public class HeapSortInt extends Object
| Constructor and Description | 
|---|
| HeapSortInt() | 
| Modifier and Type | Method and Description | 
|---|---|
| static void | ascendingHeapSort(int[][] A)ascendingHeapSort | 
| static void | ascendingHeapSort(int[] A,
                 int[] B)Sorts the given arrays in ascending order, using heap-sort. | 
| static void | ascendingHeapSort(int[] A,
                 int[] B,
                 int[] C)Sorts the given arrays in ascending order, using heap-sort. | 
| static void | ascendingHeapSort(int[] A,
                 int[] B,
                 int[] C,
                 int topElements)Sorts the top topElements of the given array in
 ascending order, using heap sort. | 
| static void | ascendingHeapSort(int[] A,
                 int[] B,
                 int[] C,
                 int[] D)ascendingHeapSort | 
| static void | descendingHeapSort(int[] A,
                  int[] B)Sorts the given arrays in descending order, using heap-sort. | 
| static void | descendingHeapSort(int[] A,
                  int[] B,
                  int[] C)Sorts the given arrays in descending order, using heap-sort. | 
| static void | descendingHeapSort(int[] A,
                  int[] B,
                  int[] C,
                  int topElements)Sorts the top topElements of the given array in
 descending order, using heap sort for sorting the values
 in ascending order and then reversing the order of a
 specified number of elements. | 
| static void | descendingHeapSort(int[] A,
                  int[] B,
                  int[] C,
                  int[] D)Sorts the given arrays in descending order, using heap-sort by the first array. | 
public static void ascendingHeapSort(int[] A,
                     int[] B,
                     int[] C)
A - int[] the first array to be sorted.B - int[] the second array to be sorted, according to the
                values of the first array.C - int[] an additional array to sort by A.public static void ascendingHeapSort(int[] A,
                     int[] B,
                     int[] C,
                     int[] D)
A - int[] the first array to be sorted.B - int[] the second array to be sorted, according to the
                values of the first array.C - int[] an additional array to sort by A.D - int[] an additional array to sort by A.public static void ascendingHeapSort(int[] A,
                     int[] B)
A - int[] the first array to be sorted.B - int[] the second array to be sorted, according to the
                values of the first array.public static void descendingHeapSort(int[] A,
                      int[] B)
A - int[] the first array to be sorted.B - int[] the second array to be sorted, according to the
                values of the first array.public static void ascendingHeapSort(int[][] A)
A - an arry to sort ascendingpublic static void descendingHeapSort(int[] A,
                      int[] B,
                      int[] C)
A - double[] the first array to be sorted.B - int[] the second array to be sorted, according to theC - int[] an additional array to sort by A.
                values of the first array.public static void descendingHeapSort(int[] A,
                      int[] B,
                      int[] C,
                      int[] D)
public static void ascendingHeapSort(int[] A,
                     int[] B,
                     int[] C,
                     int topElements)
A - double[] the first array to be sorted.B - int[] the second array to be sorted, according to the
                values of the first array.C - int[] an additional array to sort by A.topElements - int the number of elements to be sorted.public static void descendingHeapSort(int[] A,
                      int[] B,
                      int[] C,
                      int topElements)
A - double[] the first array to be sorted.B - int[] the second array to be sorted, according to the
                values of the first array.topElements - int the number of elements to be sorted.Terrier Information Retrieval Platform4.1. Copyright © 2004-2015, University of Glasgow