void ThirdGame::start()
{
sf::Music music;
if (!music.openFromFile("sounds/5.ogg"))
{
return; // error
}
music.play();
music.setLoop(true);
this->deck = new Deck4Ace();
this->deck->putRandom();
Card iterCard;
pair<int,int> iterPair;
for (int i = 0; i < 48; i++)
{
iterCard = deck->getCard();
iterPair.first = iterCard.getColorIdentifier();
iterPair.second = iterCard.getValueIdentifier();
deck0.push_front(iterPair);
}
/* for (int i = 0; i < 48; i++)
{
iterPair = deck0.front();
printf("first : %i, second : %i\n", iterPair.first, iterPair.second);
deck0.pop_front();
}*/
iterPair.first = 0;
iterPair.second = 0;
this->deck1[0] = iterPair;
iterPair.first = 1;
iterPair.second = 0;
this->deck2[0] = iterPair;
iterPair.first = 2;
iterPair.second = 0;
this->deck3[0] = iterPair;
iterPair.first = 3;
iterPair.second = 0;
this->deck4[0] = iterPair;
iterPair = deck0.front();
cardTexture0.loadFromFile("img/finish_cards_sheet.png");
deckSprite0.setTexture(cardTexture0);
deckSprite0.setTextureRect(sf::IntRect((float)1027/13 * (int)iterPair.second, (float)615/5 * (int)iterPair.first, (float)1027/13, (float)615/5 ));
cardTexture1.loadFromFile("img/finish_cards_sheet.png");
deckSprite1.setTexture(cardTexture1);
deckSprite1.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (0), (float)1027/13, (float)615/5 ));
cardTexture2.loadFromFile("img/finish_cards_sheet.png");
deckSprite2.setTexture(cardTexture2);
deckSprite2.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (1), (float)1027/13, (float)615/5 ));
cardTexture3.loadFromFile("img/finish_cards_sheet.png");
deckSprite3.setTexture(cardTexture3);
deckSprite3.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (2), (float)1027/13, (float)615/5 ));
cardTexture4.loadFromFile("img/finish_cards_sheet.png");
deckSprite4.setTexture(cardTexture4);
deckSprite4.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (3), (float)1027/13, (float)615/5 ));
deckSprite1.setPosition(100, 100);
deckSprite2.setPosition(300, 100);
deckSprite3.setPosition(100, 330);
deckSprite4.setPosition(300, 330);
deckSprite0.setPosition(600, 215);
deckSprite1.scale(sf::Vector2f(1.4f, 1.4f));
deckSprite2.scale(sf::Vector2f(1.4f, 1.4f));
deckSprite3.scale(sf::Vector2f(1.4f, 1.4f));
deckSprite4.scale(sf::Vector2f(1.4f, 1.4f));
deckSprite0.scale(sf::Vector2f(1.4f, 1.4f));
Sprite background;
Texture backTexture;
backTexture.loadFromFile("img/wood-texture.jpg");
background.setTexture(backTexture);
background.setPosition(0, 0);
//background.setScale((float)SCREEN_WIDTH/400, (float)SCREEN_HEIGHT/ 300);
//U WIN U LOSE PICS
Sprite lose;
Texture uLose;
uLose.loadFromFile("img/restart.png");
lose.setTexture(uLose);
lose.setPosition(765, 444);
Sprite winn;
Texture uWin;
uWin.loadFromFile("img/uWin.jpg");
winn.setTexture(uWin);
winn.setPosition(595, 185);
Sprite both;
Texture theBoth;
theBoth.loadFromFile("img/both.png");
both.setTexture(theBoth);
both.setPosition(600, 200);
Sprite help;
Texture helpt;
helpt.loadFromFile("img/help3.png");
help.setTexture(helpt);
help.setPosition(0, 0);
helpText.setCharacterSize(16);
helpText.setPosition(750, 10);
sf::Font font;
font.loadFromFile("fonts/times.ttf");
helpText.setFont(font);
helpText.setString("Press TAB to HELP");
pair<int,int> endPair;
while (this->win->isOpen())
{
Event event;
while (this->win->pollEvent(event))
{
if (event.type == Event::Closed)
this->win->close();
if (event.type == Event::KeyPressed)
{
if ((event.key.code == Keyboard::Tab))
{
if(!inHelp)
{inHelp = true;
continue;}
if(inHelp)
inHelp = false;
}
}
else if (event.type == sf::Event::MouseButtonPressed)
{
if (event.mouseButton.button == sf::Mouse::Left)
{
if(inHelp == false){
if ((event.mouseButton.x > 100) && ( event.mouseButton.x < 180) && (event.mouseButton.y > 100) && (event.mouseButton.y < 272))
{
deck1Accept();
}
if ((event.mouseButton.x > 300) && ( event.mouseButton.x < 380) && (event.mouseButton.y > 100) && (event.mouseButton.y < 272))
{
deck2Accept();
}
if ((event.mouseButton.x > 100) && ( event.mouseButton.x < 180) && (event.mouseButton.y > 330) && (event.mouseButton.y < 502))
{
deck3Accept();
}
if ((event.mouseButton.x > 300) && ( event.mouseButton.x < 380) && (event.mouseButton.y > 330) && (event.mouseButton.y < 502))
{
deck4Accept();
}
if ((event.mouseButton.x > 765) && ( event.mouseButton.x < 900) && (event.mouseButton.y > 444) && (event.mouseButton.y < 533))
{
restartGame();
}
else if(!((event.mouseButton.x > 100) && ( event.mouseButton.x < 180) && (event.mouseButton.y > 100) && (event.mouseButton.y < 272)) && !((event.mouseButton.x > 300) && ( event.mouseButton.x < 380) && (event.mouseButton.y > 100) && (event.mouseButton.y < 272)) && !((event.mouseButton.x > 100) && ( event.mouseButton.x < 180) && (event.mouseButton.y > 330) && (event.mouseButton.y < 502))&& !((event.mouseButton.x > 300) && ( event.mouseButton.x < 380) && (event.mouseButton.y > 330) && (event.mouseButton.y < 502))&& !((event.mouseButton.x > 765) && ( event.mouseButton.x < 900) && (event.mouseButton.y > 444) && (event.mouseButton.y < 533)))
{
missedClick();
//deck1Accept();
// deck2Accept();
//deck3Accept();
// deck4Accept();
}
}
}
}
this->win->clear();
this->win->draw(background);
this->win->draw(deckSprite1);
this->win->draw(deckSprite2);
this->win->draw(deckSprite3);
this->win->draw(deckSprite4);
this->win->draw(deckSprite0);
endPair = deck0.front();
if(endPair.first == 0 && endPair.second == 0)
this->win->draw(winn);
this->win->draw(lose);
if(inHelp== true)
this->win->draw(help);
this->win->draw(helpText);
this->win->display();
}
}
}
void ThirdGame::restartGame()
{
memset(deck1, 0, sizeof(deck1));
memset(deck2, 0, sizeof(deck2));
memset(deck3, 0, sizeof(deck3));
memset(deck4, 0, sizeof(deck4));
deck0.clear();
this->deck->putRandom();
size1 = 0;
size2 = 0;
size3 = 0;
size4 = 0;
Card iterCard;
pair<int,int> iterPair;
for (int i = 0; i < 48; i++)
{
iterCard = deck->getCard();
iterPair.first = iterCard.getColorIdentifier();
iterPair.second = iterCard.getValueIdentifier();
deck0.push_front(iterPair);
}
iterPair.first = 0;
iterPair.second = 0;
this->deck1[0] = iterPair;
iterPair.first = 1;
iterPair.second = 0;
this->deck2[0] = iterPair;
iterPair.first = 2;
iterPair.second = 0;
this->deck3[0] = iterPair;
iterPair.first = 3;
iterPair.second = 0;
this->deck4[0] = iterPair;
iterPair = deck0.front();
cardTexture0.loadFromFile("img/finish_cards_sheet.png");
deckSprite0.setTexture(cardTexture0);
deckSprite0.setTextureRect(sf::IntRect((float)1027/13 * (int)iterPair.second, (float)615/5 * (int)iterPair.first, (float)1027/13, (float)615/5 ));
cardTexture1.loadFromFile("img/finish_cards_sheet.png");
deckSprite1.setTexture(cardTexture1);
deckSprite1.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (0), (float)1027/13, (float)615/5 ));
cardTexture2.loadFromFile("img/finish_cards_sheet.png");
deckSprite2.setTexture(cardTexture2);
deckSprite2.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (1), (float)1027/13, (float)615/5 ));
cardTexture3.loadFromFile("img/finish_cards_sheet.png");
deckSprite3.setTexture(cardTexture3);
deckSprite3.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (2), (float)1027/13, (float)615/5 ));
cardTexture4.loadFromFile("img/finish_cards_sheet.png");
deckSprite4.setTexture(cardTexture4);
deckSprite4.setTextureRect(sf::IntRect((float)1027/13 * (0), (float)615/5 * (3), (float)1027/13, (float)615/5 ));
}
