current lift

最新推荐文章于 2025-12-09 09:17:58 发布
转载 最新推荐文章于 2025-12-09 09:17:58 发布 · 165 阅读 · 0

Central hearting system has come on live around my flat.However ,it's three
days later when I felt that.It isn't cold in evening even though when I
sleep with the windows open.Last nigh ,I moved my furniture on the other
side,I felt hot on the back.It's very curious and I touched the radiator.Oh
my god,it's on live.
Without too much surprise,it's no necessary to have heating for this
occasion.Some day ago,when I wore in  pajamas for summer and walked
around,it's very cold and I hope that heating would come as soon as
possible.But it all changed when I put on warm pajamas.So this time,the
heating is coming,it's not so exiting.Lady boss said that the flat is beside
the house of the old people,so it will be halt month earlier then the normal
heating.
On monday,a officemate come over and take the PU'ER tea,however,we are too
busy to do so.when it's five thirty,I'm not so busy and come there to take
the tea.why not take it tomorrow,it's nearly to go home now.Oh,yea,you're
right,I will come over tomorrow.
Tuesday,we're not so busy today.So I call to the officemate PU'ER tea.soon
she takes it over here and I feel happy for her consideration.The more I
thrink ,the more thirsty I feel and I told it her and she said it's just the
 effort to lose weight.But I want to put on weight-------
soon they comment about it.Are you kidding/ironical?--you're just stimulate
me.NO,NO,NO,I just er,(um),you see ,keep on health is the most important.And
first of all ,you're not have to lose weight.You're just the standard.
Finally I found that I'm good at cooking.though it's not the level which
Ping has,I have made a great advance/progress since last time Wang came in
Beijing.
Going to the restaurant must be limited for the following reasons.Above
all,it's expensive for us to go to the restaurant,especially when you go
there by youself;the next,food ,which is done by the cook or chief ,is  not
so health .They must add some harmful chemical agent to make the food look
nice and taste good.
It's so terrible.you'd better cook youself for your health.
WWW,a junior alumni,who works for website development,is a lovely boy.I knew
him  on an website called Ganji BBS,and sent message to him,and then we met
on a weekend.It's magic for me to meet a stranger by web.However,I successed
finally.And we are frieds now.He got a new job,beside Perking University and
I will come over there on weekend to meet him.He graduated in 2007,and came
to Beijing in 2008,March.I saw myself on him for past,in which I'm
passion,ambition,initiative.Chatting with him takes me much happiness memory
and I feel relaxt when we get together.He is an smart boy,and need to
study/understand sth about computer technology and oral English,so do I.
I'm in good mood recently.I don't know why.Maybe my little brother has come
to be sensitive;maybe all the problems I confronted are no longer trouble
for me.
last weekend,Caoyy came to the temple with her sister for pray for good luck
in career.I'd like to go ,however,I have to come back home for visitation
Mom and Dad.
There is Leonid in 2002.I made three wished.The first of all,for Mom and
Dad,health and safety;the second for my little brother,come to sensitive and
 responsible.last  but not the least,merry myself to get the access to an
good enough university.
So far,I'm still single.Maybe I take too little religiosity/piety.If so,I
must go there for pray really and perfect love
I got an address from a staff which can chat with others on line.How
exitting I am!I haven't chatted since May 2008 in work hour. ­

来自 “ ITPUB博客 ” ，链接：http://blog.itpub.net/21985024/viewspace-614116/，如需转载，请注明出处，否则将追究法律责任。

转载于:http://blog.itpub.net/21985024/viewspace-614116/

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#include <iostream> #include <vector> #include <queue> #include <stack> #include <unordered_set> #include <string> #include <algorithm> #include <iomanip> // -------------------------- Configuration -------------------------- // Toggle debug messages (can be switched via code or user input) bool ENABLE_DEBUG = false; // -------------------------- State Representation -------------------------- // Represents a location (state) in the building struct State { std::string room_label; // e.g., "B3.2", "Lift_1", "Lobby_2", "Charger" State* parent; // Pointer to parent state (for path reconstruction) // Constructor State(std::string label, State* p = nullptr) : room_label(label), parent(p) {} // For unordered_set (to track visited states) bool operator==(const State& other) const { return room_label == other.room_label; } }; // Hash function for State (required for unordered_set) namespace std { template <> struct hash<State> { size_t operator()(const State& s) const { return hash<string>()(s.room_label); } }; } // -------------------------- Helper Functions -------------------------- /** * @brief Validates if a room label follows the building's naming convention * @param label Input room label (e.g., "A1.1", "Lift_3", "Charger") * @return True if valid, false otherwise */ bool is_valid_room_label(const std::string& label) { // Valid patterns: // 1. Room (Reception/Office): [A-N][1-3].[1-2] (e.g., A1.1, N3.2) // 2. Lobby: "Lobby_[1-3]" (e.g., Lobby_1 for ground floor) // 3. Lift: "Lift_[1-3]" (e.g., Lift_2 for first floor) // 4. Charger: Exact match "Charger" // Check Charger if (label == "Charger") return true; // Check Lobby/Lift if (label.substr(0, 6) == "Lobby_" || label.substr(0, 5) == "Lift_") { if (label.size() != 7) return false; // e.g., Lobby_1 (7 chars) char floor = label.back(); return (floor == '1' || floor == '2' || floor == '3'); } // Check Room (A-N)(1-3).(1-2) if (label.size() != 4) return false; // e.g., A1.1 (4 chars) if (!((label[0] >= 'A' && label[0] <= 'N'))) return false; // First char: A-N if (!((label[1] >= '1' && label[1] <= '3'))) return false; // Second char: 1-3 (floor) if (label[2] != '.') return false; // Third char: dot if (!((label[3] >= '1' && label[3] <= '2'))) return false; // Fourth char: 1-2 (reception/office) return true; } /** * @brief Extracts floor number from a valid room label (1=ground, 2=first, 3=second) * @param label Valid room label * @return Floor number (1-3) or -1 if invalid */ int get_floor_from_label(const std::string& label) { if (!is_valid_room_label(label)) return -1; if (label == "Charger") return 1; // Charger is on ground floor (1) if (label.substr(0, 6) == "Lobby_" || label.substr(0, 5) == "Lift_") { return label.back() - '0'; // Extract digit (1-3) } return label[1] - '0'; // For rooms (e.g., A1.1 -> '1' -> 1) } /** * @brief Goal test: Checks if the current state is the Charger * @param current Current state to test * @return True if current state is Charger, false otherwise */ bool is_goal(const State& current) { return current.room_label == "Charger"; } /** * @brief Successor function: Generates all valid next states from a given state * @param current Current state (location) * @return Vector of valid successor states */ std::vector<State> generate_successors(const State& current) { std::vector<State> successors; std::string current_label = current.room_label; int current_floor = get_floor_from_label(current_label); if (current_floor == -1) return successors; // Invalid state, no successors // -------------------------- Case 1: Current state is a Room (e.g., A1.1, B3.2) -------------------------- if (current_label.size() == 4 && current_label[2] == '.') { char room_letter = current_label[0]; char room_type = current_label[3]; // '1'=reception, '2'=office std::string reception_label = current_label.substr(0, 3) + "1"; // e.g., B3.2 -> B3.1 (reception) std::string office_label = current_label.substr(0, 3) + "2"; // e.g., B3.1 -> B3.2 (office) // Rule: Office can only be accessed via its dedicated reception if (room_type == '2') { // Current is Office (e.g., B3.2) // Only successor is its reception (e.g., B3.1) if (is_valid_room_label(reception_label)) { successors.emplace_back(reception_label, new State(current)); } } else { // Current is Reception (e.g., B3.1) // Successor 1: Corresponding office (e.g., B3.2) if (is_valid_room_label(office_label)) { successors.emplace_back(office_label, new State(current)); } // Successor 2: Lobby of the same floor (e.g., Lobby_3 for B3.1) std::string lobby_label = "Lobby_" + std::to_string(current_floor); successors.emplace_back(lobby_label, new State(current)); } } // -------------------------- Case 2: Current state is a Lobby (e.g., Lobby_1) -------------------------- else if (current_label.substr(0, 6) == "Lobby_") { // Rule: Lobby connects to all receptions on the same floor and the Lift on the same floor std::vector<char> room_letters = {'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'K', 'L', 'M', 'N'}; std::string reception_suffix = std::to_string(current_floor) + ".1"; // e.g., 1.1 for ground floor // Add all receptions on the same floor (e.g., A1.1, B1.1, ..., N1.1 for Lobby_1) for (char letter : room_letters) { std::string reception_label = std::string(1, letter) + reception_suffix; if (is_valid_room_label(reception_label)) { successors.emplace_back(reception_label, new State(current)); } } // Add Lift on the same floor (e.g., Lift_1 for Lobby_1) std::string lift_label = "Lift_" + std::to_string(current_floor); successors.emplace_back(lift_label, new State(current)); } // -------------------------- Case 3: Current state is a Lift (e.g., Lift_2) -------------------------- else if (current_label.substr(0, 5) == "Lift_") { // Rule: Lift can move ±1 floor (if valid) and connects to Lobby on current floor // Successor 1: Lobby on the same floor std::string lobby_label = "Lobby_" + std::to_string(current_floor); successors.emplace_back(lobby_label, new State(current)); // Successor 2: Lift on floor above (if not 3rd floor) if (current_floor < 3) { std::string up_lift_label = "Lift_" + std::to_string(current_floor + 1); successors.emplace_back(up_lift_label, new State(current)); } // Successor 3: Lift on floor below (if not 1st floor) if (current_floor > 1) { std::string down_lift_label = "Lift_" + std::to_string(current_floor - 1); successors.emplace_back(down_lift_label, new State(current)); } // Successor 4: Charger (only if Lift is on ground floor (1)) if (current_floor == 1) { successors.emplace_back("Charger", new State(current)); } } // -------------------------- Case 4: Current state is Charger -------------------------- else if (current_label == "Charger") { // Charger only connects to Lift_1 (ground floor Lift) successors.emplace_back("Lift_1", new State(current)); } // Debug: Print generated successors if (ENABLE_DEBUG) { std::cout << "[DEBUG] Successors of " << current_label << ": "; for (const auto& s : successors) { std::cout << s.room_label << " "; } std::cout << std::endl; } return successors; } /** * @brief Reconstructs the path from initial state to goal state using parent pointers * @param goal Goal state (Charger) * @return Vector of state labels in path order (initial -> ... -> goal) */ std::vector<std::string> reconstruct_path(const State& goal) { std::vector<std::string> path; const State* current = &goal; // Traverse from goal to initial (parent pointers) while (current != nullptr) { path.push_back(current->room_label); current = current->parent; } // Reverse to get initial -> goal order std::reverse(path.begin(), path.end()); return path; } // -------------------------- Search Algorithms -------------------------- /** * @brief Breadth-First Search (BFS) implementation * @param initial_label Initial location label * @return Path from initial to Charger (empty if no path found) */ std::vector<std::string> bfs_search(const std::string& initial_label) { // Validate initial state if (!is_valid_room_label(initial_label)) { std::cerr << "Error: Invalid initial location '" << initial_label << "'" << std::endl; return {}; } // Initialize BFS queue and visited set std::queue<State> queue; std::unordered_set<std::string> visited; // Track visited room labels (optimization) // Enqueue initial state State initial_state(initial_label); queue.push(initial_state); visited.insert(initial_label); if (ENABLE_DEBUG) { std::cout << "[DEBUG] BFS started. Initial state: " << initial_label << std::endl; } // BFS loop while (!queue.empty()) { // Dequeue front element State current = queue.front(); queue.pop(); // Debug: Print current state being processed if (ENABLE_DEBUG) { std::cout << "[DEBUG] Processing state: " << current.room_label << std::endl; } // Goal test if (is_goal(current)) { if (ENABLE_DEBUG) { std::cout << "[DEBUG] Goal found!" << std::endl; } return reconstruct_path(current); } // Generate successors std::vector<State> successors = generate_successors(current); // Enqueue unvisited successors for (State& succ : successors) { if (visited.find(succ.room_label) == visited.end()) { visited.insert(succ.room_label); queue.push(succ); if (ENABLE_DEBUG) { std::cout << "[DEBUG] Enqueued: " << succ.room_label << std::endl; } } } } // No path found (should not happen per problem constraints) std::cerr << "Error: No path found from " << initial_label << " to Charger" << std::endl; return {}; } /** * @brief Depth-First Search (DFS) implementation (iterative, to avoid stack overflow) * @param initial_label Initial location label * @return Path from initial to Charger (empty if no path found) */ std::vector<std::string> dfs_search(const std::string& initial_label) { // Validate initial state if (!is_valid_room_label(initial_label)) { std::cerr << "Error: Invalid initial location '" << initial_label << "'" << std::endl; return {}; } // Initialize DFS stack and visited set std::stack<State> stack; std::unordered_set<std::string> visited; // Push initial state State initial_state(initial_label); stack.push(initial_state); visited.insert(initial_label); if (ENABLE_DEBUG) { std::cout << "[DEBUG] DFS started. Initial state: " << initial_label << std::endl; } // DFS loop while (!stack.empty()) { // Pop top element State current = stack.top(); stack.pop(); // Debug: Print current state being processed if (ENABLE_DEBUG) { std::cout << "[DEBUG] Processing state: " << current.room_label << std::endl; } // Goal test if (is_goal(current)) { if (ENABLE_DEBUG) { std::cout << "[DEBUG] Goal found!" << std::endl; } return reconstruct_path(current); } // Generate successors (reverse to process in same order as BFS for consistency) std::vector<State> successors = generate_successors(current); std::reverse(successors.begin(), successors.end()); // Push unvisited successors to stack for (State& succ : successors) { if (visited.find(succ.room_label) == visited.end()) { visited.insert(succ.room_label); stack.push(succ); if (ENABLE_DEBUG) { std::cout << "[DEBUG] Pushed to stack: " << succ.room_label << std::endl; } } } } // No path found (should not happen per problem constraints) std::cerr << "Error: No path found from " << initial_label << " to Charger" << std::endl; return {}; } // -------------------------- User Interface -------------------------- /** * @brief Displays main menu and gets user's search strategy choice * @return 1 for BFS, 2 for DFS, 0 for exit */ int get_search_strategy_choice() { int choice; std::cout << "\n===== HOOVI Pathfinder =====" << std::endl; std::cout << "Select search strategy:" << std::endl; std::cout << "1. Breadth-First Search (BFS) - Guarantees shortest path" << std::endl; std::cout << "2. Depth-First Search (DFS) - Alternative strategy" << std::endl; std::cout << "0. Exit" << std::endl; std::cout << "Enter your choice (0-2): "; std::cin >> choice; // Validate input while (choice < 0 || choice > 2) { std::cerr << "Invalid choice! Enter 0, 1, or 2: "; std::cin >> choice; } return choice; } /** * @brief Gets initial location from user (with validation) * @return Valid initial location label */ std::string get_initial_location() { std::string label; std::cout << "\nEnter initial location (e.g., B3.2, Lift_1, N1.1, Charger): "; std::cin >> label; // Validate label while (!is_valid_room_label(label)) { std::cerr << "Invalid location! Follow these formats:" << std::endl; std::cerr << "- Rooms: [A-N][1-3].[1-2] (e.g., A1.1, N3.2)" << std::endl; std::cerr << "- Lobby: Lobby_[1-3] (e.g., Lobby_2)" << std::endl; std::cerr << "- Lift: Lift_[1-3] (e.g., Lift_3)" << std::endl; std::cerr << "- Charger: Exact 'Charger'" << std::endl; std::cerr << "Enter again: "; std::cin >> label; } return label; } /** * @brief Toggles debug mode based on user input */ void toggle_debug_mode() { char choice; std::cout << "\nEnable debug messages? (y/n): "; std::cin >> choice; ENABLE_DEBUG = (choice == 'y' || choice == 'Y'); if (ENABLE_DEBUG) { std::cout << "Debug mode enabled. Will show search activity." << std::endl; } else { std::cout << "Debug mode disabled." << std::endl; } } /** * @brief Prints the solution path in a user-friendly format * @param path Vector of location labels (initial -> goal) * @param initial Initial location * @param strategy Search strategy used (BFS/DFS) */ void print_path(const std::vector<std::string>& path, const std::string& initial, const std::string& strategy) { if (path.empty()) { std::cerr << "No path to display." << std::endl; return; } std::cout << "\n===== Path Found Using " << strategy << " =====" << std::endl; std::cout << "Starting Location: " << initial << std::endl; std::cout << "Goal Location: Charger" << std::endl; std::cout << "Path Length: " << path.size() - 1 << " steps (total rooms: " << path.size() << ")" << std::endl; std::cout << "Path: "; for (size_t i = 0; i < path.size(); ++i) { std::cout << path[i]; if (i != path.size() - 1) { std::cout << " -> "; } } std::cout << "\n=====================================" << std::endl; } // -------------------------- Main Function -------------------------- int main() { std::cout << "Welcome to HOOVI's Pathfinding Program!" << std::endl; // Step 1: Toggle debug mode toggle_debug_mode(); // Step 2: Get search strategy int strategy_choice = get_search_strategy_choice(); if (strategy_choice == 0) { std::cout << "Exiting program. Goodbye!" << std::endl; return 0; } std::string strategy = (strategy_choice == 1) ? "BFS" : "DFS"; // Step 3: Get initial location std::string initial_location = get_initial_location(); // Step 4: Run search algorithm std::vector<std::string> path; if (strategy == "BFS") { path = bfs_search(initial_location); } else { path = dfs_search(initial_location); } // Step 5: Display results if (!path.empty()) { print_path(path, initial_location, strategy); } return 0; }
11-28
| 电梯 | `Lift_1`~`Lift_3` | 可上下移动 ±1 层，仅在 `Lift_1` 可达 Charger | | 充电桩 | `Charger` | 位于一楼，只能通过 `Lift_1` 到达 | --- ## 关键组件详解 ### 1. `State` 结构体：表示当前位置 ```cpp...
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基于ILP的最优PMU放置优化研究（Matlab代码实现）
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基于ILP的最优PMU放置优化研究（Matlab代码实现）内容概要：本文围绕基于整数线性规划（ILP）的最优PMU（相量测量单元）放置优化展开研究，重点考虑楼宇空间布局对电力系统可观测性的影响，旨在通过数学优化方法实现PMU的最小化配置，以降低成本并保证系统完全可观测。文中提供了完整的Matlab代码实现方案，涵盖模型构建、约束条件设定及求解过程，并结合实际电力系统节点案例进行仿真验证，具有较强的工程应用价值。此外，文档还附带多个相关科研方向的技术资源与代码示例，涉及智能优化算法、机器学习、路径规划、信号处理等领域，形成一套综合性科研辅助资料。; 适合人群：具备电力系统基础知识和Matlab编程能力的研究生、科研人员及从事电力自动化、智能电网相关工作的工程技术人员。; 使用场景及目标：①用于电力系统状态估计中的PMU最优布点研究；②支撑智能电网可观测性分析与传感器配置优化；③作为学术论文复现、课程项目开发或科研课题的技术参考；④拓展应用于其他优化问题的建模与求解实践。; 阅读建议：建议读者结合文中提供的Matlab代码与网盘资源，逐步运行并调试程序，深入理解ILP建模思路与约束设计逻辑，同时可借鉴其他案例提升综合仿真能力。
【二阶锥规划】考虑气电联合需求响应的气电综合能源配网系统协调优化运行【IEEE33节点】（Matlab代码实现）
01-08
【二阶锥规划】考虑气电联合需求响应的气电综合能源配网系统协调优化运行【IEEE33节点】（Matlab代码实现）内容概要：本文介绍了基于二阶锥规划的气电综合能源配网系统协调优化运行方法，重点研究了在IEEE33节点系统中考虑气电联合需求响应的优化模型。通过Matlab代码实现，构建了电能与天然气系统协同运行的数学模型，利用二阶锥松弛技术将非凸非线性问题转化为可高效求解的凸优化问题，实现了对能源供应、负荷需求及网络约束的综合协调优化。该方法能够有效提升综合能源系统的运行效率与经济性，并增强对可再生能源的消纳能力。; 适合人群：具备电力系统、能源系统或优化建模基础知识的研究生、科研人员及从事综合能源系统研究的工程技术人员。; 使用场景及目标：①用于学习和复现气电联合系统优化调
基于DeepseekAI智能辅助的C编程学习全流程记录与实战项目演练仓库_包含C基础语法面向对象编程标准模板库STL现代C特性C11141720数.zip
01-08
基于DeepseekAI智能辅助的C编程学习全流程记录与实战项目演练仓库_包含C基础语法面向对象编程标准模板库STL现代C特性C11141720数.zip
基于3D视觉的移动机器人导航与控制.zip
最新发布
01-08
1.版本：matlab2014a/2019b/2024b 2.附赠案例数据可直接运行。 3.代码特点：参数化编程、参数可方便更改、代码编程思路清晰、注释明细。 4.适用对象：计算机，电子信息工程、数学等专业的大学生课程设计、期末大作业和毕业设计。
基于TensorFlow框架实现的RefineNet语义分割模型_使用ResNetV1作为特征提取器并包含完整数据增强与多GPU训练流程的深度学习项目_该项目旨在通过将Pascal.zip
01-08
基于TensorFlow框架实现的RefineNet语义分割模型_使用ResNetV1作为特征提取器并包含完整数据增强与多GPU训练流程的深度学习项目_该项目旨在通过将Pascal.zip
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