/** * Get the set of nominal value indices that will be used for selection * * @return rangeList a string representing the list of nominal indices. */ public String getNominalIndices() { return m_Values.getRanges(); }
/** * Get the range of indices of the attributes used. * * @return the index of the attribute */ public String getAttributeRange() { return m_AttIndices.getRanges(); }
/** * Get the index of the attribute used. * * @return the index of the attribute */ public String getAttributeIndexes() { // return m_AttIndex.getSingleIndex(); return m_AttIndex.getRanges(); }
/** * Gets the attribute range to be forced to type numeric * * @return the range */ public String getNumericAttributes() { return m_numericAttributes.getRanges(); }
/** * Returns a list of attributes (and or attribute ranges) as a String * * @return a list of attributes (and or attribute ranges) */ @Override public String getStartSet() { return m_startRange.getRanges(); }
/** * Get the current range selection * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_AttributeIndices.getRanges(); }
/** * Gets ranges of attributes to be ignored. * * @return a string containing a comma-separated list of ranges */ public String getIgnoredAttributeIndices() { if (m_ignoreAttributesRange == null) { return ""; } else { return m_ignoreAttributesRange.getRanges(); } }
/** * returns the attribute range(s). * * @return the attribute range(s). */ public String getAttrIndexRange() { return m_AttrIndexRange.getRanges(); }
/** * Gets the current range selection * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_Cols.getRanges(); }
/** * Returns a list of attributes (and or attribute ranges) as a String * * @return a list of attributes (and or attribute ranges) */ @Override public String getStartSet() { return m_startRange.getRanges(); }
/** * Gets the current range selection * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_DiscretizeCols.getRanges(); }
/** * Gets the current range selection. * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_AttributeIndices.getRanges(); }
/** * Gets the attribute range to be forced to type numeric * * @return the range */ public String getNumericAttributes() { return m_numericAttributes.getRanges(); }
/** * Gets ranges of instances selected. * * @return a string containing a comma-separated list of ranges */ public String getInstancesIndices() { return m_Range.getRanges(); }
/** * Gets the current range selection * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_Cols.getRanges(); }
/** * Get the current range selection * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_DeltaCols.getRanges(); }
/** * Get the current range selection. * * @return a string containing a comma separated list of ranges */ public String getIgnoreRange() { return m_SelectCols.getRanges(); }
/** * Get the current range selection. * * @return a string containing a comma separated list of ranges */ public String getAttributeIndices() { return m_SelectCols.getRanges(); }
/** * Returns the current attribute range to be forced to type nominal. * * @return the range */ public String getNominalAttributes() { return m_NominalAttributes.getRanges(); }
/** * tests whether "first" is interpreted correctly */ public void testFirst() throws Exception { int upper = 10; Range index = getRange("first", upper); assertEquals("first", index.getRanges()); assertEquals(1, index.getSelection().length); assertEquals(0, index.getSelection()[0]); }