void Pacman::replacing(int value){
Pacman * p = reinterpret_cast<Pacman *> (value);
p->_xcoord = 0;
p->_ycoord = 2;
p->setDirection(DOWN);
p->_isDead=false;
}
void Logic::processMovement(Pacman &pacman, Maze &maze)
{
Vector2<int> coords(0,0);
switch(pacman.getDirection())
{
case Direction::UP:
coords.x = pacman.getPosition().x;
coords.y = pacman.getPosition().y - 1;
break;
case Direction::DOWN:
coords.x = pacman.getPosition().x;
coords.y = pacman.getPosition().y + 1;
break;
case Direction::LEFT:
coords.x = pacman.getPosition().x - 1;
coords.y = pacman.getPosition().y;
break;
case Direction::RIGHT:
coords.x = pacman.getPosition().x + 1;
coords.y = pacman.getPosition().y;
break;
case Direction::STOP:
coords.x = pacman.getPosition().x;
coords.y = pacman.getPosition().y;
break;
}
if(maze.getMaze()[coords.x][coords.y].getType() != Type::NOTHING)
{
if(Physics::isIntersects(&pacman, &maze.getMaze()[coords.x][coords.y], pacman.getDirection()))
{
switch(maze.getMaze()[coords.x][coords.y].getType())
{
case Type::PILL:
pacman.setScore(pacman.getScore() + 2);
maze.getMaze()[coords.x][coords.y].setType(Type::NOTHING);
cellsToChange.setXY(coords.x, coords.y);
break;
case Type::BONUS:
break;
case Type::WALL:
pacman.setDirection(Direction::STOP);
break;
}
}
}
pacman.setMovingVector();
}
