How to use the heap to sort:如何用堆来实现排序: A: Continue to call delMax() after building a heap建堆后不断调用delMax() B: Continue to call getMax() after building a heap建堆后不断调用getMax() C: Continue to call insert() after building a heap建堆后不断调用insert() D: Build the heap建堆
How to use the heap to sort:如何用堆来实现排序: A: Continue to call delMax() after building a heap建堆后不断调用delMax() B: Continue to call getMax() after building a heap建堆后不断调用getMax() C: Continue to call insert() after building a heap建堆后不断调用insert() D: Build the heap建堆
How to use the heap to sort:如何用堆来实现排序:- 未答 A: Continue to call delMax() after building a heap建堆后不断调用delMax() B: Continue to call getMax() after building a heap建堆后不断调用getMax() C: Continue to call insert() after building a heap建堆后不断调用insert() D: Build the heap建堆
How to use the heap to sort:如何用堆来实现排序:- 未答 A: Continue to call delMax() after building a heap建堆后不断调用delMax() B: Continue to call getMax() after building a heap建堆后不断调用getMax() C: Continue to call insert() after building a heap建堆后不断调用insert() D: Build the heap建堆
The time complexity of building a complete binary heap of size n by the Floyd build-heap algorithm is:Floyd建堆算法建立规模为n的完全二叉堆的时间复杂度为: A: O(nlgn) B: O(n) C: O(lgn) D: O(1)
The time complexity of building a complete binary heap of size n by the Floyd build-heap algorithm is:Floyd建堆算法建立规模为n的完全二叉堆的时间复杂度为: A: O(nlgn) B: O(n) C: O(lgn) D: O(1)
假定Point为类类型,该类类型有一个复制构造函数,指出下面程序段中每一个使用了复制构造函数的地方:point global;Point foo_bar(Point arg){ Point local=arg; Point*heap=new Point(global); *heap=local; roint pa[4]={local,*heap}; return*heap;} *heap=local; Point pa[4]={ local,*heap); return *heap;}
假定Point为类类型,该类类型有一个复制构造函数,指出下面程序段中每一个使用了复制构造函数的地方:point global;Point foo_bar(Point arg){ Point local=arg; Point*heap=new Point(global); *heap=local; roint pa[4]={local,*heap}; return*heap;} *heap=local; Point pa[4]={ local,*heap); return *heap;}
名词解释:运行时堆( runtime heap)
名词解释:运行时堆( runtime heap)
A heap must be a full binary tree
A heap must be a full binary tree
A heap must be a complete binary tree
A heap must be a complete binary tree
Heap is not necessarily a complete binary tree
Heap is not necessarily a complete binary tree
heap和stack有什么区别?
heap和stack有什么区别?
Heap与stack的差别?
Heap与stack的差别?