How to use C++ to realize simple pinball Mini Game

This article mainly explains "how to use C++ to achieve simple pinball Mini Game", interested friends may wish to have a look. The method introduced in this paper is simple, fast and practical. Next, let the editor take you to learn how to use C++ to achieve a simple pinball Mini Game!

Operation instructions: keyboard An and D keys control left and right movement, so that the ball does not fall.

# include # include # include int itint xx=0;int yy = 0posiclass Ball {public: int x, y; clock_t b; void draw () {setfillcolor (RGB (200,399,100)); fillcircle (x, y, 10);} void null () {setfillcolor (0); setlinecolor (0); fillcircle (x, y, 10);}}; class Board {public: int x, y; void draw () {setlinecolor (RGB (100,209,150)) Setfillcolor (RGB (200,399,100); fillrectangle (x, y, Xerox 60 RGB (200,399,100));} void null () {setfillcolor (0); setlinecolor (0); fillrectangle (x, y, Xerox 60 parry 10);}}; void wall () {setlinecolor (RGB (300,109,650); setfillcolor (200,409,300)) POINT pts [] = {{1,1}, {1,350}, {10350}, {10 Ball ball; clock_t 10}, {600,10}, {600,350}, {610350}, {610 int main 1}}; fillpolygon (pts, 8);} int main () {/ / initializes the graphics window initgraph (640,480); wall (); Board board; board.x = 200; board.y = 400; Ball ball; clock_t f = clock (); clock_t d = clock () While (1) {int iTunes 3; if (GetAsyncKeyState ('A') & 0x8000) / / plank movement {if (board.x > 2 & & (clock ()-d) > = 10) {board.null (); board.x-= 3; board.draw (); d = clock () } if (GetAsyncKeyState ('a') & 0x8000) / / plank movement {if (board.x > 2 & & (clock ()-d) > = 10) {board.null (); board.x-= 3; board.draw (); d = clock ();}} if (GetAsyncKeyState ('D') & 0x8000) / / plank movement {if (board.x)

= 10) {board.null (); board.x + = 3; board.draw (); d = clock ();}} if (GetAsyncKeyState ('d') & 0x8000) / / plank movement {if (board.x = 10) {board.null (); board.x + = 3; board.draw (); d = clock () }} if (GetAsyncKeyState ('K') & 0x8000) / / serve {if (yy==0&&xx==0&& (clock ()-f) > = 10) {yy= 1; xx= 1; ball.x = board.x + 50; ball.y = board.y-21; ball.draw (); f = clock () }} if (GetAsyncKeyState ('K') & 0x8000) / / serve {if (yy==0&&xx==0&& (clock ()-f) > = 10) {yy= 1; xx= 1; ball.x = board.x + 50; ball.y = board.y-21; ball.draw (); f = clock () }} / / Ball ejection / / if (yy==1&&xx==1&&clock ()-ball.b > 5) {ball.null (); ball.x-= 2; ball.y-= 2; ball.draw (); ball.b = clock (); if (ball.y 5) {ball.null (); ball.x + = 2; ball.y + = 2; ball.draw (); ball.b = clock () If (ball.x >) {ball.x = 580; ball.null (); xx = 4;} if (ball.x > = board.x & & ball.x 5) {ball.null (); ball.x-= 2; ball.y + = 2; ball.draw (); ball.b = clock (); if (ball.x = board.x & & ball.x = 440) {yy = 0; xx = 0 Ball.null ();}} closegraph (); return 0;}

The editor would like to share another piece of code: C language to achieve a simple console bouncing ball

# include # include / / Global variable int XMagi y; / / spherical coordinate int velocity_x,velocity_y; / / Velocity int left,right,top,bottom; / / Boundary void gotoxy (int xmint y) / / the cursor moves to (xMagery y) position {HANDLE handle = GetStdHandle (STD_OUTPUT_HANDLE); COORD pos; pos.X = x; pos.Y = y; SetConsoleCursorPosition (handle,pos) } void HideCursor () / / is used to hide the cursor {CONSOLE_CURSOR_INFO cursor_info = {1,0}; / / the second value is 0 to indicate the hidden cursor SetConsoleCursorInfo (GetStdHandle (STD_OUTPUT_HANDLE), & cursor_info);} void startup () / / data initialization {x = 1; y = 5; velocity_x = 1; / / Speed direction velocity_y = 1; left = 0; right = 30; top = 0; bottom = 15; HideCursor () / / hide the cursor} void show () / / display {int iMagazine j; for