class Piece
{
private:
Block *tetromino;
int rotation;
Shape shape;
public:
Piece(Shape shape);
void translate();
void rotate();
bool collides();
};
class Block
{
private:
static sf::Image *image;
sf::Sprite sprite;
int x, y;
Shape shape;
public:
Block(Shape shape);
void setPosition(int xCoord, int yCoord);
void setSprite();
friend class Piece;
};
tetromino = new Block(shapeName)[4];
Quote:piece.cpp: In function `void initializeShape()':
piece.cpp:20: error: `tetromino' was not declared in this scope
class Piece{private: std::vector<Block> tetromino; int rotation; Shape shape;public: Piece(Shape shape); void translate(); void rotate(); bool collides();};Piece::Piece(Shape shape){ tetromino.push_back(Block(shape)); tetromino.push_back(Block(shape)); tetromino.push_back(Block(shape)); tetromino.push_back(Block(shape)); rotation = 0; shape = shape;}void initializeShape(){ tetromino[0].setPosition(5, 19); tetromino[1].setPosition(4, 19); tetromino[2].setPosition(4, 18); tetromino[3].setPosition(5, 18);}void Piece::translate(){}void Piece::rotate(){}bool Piece::collides(){}Quote:Is there a way to specify a constructor to use and use it?
Quote:Or would I have to make the tetromino a double pointer and declare each individually?
Quote:piece.cpp: In function `void initializeShape()':
piece.cpp:20: error: `tetromino' was not declared in this scope
Quote:Original post by Dragonsoulj
tetromino = new Block(shapeName)[4];
tetromino = operator new(4 * sizeof Block);new(tetromino+0) Block(shapeName);new(tetromino+1) Block(shapeName);new(tetromino+2) Block(shapeName);new(tetromino+3) Block(shapeName); tetromino.push_back(Block(shape)); tetromino.push_back(Block(shape)); tetromino.push_back(Block(shape)); tetromino.push_back(Block(shape));private: Piece *currentPiece; Piece *nextPiece;Board::Board(){ currentPiece = new Piece(O,filledSquares); nextPiece = new Piece(O,filledSquares);}void Board::getNextPiece(){ delete currentPiece; currentPiece = nextPiece; delete nextPiece; nextPiece = new Piece(O,filledSquares);}Quote:Original post by Dragonsoulj
void Board::getNextPiece()
{
delete currentPiece;
currentPiece = nextPiece;
delete nextPiece;
nextPiece = new Piece(O,filledSquares);
}
void Interface::loop(){ float TimeElapsed = 0; clock->Reset(); board->drawBoard(windowApp); while(windowApp->IsOpened()) { sf::Event Event; while(windowApp->GetEvent(Event)) { if((Event.Type == sf::Event::Closed) || ((Event.Type == sf::Event::KeyPressed) && (Event.Key.Code == sf::Key::Escape))) { windowApp->Close(); } if((Event.Type == sf::Event::KeyPressed) && (Event.Key.Code == sf::Key::Left)) { board->currentPiece->translate(left); } if((Event.Type == sf::Event::KeyPressed) && (Event.Key.Code == sf::Key::Right)) { board->currentPiece->translate(right); } } TimeElapsed = clock->GetElapsedTime(); if(0.5 <= TimeElapsed) { if(board->currentPiece->translate(down)) { for(int i = 0; i < 4; i++) { int x = board->currentPiece->tetromino.at(i).getX(); int y = board->currentPiece->tetromino.at(i).getY(); board->filledSquares[x*20 + y] = true; board->blocks.erase(board->blocks.begin() + x*20 + y); board->blocks.insert(board->blocks.begin() + x*20 + y, Block(board->currentPiece->shape)); board->blocks.at(x*20 + y).setPosition(x,y); } board->clearLine(); board->getNextPiece(); } clock->Reset(); } board->drawBoard(windowApp); }}Quote:Original post by Zahlman
That said, encapsulating individual Blocks is probably overkill for Tetris, and most implementations I've seen (and all the ones I've written) represent a piece with a 4x4 grid of "is there a block at this location relative to the piece location?" instead of a set of 4 "here is the relative location of a block in the piece" values. It makes the rest of the algorithmic work simpler overall. Trust me. ;)
