Some Code Template Just for Fun.
View the Project on GitHub Yuri3-xr/CP-library
#include "String/Trie.hpp"
#pragma once #include "../Template/Template.hpp" // struct TrieNode { // TrieNode() { id = 0, dep = 0, nxt = std::array<int, 26>(); }; // TrieNode(int _id, int _dep) : id(_id), dep(_dep) {} // int id; // int dep; // std::array<int, 26> nxt = {}; // int &operator[](const int x) { return this->nxt[x]; } // }; template <class Node> struct trie { std::vector<Node> tr; trie() { tr.push_back(Node()); }; int add(const std::string &s) { int n = s.size(); int p = 0; for (int i = 0; i < n; i++) { int c = s[i] - 'A'; if (!tr[p][c]) { tr[p][c] = tr.size(); tr.emplace_back(tr[p][c], tr[p].dep + 1); } p = tr[p][c]; } return p; } int size() const { return tr.size(); } };
#line 2 "Template/Template.hpp" #include <bits/stdc++.h> using i64 = std::int64_t; #line 3 "String/Trie.hpp" // struct TrieNode { // TrieNode() { id = 0, dep = 0, nxt = std::array<int, 26>(); }; // TrieNode(int _id, int _dep) : id(_id), dep(_dep) {} // int id; // int dep; // std::array<int, 26> nxt = {}; // int &operator[](const int x) { return this->nxt[x]; } // }; template <class Node> struct trie { std::vector<Node> tr; trie() { tr.push_back(Node()); }; int add(const std::string &s) { int n = s.size(); int p = 0; for (int i = 0; i < n; i++) { int c = s[i] - 'A'; if (!tr[p][c]) { tr[p][c] = tr.size(); tr.emplace_back(tr[p][c], tr[p].dep + 1); } p = tr[p][c]; } return p; } int size() const { return tr.size(); } };