The binary heap discussed in class is a special

Program  2                   

Implementation of D-Heaps

The binary heap discussed in class is a special case of a d-heap with d=2. Write the methods for

deleteMin (and percolate down)

insert

buildHeap

for a d-heap. Use an array to implement the d-Heap in a similar manner to the definition of the BinaryHeap data structure given in Figure 6.4 of the Weiss book. ‘d’ should now be an private integer data member of the DHeap class. You should read the heap elements and ‘d’ from the console and print the output in the following manner:

for a d-heap. Use an array to implement the d-Heap in a similar manner to the definition of the BinaryHeap data structure given in Figure 6.4 of the Weiss book. ‘d’ should now be an private integer data member of the DHeap class. You should read the heap elements and ‘d’ from the console and print the output in the following manner:

Enter heap elements: 12 13 11 4 7 9 3 15 8 5 6 14 2

………..

Every method or function should have a comment header describing inputs, outputs, and what it does. An example function comment is shown below:

/***************************************************

*  FUNCTION  xxyyzz : (function name)                     *

*    the purpose of this function                         *

*  INPUT PARAMETERS :                               *                *    a list of all parameters and their meaning    *   

*  OUTPUT :                                                      *                *    the description about returning value         *   

   ****************************************************/

Inline comments should be utilized as necessary (but not overused) to make algorithms clear to the reader.