void Serializable::initWithParseNode(const parse::Node* n)
{
for(vector<parse::Node*>::const_iterator itr = n->children.begin();
itr!=n->children.end();
itr++)
{
const parse::Node* node = *itr;
if(node->type == parse::kString && node->data.value!=NULL)
handleChild(node);
}
}
int main(int argc, char *argv[]) {
pid_t pid = fork();
if (pidIsFailed(pid)) {
handleFailed(argc, argv);
}
if (pidIsChild(pid)) {
handleChild(argc, argv);
}
if (pidIsParent(pid)) {
handleParent(argc, argv);
}
fprintf(stderr, "Something wrong.");
exit(EXIT_FAILURE);
}
// fork manager
void executeInputLine(char* line) {
pid_t pid = fork();
if (pidIsFailed(pid)) {
return handleFailed(line);
}
if (pidIsChild(pid)) {
return handleChild(line);
}
if (pidIsParent(pid)) {
return handleParent(line);
}
fprintf(stderr, "Something wrong.");
exit(EXIT_FAILURE);
}
void WorldGenerator::createChunk(ow::Chunk& chunk, sf::Vector2i pos)
{
if (mMap == nullptr)
{
#ifdef OW_DEBUG
std::cout << "ChunkGenerator: hasn't any Map" << std::endl;
#endif // OW_DEBUG
return;
}
chunk.setTileset(mMap->getTileset(mDefaultTileset));
chunk.setPos(pos);
chunk.clearLayers();
chunk.addLayer();
fill(chunk,mWaterId,0);
std::vector<sf::Vector2i> transformed;
std::vector<sf::Vector2i> checkList;
unsigned int tileLimit = chunk.getSize().x * chunk.getSize().y * mPercentGrassOverWater / 100;
bool neighboorsHandled = neighboorsChunks(pos,checkList,transformed,chunk);
bool transformingDone = false;
while (!transformingDone)
{
// if neighboors handled or no neighboors
if (neighboorsHandled)
{
sf::Vector2i firstTile;
firstTile.x = rand() % chunk.getSize().x;
firstTile.y = rand() % chunk.getSize().y;
transformed.push_back(firstTile);
checkList.push_back(firstTile);
chunk.getLayer(0)->setTileId(firstTile.x,firstTile.y,mSandId);
}
while (!checkList.empty())
{
sf::Vector2i parentTile = checkList[0];
if (parentTile.x > 0) // left child
handleChild(sf::Vector2i(parentTile.x-1,parentTile.y),checkList,transformed,chunk);
if (parentTile.y > 0) // upper child
handleChild(sf::Vector2i(parentTile.x,parentTile.y-1),checkList,transformed,chunk);
if (parentTile.x < chunk.getSize().x -1) // right child
handleChild(sf::Vector2i(parentTile.x+1,parentTile.y),checkList,transformed,chunk);
if (parentTile.y < chunk.getSize().y -1) // lower child
handleChild(sf::Vector2i(parentTile.x,parentTile.y+1),checkList,transformed,chunk);
// End of the loop tasks & checks
checkList.erase(checkList.begin());
if (neighboorsHandled && transformed.size() >= tileLimit)
{
checkList.clear();
transformingDone = true;
}
}
if (!neighboorsHandled)
{
neighboorsHandled = true;
}
}
for (unsigned int i = 0; i < transformed.size(); i++)
{
sf::Vector2i tile = transformed[i];
if (((tile.x > 0 && chunk.getLayer(0)->getTileId(tile.x-1,tile.y) != mWaterId)
&& (tile.y > 0 && chunk.getLayer(0)->getTileId(tile.x,tile.y-1) != mWaterId)
&& (tile.x < chunk.getSize().x-1 && chunk.getLayer(0)->getTileId(tile.x+1,tile.y) != mWaterId)
&& (tile.y < chunk.getSize().y-1 && chunk.getLayer(0)->getTileId(tile.x,tile.y+1) != mWaterId))
|| tile.x == 0 || tile.y == 0
|| tile.x == chunk.getSize().x -1
|| tile.y == chunk.getSize().y -1)
{
chunk.getLayer(0)->setTileId(tile.x,tile.y,mGrassId);
}
}
chunk.saveToFile(mMap->getDirectory() + std::to_string(pos.x) + "_" + std::to_string(pos.y) + ".chunk");
}
