void UpdateCamera()
{
CameraFocusRect.width = Camera.width * CameraFocus;
CameraFocusRect.height = Camera.height * CameraFocus;
CameraFocusRect.left = ((1 - CameraFocus) * Camera.width) / 2;
CameraFocusRect.top = ((1 - CameraFocus) * Camera.height) / 2;
if (!CameraFocusRect.contains(Player1.Center()))
{
if (Player1.Center().x < CameraFocusRect.left)
Camera.left -= CameraFocusRect.left - Player1.Center().x;
if (Player1.Center().x > (CameraFocusRect.left + CameraFocusRect.width))
Camera.left += Player1.Center().x - (CameraFocusRect.left + CameraFocusRect.width);
if (Player1.Center().y < CameraFocusRect.top)
Camera.top -= CameraFocusRect.top - Player1.Center().y;
if (Player1.Center().y >(CameraFocusRect.top + CameraFocusRect.height))
Camera.top += Player1.Center().y - (CameraFocusRect.top + CameraFocusRect.height);
}
if (Camera.left < 0)
Camera.left = 0;
if (Camera.top < 0)
Camera.top = 0;
if ((Camera.left + Camera.width) > (tiles[0].size() * 64))
Camera.left = (tiles[0].size() * 64) - Camera.width;
if ((Camera.top + Camera.height) > (tiles[0].size() * 64))
Camera.top = (tiles[0].size() * 64) - Camera.height;
}
bool MouseHandler::IsOver(sf::IntRect rect)
{
if(rect.contains(MousePosition.x, MousePosition.y)){
return true;
}
else
{
return false;
}
}
///////////////
// INTERSECT //
///////////////
void SelectionController::intersectSelection(const sf::IntRect& rect, const std::vector<nSet::o_line>& conf_l) {
if (isSelected()) {
intersectSelection(rect, static_cast<sf::Image*>(NULL));
setInverted(false);
pos_lines = new nSet::positionned_olines(*pos_lines);
FOR_I_INV (pos_lines->lines.size())
if (!rect.contains(pos_lines->lines[i].x, pos_lines->lines[i].y))
pos_lines->lines.erase(pos_lines->lines.begin() + i);
pos_lines->lines.insert(pos_lines->lines.end(), conf_l.begin(), conf_l.end());
pos_lines->pos = getPosition();
if (!reline()) {
UNDO->push(*new SelecUpdated(this, *image_selec, pos_lines->pos, *pos_lines, inverted));
emit selectionUpdated(3);
}
}
else