基于c++实现小游戏笨鸟先飞(课程设计)

#include<iostream> #include<cstdlib> #include<conio.h> #include<windows.h> #include<string> #include<ctime> using namespace std; int speed = 0; int speed1 = 0; const int x = 100; const int y = 20; const int up = 0; const int down = 18; int count1 = 0; class bird { public: bird(int x, int y) { birdx = x; birdy = y; } int birdx; int birdy; }; class pillar { public: pillar(int x1, int y1) { if (y1 == 0) { y1 = rand() % (y / 2); } pillarx = x1; pillary = y1; } int pillarx; int pillary; }; void gotoxy(int x, int y) { HANDLE handle = GetStdHandle(STD_OUTPUT_HANDLE); COORD pos; pos.X = x; pos.Y = y; SetConsoleCursorPosition(handle, pos); } void HideCursor() { CONSOLE_CURSOR_INFO cursor_info = { 1,0 }; SetConsoleCursorInfo(GetStdHandle(STD_OUTPUT_HANDLE), &cursor_info); } void show(bird &birds,pillar &pillar1, pillar &pillar2, pillar &pillar3, pillar &pillar4, pillar& pillar5) { gotoxy(0, 0); HideCursor(); for (int i = 1; i < y; ++i) { for (int j = 1; j < x; ++j) { if(j == birds.birdx && i == birds.birdy) { cout <<"\b"<<"鸟"; } else if (j == pillar1.pillarx && (i >= 1 && i <= pillar1.pillary) || j == pillar1.pillarx && (i >= pillar1.pillary + 5 && i <= y)) { cout << "*"; } else if (j == pillar2.pillarx && (i >= 1 && i <= pillar2.pillary) || j == pillar2.pillarx && (i >= pillar2.pillary + 5 && i <= y)) { cout << "*"; } else if (j == pillar3.pillarx && (i >= 1 && i <= pillar3.pillary) || j == pillar3.pillarx && (i >= pillar3.pillary + 5 && i <= y)) { cout << "*"; } else if (j == pillar4.pillarx && (i >= 1 && i <= pillar4.pillary) || j == pillar4.pillarx && (i >= pillar4.pillary + 5 && i <= y)) { cout << "*"; } else if (j == pillar5.pillarx && (i >= 1 && i <= pillar5.pillary) || j == pillar5.pillarx && (i >= pillar5.pillary + 5 && i <= y)) { cout << "*"; } else { cout << " "; } } cout << endl; } } void birdmove(bird &birds) { if (kbhit()) { string move; move = getch(); if (move == " ") { if (birds.birdy >= 2) { birds.birdy -= 2; } } } } void move(bird& birds, pillar& pillar1, pillar& pillar2, pillar& pillar3, pillar& pillar4, pillar& pillar5) { if (birds.birdx == pillar1.pillarx && (birds.birdy > pillar1.pillary && birds.birdy < pillar1.pillary + 5)) { count1++; } else if (birds.birdx == pillar2.pillarx && (birds.birdy > pillar2.pillary && birds.birdy < pillar2.pillary + 5)) { count1++; } else if (birds.birdx == pillar3.pillarx && (birds.birdy > pillar3.pillary && birds.birdy < pillar3.pillary + 5)) { count1++; } else if (birds.birdx == pillar4.pillarx && (birds.birdy > pillar4.pillary && birds.birdy < pillar4.pillary + 5)) { count1++; } if (birds.birdx == pillar5.pillarx && (birds.birdy > pillar5.pillary && birds.birdy < pillar5.pillary + 5)) { count1++; } if (speed != 3) { speed++; } if (birds.birdy !=y && speed==3) { speed = 0; birds.birdy += 1; } if (speed1 != 5) { speed1++; } else if (speed1 == 5) { if (pillar1.pillarx > 0) { pillar1.pillarx--; } if (pillar2.pillarx > 0) { pillar2.pillarx--; } if (pillar3.pillarx > 0) { pillar3.pillarx--; } if (pillar4.pillarx > 0) { pillar4.pillarx--; } if (pillar5.pillarx > 0) { pillar5.pillarx--; } if (pillar1.pillarx == 0) { pillar1.pillarx = pillar5.pillarx + 10; pillar1.pillary = rand() % (y / 2); while (pillar1.pillary == 0) { pillar1.pillary = rand() % (y / 2); } } if (pillar2.pillarx == 0) { pillar2.pillarx = pillar1.pillarx + 10; pillar2.pillary = rand() % (y / 2); while (pillar2.pillary == 0) { pillar2.pillary = rand() % (y / 2); } } if (pillar3.pillarx == 0) { pillar3.pillarx = pillar2.pillarx + 10; pillar3.pillary = rand() % (y / 2); while (pillar3.pillary == 0) { pillar3.pillary = rand() % (y / 2); } } if (pillar4.pillarx == 0) { pillar4.pillarx = pillar3.pillarx + 10; pillar4.pillary = rand() % (y / 2); while (pillar4.pillary == 0) { pillar4.pillary = rand() % (y / 2); } } if (pillar5.pillarx == 0) { pillar5.pillarx = pillar4.pillarx + 10; pillar5.pillary = rand() % (y / 2); while (pillar5.pillary == 0) { pillar5.pillary = rand() % (y / 2); } } speed1 = 0; } } void startshow() { cout << "********笨鸟先飞**********" << endl; cout << "1.开始游戏" << endl; cout << "2.退出" << endl; } void program() { srand(time(0)); bird birds(x / 20, y / 2); pillar pillar1(x / 5, rand() % (y / 2)); pillar pillar2(x / 5 + 10, rand() % (y / 2)); pillar pillar3(x / 5 + 20, rand() % (y / 2)); pillar pillar4(x / 5 + 30, rand() % (y / 2)); pillar pillar5(x / 5 + 40, rand() % (y / 2)); while (1) { show(birds, pillar1, pillar2, pillar3, pillar4, pillar5); move(birds, pillar1, pillar2, pillar3, pillar4, pillar5); birdmove(birds); if (birds.birdx == pillar1.pillarx && ((birds.birdy >= 1 && birds.birdy <= pillar1.pillary) || (birds.birdy >= pillar1.pillary + 5 && birds.birdy <= 20))) { cout << "game over！" << endl; break; } else if (birds.birdx == pillar2.pillarx && ((birds.birdy >= 1 && birds.birdy <= pillar2.pillary) || (birds.birdy >= pillar2.pillary + 5 && birds.birdy <= 20))) { cout << "game over!" << endl; break; } else if (birds.birdx == pillar3.pillarx && ((birds.birdy >= 1 && birds.birdy <= pillar3.pillary) || (birds.birdy >= pillar3.pillary + 5 && birds.birdy <= 20))) { cout << "game over!" << endl; break; } else if (birds.birdx == pillar4.pillarx && ((birds.birdy >= 1 && birds.birdy <= pillar4.pillary) || (birds.birdy >= pillar4.pillary + 5 && birds.birdy <= 20))) { cout << "game over!" << endl; break; } else if (birds.birdx == pillar5.pillarx && ((birds.birdy >= 1 && birds.birdy <= pillar5.pillary) || (birds.birdy >= pillar5.pillary + 5 && birds.birdy <= 20))) { cout << "game over!" << endl; break; } cout << "得分：" << count1 << endl; } } int main() { startshow(); int choose; cin >> choose; switch (choose) { case 1: program(); break; case 2: return 0; } return 0; }