void Game1Scene::oneRound(){
//核心游戏逻辑
//1. 移动且消除Tile
moveAllTile();
//2. 随机生成新Tile
createOneTile();
//3. 播放声音
//4. 界面UI变化，分数等
//在mergeTile方法里面实现
//5. 死亡逻辑判断
if(!isGameOver && totalTiles == GAME1_ROWS * GAME1_COLS){
gameOverCheck();
if (isGameOver) {
this->getChildByTag(999)->getChildByTag(3)->setVisible(true);
}
}
}
void* networking::createGame(void *arg){
struct gameData gd = *((struct gameData*)arg);
game Game;
pthread_detach(pthread_self());
notifyPlayers(gd);
while(!gameOverCheck(gd, Game))
{
while(!winConditionCheck(gd, Game))
{
sendGameState(gd, Game.serialize());
getMove(gd, Game);
Game.changePlayer();
}
Game.incrementScore();
Game.resetBoard();
sendGameState(gd, Game.serialize());
}
close(gd.player1);
close(gd.player2);
return NULL;
}
void gamePlay() {
// detect the movement of the cursor
int initHoriz = analogRead(HORIZ);
int initVerti = analogRead(VERT);
while(true) {
oldCursorX = cursorX;
oldCursorY = cursorY;
int finalHoriz = analogRead(HORIZ);
int finalVerti = analogRead(VERT);
int select = digitalRead(SEL); // HIGH(1) if not pressed, LOW(0) if pressed
int deltaHoriz = (finalHoriz - initHoriz)/100;
int deltaVerti = -(finalVerti - initVerti)/100;
cursorX += deltaHoriz;
cursorY += deltaVerti;
int whetherFull = full();
//int whetherMove = blockMoved();
// cursur has moved
if (oldCursorX!=cursorX || oldCursorY!=cursorY) {
// backup the current grid before updating the tiles, for undo() function
gridBackup();
updateTile(deltaVerti, deltaHoriz);
// check if any further movements can be made
if(whetherFull && noMoreAdd) {continueGame = 0;}
else {
continueGame = 1;
createNew();
}
displayGrid();
delay(50);
}
// Undo: button of joystick has been pressed
if (select == 0) {
score-=plus;
undo();
displayGrid();
}
// if the game is over, display game over screen and break the while loop
int gameEnd = gameOverCheck();
if (gameEnd) {break;}
// test: print out the values of coordinates to serial-mon
//Serial.print(" whetherMove: ");
//Serial.print(whetherMove);
Serial.print(" continueGame: ");
Serial.print(continueGame);
Serial.print(" cursorX: ");
Serial.print(cursorX);
Serial.print(" cursorY: ");
Serial.print(cursorY);
Serial.print(" SEL= ");
Serial.print(select,DEC);
Serial.println();
delay(10);
}
}
void newGame(int** grid, int* score, int* backToMenu, int gameMode, int delay) {
int eaten_flag, skip_sleep = 0;
int backup_move = KEY_RIGHT, move = KEY_RIGHT;
while (1) {
eaten_flag = 0;
if (!skip_sleep) {
if (move == KEY_RIGHT || move == KEY_LEFT) {
Sleep(delay - 20);
}
else {
Sleep(delay);
}
}
else {
skip_sleep = 0;
}
if (_kbhit()) {
move = playerMove();
}
if (move == EXIT) {
while (1) {
clear_screen();
pauseGraphics();
if (mainMenu(0)) {
break;
}
else {
*backToMenu = 1;
return;
}
}
move = backup_move;
restoreInGameGraphics(grid, *score);
continue;
}
if (!checkValidMove(move) || move == INVALID_MOVE) {
move = backup_move;
skip_sleep = 1;
continue;
}
backup_move = move;
if (gameOverCheck(move, gameMode)) {
drawGameOver();
Sleep(1000);
if (*score > record) {
record = *score;
}
break;
}
assignSnake2Matrix(grid, 0);
moveSnake(move, gameMode);
eaten_flag = checkIfEaten(grid);
if (eaten_flag) {
fattenSnake();
}
assignSnake2Matrix(grid, 1);
if (eaten_flag) {
addFood(grid);
updateSnakeGraphics(grid, 1);
*score += 1;
updateScore(*score);
}
else {
updateSnakeGraphics(grid, 0);
}
}
}
