Mapping the elements of a heap into an array is straightforward: assuming that the root node is stored in index 1, if a node is stored at index k, then its left child is stored at index 2k and its right child at index 2k + 1. (Note: Index 0 of the array is unused, in this implementation.)
Mapping the elements of a heap into an array is straightforward: assuming that the root node is stored in index 1, if a node is stored at index k, then its left child is stored at index 2k and its right child at index 2k + 1. (Note: Index 0 of the array is unused, in this implementation.)
Mapping the elements of a heap into an array is straightforward: assuming that the root node is stored in index 1, if a node is stored at index k, then its left child is stored at index 2k and its right child at index 2k + 1. (Note: Index 0 of the array is unused, in this implementation.)
The java code for mapping the elements of a heap into an array is straightforward: assuming that the root node is stored in index 1, if a node is stored at index k, then its left child is stored at index 2k and its right child at index 2k + 1.
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