void Deck::reshuffle(int N){
for (int i=0; i<cards.size(); i++){
delete(cards[i]);
}
createCards(N);
shuffle();
}
GameLogic::GameLogic(QObject *parent)
: QObject(parent)
{
// Create cards
createCards();
// Create seed for the random
QTime time = QTime::currentTime();
qsrand((uint)time.msec());
}
void CharSelectScreen::Initialize()
{
ArrayList<int> types;
for(int i=1; i<=4; i++)
{
types.add(0);
}
createCards(types);
createCharIcons();
resetCards(types);
}
Deck::Deck()
{
bWithReplacement = false;
bDrawHeatmap = false;
numProperties = 4;
numOptions = 3;
poRandSeed();
createCards();
//printDeck();
dealCards(12);
updateNeededCards();
printNeededRatios();
addEvent(PO_KEY_DOWN_EVENT, this);
}
Deck::Deck(){
createCards(1);
}
Deck::Deck(int numDecks){
createCards(numDecks);
}
void iniciaJogo()
{
int numberOfRounds, x;
int i = 0,j = 0 ,random;
int vetIsUsed[100];
int ptoPlayer1 = 0, ptoPlayer2 = 0;
Node* player1 = NULL;
Node* player2 = NULL;
Card foundCard1;
Card foundCard2;
Card card [53];
printf("\t\t\t\t\\----------------------- Welcome to House of Cards ---------------------------/");
printf("\nSelect the number of rounds : ");
scanf("%d", &numberOfRounds);
printf("O jogo começou !\n");
createCards(card);
while(i < numberOfRounds)
{
while(j < 10){
random = 1 + rand() % 52;
while(search(vetIsUsed,random))
random = 1 + rand() % 52;
insertVector(vetIsUsed,random);
player1 = insert(player1,card[random]);
random = 1 + rand() % 52;
while(search(vetIsUsed,random))
random = 1 + rand() % 52;
insertVector(vetIsUsed,random);
player2 = insert(player2,card[random]);
j++;
}
player1 = fixAVL(player1);
player2 = fixAVL(player2);
foundCard1 = searchCards(player1);
foundCard2 = searchCards(player2);
if((foundCard1.number) > (foundCard2.number))
{
ptoPlayer1++;
printf("Player 1 Tem a Carta %s e pontua !\n", foundCard1.suits);
}
else if ((foundCard1.number) < (foundCard2.number))
{
printf("Player 2 Tem a Carta %s e pontua !\n", foundCard2.suits);
ptoPlayer2++;
}
else
{
printf("Players Tem as mesmas cartas %s e %s , ambos pontuam !\n", foundCard1.suits, foundCard2.suits);
ptoPlayer1++;
ptoPlayer2++;
}
if(ptoPlayer1 > ptoPlayer2)
printf("Player 1 ganhou a primeira rodada !\n");
else if (ptoPlayer1 < ptoPlayer2)
printf("Player 2 ganhou a primeira rodada !\n");
else
printf("Deu empate ! \n");
free(player1);
free(player2);
i++;
}
i++;
}
bool GameMain::init()
{
if(!Layer::init()){return false;}
createBackground();
createLabel();
createCards();
createBoards();
createMenuButton();
settingStart();
auto listener=EventListenerTouchOneByOne::create();
//ドラッグ開始
listener->onTouchBegan=[this](Touch* touch,Event* event){
////
if(!_moveCards.empty()){
if(_moveCards.front()->getNumberOfRunningActions()){//ダブルタッチアニメーション中
auto card=_moveCards.front();
card->stopAllActions();//アニメーションをキャンセル
this->dragTouchEnded(_homeCellLayer->getHomeCellTalonPosition(card->getCardType()));//CallFuncの処理を実行
}
}
////
auto position=touch->getLocation();
if(_gameState==GameState::TOUCH_WAITING){
_moveCards.clear();
if(TALON_AREA_RECT.containsPoint(position)){
_moveCards=_talonLayer->dragCards(position);
this->setDragLayer(_talonLayer);
}else if(BOARD_CARD_AREA_RECT.containsPoint(position)){
_moveCards=_boardCardLayer->dragCards(position);
this->setDragLayer(_boardCardLayer);
}else if(HOME_CELL_AREA_RECT.containsPoint(position)){
_moveCards=_homeCellLayer->dragCards(position);
this->setDragLayer(_homeCellLayer);
}
if(!_moveCards.empty()){//カードがドラッグできれば
auto cardPosition=Vec2(0,-CARD_SIZE.height/4);
int z=1;
for(auto card:_moveCards){
card->setPosition(cardPosition);
_moveLayer->addChild(card,z);
cardPosition+=TALON_DIFF;
z++;
}
_moveLayer->setPosition(position);
_gameState=GameState::DRAG;
//ダブルタップ処理
_doubleTouchFlag=false;
if(_dragLayer==_talonLayer || _dragLayer==_boardCardLayer){//山札あるいは場札からのドロップ
if(_homeCellLayer->checkDropCard(_moveCards)){//ホームセルに置けるカードである
_doubleTouchFlag=true;//ダブルタップ処理フラグをtrue
_oneTouch=false;//一回タップされたかのフラグをfalse
_touchTime=0;//タップ時間の初期化
}
}
}else{
this->setDragLayer(nullptr);
}
}
return true;
};
//ドロップ、山札の切り替え
listener->onTouchEnded=[this](Touch* touch,Event* event){
auto position=touch->getLocation();
if(_gameState==GameState::TOUCH_WAITING){
if(TALON_AREA_RECT.containsPoint(position)){
if(_talonLayer->touchTalonCard(position)){
//山札が一巡
if(_talonLayer->getPullCount()==3){
//引くカードが3枚ずつの場合-20
this->updateScore(-20);
}else if(_talonLayer->getPullCount()==1){
//引くカードが1枚ずつの場合-100
this->updateScore(-100);
}else{
log("Talon::_pullCoount neither 1 nor 3.");
}
}
}
}else if(_gameState==GameState::DRAG){
if(_doubleTouchFlag){//ダブルタップを行う可能性がある
if(_oneTouch){//既に一度タップされている
if(_touchTime<TOUCH_TIME_PERIOD){//ダブルタップ受付時間以内
this->unschedule(DRAG_SCHEDULE);
auto card=_moveCards.front();
//this->dragTouchEnded(_homeCellLayer->getHomeCellTalonPosition(card->getCardType()));
_doubleTouchFlag=false;
////
//カードを移すホームセルの位置
auto homeCellPosition=_homeCellLayer->getHomeCellTalonPosition(card->getCardType());
//_moveLayerとGameMainレイヤーは基準座標が違うためconvertする
card->runAction(Sequence::create(MoveTo::create(0.3,_moveLayer->convertToNodeSpace(homeCellPosition))
,CallFunc::create([this,homeCellPosition](){
this->dragTouchEnded(homeCellPosition);
})
,NULL));
////
}
}else{
if(_touchTime<TOUCH_TIME_PERIOD){//ダブルタップ受付時間以内
_oneTouch=true;
//ダブルタップされなかったときのためにスケジュールを設定
this->scheduleOnce([this,position](float dt){
this->dragTouchEnded(position);
_doubleTouchFlag=false;
},TOUCH_TIME_PERIOD-_touchTime+0.1,DRAG_SCHEDULE);
}else{
this->dragTouchEnded(position);
_doubleTouchFlag=false;
}
}
}else{
this->dragTouchEnded(position);
}
}
};
//ドロップ中の移動
listener->onTouchMoved=[this](Touch* touch,Event* event){
auto position=touch->getLocation();
if(_gameState==GameState::DRAG){
_moveLayer->setPosition(position);
}
};
//キャンセル
listener->onTouchCancelled=[this](Touch* touch,Event* event){
if(_gameState==GameState::DRAG){
_moveLayer->removeAllChildren();
_dragLayer->cancelCards(_moveCards);
_gameState=GameState::TOUCH_WAITING;
}
};
//test
Director::getInstance()->getEventDispatcher()->addEventListenerWithSceneGraphPriority(listener,this);
return true;
}
