state newStartingState(unsigned char pTypes)
{
state s;
pile deck = newDeck();
pile p1Hand = getNRandCards(deck, 5);
deck = removeCards(deck, p1Hand);
pile p2Hand = getNRandCards(deck, 5);
deck = removeCards(deck, p2Hand);
card trumpCard = getRandCard(deck);
deck = removeCard(deck, trumpCard);
unsigned long long pHands = (((unsigned long long) p2Hand) << 32) +
(unsigned long long) p1Hand;
s.deckWithIndex = deck;
for(unsigned int i=0; i < 9; i++)
{
s.deckOrder[i] = getRandCard(deck);
deck = removeCard(deck, s.deckOrder[i]);
}
s.pHands = pHands;
s.trumpCard = trumpCard;
s.pRevCards = 0;
s.pScores = 0;
unsigned int p1PlayedFirst = rand() % 2;
unsigned char allBools = 0;
allBools |= (p1PlayedFirst * 0b1100);
s.allBools = allBools;
s.pPossGamePoints = 0;
s.pCurrGamePoints = 0;
s.pLastMoves = 0;
s.pTypes = pTypes;
return s;
}
state resetNextDeal(state s)
{
pile deck = newDeck();
pile p1Hand = getNRandCards(deck, 5);
deck = removeCards(deck, p1Hand);
pile p2Hand = getNRandCards(deck, 5);
deck = removeCards(deck, p2Hand);
card trumpCard = getRandCard(deck);
deck = removeCard(deck, trumpCard);
unsigned long long pHands = (((unsigned long long) p2Hand) << 32) +
(unsigned long long) p1Hand;
s.deckWithIndex = deck;
for(unsigned int i=0; i < 9; i++)
{
s.deckOrder[i] = getRandCard(deck);
deck = removeCard(deck, s.deckOrder[i]);
}
s.pHands = pHands;
s.trumpCard = trumpCard;
s.pRevCards = 0;
s.pScores = 0;
unsigned int p1PlayedFirst = s.allBools & 0b100;
s.allBools = 0;
s.allBools |= (!p1PlayedFirst * 0b1100);
s.pPossGamePoints = 0;
s.pLastMoves = 0;
return s;
}
void PeopleGroupedView::rowsRemoved(const QModelIndex& parent, int start, int end)
{
Q_UNUSED(parent);
qDebug() << "[PeopleGroupedView] Rows Removed" << start << end;
for (int i=start; i<=end; i++)
removeCard(i);
}
void PeopleGroupedView::dataChanged(const QModelIndex& topLeft,
const QModelIndex& bottomRight)
{
qDebug() << "[PeopleGroupedView] Data Changed" << topLeft.row() << bottomRight.row();
int start = topLeft.row();
int end = bottomRight.row();
for (int i=start; i<=end; i++) {
removeCard(i);
insertCard(m_itemModel->index(i, 0));
}
}
void Deck::findSet()
{
for( int i=0; i<cardsDealt.size(); i++ ) {
for (int j=i+1; j<cardsDealt.size(); j++) {
//printf("permutation: %i, %i\n", i, j);
Card *c1 = (Card *) cardsDealt[i];
Card *c2 = (Card *) cardsDealt[j];
Card *c3 = c1->findCardToCompleteSet(c2);
if(c3 != NULL) {
for( int k=0; k<cardsDealt.size(); k++ ) {
Card *s = (Card *) cardsDealt[k];
if( c3->isCardEqual(s)) {
printf("--------removing found set---------\n");
c1->printCard();
c2->printCard();
c3->printCard();
printf("-----------------------------------\n");
removeCard(c1, &cardsDealt);
removeCard(c2, &cardsDealt);
removeCard(c3, &cardsDealt);
printHand();
}
}
}
else {
printf("Null Card!!!!\n");
}
}
}
}
moveGroup addTrumpSwapMoves_CLOSE(state s, pile hand, moveGroup mg)
{
card trumpCard = getTrumpCard(s);
rank marrPartner = getMarriagePartner(trumpCard);
if(isKingOrQueen(trumpCard) && contains(hand, marrPartner))
{
card trumpMask = getCardSuitMask(getTrumpCard(s));
pile suitQueenKing = trumpCard | marrPartner;
mg.groups[6] |= suitQueenKing & trumpMask;
mg.groups[7] |= suitQueenKing & (~trumpMask);
}
card trumpJack = getTrumpJack(trumpCard);
hand = removeCard(hand, trumpJack);
hand = addCards(hand, trumpCard);
mg.groups[6] |= mg.groups[9];
mg.groups[7] |= mg.groups[10];
mg.groups[8] |= hand;
return mg;
}
void runTests() {
Deck testDeck;
testDeck.length = 0;
if(!isEmpty(testDeck)) {
printf("isEmpty test 1 failed!\n");
}
testDeck.length = 1;
if(isEmpty(testDeck)) {
printf("isEmpty test 2 failed!\n");
}
testDeck.length = 0;
Card testCard;
testCard.suit = Hearts;
testCard.value = 13;
addCard(&testDeck, testCard);
printCard(testDeck.cards[0]);
printf("\n======\n");
if(isEmpty(testDeck)) {
printf("addCard test 1 failed!\n");
}
//Card yourmom =
removeCard(&testDeck);
//printCard(yourmom);
}
/** \brief Imprime o html correspondente a uma carta
@param path O URL correspondente à pasta que contém todas as cartas
@param x A coordenada x da carta
@param y A coordenada y da carta
@param suit O naipe da carta (inteiro entre 0 e 3)
@param value O valor da carta (inteiro entre 0 e 12)
@param gameState O estado de jogo atual (para determinar urls após cliques nas cartas)
@param cardPosition Usado para a rotação. 0 - cima, 1 - direita, 2 - baixo, 3 - esquerda
*/
void printCard (char *path, int x, int y, int suit, int value, state gameState, int cardPosition) {
/* Criar um estado que será usado se o utilizador clicar nesta carta */
state stateAfterClick = gameState;
/* Se a carta pertence ao utilizador */
bool isUserCard = cardExists(gameState.hands[0], suit, value);
/* Classes html desta carta */
char cardElementClasses[256] = "card";
/* Classe de rotação da carta */
char cardRotationClass[32];
if (cardPosition == 0) {
strcpy(cardRotationClass, "card-top");
} else if (cardPosition == 1) {
strcpy(cardRotationClass, "card-right");
} else if (cardPosition == 2) {
strcpy(cardRotationClass, "card-bottom");
} else if (cardPosition == 3) {
strcpy(cardRotationClass, "card-left");
}
/* Classe que desativa cliques na carta */
char cardDisableClass[32] = "disabled";
/* Se a carta for do utilizador */
if (isUserCard) {
/* Não adicionar à carta a classe que a desativa */
cardDisableClass[0] = '\0';
/* Mudar as classes html desta carta (para aplicar estilos personalizados) */
strcpy(cardElementClasses, "card user-card");
/* Se a carta já está selecionada */
if (cardExists(gameState.selection, suit, value)) {
/* Ao clicar nela será descelecionada */
stateAfterClick.selection = removeCard(stateAfterClick.selection, suit, value);
} else {
/* Ao clicar nela será selecionada */
stateAfterClick.selection = addCard(stateAfterClick.selection, suit, value);
}
} /* Else, clicar na carta não faz nada */
/* Criar url que será usado se esta carta for clicada, usando o estado que já foi criado acima */
char onClickUrl[10240];
sprintf(onClickUrl, "%s?q=%s", SCRIPT, stateToString(stateAfterClick));
printf("<a href=\"%s\"><img src=\"%s/%c%c.svg\" class=\"%s %s %s\" style=\"position: absolute; left:%dpx; top: %dpx; height: 110px; width: 76px;\"></a>\n", onClickUrl, path, VALUES[value], SUITS[suit], cardElementClasses, cardRotationClass, cardDisableClass, x, y);
}
connect(ui.editCardName, SIGNAL(textChanged(QString)), this, SLOT(nameChanged()));
// Validate Values on change
connect(ui.tableResources, SIGNAL(itemChanged( QTableWidgetItem* )), this, SLOT(validateValues()));
connect(ui.tableModifiers, SIGNAL(itemChanged( QTableWidgetItem* )), this, SLOT(validateValues()));
// Connect Change Listener
connect(ui.editCardName, SIGNAL(editingFinished()), this, SLOT(somethingChanged()));
connect(ui.spinDamageOpponent, SIGNAL(valueChanged(int)), this, SLOT(somethingChanged()));
connect(ui.spinDamageSelf, SIGNAL(valueChanged(int)), this, SLOT(somethingChanged()));
connect(ui.checkAddTurn, SIGNAL(clicked()), this, SLOT(somethingChanged()));
connect(ui.checkDiscard, SIGNAL(clicked()), this, SLOT(somethingChanged()));
connect(ui.checkNotDiscardable, SIGNAL(clicked()), this, SLOT(somethingChanged()));
connect(ui.tableResources, SIGNAL(itemDoubleClicked( QTableWidgetItem* )), this, SLOT(somethingChanged()));
connect(ui.tableModifiers, SIGNAL(itemDoubleClicked( QTableWidgetItem* )), this, SLOT(somethingChanged()));
connect(ui.buttonRemoveCard, SIGNAL(clicked()), this, SLOT(removeCard()));
connect(ui.buttonAddCard, SIGNAL(clicked()), this, SLOT(addCard()));
connect(ui.buttonOpenImage, SIGNAL(clicked()), this, SLOT(selectImage()));
}
// -----------------------------------------------------------------------------
void CardEditor::populateTree() {
// If we're simply loading a new Project, refresh the view
if(!ui.cardList->size().isEmpty()) {
ui.cardList->clear();
reset();
}
// Populate List
int i = 0;
foreach(Arcomage::Card* c, cards) {
void EditDeckScreen::keyPressEvent(int keyCode) {
String all = "";
int ind = listBox->getSelectedIndex();
int max = listBox->getChildren().size();
Widget *currentSoftKeys = mainLayout->getChildren()[mainLayout->getChildren().size() - 1];
switch (screenType) {
case ST_LIST:
switch(keyCode) {
case MAK_UP:
if(currentSelectedKey!=NULL){
currentSelectedKey->setSelected(false);
currentSelectedKey = NULL;
currentKeyPosition = -1;
listBox->getChildren()[listBox->getChildren().size()-1]->setSelected(true);
}
else if (ind == 0) {
listBox->setSelectedIndex(max-1);
} else {
listBox->selectPreviousItem();
}
break;
case MAK_DOWN:
if (ind+1 < max ) {
listBox->setSelectedIndex(ind+1);
} else if(currentSelectedKey==NULL) {
listBox->getChildren()[ind]->setSelected(false);
for(int i = 0; i < currentSoftKeys->getChildren().size();i++){
if(((Button *)currentSoftKeys->getChildren()[i])->isSelectable()){
currentKeyPosition=i;
currentSelectedKey= currentSoftKeys->getChildren()[i];
currentSelectedKey->setSelected(true);
break;
}
}
}
break;
case MAK_BACK:
case MAK_SOFTRIGHT:
previous->show();
break;
case MAK_FIRE:
if(currentSoftKeys->getChildren()[0]->isSelected()){
keyPressEvent(MAK_SOFTLEFT);
break;
}else if(currentSoftKeys->getChildren()[2]->isSelected()){
keyPressEvent(MAK_SOFTRIGHT);
break;
}
if (listBox->getSelectedIndex() == 0 && cards.size() < 10) {
if (next != NULL) {
delete next;
feed->remHttp();
next = NULL;
}
next = new AlbumLoadScreen(this, feed, AlbumLoadScreen::ST_DECK, NULL, false, NULL, deckCategory);
((AlbumLoadScreen*)next)->setDeckId(deckId);
next->show();
}
else if ((listBox->getSelectedIndex() == 0 && cards.size() == 10) ||
(listBox->getSelectedIndex() == 1 && cards.size() < 10)) {
drawConfirm();
}
break;
case MAK_SOFTLEFT:
if (listBox->getSelectedIndex() == 0 && cards.size() < 10) {
if (next != NULL) {
delete next;
feed->remHttp();
next = NULL;
}
next = new AlbumLoadScreen(this, feed, AlbumLoadScreen::ST_DECK, NULL, false, NULL, deckCategory);
((AlbumLoadScreen*)next)->setDeckId(deckId);
next->show();
}
else if ((listBox->getSelectedIndex() == 0 && cards.size() == 10) ||
(listBox->getSelectedIndex() == 1 && cards.size() < 10)) {
drawConfirm();
}
else {
removeCard();
}
break;
case MAK_LEFT:
if(currentSelectedKey!=NULL){
if(currentKeyPosition > 0){
currentKeyPosition = currentKeyPosition - 1;
for(int i = currentKeyPosition; i >= 0;i--){
if(((Button *)currentSoftKeys->getChildren()[i])->isSelectable()){
currentSelectedKey->setSelected(false);
currentKeyPosition=i;
currentSelectedKey= currentSoftKeys->getChildren()[i];
currentSelectedKey->setSelected(true);
break;
}
}
}
}
break;
case MAK_RIGHT:
if(currentSelectedKey!=NULL){
if(currentKeyPosition+1 < currentSelectedKey->getParent()->getChildren().size()){
currentKeyPosition = currentKeyPosition + 1;
for(int i = currentKeyPosition; i < currentSoftKeys->getChildren().size();i++){
if(((Button *)currentSoftKeys->getChildren()[i])->isSelectable()){
currentSelectedKey->setSelected(false);
currentKeyPosition=i;
currentSelectedKey= currentSoftKeys->getChildren()[i];
currentSelectedKey->setSelected(true);
break;
}
}
}
}
break;
}
break;
case ST_CONFIRM_DELETE:
switch(keyCode) {
case MAK_FIRE:
if(currentSoftKeys->getChildren()[0]->isSelected()){
keyPressEvent(MAK_SOFTLEFT);
}else if(currentSoftKeys->getChildren()[2]->isSelected()){
keyPressEvent(MAK_SOFTRIGHT);
}
break;
case MAK_UP:
if(currentSelectedKey!=NULL){
currentSelectedKey->setSelected(false);
currentSelectedKey = NULL;
currentKeyPosition = -1;
listBox->getChildren()[listBox->getChildren().size()-1]->setSelected(true);
}
else if (ind == 0) {
listBox->setSelectedIndex(max-1);
} else {
listBox->selectPreviousItem();
}
break;
case MAK_DOWN:
if (ind+1 < max ) {
listBox->setSelectedIndex(ind+1);
} else if(currentSelectedKey==NULL) {
listBox->getChildren()[ind]->setSelected(false);
for(int i = 0; i < currentSoftKeys->getChildren().size();i++){
if(((Button *)currentSoftKeys->getChildren()[i])->isSelectable()){
currentKeyPosition=i;
currentSelectedKey= currentSoftKeys->getChildren()[i];
currentSelectedKey->setSelected(true);
break;
}
}
}
break;
case MAK_BACK:
case MAK_SOFTRIGHT:
if (!busy) {
busy = true;
drawList();
}
break;
case MAK_SOFTLEFT:
if (!busy) {
busy = true;
deleteDeck();
}
break;
case MAK_LEFT:
if(currentSelectedKey!=NULL){
if(currentKeyPosition > 0){
currentKeyPosition = currentKeyPosition - 1;
for(int i = currentKeyPosition; i >= 0;i--){
if(((Button *)currentSoftKeys->getChildren()[i])->isSelectable()){
currentSelectedKey->setSelected(false);
currentKeyPosition=i;
currentSelectedKey= currentSoftKeys->getChildren()[i];
currentSelectedKey->setSelected(true);
break;
}
}
}
}
break;
case MAK_RIGHT:
if(currentSelectedKey!=NULL){
if(currentKeyPosition+1 < currentSelectedKey->getParent()->getChildren().size()){
currentKeyPosition = currentKeyPosition + 1;
for(int i = currentKeyPosition; i < currentSoftKeys->getChildren().size();i++){
if(((Button *)currentSoftKeys->getChildren()[i])->isSelectable()){
currentSelectedKey->setSelected(false);
currentKeyPosition=i;
currentSelectedKey= currentSoftKeys->getChildren()[i];
currentSelectedKey->setSelected(true);
break;
}
}
}
}
break;
}
break;
}
}
