How does C++ use easyx to play brick games?

This article mainly introduces "how C++ uses easyx to achieve brick games". In daily operation, I believe many people have doubts about how C++ uses easyx to achieve brick games. Xiaobian consulted all kinds of materials and sorted out simple and easy-to-use methods of operation. I hope it will be helpful to answer the doubts about "how C++ uses easyx to achieve brick games". Next, please follow the editor to study!

The effect is as follows:

Code:

# include#include#include#include#include#include#include # define HEIGHT 700#define WIDTH 400int ball_x, ball_y;int ball_vx, ball_vy;int radius;int left, right, top, bottom;int baffle_x, baffle_y;int baffle_size;int baffle_move;int brick_x, brick_y;int brick_r;int score;int sleep_time;bool isExit;bool isLose;void initBall () {left = 0; top = 0; right = WIDTH; bottom = HEIGHT Ball_x = (right-left) / 2; ball_y = (bottom-top) / 2; ball_vx = 1; ball_vy = 1; radius = 15; brick_x = 30; brick_y = 30; brick_r = 20; score = 0; sleep_time = 5; baffle_move = 8; isExit = false; isLose = false;} void initBaffle () {baffle_x = (right-left) / 2 Baffle_y = bottom-HEIGHT/8; baffle_size = WIDTH/2;} void drawBall () {setfillcolor (RGB (0Power255,0)); fillcircle (ball_x, ball_y, radius);} void drawBrick () {if (isExit = = true) {setfillcolor (RGB (255,255,0)); fillcircle (brick_x, brick_y, brick_r) } if (isExit = = false) {isExit = 1; brick_x = rand ()% WIDTH; brick_y = rand ()% HEIGHT / 2;} printf ("score:% d", score);} void drawBaffle () {setfillcolor (RGB (255 Journal 0,0)); line (baffle_x, baffle_y, baffle_x + baffle_size, baffle_y) } void updataWithInput () {/ / Interactive char input; / / judge the mobile if (_ kbhit ()) {input = _ getch (); switch (input) {case'asides: if (baffle_x > 0) baffle_x-= baffle_move; break of the platform based on keyboard input / * case'winters: if (baffle_y > 0) baffle_y-= baffle_move; break; case's songs: if (baffle_y)

< bottom - 1) baffle_y += baffle_move; break;*/ case 'd': if (baffle_x < right - baffle_size) baffle_x += baffle_move; break; default: break; } }}void updateBall() { static int count = 0; count++; if (count == 5) { count = 0; ball_x += ball_vx; ball_y += ball_vy; } if (ball_x = right - radius) { ball_vx = -ball_vx; } if (ball_y = bottom - radius) { isLose = true; } if (ball_y == baffle_y - radius && ball_x >

= baffle_x & & ball_x