// Detect contiguous terrain tiles and store them in the regions list
void HexMap::findRegions()
{
// new tiles to query
multimap<int, sf::Vector2i> frontier;
int i = (int)(mapSize_.x*mapSize_.y);
HexTile* h = nullptr;
sf::Vector2i p;
std::unique_ptr<bool> seen(new bool[i]);
for (int a = 0; a < i; a++) {
seen.get()[a] = false;
}
std::deque<sf::Vector2i> peaks;
std::deque<Region> regions;
Region* currentRegion;
for (int r = 0; r < mapSize_.y; r++) {
for (int q = 0, qoff = (int)-floor(r / 2.0); q < mapSize_.x; q++, qoff++) {
i = q + mapSize_.x * r;
if (seen.get()[i]) {
continue;
}
regions.emplace_back(1, sf::Vector2i(qoff, r));
currentRegion = ®ions.back();
h = &getAxial(qoff, r);
frontier.insert(make_pair(0, sf::Vector2i(qoff, r)));
VectorSet adj;
while (!frontier.empty()) {
for (auto f : frontier) {
clipToBounds(neighbors(f.second, adj));
}
frontier.clear();
for (auto n : adj) {
p = axialToOffset(n);
i = p.x + p.y * mapSize_.x;
if (seen.get()[i]) {
continue;
}
HexTile& t = getAxial(n.x, n.y);
if (t.height >= 200) {
peaks.push_back(n);
}
if (t.hts == h->hts) {
frontier.insert(make_pair(0, n));
seen.get()[i] = true;
(*currentRegion).size++;
}
}
adj.clear();
}
}
}
}
void solve()
{
borderSquares[xFace]->clear();
borderSquares[yFace]->clear();
borderSquares[zFace]->clear();
for (vector<Face*>::iterator iter = faces.begin(); iter != faces.end(); iter++)
{
// derive all Squares of this face
Face* f = *iter;
// unsigned int startTime = getMicroSecs();
// cout << "deriveSquares: ";
f->deriveSquares();
// cout << (getMicroSecs() - startTime) << endl;
// put all squares of faces with the same orientation together
VectorSet* squares = borderSquares[f->orientation];
for(VectorSet::iterator iter = f->squares.begin(); iter != f->squares.end(); iter++)
{
Vertex v = *iter;
squares->insert(v);
}
}
VectorSet::iterator iter = borderSquares[zFace]->begin();
Vertex min = *iter;
while(iter != borderSquares[zFace]->end())
{
if(*iter < min)
min = *iter;
iter++;
}
blocks.clear();
blocks.insert(min);
// unsigned int startTime = getMicroSecs();
// cout << "collectBlocks: ";
collectBlocks(min);
// cout << (getMicroSecs() - startTime) << endl;
cout << "The bulk is composed of " << blocks.size() << " units.\n";
}
void Face::deriveSquares()
{
squares.clear();
determineOrientation();
vector<Vertex>::iterator iter = cornerVertices.begin();
Vertex min = *iter;
while(iter != cornerVertices.end())
{
if(*iter < min)
min = *iter;
iter++;
}
// min = starting point
squares.insert(min);
collectSquares(min);
}
