultiSearch owner, weka.core.Instances inst, SetupGenerator generator, Point<Object> values, int folds, int eval)
          Initializes the task.
 

Uses of Point in weka.classifiers.meta.multisearch
 

Fields in weka.classifiers.meta.multisearch declared as Point
protected  Point<Object> Performance.m_Values
          the values the filter/classifier were built with.
 

Methods in weka.classifiers.meta.multisearch that return Point
 Point<Object> Performance.getValues()
          returns the values for this performance.
 

Methods in weka.classifiers.meta.multisearch with parameters of type Point
 Performance PerformanceCache.get(int cv, Point<Object> values)
          returns a cached performance object, null if not yet in the cache.
protected  String PerformanceCache.getID(int cv, Point<Object> values)
          returns the ID string for a cache item.
 boolean PerformanceCache.isCached(int cv, Point<Object> values)
          checks whether the point was already calculated once.
 

Constructors in weka.classifiers.meta.multisearch with parameters of type Point
Performance(Point<Object> values, weka.classifiers.Evaluation evaluation, int evalType)
          Initializes the performance container.
 

Uses of Point in weka.core
 

Methods in weka.core that return Point
 Point<Object> SetupGenerator.evaluate(Point<Object> values)
          evalutes the expression for the current iteration.
 

Methods in weka.core with parameters of type Point
 Point<Object> SetupGenerator.evaluate(Point<Object> values)
          evalutes the expression for the current iteration.
 Serializable SetupGenerator.setup(Serializable original, Point<Object> values)
          returns a fully configures object (a copy of the provided one).
 

Uses of Point in weka.core.setupgenerator
 

Methods in weka.core.setupgenerator that return Point
 Point<Integer> Space.getLocations(Point<Object> values)
          Returns the locations for the given values in the various dimensions.
 Point<Object> Space.getValues(Point<Integer> locations)
          Returns the double values (or list values) for the given position.
 

Methods in weka.core.setupgenerator that return types with arguments of type Point
protected  Vector<Point<Integer>> Space.listPoints()
          returns a Vector with all points in the space.
 Enumeration<Point<Integer>> Space.points()
          returns an Enumeration over all points.
 Enumeration<Point<Object>> Space.values()
          returns an Enumeration over all values.
 

Methods in weka.core.setupgenerator with parameters of type Point
 Point<Integer> Space.getLocations(Point<Object> values)
          Returns the locations for the given values in the various dimensions.
 Point<Object> Space.getValues(Point<Integer> locations)
          Returns the double values (or list values) for the given position.
 boolean Space.isOnBorder(Point<?> points)
          checks whether the given locations/values are on the border of the space.
 Space Space.subspace(Point<Integer> center)
          Returns a subspace around the given point, with just one more neighbor left and right on each dimension.
 



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