自动走迷宫小游戏~
头文件
MyMazer.h
#pragma once #include<iostream> #include"MyMazeMap.h" using namespace std; class MyMazer { public: MyMazer(); MyMazeMap map; void setPersonPosition(int x, int y); void setPersonSpeed(int speed); void setPersonChar(char personchar); void start(); private: int LastPersonX; int LastPersonY; int PersonX; int PersonY; int SleepTime; char PersonChar; int direction; private: void gotoxy(int x, int y); void direction_up(); void direction_down(); void direction_left(); void direction_right(); int turnDirection(); };
MyMazeMap.h
#pragma once #include<iostream> using namespace std; class MyMazeMap { public: MyMazeMap(); MyMazeMap(const MyMazeMap& C); void setMazeMap(int* mazeArr, int x, int y); void setMazeWall(const char wallSign); void setMazeWay(const char waySign); void showFactor(); void drawMap(); bool checkWall(int x, int y); int getmazeX(); int getmazeY(); char m_wallSign; char m_waySign; private: int m_mazeArr[10][10]; int m_mazeX; int m_mazeY; };
主文件：
MyMateMap.cpp
#include<iostream> #include"MyMazeMap.h" using namespace std; MyMazeMap::MyMazeMap() { m_wallSign = '+'; m_waySign = ' '; } MyMazeMap::MyMazeMap(const MyMazeMap& b) { m_wallSign = b.m_wallSign; m_waySign = b.m_waySign; m_mazeX = b.m_mazeX; m_mazeY = b.m_mazeY; for (int i = 0; i < m_mazeX; i++) { for (int j = 0; j < m_mazeY; j++) { m_mazeArr[i][j] = b.m_mazeArr[i][j]; } } } void MyMazeMap::setMazeMap(int* mazeArr, int x, int y) { m_mazeArr[0][0] = *mazeArr; m_wallSign = '+'; m_waySign = ' '; int k = 0; if (x > 10) { x = 10; } if (y > 10) { y = 10; k = y - 10; } m_mazeX = x; m_mazeY = y; for (int i = 0; i < m_mazeX; i++) { for (int j = 0; j < m_mazeY; j++) { m_mazeArr[i][j] = *mazeArr; *mazeArr++; } *mazeArr = *mazeArr + k; } } void MyMazeMap::setMazeWall(const char wallSign) { m_wallSign = wallSign; } void MyMazeMap::setMazeWay(const char waySign) { m_waySign = waySign; } void MyMazeMap::showFactor() { cout << m_mazeArr[0][0] << endl; cout << m_mazeX << endl; cout << m_mazeY << endl; cout << m_wallSign << " " << m_waySign << endl; } void MyMazeMap::drawMap() { for (int i = 0; i < m_mazeX; i++) { for (int j = 0; j < m_mazeY; j++) { if (m_mazeArr[i][j] == 1) cout << m_wallSign; else cout << m_waySign; } cout << endl; } } bool MyMazeMap::checkWall(int x, int y) { if (x == -1 || y == -1 || x == getmazeX() || y == getmazeY()) { return false; } else if (m_mazeArr[x][y] == 1) { return true; } else return false; } int MyMazeMap::getmazeX() { return m_mazeX; } int MyMazeMap::getmazeY() { return m_mazeY; }
MyMazer.cpp
#include<iostream> #include <windows.h> #include<stdio.h> #include"MyMazer.h" #include"MyMazeMap.h" using namespace std; const int UP = 0; const int LEFT = 1; const int DOWN = 2; const int RIGHT = 3; void MyMazer::gotoxy(int x, int y) { HANDLE hOut = GetStdHandle(STD_OUTPUT_HANDLE); COORD pos; pos.X = y; pos.Y = x; SetConsoleCursorPosition(hOut, pos); } MyMazer::MyMazer() { direction = UP; } void MyMazer::setPersonPosition(int x, int y) { PersonX = x; PersonY = y; gotoxy(PersonX, PersonY); } void MyMazer::setPersonSpeed(int speed) { SleepTime = speed * 500; } void MyMazer::setPersonChar(char personchar) { PersonChar = personchar; cout << PersonChar; } void MyMazer::start() { while (true) { switch (MyMazer::turnDirection()) { case UP:direction = UP; direction_up(); break; case RIGHT:direction = RIGHT; direction_right(); break; case LEFT:direction = LEFT; direction_left(); break; case DOWN:direction = DOWN; direction_down(); break; } } } void MyMazer::direction_up() { LastPersonX = PersonX; LastPersonY = PersonY; PersonX = PersonX - 1; gotoxy(LastPersonX, LastPersonY); cout << map.m_waySign; gotoxy(PersonX, PersonY); cout << PersonChar; Sleep(SleepTime); } void MyMazer::direction_down() { LastPersonX = PersonX; LastPersonY = PersonY; PersonX = PersonX + 1; gotoxy(LastPersonX, LastPersonY); cout << map.m_waySign; gotoxy(PersonX, PersonY); cout << PersonChar; Sleep(SleepTime); } void MyMazer::direction_left() { LastPersonX = PersonX; LastPersonY = PersonY; PersonY = PersonY - 1; gotoxy(LastPersonX, LastPersonY); cout << map.m_waySign; gotoxy(PersonX, PersonY); cout << PersonChar; Sleep(SleepTime); } void MyMazer::direction_right() { LastPersonX = PersonX; LastPersonY = PersonY; PersonY = PersonY + 1; gotoxy(LastPersonX, LastPersonY); cout << map.m_waySign; gotoxy(PersonX, PersonY); cout << PersonChar; Sleep(SleepTime); } int MyMazer::turnDirection() { if (direction == UP) { if (PersonX == 0) { cout << endl << endl << endl << endl << endl << endl << endl << endl << endl << endl; cout << "successful" << endl; system("pause"); exit(0); } if (map.checkWall(PersonX, PersonY - 1)) { if (!map.checkWall(PersonX - 1, PersonY)) return UP; else if (!map.checkWall(PersonX, PersonY + 1)) return RIGHT; else return DOWN; } else return LEFT; } if (direction == RIGHT) { if (PersonY == map.getmazeY()) { cout << endl << endl << endl << endl << endl << endl << endl << endl << endl << endl; cout << "successful" << endl; system("pause"); exit(0); } if (map.checkWall(PersonX - 1, PersonY)) { if (!map.checkWall(PersonX, PersonY + 1)) return RIGHT; else if (!map.checkWall(PersonX + 1, PersonY)) return DOWN; else return LEFT; } else return UP; } if (direction == DOWN) { if (PersonX == map.getmazeX()) { cout << endl << endl << endl; cout << "successful" << endl; system("pause"); exit(0); } if (map.checkWall(PersonX, PersonY + 1)) { if (!map.checkWall(PersonX + 1, PersonY)) return DOWN; else if (!map.checkWall(PersonX, PersonY - 1)) return LEFT; else return UP; } else return RIGHT; } if (direction == LEFT) { if (PersonY == 0) { cout << endl << endl << endl; cout << "successful" << endl; system("pause"); exit(0); } if (map.checkWall(PersonX + 1, PersonY)) { if (!map.checkWall(PersonX, PersonY - 1)) return LEFT; else if (!map.checkWall(PersonX - 1, PersonY)) return UP; else return RIGHT; } else return DOWN; } }
Main.cpp
#include <iostream> #include <stdlib.h> #include "MyMazeMap.h" #include "MyMazer.h" using namespace std; const int WALL = 1; const int ROAD = 0; const int SLOW = 3; const int MEDIUM = 2; const int FAST = 1; const int SUCCESS = 0; int main() { int map[8][9] = { {WALL,WALL,WALL,WALL,WALL,WALL,WALL,ROAD,WALL}, {WALL,WALL,WALL,WALL,ROAD,WALL,WALL,ROAD,WALL}, {WALL,WALL,WALL,WALL,ROAD,WALL,WALL,ROAD,WALL}, {WALL,WALL,WALL,WALL,ROAD,WALL,WALL,ROAD,WALL}, {WALL,WALL,ROAD,ROAD,ROAD,ROAD,WALL,ROAD,WALL}, {WALL,WALL,ROAD,WALL,WALL,ROAD,ROAD,ROAD,WALL}, {WALL,ROAD,ROAD,WALL,WALL,WALL,WALL,WALL,WALL}, {WALL,ROAD,WALL,WALL,WALL,WALL,WALL,WALL,WALL} }; MyMazeMap maze; maze.setMazeMap(&map[0][0], 8, 9); maze.setMazeWall('*'); //maze.showFactor(); maze.drawMap(); MyMazer mazer; mazer.map = maze; mazer.setPersonPosition(7, 1); mazer.setPersonSpeed(FAST); mazer.setPersonChar('T'); mazer.start(); cout << endl; system("pause"); return SUCCESS; }
运行代码
可自行修改地图
