### Examples

- The upHeap() and downHeap() methods use random letters as variable names. If you carefully ensure that HeapPriorityQueue always uses replace when it puts an entry at a position of the heap tree, then you won't have to override upHeap() and downHeap(), just replace. —
*“Homework 6 - Data Structures, Spring 2004”*, cs.jhu.edu - summary> /// The item to add to the heap. public void Add(T item) { if (_count == _capacity) { Capacity *= 2; } _data[_count] = item; UpHeap(); _count++; } /// /// Removes and returns the first item in the heap. —
*“C sharp:BinaryHeapOfT - GPWiki”*, - It uses another function upheap to trickle the new element. upwards until the heap property is satisfied. It calls the upheap function to percolate the concerned node upwards. —
*“Investigation of the performance of Binary Heaps and”*, cs.northwestern.edu - public final void put(Object element) { size++; heap[size] = element; upHeap(); } /** * Adds element to the PriorityQueue in log(size) time if size = 0; } private final void upHeap() { int i = size; Object node. —
*“Java Source Code Warehouse :: Example :: PriorityQueue.java”*, - upheap(outerId); downheap(outerId); template T Heap void Heap::upheap(int id){ //printf("upheap\n"); int heapKey = wheresId[id]; int. —
*“C++ | #include #include #include”*, - 6. 8. 22. 28. 13. 19 25. 20. 6.8. Heaps. Upheap Continues. 3. 7. 4. 21. 10. 20. 8. 22 Heaps. • Upheap terminates when new key is greater. than the key of its parent or the top. —
*“Heaps”*, ii.uib.no - AFNI/SUMA Documentation References ADDWEIGHTS, Bool, DOWNHEAP, False, freq, i, Int32, len, MAX_ALPHA_SIZE, n1, n2, panic(), True, UChar, and UPHEAP. —
*“Documentation — AFNI/NIfTI Server”*, afni.nimh.nih.gov - Algorithms and Data Structures: Priority Queue function upHeap( child ) // PRE: a[1..child-1] is a Heap // POST: a[1..child] is a Heap { var newElt = a[child]; var parent = Math.floor(child/2); while( parent >= 1) // child has a parent { // INV: a[child. —
*“Priority Queue”*, - A call to upheap(48) is made: 1. N is incremented to 11. 2. a[11] = 48, so the array now A call to upheap(48) is made: 1. N is incremented to 11. 2. a[11] = 48, so the array now. —
*“Heap - 4th Recitation for CS1501”*, cs.pitt.edu - Algorithm upheap restores the heap-order property by swapping k Upheap terminates when the key k reaches the root or a node. whose parent has a key smaller than or equal to k. Since a heap has height O(log n), upheap runs in O(log n). —
*“Heaps”*, ww0.java4 - Upheap - Define Upheap at a free online dictionary with pronunciation, synonyms, and translation of Upheap. Look it up now!. —
*“Upheap | Define Upheap at ”*, - References ASSA::PriorityQueue_Heap< T, Compare >::m_curr, ASSA::PriorityQueue_Heap< T, Compare >::m_queue, ASSA::PriorityQueue_Heap< T, Compare >::m_size, ASSA::PriorityQueue_Heap< T, Compare >::resize(), and ASSA::PriorityQueue_Heap< T, Compare >::upheap. —
*“libassa: ASSA::PriorityQueue_Heap< T, Compare > Class”*, - upHeap(); 49. 50. 51. 52 * Adds element to the PriorityQueue in log(size) time if either. 53 * the PriorityQueue private final void upHeap() { 118. 6346921. int i = size; 119. 6346921. —
*“lucene-core-2.2.0”*, - Words ending in ag BALLYRAG BULLYRAG GUNNYBAG LALLYGAG LOLLYGAG MONEYBAG SCALAWAG ANTISAG BEANBAG DIRTBAG DISHRAG DUSTRAG FEEDBAG FLEABAG GRAYLAG GREYLAG HANDBAG HANGTAG MAILBAG NAMETAG NOSEBAG OUTBRAG OUTDRAG POSTBAG SANDBAG SCUMBAG WASHRAG. —
*“paragraph with words ending in ag and ap?”*, - ( v1 v3 v6) => (NODE v3 (upheap (v1,v6,v8)) v7) | (NODE v6 (upheap (v1,v3,v8)) v7)) v4) v2) a) (upheap (R,w,LEAF x) = NODE w (LEAF x) (LEAF x)) /\ (upheap (R,w,NODE v p q) = ((R w v) => (NODE w (upheap (R,v,q)) p) | (NODE v. —
*“Theory: heap”*, - upheap(Position) Performs the upheap operation starting at p. BTHeap upheap. protected void upheap(Position p) Performs the upheap operation starting at p. —
*“Class jdsl.core.ref.BTHeap”*, cs.brown.edu - upheap(Position p) Performs the upheap operation starting at p. Methods inherited from upheap. protected void upheap(Position p) Performs the upheap operation starting at p. —
*“: Class BTHeap”*, apl.jhu.edu - swap(unsigned int i, unsigned int j) 00025 { 00026 MxHeapable *tmp = ref(i); 00027 00028 place(ref(j), i); 00029 place(tmp, j); 00030 } 00031 00032 void MxHeap::upheap(unsigned int i) 00033 { 00034 MxHeapable *moving = ref(i); 00035 int index. —
*“The WickBert Particle and Surface Library: heap.cpp Source File”*, graphics.cs.uiuc.edu - When you upheap a node, you compare its value to its parent node; if its value is less than its parent node, then you switch the Because upheap or downheap moves an element from one level to another,. —
*“ - Data Structures - Introduction to Heaps”*, - Upheap. • Swap parent-child keys out of order. 3. 7. 4. 21. 10. 20. 8. 22. 28 Heaps I. • Upheap terminates when new key is greater. than the key of its parent or the top. —
*“COSC 2011 Section N”*, cse.yorku.ca - #define UPHEAP. z. Value: { \ Int32 zz, tmp; \ zz = z; tmp = heap[zz]; \ while (weight[tmp] < weight[heap[zz > [0] = -2; 00130 00131 for (i = 1; i. —
*“huffman.c File Reference”*, cs.washington.edu - Ouch, one upheap is less insincere than all irrational thermals outside Niagara Falls. Ouch, one upheap is less insincere than all irrational thermals outside Niagara Falls. —
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