PromptPay
สวัสดีครับ เมื่อไม่กี่วันมานี้มีน้องคนนึงมาให้สอนเขียนเกมส์ pacman ด้วยภาษาซี ผมจึงนํา source code มาแบ่งปัน เผื่อใครสนใจ ตัวเกมส์ก็ไม่มีอะไรมากครับเป็น console application มีตัว pacman และตัว bot โง่ๆ 4 ตัว เขียนบน visual studio 2013 ส่วนวิธีการเล่น คือใช้ w, s, a, d เป็นปุ่มบังคับทิศทาง
VDO
Source code pacman
#include "stdafx.h"
#include "vector"
#include "windows.h"
#include "stdio.h"
#include "conio.h"
#include "thread"
#include "mutex"
#define TRUE 1;
#define FALSE 0;
#define PACMAN_CHAR 2
#define BOT_CHAR 1
#define WALL_CHAR 219
#define DOT_CHAR 46
#define BANK_CHAR 0
#define DIRECTION_UP 'w'
#define DIRECTION_DOWN 's'
#define DIRECTION_LEFT 'a'
#define DIRECTION_RIGHT 'd'
#define MAXBOT 1
#define MAXROWS 32
#define MAXCOLUMNS 28
#define INCREASE_SCORE 10
struct charactor
{
char direction = 0;
int x = 0;
int y = 15;
};
using namespace std;
int score = 0;
HANDLE hConsole;
COORD coord;
std::mutex mtx;
charactor pacman;
bool gameOver = false;
bool gameWin = false;
char arrDirection[] = { (char)DIRECTION_UP, (char)DIRECTION_DOWN, (char)DIRECTION_LEFT, (char)DIRECTION_RIGHT };
char levelMatrix[MAXROWS][MAXCOLUMNS] = {
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ 074, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, DOT_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, DOT_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, BANK_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, DOT_CHAR, WALL_CHAR },
{ WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR, WALL_CHAR }
};
void gotoxy(int x, int y) {
hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
coord.X = x;
coord.Y = y;
SetConsoleCursorPosition(hConsole, coord);
}
void printxy(int x, int y, char ch) {
gotoxy(x, y + 1);
printf("%c", ch);
gotoxy(0, 0);
}
void show_map() {
printf("Score : %d\n", score);
for (int y = 0; y < 32; y++) {
for (int x = 0; x < 28; x++) {
printf("%c", levelMatrix[y][x]);
}
printf("\n");
}
}
void addScore(int x, int y) {
if (levelMatrix[y][x] == DOT_CHAR) {
score += INCREASE_SCORE;
}
}
void pacmanMove(int old_x, int old_y, int new_x, int new_y){
if (levelMatrix[new_y][new_x] != (char)WALL_CHAR){
addScore(new_x, new_y);
levelMatrix[old_y][old_x] = BANK_CHAR;
levelMatrix[new_y][new_x] = PACMAN_CHAR;
printxy(old_x, old_y, BANK_CHAR);
printxy(new_x, new_y, PACMAN_CHAR);
pacman.x = new_x;
pacman.y = new_y;
}
}
bool pacmanWalk(){
int tmpX = pacman.x;
int tmpY = pacman.y;
switch (pacman.direction)
{
case DIRECTION_UP:
tmpY = tmpY - 1 < 0 ? MAXROWS - 1 : tmpY - 1;
break;
case DIRECTION_DOWN:
tmpY = (tmpY +1) % MAXROWS;
break;
case DIRECTION_LEFT:
tmpX = tmpX - 1 < 0 ? MAXCOLUMNS - 1 : tmpX - 1;
break;
case DIRECTION_RIGHT:
tmpX = (tmpX + 1) % MAXROWS;
break;
default:
return false;
}
pacmanMove(pacman.x, pacman.y, tmpX, tmpY);
if (score>=(248*INCREASE_SCORE))
{
return true;
}
else{
return false;
}
}
void botMove(charactor &botIn, int new_x, int new_y){
printxy(botIn.x, botIn.y, levelMatrix[botIn.y][botIn.x]);
printxy(new_x, new_y, BOT_CHAR);
botIn.x = new_x;
botIn.y = new_y;
}
bool navigat(charactor &botIn, int &new_x, int &new_y){
int tmpX = botIn.x;
int tmpY = botIn.y;
switch (botIn.direction)
{
case DIRECTION_UP:
tmpY = tmpY - 1 < 0 ? MAXROWS - 1 : tmpY - 1;
break;
case DIRECTION_DOWN:
tmpY = (tmpY + 1) % MAXROWS;
break;
case DIRECTION_LEFT:
tmpX = tmpX - 1 < 0 ? MAXCOLUMNS - 1 : tmpX - 1;
break;
case DIRECTION_RIGHT:
tmpX = (tmpX + 1) % MAXROWS;
break;
default:
break;
}
if (levelMatrix[tmpY][tmpX] != (char)WALL_CHAR){
new_x = tmpX;
new_y = tmpY;
return true;
}
else{
return false;
}
}
bool botWalk(charactor &botIn){
int tmpX = 0;
int tmpY = 0;
if (navigat(botIn, tmpX, tmpY) == false){
while (true){
int ran = rand() % 4;
botIn.direction = arrDirection[ran] != botIn.direction ? arrDirection[ran] : arrDirection[(ran + 1) % 4];
if (navigat(botIn, tmpX, tmpY) == true){
break;
}
}
}
if (levelMatrix[botIn.y][botIn.x] == (char)PACMAN_CHAR){
return true;
}
else if (levelMatrix[tmpY][tmpX] == (char)PACMAN_CHAR){
botMove(botIn, tmpX, tmpY);
return true;
}
else{
botMove(botIn, tmpX, tmpY);
return false;
}
}
void readKey() {
while (true) {
char directionInput = _getch();
if (gameWin == true || gameOver == true) break;
mtx.lock();
int tmpX = pacman.x;
int tmpY = pacman.y;
switch (directionInput)
{
case DIRECTION_UP:
tmpY = tmpY - 1 < 0 ? MAXROWS - 1 : tmpY - 1;
break;
case DIRECTION_DOWN:
tmpY = (tmpY + 1) % MAXROWS;
break;
case DIRECTION_LEFT:
tmpX = tmpX - 1 < 0 ? MAXCOLUMNS - 1 : tmpX - 1;
break;
case DIRECTION_RIGHT:
tmpX = (tmpX + 1) % MAXROWS;
break;
default:
return;
}
pacman.direction = levelMatrix[tmpY][tmpX] != (char)WALL_CHAR ? directionInput : pacman.direction;
mtx.unlock();
}
}
void main() {
printf(":::PACMAN:::\n");
printf("Please enter to start game.");
_getch();
system("cls");
std::thread first(readKey);
show_map();
gotoxy(0,33);
printf("w : Up s: Down\n");
printf("a : Left d: Right\n");
pacman.direction = (char)DIRECTION_RIGHT;
int maxBot = 4;
charactor bot[4];
for (int i = 0; i < maxBot;i++){
bot[i].direction = arrDirection[i%4];
bot[i].x = 13;
bot[i].y = 15;
}
while (true) {
Sleep(500);
gameWin = pacmanWalk();
gotoxy(0, 0);
printf(" ");
gotoxy(0, 0);
printf("Score: %d", score);
for (int i = 0; i < maxBot; i++){
gameOver = botWalk(bot[i]);
if (gameOver == true)
{
break;
}
}
if (gameOver == true || gameWin == true) break;
}
if (gameOver == true)
{
gotoxy(0, 0);
printf("GAMEOVER!! Score: %d", score);
}
else if (gameWin == true){
printf("You Win!! Score: %d", score);
}
first.join();
while (true){
_getch();
}
}
download source code ได้ที่นี่ครับ github.com/mrthiti/pacman-c
รูปภาพจาก www.todayifoundout.com
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อาร์เรย์เปรียบเสมือนช่องสีเหลี่ยมมาเรียงต่อๆกันเป็นแถวยาว โดยแต่ละช่องจะเป็นที่สําหรับเก็บข้อมูล จํานวนของช่องที่มาเรียงต่อกันก็คือขนาดของอาร์เรย์ ในแต่ละช่องจะเป็นที่ข้อมูลได้ 1 ตัวตามชนิดของอาร์เรย์ที่ประกาศไว้
