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bet365百家_乐下载这样她才会有提成

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P187 树的抽象bet365百家_乐下载这样她才会有提成 结构template<class T> class Tree;template<class T>class TreeNode{friend class Tree<T>;private:T m_value;TreeNode<T> * leftChild; //第一个子结点, 即最左子结点TreeNode<T> * rightSibling; //该结点的右兄弟结点public:TreeNode(const T&);//构造函数~TreeNode();//析构函数bool isLeaf();//是否是叶子结点T getValue();TreeNode<T>* getLeftChild();TreeNode<T>* getRightSibling();void setValue(T & value);//设置该结点值//设置该结点的最左子结点void setLeftChild(TreeNode<T>* pLeftChild);//设置该结点的右兄弟结点void setRightSibling(TreeNode<T>* pRightSibling); };template<class T>class Tree{TreeNode<T>* root, * parent;int getParent(TreeNode<T>* root,TreeNode<T>* current);public:Tree();Tree(TreeNode<T>* rt);//构造函数,生成树的结构~Tree();//析构函数TreeNode<T> * getRoot();//返回树的根结点,若为空树,则返回Null//返回结点current的父结点,如果结点n是根结点,则返回NullTreeNode<T> * Parent(TreeNode<T> * current);//返回结点t的第一个子结点,若无则返回NullTreeNode<T> * getFirstChild(TreeNode<T> * t);//返回结点t的下一个兄弟结点,若无则返回NullTreeNode<T> * getNextSibling(TreeNode<T> * t);//在结点t下插入一个子结点nvoid insertChild(TreeNode<T> * t, TreeNode<T> * n); void deleteSubTree(TreeNode<T> * t);//删除以t为根结点的子树bool isEmpty();//判断是否为空树};P193 二叉树类的实现BinaryTreeNode.h#ifndef BINARYTREENODE_H#define BINARYTREENODE_H#include "iostream"using namespace std;template <class Type>class BinaryTreeNode {Type m_data; // 存储该节点的bet365百家_乐下载这样她才会有提成 BinaryTreeNode<Type> *m_leftChild; // 存储该节点的左孩子指针BinaryTreeNode<Type> *m_rightChild;// 存储该节点的右孩子指针public:BinaryTreeNode(){m_leftChild = m_rightChild = NULL;};BinaryTreeNode(const Type &data,BinaryTreeNode *leftChild = NULL,BinaryTreeNode *rightChild = NULL){m_data = data;m_leftChild = leftChild;m_rightChild = rightChild;};Type & GetData(){return m_data;};//返回该节点的bet365百家_乐下载这样她才会有提成 // 返回该节点的左孩子指针BinaryTreeNode<Type>* GetLeftChild(){return m_leftChild;};// 返回该节点的右孩子指针BinaryTreeNode<Type>* GetRightChild(){return m_rightChild;};// 设置该节点的bet365百家_乐下载这样她才会有提成 void SetData(const Type & data){m_data = data;};// 设置该节点的左孩子指针域void SetLeftChild(BinaryTreeNode<Type> *leftChild){m_leftChild = leftChild;};// 设置该节点的右孩子指针域void SetRightChild(BinaryTreeNode<Type> *rightChild){m_rightChild = rightChild;};};#endifBinaryTree.h#include"BinaryTreeNode.h"#include<queue>using namespace std;template<class T>class BinaryTree {BinaryTreeNode<T> *m_root;public:BinaryTree(){m_root = NULL;};BinaryTree(T data){m_root = new BinaryTreeNode<T>(data);};virtual ~BinaryTree();bool IsEmpty() const{return m_root == NULL ? true:false;};// 判断树是否是空树//判断一个节点是否是左孩子bool IsLeftChild(BinaryTreeNode<T> *p){return p == GetParent(p)->GetLeftChild() ? true:false;};//判断一个节点是否是右孩子bool IsRightChild(BinaryTreeNode<T> *p){return p == GetParent(p)->GetRightChild() ? true:false;}; //取得整棵树的树根BinaryTreeNode<T>* GetRoot(){return m_root;};//取得一个节点的父亲节点指针BinaryTreeNode<T>* GetParent(BinaryTreeNode<T> *p){return Parent(m_root, p);};//取得一个节点的左子树根指针BinaryTreeNode<T>* LeftChild(BinaryTreeNode<T> *root) const{return root == NULL ? NULL:root->GetLeftChild();};//取得一个节点的右子树根指针BinaryTreeNode<T>* RightChild(BinaryTreeNode<T> *root) const{return root == NULL ? NULL:root->GetRightChild();};//取得一个节点的左兄弟指针BinaryTreeNode<T>* LeftSibling(BinaryTreeNode<T> *leftChild);//取得一个节点的右兄弟指针BinaryTreeNode<T>* RightSibling(BinaryTreeNode<T> *rightChild);//返回一个节点的bet365百家_乐下载这样她才会有提成 T Retrieve(BinaryTreeNode<T> *p) const {return p->GetData();}; //设置一个节点的bet365百家_乐下载这样她才会有提成 void Assign(BinaryTreeNode<T> *p, const T &d) const {p->SetData(d);};//插入右孩子到当前节点下void InsertRightChild(BinaryTreeNode<T> *p, const T &d) const;//插入左孩子到当前节点下void InsertLeftChild(BinaryTreeNode<T> *p, const T &d) const; //删除当前节点的右孩子void DeleteRightChild(BinaryTreeNode<T> *p){Destroy(p->GetRightChild());};//删除当前节点的左孩子void DeleteLeftChild(BinaryTreeNode<T> *p){Destroy(p->GetLeftChild());}; virtual void PreOrderTraverse(BinaryTreeNode<T> *root) const;//先序遍历整棵树virtual void InOrderTraverse(BinaryTreeNode<T> *root) const;//中序遍历整棵树virtual void PostOrderTraverse(BinaryTreeNode<T> *root) const; //后序遍历整棵树virtual void LevelOrderTraverse(BinaryTreeNode<T> *root) const;//按层遍历整棵树protected:BinaryTreeNode<T>* Parent(BinaryTreeNode<T> *root, BinaryTreeNode<T> *p);void Destroy(BinaryTreeNode<T> *p);};template<class T> BinaryTree<T>::~BinaryTree(void){Destroy(m_root);m_root = NULL;}template<class T>BinaryTreeNode<T>* BinaryTree<T>::RightSibling(BinaryTreeNode<T> *p){ BinaryTreeNode<T> *q; q = Parent(m_root, p); if ((NULL == q) || (p == q->GetRightChild())) return NULL; else return q->GetRightChild();}template<class T>BinaryTreeNode<T>* BinaryTree<T>::LeftSibling(BinaryTreeNode<T> *p){ BinaryTreeNode<T> *q; q = Parent(m_root, p); if ((NULL == q) || (p == q->GetLeftChild())) return NULL; else return q->GetLeftChild();}template<class T>void BinaryTree<T>::InsertLeftChild(BinaryTreeNode<T> *p, const T &d) const{BinaryTreeNode<T> *q = new BinaryTreeNode<T>(d);q->SetLeftChild(p->GetLeftChild());p->SetLeftChild(q);}template<class T>void BinaryTree<T>::InsertRightChild(BinaryTreeNode<T> *p, const T &d) const{BinaryTreeNode<T> *q = new BinaryTreeNode<T>(d);q->SetRightChild(p->GetRightChild());p->SetRightChild(q);}template<class T>void BinaryTree<T>::Destroy(BinaryTreeNode<T> *p){ if (NULL != p) { Destroy(p->GetLeftChild()); Destroy(p->GetRightChild()); delete p; }}template<class T> BinaryTreeNode<T>* BinaryTree<T>::Parent(BinaryTreeNode<T> *root, BinaryTreeNode<T> *p){BinaryTreeNode<T> *q;if (NULL == root)return NULL;if ((p == root->GetLeftChild()) || (p == root->GetRightChild()))return root;if (NULL != (q = Parent(root->GetLeftChild(), p)))return q;elsereturn Parent(root->GetRightChild(), p);}template<class T>void BinaryTree<T>::LevelOrderTraverse(BinaryTreeNode<T> *root) const{queue<BinaryTreeNode<T> *> q;if (NULL != root)q.push(root);while (!q.empty()){root = q.front(), q.pop();cout << root->GetData();if (root->GetLeftChild())q.push(root->GetLeftChild());if (root->GetRightChild())q.push(root->GetRightChild());}}P195 二叉树的测试代码main.cpp#include"BinaryTreeNode.h"#include"BinaryTree.h"#include"iostream"using namespace std;int main(){BinaryTree<char> myBinTree('a');myBinTree.InsertLeftChild(myBinTree.GetRoot(), 'D');myBinTree.InsertRightChild(myBinTree.GetRoot(), 'G');myBinTree.InsertLeftChild(myBinTree.GetRoot(), 'B');myBinTree.InsertRightChild(myBinTree.GetRoot()->GetLeftChild(), 'E');myBinTree.InsertRightChild(myBinTree.GetRoot(), 'C');myBinTree.InsertLeftChild(myBinTree.GetRoot()->GetRightChild(), 'F');cout << "该二叉树是否为空? : " << myBinTree.IsEmpty() << endl;cout << "该二叉树的根结点中储存的bet365百家_乐下载这样她才会有提成 是: " << myBinTree.Retrieve(myBinTree.GetRoot());cout << endl << "将二叉树的根结点中的bet365百家_乐下载这样她才会有提成 赋值为 A!";myBinTree.Assign(myBinTree.GetRoot(), 'A');cout << "当前二叉树的根结点中储存的bet365百家_乐下载这样她才会有提成 是: "<< myBinTree.Retrieve(myBinTree.GetRoot()) << endl;cout << "层次遍历结果如下: " << endl;myBinTree.LevelOrderTraverse(myBinTree.GetRoot()); cout << endl;return 0;}P198-1 递归实现的PreOrderTraverse()函数template<class T>void BinaryTree<T>::PreOrderTraverse(BinaryTreeNode<T> *root) const{ if (NULL != root) { cout << root->GetData(); PreOrderTraverse(root->GetLeftChild()); PreOrderTraverse(root->GetRightChild()); }}P198-2 基于栈(非递归)实现的PreOrderTraverse()函数template<class T>void BinaryTree<T>::PreOrderTraverse(BinaryTreeNode<T> *root) const{stack<BinaryTreeNode<T>*> s;BinaryTreeNode<T> *p=root;while(!s.empty()||p!=NULL){while(p){s.push(p);cout<<p->GetData();p=p->GetLeftChild();}p=s.top();s.pop();p=p->GetRightChild();}}P199-1 递归实现的InOrderTraverse()函数template<class T>void BinaryTree<T>::InOrderTraverse(BinaryTreeNode<T> *root) const{ if (NULL != root) { InOrderTraverse(root->GetLeftChild()); cout << root->GetData(); InOrderTraverse(root->GetRightChild()); }}P199-2 基于栈(非递归)实现的InOrderTraverse()函数template<class T>void BinaryTree<T>::InOrderTraverse(BinaryTreeNode<T> *root) const{stack<BinaryTreeNode<T>*> s;BinaryTreeNode<T> *p=root;while(!s.empty()||p!=NULL){while(p){s.push(p);p=p->GetLeftChild();}p=s.top();s.pop();cout<<p->GetData();p=p->GetRightChild();}}P200 递归实现的PostOrderTraverse()函数template<class T>void BinaryTree<T>::PostOrderTraverse(BinaryTreeNode<T> *root) const{ if (NULL != root) { PostOrderTraverse(root->GetLeftChild()); PostOrderTraverse(root->GetRightChild()); cout << root->GetData(); }}P206 树的节点类中部分主要成员函数的实现template<class T>TreeNode<T>::TreeNode(const T& value){m_value=value;leftChild=rightSibling=NULL;}template<class T>bool TreeNode<T>::isLeaf(){if(NULL==leftChild)return true;else return false;}template<class T>T TreeNode<T>::getValue(){return m_value;}template<class T>void TreeNode<T>::setValue(T & value){m_value = value;}template<class T>TreeNode<T>* TreeNode<T>::getLeftChild(){return leftChild;}template<class T>TreeNode<T>* TreeNode<T>::getRightSibling(){return rightSibling;}template<class T>void TreeNode<T>::setLeftChild(TreeNode<T>* pLeftChild){leftChild = pLeftChild;}template<class T>void TreeNode<T>::setRightSibling(TreeNode<T>* pRightSibling){rightSibling = pRightSibling;}P207 树类中部分主要成员函数的实现template<class T>Tree<T>::Tree(){root = NULL;parent = NULL;}template<class T>Tree<T>::Tree(TreeNode<T>* rt){root = rt;parent = NULL;}template<class T>TreeNode<T> * Tree<T>::getRoot(){return root;}template<class T>bool Tree<T>::isEmpty(){if(root == NULL)return true;else return false;}template<class T>int Tree<T>::getParent(TreeNode<T>* t,TreeNode<T>* p){TreeNode<T>* q = t->getLeftChild();while(q!=NULL && q!=p){if( getParent(q, p) != 0 )return 2;q = q->getRightSibling();}if(q!=NULL && q==p){parent = t;return 1;}else return 0;}template<class T>TreeNode<T> * Tree<T>::Parent(TreeNode<T>* current){TreeNode<T>* pointer=current, *t;if(current==NULL||current==root){current = NULL;return 0;}t = root;getParent(t, pointer);return parent;}template<class T>TreeNode<T> * Tree<T>::getFirstChild(TreeNode<T> * t){return t->getLeftChild();}template<class T>TreeNode<T> * Tree<T>::getNextSibling(TreeNode<T> * t){return t->getRightSibling();}template<class T>void Tree<T>::insertChild(TreeNode<T> * t, TreeNode<T> * n){if(t->getLeftChild()==NULL)t->setLeftChild(n);else{TreeNode<T> * p=t->getLeftChild();while(p->getRightSibling()!=NULL)p=p->getRightSibling();p->setRightSibling(n);}}P218 哈夫曼编码#include "stdafx.h"#include <iostream>#include <string>#include <queue>#include <map>#include <iterator>#include <algorithm>using namespace std; typedef vector<bool> HuffCode;typedef map<char, HuffCode> HuffCodeMap; class INode{public: const int f; virtual ~INode() {} protected: INode(int f) : f(f) {}}; class InternalNode : public INode{public: INode *const left; INode *const right; InternalNode(INode* c0, INode* c1) : INode(c0->f + c1->f), left(c0), right(c1) {} ~InternalNode() { delete left; delete right; }}; class LeafNode : public INode{public: const char c; LeafNode(int f, char c) : INode(f), c(c) {}}; struct NodeCmp{ bool operator()(const INode* lhs, const INode* rhs) const { return lhs->f > rhs->f; }}; INode* BuildTree(map<char, int> frequs){ priority_queue<INode*, vector<INode*>, NodeCmp> trees;map<char, int>::iterator it = frequs.begin();for ( ; it != frequs.end(); it++){trees.push(new LeafNode(it->second, it->first));} while (trees.size() > 1) { INode* childR = trees.top(); trees.pop(); INode* childL = trees.top(); trees.pop(); INode* parent = new InternalNode(childR, childL); trees.push(parent); } return trees.top();} void GenerateCodes(const INode* node, const HuffCode& prefix, HuffCodeMap& outCodes){ if (const LeafNode* lf = dynamic_cast<const LeafNode*>(node)) { outCodes[lf->c] = prefix; } else if (const InternalNode* in = dynamic_cast<const InternalNode*>(node)) { HuffCode leftPrefix = prefix; leftPrefix.push_back(false); GenerateCodes(in->left, leftPrefix, outCodes); HuffCode rightPrefix = prefix; rightPrefix.push_back(true); GenerateCodes(in->right, rightPrefix, outCodes); }} int _tmain(int argc, _TCHAR* argv[]){//创建频率表map<char, int> frequs;cout<<"请输入一行文本bet365百家_乐下载这样她才会有提成 :"<<endl; string str;getline(cin, str); const char* ptr = str.c_str(); while (*ptr != '\0'){if(frequs.find(*ptr)!=frequs.end())frequs[*ptr]=frequs[*ptr]+1;elsefrequs[*ptr]=1;*ptr++;}INode* root = BuildTree(frequs); HuffCodeMap codes; GenerateCodes(root, HuffCode(), codes); delete root; for (HuffCodeMap::const_iterator it = codes.begin(); it != codes.end(); ++it) { cout << it->first << " "; copy(it->second.begin(), it->second.end(),ostream_iterator<bool>(cout)); cout << endl; }system("PAUSE"); return 0;}P224 STL中的vector使用示例#include <string>#include <iostream>#include <vector>using namespace std;int main() { vector<int> v1(10); vector<double> v2; vector<string> v3(10, "OK!");vector<string> v4(v3);v1[1] = 2;v1.at(2) = 45;for(int i = 0; i < 9; i++){v2.push_back(1.0+i);}v2.pop_back();cout<<v2.back()<<endl;cout<<v2.front()<<endl;cout<<v2.at(5)<<endl;cout<<v1[2]<<endl;for(i = 0; i < 10; i++)cout<<v3[i]<<" ";cout<<endl;for(i = 0; i < 10; i++)cout<<v4[i]<<" ";cout<<endl;return 0;}P226 基于vector实现的树结构#include<vector> #include<iostream>using namespace std;class TreeNode{int num;vector<TreeNode*> * Sub;public:TreeNode::TreeNode(int n){num = n; Sub = NULL;}int getNum(){return num;}vector<TreeNode*> * getSub(){return Sub;}void setNum(int n){this->num = n;}void setSub(vector<TreeNode*> * newSub){this->Sub = newSub;}//其它成员方法略};class Tree{TreeNode* root;public:Tree(TreeNode* rt){root = rt;}void DisplayTree(TreeNode * r){cout<<r->getNum()<<endl;if(r->getSub()==NULL){cout<<"该结点叶子结点!"<<endl;return;}cout<<"该结点的子结点为:"; for(int i = 0; i < (r->getSub())->size(); i++){cout<<(r->getSub())->at(i)->getNum()<<" ";}cout<<endl;for(i = 0; i < (r->getSub())->size(); i++){DisplayTree((r->getSub())->at(i));}}//其它成员方法略};int main(){TreeNode treenode0(0);TreeNode treenode1(1);TreeNode treenode2(2);TreeNode treenode3(3);TreeNode treenode4(4);TreeNode treenode5(5);TreeNode treenode6(6);vector<TreeNode*> subOfTreeNode0, subOfTreeNode1, subOfTreeNode2;subOfTreeNode0.push_back(&treenode1);subOfTreeNode0.push_back(&treenode2);subOfTreeNode1.push_back(&treenode3);subOfTreeNode2.push_back(&treenode4);subOfTreeNode2.push_back(&treenode5);subOfTreeNode2.push_back(&treenode6);treenode0.setSub(&subOfTreeNode0);treenode1.setSub(&subOfTreeNode1);treenode2.setSub(&subOfTreeNode2);Tree tree(&treenode0);tree.DisplayTree(&treenode0);return 0;}P228 STL中的map使用示例#include<map>#include<string>#include<iostream>using namespace std;int main(){map<string, string> writer;writer["Shakespeare"] = "English writer, his works include 'Hamlet', 'Othello', and 'King Lear', etc.";writer["Tagore"] = "India writer, his works include 'Gitanjali', etc.";writer["Tolstoy"] = "Russian writer, his works include 'War and Peace', and 'Anna Karenina', etc.";writer["Andersen"] = "Danish writer, his works include 'The Ugly Duckling', etc.";writer["Dumas"] = "French writer, his works include 'The Count of Monte Cristo', and 'The Three Musketeers', etc.";cout<<writer.size()<<endl<<endl;int i = 1;map<string, string>::iterator it = writer.begin();for ( ; 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