Tile::Tile(int p_tileType, sf::Vector2u p_spriteLoc,int p_ssNum, sf::Vector2u p_tileDims )
{
setSpriteLoc(p_spriteLoc);
setTileType(p_tileType);
setSSNum(p_ssNum);
setTileDims(p_tileDims);
}
void FloodFill::floodFill(TrackTile & tile, QAction * action, const QString & typeToFill, MapBase & map)
{
static const int DIRECTION_COUNT = 4;
// Coordinates of neighbor tiles can be calculated by adding these
// adjustments to tile coordinates.
static const QPoint neighborAdjustments[DIRECTION_COUNT] =
{
QPoint( 1, 0), // right
QPoint( 0, -1), // up
QPoint(-1, 0), // left
QPoint( 0, 1) // down
};
setTileType(tile, action);
QPoint location = tile.matrixLocation();
for (int i = 0; i < DIRECTION_COUNT; ++i)
{
int x = location.x() + neighborAdjustments[i].x();
int y = location.y() + neighborAdjustments[i].y();
if (x >= 0 && y >= 0)
{
auto tile = std::dynamic_pointer_cast<TrackTile>(map.getTile(x, y));
if (tile && tile->tileType() == typeToFill)
{
FloodFill::floodFill(*(tile.get()), action, typeToFill, map);
}
}
}
}
Tile::Tile()
{
setTileType(6, 0);
}
