├── Model.cpp ├── Model.h ├── Reader.cpp ├── Reader.h ├── Writer.cpp ├── Writer.h ├── dino_fuzzyK1_010_new.ply ├── dino_fuzzyK2_010_new.ply ├── dino_fuzzyK3_010_new.ply └── main.cpp /Model.cpp: -------------------------------------------------------------------------------- 1 | #include "Model.h" 2 | 3 | using namespace std; 4 | 5 | double dot(const Vec& v1, const Vec& v2) 6 | { 7 | return v1.x[0] * v2.x[0] + v1.x[1] * v2.x[1] + v1.x[2] * v2.x[2]; 8 | } 9 | 10 | Point cross(const Vec& v1, const Vec& v2) 11 | { 12 | Point ans; 13 | ans.x[0] = v1.x[1] * v2.x[2] - v1.x[2] * v2.x[1]; 14 | ans.x[1] = v1.x[2] * v2.x[0] - v1.x[0] * v2.x[2]; 15 | ans.x[2] = v1.x[0] * v2.x[1] - v1.x[1] * v2.x[0]; 16 | return ans; 17 | } 18 | 19 | void normalizeV(Vec& v) 20 | { 21 | double len = sqrt(dot(v, v)); 22 | if (len < M_EPS) return; 23 | v.x[0] /= len; 24 | v.x[1] /= len; 25 | v.x[2] /= len; 26 | } 27 | 28 | bool isConvex(const Face& fa, const Face& fb) 29 | { 30 | return dot(fa.normal, fb.c - fa.c) < M_EPS; 31 | } 32 | 33 | double faceGeoD(const Face& fa, const Face& fb, const Point& p0, const Point& p1) 34 | { 35 | Vec axis = p1 - p0; 36 | Vec va = fa.c - p0; 37 | Vec vb = fb.c - p0; 38 | double lenAxis = sqrt(dot(axis, axis)); 39 | double lenA = sqrt(dot(va, va)); 40 | double lenB = sqrt(dot(vb, vb)); 41 | double angA = acos(dot(va, axis) / lenA / lenAxis); 42 | double angB = acos(dot(vb, axis) / lenB / lenAxis); 43 | double len = lenA*lenA + lenB*lenB - 2 * lenA*lenB*cos(angA + angB); 44 | return len; 45 | } 46 | 47 | double faceAngD(const Face& fa, const Face& fb, bool inverse) 48 | { 49 | double eta = 0.2; 50 | if (!isConvex(fa, fb)) eta = 1.0; 51 | double d = dot(fa.normal, fb.normal); 52 | //if (inverse) d = -d; 53 | return eta * (1 - d); 54 | } 55 | 56 | double faceAng(const Face& fa, const Face& fb, bool inverse) 57 | { 58 | double d = dot(fa.normal, fb.normal); 59 | //if (inverse) d = -d; 60 | return acos(d); 61 | } 62 | 63 | -------------------------------------------------------------------------------- /Model.h: -------------------------------------------------------------------------------- 1 | #pragma once 2 | #include 3 | #include 4 | #include 5 | #include 6 | #include 7 | #include 8 | #include 9 | 10 | using namespace std; 11 | 12 | #define M_PI 3.14159265358979323846 13 | #define M_EPS 1e-12 14 | #define M_INF 1e12 15 | 16 | #define TH_DIST_RATIO 0.20 17 | #define TH_ANGLE_DIFF 0.30 18 | #define TH_REP_DIST_RATIO 0.1 19 | 20 | struct Point 21 | { 22 | double x[3]; 23 | Point() {} 24 | Point(double xx, double yy, double zz) 25 | { 26 | x[0] = xx; x[1] = yy; x[2] = zz; 27 | } 28 | Point(const Point& p) 29 | { 30 | x[0] = p.x[0]; x[1] = p.x[1]; x[2] = p.x[2]; 31 | } 32 | Point operator + (const Point& p) const 33 | { 34 | Point ans; 35 | for (int i = 0; i < 3; ++i) 36 | ans.x[i] = x[i] + p.x[i]; 37 | return ans; 38 | } 39 | Point operator - (const Point& p) const 40 | { 41 | Point ans; 42 | for (int i = 0; i < 3; ++i) 43 | ans.x[i] = x[i] - p.x[i]; 44 | return ans; 45 | } 46 | Point operator * (double d) 47 | { 48 | Point ans; 49 | for (int i = 0; i < 3; ++i) 50 | ans.x[i] = x[i] * d; 51 | return ans; 52 | } 53 | Point operator / (double d) 54 | { 55 | Point ans; 56 | for (int i = 0; i < 3; ++i) 57 | ans.x[i] = x[i] / d; 58 | return ans; 59 | } 60 | }; 61 | 62 | typedef Point Vec; 63 | 64 | double dot(const Vec& v1, const Vec& v2); 65 | Point cross(const Vec& v1, const Vec& v2); 66 | void normalizeV(Vec& v); 67 | 68 | struct Vertex 69 | { 70 | Point p; 71 | Vertex() {} 72 | Vertex(double x, double y, double z) : p(x, y, z) {} 73 | Vertex(const Vertex& v) 74 | { 75 | p = v.p; 76 | } 77 | }; 78 | 79 | struct Neighbor 80 | { 81 | int vids[2]; 82 | int fid; 83 | double da, dg, d, a; 84 | Neighbor() {} 85 | Neighbor(int v1, int v2, int f, double da_, double dg_, double a_) 86 | { 87 | vids[0] = v1; vids[1] = v2; fid = f; da = da_; dg = dg_; a = a_; 88 | } 89 | Neighbor(const Neighbor& n) 90 | { 91 | vids[0] = n.vids[0]; vids[1] = n.vids[1]; 92 | fid = n.fid; 93 | da = n.da; dg = n.dg; d = n.d; a = n.a; 94 | } 95 | void avg(double avg_da, double avg_dg, double delta) 96 | { 97 | d = (1 - delta) * da / avg_da + delta * dg / avg_dg; 98 | if (d < 0) 99 | { 100 | cout << d << " " << da / avg_da << " " << dg / avg_dg << endl; 101 | } 102 | } 103 | }; 104 | 105 | struct Face 106 | { 107 | int vids[3]; 108 | vector neighs; 109 | Vec normal; 110 | Point c; 111 | int label; 112 | Face() { label = 0; } 113 | Face(Vertex& v1, Vertex& v2, Vertex& v3) 114 | { 115 | c = (v1.p + v2.p + v3.p) / 3.0; 116 | normal = cross(v2.p - v1.p, v3.p - v1.p); 117 | normalizeV(normal); 118 | //if (dot(normal, c) < 0) normal = normal * (-1.0); 119 | label = 0; 120 | } 121 | Face(const Face& f) 122 | { 123 | vids[0] = f.vids[0]; vids[1] = f.vids[1]; vids[2] = f.vids[2]; 124 | neighs = f.neighs; 125 | normal = f.normal; 126 | c = f.c; 127 | label = f.label; 128 | } 129 | }; 130 | 131 | struct Edge 132 | { 133 | int vids[2]; 134 | int fid; 135 | Edge() {} 136 | Edge(int v1, int v2, int f) 137 | { 138 | vids[0] = v1; vids[1] = v2; fid = f; 139 | } 140 | }; 141 | 142 | bool isConvex(const Face& fa, const Face& fb); 143 | double faceGeoD(const Face& fa, const Face& fb, const Point& p0, const Point& p1); 144 | double faceAngD(const Face& fa, const Face& fb, bool inverse=false); 145 | double faceAng(const Face& fa, const Face& fb, bool inverse=false); 146 | 147 | static double avg_da; 148 | static double avg_dg; 149 | 150 | struct Model 151 | { 152 | std::vector vertices; 153 | std::vector faces; 154 | std::vector edges; 155 | void findNeighFace(double delta) 156 | { 157 | double sum_da = 0.0, sum_dg = 0.0; 158 | int count = 0; 159 | for(int i = 0; i < edges.size(); ++i) 160 | for (int j = i + 1; j < edges.size(); ++j) 161 | if (edges[i].vids[0] == edges[j].vids[1] && 162 | edges[i].vids[1] == edges[j].vids[0]) 163 | { 164 | count++; 165 | double a = faceAng(faces[edges[i].fid], faces[edges[j].fid]); 166 | double da = faceAngD(faces[edges[i].fid], faces[edges[j].fid]); 167 | double dg = faceGeoD(faces[edges[i].fid], faces[edges[j].fid], 168 | vertices[edges[i].vids[0]].p, vertices[edges[i].vids[1]].p); 169 | sum_da += da; 170 | sum_dg += dg; 171 | Neighbor n1(edges[i].vids[0], edges[i].vids[1], edges[j].fid, da, dg, a); 172 | Neighbor n2(edges[j].vids[0], edges[j].vids[1], edges[i].fid, da, dg, a); 173 | faces[edges[i].fid].neighs.push_back(n1); 174 | faces[edges[j].fid].neighs.push_back(n2); 175 | } 176 | else if (edges[i].vids[0] == edges[j].vids[0] && 177 | edges[i].vids[1] == edges[j].vids[1]) 178 | { 179 | count++; 180 | double a = faceAng(faces[edges[i].fid], faces[edges[j].fid], true); 181 | double da = faceAngD(faces[edges[i].fid], faces[edges[j].fid], true); 182 | double dg = faceGeoD(faces[edges[i].fid], faces[edges[j].fid], 183 | vertices[edges[i].vids[0]].p, vertices[edges[i].vids[1]].p); 184 | sum_da += da; 185 | sum_dg += dg; 186 | Neighbor n1(edges[i].vids[0], edges[i].vids[1], edges[j].fid, da, dg, a); 187 | Neighbor n2(edges[j].vids[0], edges[j].vids[1], edges[i].fid, da, dg, a); 188 | faces[edges[i].fid].neighs.push_back(n1); 189 | faces[edges[j].fid].neighs.push_back(n2); 190 | } 191 | avg_da = sum_da / count; 192 | avg_dg = sum_dg / count; 193 | cout << "sum_da: " << sum_da << endl; 194 | cout << "count : " << count << endl; 195 | cout << "avg_da: " << avg_da << endl; 196 | for(int i = 0; i < faces.size(); ++i) 197 | for (int j = 0; j < faces[i].neighs.size(); ++j) 198 | { 199 | faces[i].neighs[j].avg(avg_da, avg_dg, delta); 200 | if (faces[i].neighs[j].d < -M_EPS) 201 | cout << "negative " << i << " " << j << " " << faces[i].neighs[j].d << endl; 202 | } 203 | } 204 | }; 205 | 206 | static int types; 207 | static double globalMaxD; 208 | static double globalAvgD; 209 | static int globalSz; 210 | 211 | struct FlowEdge 212 | { 213 | int id; 214 | double cap; 215 | double flow; 216 | }; 217 | 218 | struct FlowState 219 | { 220 | int id; 221 | int front; 222 | double inc; 223 | }; 224 | 225 | class Graph 226 | { 227 | private: 228 | vector > weight; 229 | vector > neigh; 230 | vector p; 231 | vector heap; 232 | int tail; 233 | int sz; 234 | int s; 235 | 236 | vector > net; 237 | vector mask; 238 | int src, dst; 239 | 240 | public: 241 | Graph() {}; 242 | void build(Model& model) 243 | { 244 | sz = model.faces.size(); 245 | dist.resize(sz); 246 | weight.resize(sz); 247 | neigh.resize(sz); 248 | net.resize(sz + 2); 249 | for (int i = 0; i < sz; ++i) 250 | { 251 | dist[i].resize(sz); 252 | for(int j = 0; j < sz; ++j) 253 | dist[i][j] = M_INF; 254 | dist[i][i] = 0; 255 | } 256 | heap.resize(sz + 2); 257 | p.resize(sz); 258 | for(int i = 0; i < sz; ++i) 259 | for (int j = 0; j < model.faces[i].neighs.size(); ++j) 260 | { 261 | weight[i].push_back(model.faces[i].neighs[j].d); 262 | neigh[i].push_back(model.faces[i].neighs[j].fid); 263 | FlowEdge fe; 264 | fe.cap = 1.0 / (1 + model.faces[i].neighs[j].da / avg_da); 265 | fe.flow = 0; 266 | fe.id = model.faces[i].neighs[j].fid; 267 | net[i].push_back(fe); 268 | } 269 | src = sz; 270 | dst = sz + 1; 271 | } 272 | void heapDown(int x) 273 | { 274 | while (x * 2 <= tail) 275 | { 276 | int y = x * 2; 277 | if (y < tail && dist[s][heap[y]] > dist[s][heap[y + 1]]) y++; 278 | if (dist[s][heap[x]] > dist[s][heap[y]]) 279 | { 280 | int tmp = heap[x]; 281 | heap[x] = heap[y]; 282 | heap[y] = tmp; 283 | p[heap[x]] = x; 284 | p[heap[y]] = y; 285 | x = y; 286 | } 287 | else break; 288 | } 289 | } 290 | void heapUp(int x) 291 | { 292 | while (x > 1) 293 | { 294 | int y = x / 2; 295 | if (dist[s][heap[x]] < dist[s][heap[y]]) 296 | { 297 | int tmp = heap[x]; 298 | heap[x] = heap[y]; 299 | heap[y] = tmp; 300 | p[heap[x]] = x; 301 | p[heap[y]] = y; 302 | x = y; 303 | } 304 | else break; 305 | } 306 | } 307 | void solve() 308 | { 309 | /*int head = 0, tail = 0; 310 | vector q; 311 | vector fill(sz); 312 | q.push_back(2074); 313 | fill[2074] = 1; 314 | while (head <= tail) 315 | { 316 | int now = q[head++]; 317 | for (int i = 0; i < neigh[now].size(); ++i) 318 | { 319 | int next = neigh[now][i]; 320 | if (!fill[next]) 321 | { 322 | tail++; 323 | q.push_back(next); 324 | fill[next] = 1; 325 | } 326 | } 327 | } 328 | cout << "flood fill " << tail + 1 << " points" << endl;*/ 329 | for (s = 0; s < sz; ++s) 330 | { 331 | int count = 0; 332 | for (int i = 0; i < sz; ++i) 333 | p[i] = 0; 334 | tail = 1; 335 | heap[tail] = s; 336 | p[s] = 1; 337 | while (tail > 0) 338 | { 339 | int now = heap[1]; 340 | heap[1] = heap[tail]; 341 | tail--; 342 | count++; 343 | heapDown(1); 344 | for (int i = 0; i < neigh[now].size(); ++i) 345 | { 346 | int next = neigh[now][i]; 347 | double d = weight[now][i]; 348 | if (dist[s][next] > dist[s][now] + d) 349 | { 350 | dist[s][next] = dist[s][now] + d; 351 | if (p[next] == 0) p[next] = ++tail; 352 | heap[p[next]] = next; 353 | heapUp(p[next]); 354 | heapDown(p[next]); 355 | } 356 | } 357 | } 358 | } 359 | } 360 | void initFlow(vector& m) 361 | { 362 | mask = m; 363 | int netSz = 0; 364 | net[src].clear(); 365 | for (int i = 0; i < sz; ++i) 366 | if (mask[i] == 1) 367 | { 368 | FlowEdge fe; 369 | fe.cap = M_INF; 370 | fe.flow = 0.0; 371 | fe.id = i; 372 | net[src].push_back(fe); 373 | netSz++; 374 | } 375 | else if (mask[i] == 2) 376 | { 377 | int last = net[i].size() - 1; 378 | if (net[i][last].id != dst) 379 | { 380 | FlowEdge fe; 381 | fe.cap = M_INF; 382 | fe.flow = 0.0; 383 | fe.id = dst; 384 | net[i].push_back(fe); 385 | } 386 | netSz++; 387 | } 388 | else 389 | { 390 | if (mask[i] == 3) netSz++; 391 | int last = net[i].size() - 1; 392 | if (net[i][last].id == dst) 393 | net[i].pop_back(); 394 | } 395 | cout << "net size: " << netSz << endl; 396 | mask.push_back(4); 397 | mask.push_back(4); 398 | for (int i = 0; i < sz + 2; ++i) 399 | if (mask[i]) 400 | for (int j = 0; j < net[i].size(); ++j) 401 | net[i][j].flow = 0.0; 402 | } 403 | void flow(vector& m) 404 | { 405 | vector q; 406 | vector visit(sz + 2); 407 | int head = 0, tail = 0; 408 | int steps = 0; 409 | double sumFlow = 0; 410 | while (true) 411 | { 412 | steps++; 413 | head = tail = 0; 414 | q.clear(); 415 | for (int i = 0; i < visit.size(); i++) 416 | visit[i] = false; 417 | FlowState fs; 418 | fs.id = src; 419 | fs.front = 0; 420 | fs.inc = M_INF; 421 | q.push_back(fs); 422 | visit[src] = true; 423 | while (head <= tail && !visit[dst]) 424 | { 425 | FlowState now = q[head]; 426 | for (int i = 0; i < net[now.id].size(); ++i) 427 | { 428 | int next = net[now.id][i].id; 429 | if (!mask[next]) continue; 430 | if (visit[next]) continue; 431 | double inc = net[now.id][i].cap - net[now.id][i].flow; 432 | if (inc < M_EPS) continue; 433 | fs.id = next; 434 | fs.front = head; 435 | if (now.inc > inc) fs.inc = inc; 436 | else fs.inc = now.inc; 437 | tail++; 438 | q.push_back(fs); 439 | visit[next] = true; 440 | if (next == dst) break; 441 | } 442 | head++; 443 | } 444 | if (!visit[dst]) 445 | { 446 | for (int i = 1; i <= tail; ++i) 447 | mask[q[i].id] = 1; 448 | cout << "tail = " << tail << endl; 449 | for (int i = 0; i < sz; ++i) 450 | if (mask[i] == 3) mask[i] = 2; 451 | break; 452 | } 453 | double inc = q[tail].inc; 454 | sumFlow += inc; 455 | while (tail != 0) 456 | { 457 | int to = q[tail].id; 458 | int from = q[q[tail].front].id; 459 | if (inc > 1e8) cout << from << "->" << to << endl; 460 | for (int i = 0; i < net[from].size(); ++i) 461 | if (net[from][i].id == to) 462 | net[from][i].flow += inc; 463 | for (int i = 0; i < net[to].size(); ++i) 464 | if (net[to][i].id == from) 465 | net[to][i].flow -= inc; 466 | tail = q[tail].front; 467 | } 468 | } 469 | cout << "steps: " << steps << ", total flow: " << sumFlow << endl; 470 | /*int node = 2205; 471 | cout << "color: " << mask[node] << endl; 472 | cout << visit[node] << endl; 473 | for (int i = 0; i < net[node].size(); ++i) 474 | cout << net[node][i].cap << " " << net[node][i].flow << " " << net[node][i].id << endl; 475 | for (int i = 0; i < sz; ++i) 476 | { 477 | if (!mask[i]) continue; 478 | for (int j = 0; j < net[i].size(); ++j) 479 | if (net[i][j].id == node) 480 | { 481 | cout << i << " " << net[i][j].cap << " " << net[i][j].flow << endl; 482 | } 483 | }*/ 484 | m = mask; 485 | } 486 | vector > dist; 487 | }; 488 | 489 | class Solver 490 | { 491 | public: 492 | Solver() {} 493 | Solver(Model* m, Graph* g, double e = 0.0) { pModel = m; pGraph = g; eps = e; } 494 | void computeProb() 495 | { 496 | for (int i = 0; i < sz; ++i) 497 | { 498 | bool isRep = false; 499 | for(int j = 0; j < num; ++j) 500 | if (used[i] == reps[j]) 501 | { 502 | isRep = true; 503 | for (int k = 0; k < num; ++k) 504 | prob[k][i] = 0; 505 | prob[j][i] = 1; 506 | break; 507 | } 508 | if (isRep) continue; 509 | double sum = 0; 510 | for (int j = 0; j < num; ++j) 511 | sum += 1.0 / pGraph->dist[used[i]][reps[j]]; 512 | for (int j = 0; j < num; ++j) 513 | prob[j][i] = 1.0 / pGraph->dist[used[i]][reps[j]] / sum; 514 | } 515 | } 516 | void recomputeProb() 517 | { 518 | vector typeNum(num); 519 | vector > distNew(num); 520 | for (int i = 0; i < num; ++i) 521 | { 522 | typeNum[i] = 0; 523 | distNew[i].resize(sz); 524 | for (int j = 0; j < sz; ++j) 525 | distNew[i][j] = 0; 526 | } 527 | for (int i = 0; i < sz; ++i) 528 | { 529 | int tmp = pModel->faces[used[i]].label - types; 530 | if (tmp < num) typeNum[tmp]++; 531 | else continue; 532 | for (int j = 0; j < sz; ++j) 533 | { 534 | distNew[tmp][j] += pGraph->dist[used[i]][used[j]]; 535 | } 536 | } 537 | for (int i = 0; i < num; ++i) 538 | { 539 | for (int j = 0; j < sz; ++j) 540 | if (typeNum[i] > 0) distNew[i][j] /= typeNum[i]; 541 | else distNew[i][j] = M_INF; 542 | } 543 | for (int i = 0; i < sz; ++i) 544 | { 545 | double sum = 0; 546 | for (int j = 0; j < num; ++j) 547 | sum += 1.0 / (distNew[j][i] + M_EPS); 548 | for (int j = 0; j < num; ++j) 549 | prob[j][i] = 1.0 / (distNew[j][i] + M_EPS) / sum; 550 | } 551 | //exit(1); 552 | } 553 | bool updateRep() 554 | { 555 | bool change = false; 556 | for (int i = 0; i < num; ++i) 557 | { 558 | double minSum = 0.0; 559 | for (int j = 0; j < sz; ++j) 560 | minSum += prob[i][j] * pGraph->dist[reps[i]][used[j]]; 561 | for (int j = 0; j < sz; ++j) 562 | { 563 | //if (prob[i][j] < 0.5 / num) continue; 564 | double sum = 0; 565 | for (int k = 0; k < sz; ++k) 566 | sum += prob[i][k] * pGraph->dist[used[j]][used[k]]; 567 | if (sum < minSum - M_EPS) 568 | { 569 | if (reps[i] != used[j]) change = true; 570 | minSum = sum; 571 | reps[i] = used[j]; 572 | } 573 | } 574 | } 575 | return change; 576 | } 577 | void process() 578 | { 579 | int maxIter = 20; 580 | mask.resize(num); 581 | for (int i = 0; i < maxIter; ++i) 582 | { 583 | cout << "iter = " << i << endl; 584 | for (int j = 0; j < num; ++j) 585 | cout << reps[j] << " "; 586 | cout << endl; 587 | computeProb(); 588 | assign(); 589 | recomputeProb(); 590 | if (!updateRep()) break; 591 | } 592 | cout << "converge" << endl; 593 | assign(); 594 | cout << "after assign 0" << endl; 595 | recomputeProb(); 596 | cout << "after recompute" << endl; 597 | assign(); 598 | cout << "after assign 1" << endl; 599 | cut(); 600 | types += num; 601 | this->expand(); 602 | } 603 | void assign() 604 | { 605 | for (int i = 0; i < num; ++i) 606 | { 607 | int repeat = 0; 608 | for (int j = 0; j < i; ++j) 609 | if (reps[j] == reps[i]) 610 | repeat = 1; 611 | mask[i] = 1-repeat; 612 | } 613 | for (int j = 0; j < num; ++j) 614 | cout << mask[j] << " "; 615 | cout << endl; 616 | int c[20] = {0}; 617 | //double diff = eps / num; 618 | //double diff = eps / num * globalAvgD / localAvgD; 619 | double diff = eps * globalAvgD / localAvgD; 620 | if (diff > 0.2) diff = 0.2; 621 | diff = eps; 622 | cout << "diff = " << diff << endl; 623 | for (int i = 0; i < sz; i++) 624 | { 625 | double maxA = -1.0, maxB = -1.0; 626 | int labelA = 0, labelB = 0; 627 | for (int j = 0; j < num; j++) 628 | { 629 | if (!mask[j]) continue; 630 | if (maxA < prob[j][i]) 631 | { 632 | maxB = maxA; 633 | labelB = labelA; 634 | maxA = prob[j][i]; 635 | labelA = j; 636 | } 637 | else if (maxB < prob[j][i]) 638 | { 639 | maxB = prob[j][i]; 640 | labelB = j; 641 | } 642 | } 643 | if (maxA - maxB > diff) 644 | { 645 | pModel->faces[used[i]].label = types+labelA; 646 | c[labelA]++; 647 | } 648 | else 649 | { 650 | //pModel->faces[used[i]].label = (labelA+2)*(labelB+2); 651 | pModel->faces[used[i]].label = 1024 + (labelA*num) + labelB; 652 | } 653 | } 654 | cout << "split: " << sz << "->"; 655 | for(int j = 0; j < num; ++j) 656 | cout << c[j] << " "; 657 | cout << endl; 658 | //types += num; 659 | } 660 | void cut() 661 | { 662 | vector mm(globalSz); 663 | vector mmNew; 664 | for (int i = 0; i < num; ++i) 665 | { 666 | if (!mask[i]) continue; 667 | for (int j = i + 1; j < num; ++j) 668 | { 669 | if (!mask[j]) continue; 670 | for (int k = 0; k < globalSz; ++k) mm[k] = 0; 671 | int nowLabelA = 1024 + i*num + j; 672 | int nowLabelB = 1024 + j*num + i; 673 | int fuzzy = 0; 674 | for(int k = 0; k < sz; ++k) 675 | if (pModel->faces[used[k]].label == nowLabelA || pModel->faces[used[k]].label == nowLabelB) 676 | { 677 | fuzzy++; 678 | mm[used[k]] = 3; 679 | for (int x = 0; x < pModel->faces[used[k]].neighs.size(); ++x) 680 | { 681 | int y = pModel->faces[used[k]].neighs[x].fid; 682 | if (pModel->faces[y].label == types + i) mm[y] = 1; 683 | else if (pModel->faces[y].label == types + j) mm[y] = 2; 684 | } 685 | } 686 | cout << "fuzzy: " << fuzzy << endl; 687 | pGraph->initFlow(mm); 688 | cout << "after init flow" << endl; 689 | pGraph->flow(mmNew); 690 | cout << "after flow" << endl; 691 | for (int k = 0; k < sz; ++k) 692 | if (mmNew[used[k]] == 1) pModel->faces[used[k]].label = types + i; 693 | else if (mmNew[used[k]] == 2) pModel->faces[used[k]].label = types + j; 694 | else if (mmNew[used[k]] != 0) cout << "wrong " << mmNew[used[k]] << endl; 695 | 696 | for (int k = 0; k < sz; ++k) 697 | { 698 | bool checked = false; 699 | for (int x = 0; x < pModel->faces[used[k]].neighs.size(); ++x) 700 | { 701 | int y = pModel->faces[used[k]].neighs[x].fid; 702 | if (pModel->faces[used[k]].label == pModel->faces[y].label) 703 | checked = true; 704 | } 705 | if (!checked) 706 | cout << "isolated face: " << used[k] << endl; 707 | } 708 | } 709 | } 710 | } 711 | double avgDistance() 712 | { 713 | double sum = 0.0; 714 | for (int i = 0; i < sz; ++i) 715 | for (int j = i + 1; j < sz; ++j) 716 | sum += pGraph->dist[used[i]][used[j]]; 717 | sum /= sz*(sz - 1) / 2; 718 | return sum; 719 | } 720 | double angDifference() 721 | { 722 | double maxA = 0.0, minA = M_PI; 723 | for (int i = 0; i < sz; ++i) 724 | { 725 | int iLabel = pModel->faces[used[i]].label; 726 | for (int j = 0; j < pModel->faces[used[i]].neighs.size(); ++j) 727 | { 728 | int k = pModel->faces[used[i]].neighs[j].fid; 729 | if (k < used[i]) continue; 730 | int kLabel = pModel->faces[k].label; 731 | if (iLabel == kLabel) 732 | { 733 | double ang = pModel->faces[used[i]].neighs[j].a; 734 | if (ang < minA) minA = ang; 735 | if (ang > maxA) maxA = ang; 736 | } 737 | } 738 | } 739 | cout << maxA << " " << minA << endl; 740 | return maxA - minA; 741 | } 742 | double maxDistance() 743 | { 744 | double maxD = 0.0; 745 | for (int i = 0; i < sz; ++i) 746 | for (int j = i + 1; j < sz; ++j) 747 | if (maxD < pGraph->dist[used[i]][used[j]]) 748 | { 749 | if (num == 2) 750 | { 751 | reps[0] = used[i]; 752 | reps[1] = used[j]; 753 | } 754 | maxD = pGraph->dist[used[i]][used[j]]; 755 | } 756 | cout << "in maxDistance " << maxD << endl; 757 | if (level == 0) 758 | { 759 | globalMaxD = maxD; 760 | } 761 | return maxD; 762 | } 763 | double maxPatchDistance() 764 | { 765 | double maxD = 0; 766 | for(int i = 0; i < num; ++i) 767 | for (int j = i + 1; j < num; ++j) 768 | { 769 | if (!mask[j]) continue; 770 | if (pGraph->dist[reps[i]][reps[j]] > maxD) 771 | maxD = pGraph->dist[reps[i]][reps[j]]; 772 | } 773 | cout << "maxD = " << maxD << endl; 774 | cout << "global " << globalMaxD << endl; 775 | return maxD; 776 | } 777 | virtual void expand() { cout << "!!!" << endl; } 778 | virtual void init(vector& u, int l) { cout << "???" << endl; } 779 | Model* pModel; 780 | Graph* pGraph; 781 | double eps; 782 | vector used; 783 | vector reps; 784 | vector > prob; 785 | vector sons; 786 | vector mask; 787 | int num; 788 | int sz; 789 | int level; 790 | double localAvgD; 791 | double localMaxD; 792 | double angRange; 793 | }; 794 | 795 | class SolverTwo : public Solver 796 | { 797 | public: 798 | SolverTwo() {} 799 | SolverTwo(Model* m, Graph* g, double e = 0.0) : Solver(m, g, e) {} 800 | void init(vector& u, int l) 801 | { 802 | level = l; 803 | used = u; 804 | num = 2; 805 | reps.resize(num); 806 | prob.resize(num); 807 | sz = used.size(); 808 | for (int i = 0; i < num; ++i) 809 | prob[i].resize(sz); 810 | localMaxD = maxDistance(); 811 | if (level == 0) 812 | globalAvgD = avgDistance(); 813 | localAvgD = avgDistance(); 814 | angRange = angDifference(); 815 | } 816 | void expand() 817 | { 818 | double maxD = maxPatchDistance(); 819 | cout << "minPatchD = " << maxD / globalMaxD << endl; 820 | if (level > 2 || maxD / globalMaxD < TH_REP_DIST_RATIO) return; 821 | for (int i = 0; i < num; ++i) 822 | { 823 | Solver* s = new SolverTwo(pModel, pGraph, eps); 824 | vector uNew; 825 | for (int j = 0; j < sz; ++j) 826 | if ((pModel->faces[used[j]].label)%num == i) 827 | uNew.push_back(used[j]); 828 | s->init(uNew, level + 1); 829 | sons.push_back(s); 830 | } 831 | for (int i = 0; i < num; ++i) 832 | { 833 | cout << "maxD = " << sons[i]->localMaxD / globalMaxD 834 | << " angD = " << sons[i]->angRange << endl; 835 | if (sons[i]->localMaxD / globalMaxD > TH_DIST_RATIO && 836 | sons[i]->angRange > TH_ANGLE_DIFF) 837 | sons[i]->process(); 838 | } 839 | } 840 | }; 841 | 842 | class SolverK : public Solver 843 | { 844 | public: 845 | SolverK() {} 846 | SolverK(Model* m, Graph* g, double e = 0.0) : Solver(m, g, e) {} 847 | void init(vector& u, int l) 848 | { 849 | level = l; 850 | used = u; 851 | sz = used.size(); 852 | double minSumD = M_INF; 853 | int choice = 0; 854 | for (int i = 0; i < sz; ++i) 855 | { 856 | double sumD = 0; 857 | for (int j = 0; j < sz; ++j) 858 | sumD += pGraph->dist[used[i]][used[j]]; 859 | if (sumD < minSumD) 860 | { 861 | minSumD = sumD; 862 | choice = used[i]; 863 | } 864 | } 865 | reps.push_back(choice); 866 | vector G; 867 | double maxD = 0; 868 | for (int i = 1; i < 20; ++i) 869 | { 870 | maxD = 0; 871 | choice = 0; 872 | for (int j = 0; j < sz; ++j) 873 | { 874 | double minD = M_INF; 875 | for (int k = 0; k < i; ++k) 876 | if (minD > pGraph->dist[reps[k]][used[j]]) 877 | minD = pGraph->dist[reps[k]][used[j]]; 878 | if (minD > maxD) 879 | { 880 | maxD = minD; 881 | choice = used[j]; 882 | } 883 | } 884 | reps.push_back(choice); 885 | G.push_back(maxD); 886 | } 887 | maxD = G[0] - G[1]; 888 | num = 2; 889 | for (int i = 0; i < G.size(); ++i) 890 | cout << G[i] << " "; 891 | cout << endl; 892 | for(int i = 1; i < 18; ++i) 893 | if (maxD < G[i] - G[i + 1]) 894 | { 895 | maxD = G[i] - G[i + 1]; 896 | num = i + 2; 897 | } 898 | cout << "num = " << num << endl; 899 | //if (level == 0) num = 10; 900 | //else num = 2; 901 | while (reps.size() > num) reps.pop_back(); 902 | prob.resize(num); 903 | for (int i = 0; i < num; ++i) 904 | prob[i].resize(sz); 905 | localMaxD = maxDistance(); 906 | if (level == 0) 907 | globalAvgD = avgDistance(); 908 | localAvgD = avgDistance(); 909 | angRange = angDifference(); 910 | } 911 | void expand() 912 | { 913 | double maxD = maxPatchDistance(); 914 | cout << "minPatchD = " << maxD / globalMaxD << endl; 915 | if (level > 0 || maxD / globalMaxD < TH_REP_DIST_RATIO) return; 916 | for (int i = 0; i < num; ++i) 917 | { 918 | Solver* s = NULL; 919 | if (mask[i]) 920 | { 921 | s = new SolverK(pModel, pGraph, eps); 922 | vector uNew; 923 | for (int j = 0; j < sz; ++j) 924 | if ((pModel->faces[used[j]].label) % num == i) 925 | uNew.push_back(used[j]); 926 | s->init(uNew, level + 1); 927 | } 928 | sons.push_back(s); 929 | } 930 | for (int i = 0; i < num; ++i) 931 | { 932 | if (!mask[i]) continue; 933 | cout << "avgD = " << sons[i]->localAvgD / globalAvgD 934 | << " angD = " << sons[i]->angRange << endl; 935 | if (sons[i]->localAvgD / globalAvgD > TH_DIST_RATIO && 936 | sons[i]->angRange > TH_ANGLE_DIFF) 937 | sons[i]->process(); 938 | } 939 | } 940 | }; -------------------------------------------------------------------------------- /Reader.cpp: -------------------------------------------------------------------------------- 1 | #include "Reader.h" 2 | using namespace std; 3 | 4 | void Reader::read(string fileName, Model& model) 5 | { 6 | ifstream fin(fileName); 7 | char tmp[256]; 8 | char ch; 9 | double x, y, z; 10 | int v1, v2, v3; 11 | int fcount = 0; 12 | //int count = 0; 13 | while (fin.getline(tmp, 255)) 14 | { 15 | //count++; 16 | //cout << "count = " << count << endl; 17 | sscanf(tmp, "%c", &ch); 18 | if (ch == '#') 19 | continue; 20 | else if (ch == 'v') 21 | { 22 | sscanf(tmp, "%c%lf%lf%lf", &ch, &x, &y, &z); 23 | Vertex v(x, y, z); 24 | model.vertices.push_back(v); 25 | } 26 | else if (ch == 'f') 27 | { 28 | sscanf(tmp, "%c%d%d%d", &ch, &v1, &v2, &v3); 29 | v1--; 30 | v2--; 31 | v3--; 32 | Face f(model.vertices[v1], model.vertices[v2], model.vertices[v3]); 33 | f.vids[0] = v1; f.vids[1] = v2; f.vids[2] = v3; 34 | model.faces.push_back(f); 35 | Edge e12(v1, v2, fcount); 36 | model.edges.push_back(e12); 37 | Edge e23(v2, v3, fcount); 38 | model.edges.push_back(e23); 39 | Edge e31(v3, v1, fcount); 40 | model.edges.push_back(e31); 41 | fcount++; 42 | } 43 | } 44 | } -------------------------------------------------------------------------------- /Reader.h: -------------------------------------------------------------------------------- 1 | #pragma once 2 | #include 3 | #include 4 | #include 5 | #include 6 | #include 7 | 8 | #include "Model.h" 9 | 10 | class Reader 11 | { 12 | public: 13 | Reader() {} 14 | void read(string fileName, Model& model); 15 | }; 16 | 17 | 18 | -------------------------------------------------------------------------------- /Writer.cpp: -------------------------------------------------------------------------------- 1 | #include "Writer.h" 2 | using namespace std; 3 | 4 | void Writer::write(string fileName, Model& model) 5 | { 6 | int vs = model.vertices.size(); 7 | int sz = model.faces.size(); 8 | ofstream fout(fileName); 9 | fout << "ply" << endl; 10 | fout << "format ascii 1.0" << endl; 11 | fout << "element vertex " << vs << endl; 12 | fout << "property float x" << endl; 13 | fout << "property float y" << endl; 14 | fout << "property float z" << endl; 15 | fout << "element face " << sz << endl; 16 | fout << "property list uchar int vertex_indices" << endl; 17 | fout << "property uint8 red" << endl; 18 | fout << "property uint8 green" << endl; 19 | fout << "property uint8 blue" << endl; 20 | fout << "end_header" << endl; 21 | for (int i = 0; i < vs; ++i) 22 | { 23 | for (int j = 0; j < 3; ++j) 24 | fout << model.vertices[i].p.x[j] << " "; 25 | fout << endl; 26 | } 27 | for (int i = 0; i < sz; ++i) 28 | { 29 | fout << "3 "; 30 | for (int j = 0; j < 3; ++j) 31 | fout << model.faces[i].vids[j] << " "; 32 | int label = model.faces[i].label; 33 | fout << 60 * (label % 4 + 1) << " " << 80 * ((label + 1) % 3 + 1) << " " << 50 * ((label + 2) % 5 + 1) << endl; 34 | } 35 | fout.close(); 36 | } -------------------------------------------------------------------------------- /Writer.h: -------------------------------------------------------------------------------- 1 | #pragma once 2 | #include "Model.h" 3 | 4 | class Writer 5 | { 6 | public: 7 | Writer() {} 8 | void write(string fileName, Model& model); 9 | }; 10 | 11 | -------------------------------------------------------------------------------- /dino_fuzzyK3_010_new.ply: -------------------------------------------------------------------------------- 1 | ply 2 | format ascii 1.0 3 | element vertex 2002 4 | property float x 5 | property 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1402 | 0.913178 -49.382 37.3225 1403 | 0.91103 -27.9189 17.7861 1404 | 1.396 -14.8081 -2.92654 1405 | 1.91139 -45.0851 35.5853 1406 | 1.40501 -18.4944 22.5953 1407 | 1.4413 -5.95103 14.6042 1408 | 1.87149 11.3685 -4.51805 1409 | 2.19864 -3.43308 -12.6921 1410 | 2.40862 -1.72025 -16.1877 1411 | 3.11349 -23.6662 7.39169 1412 | 2.38855 -2.97294 -14.951 1413 | 1.73018 52.2518 -42.4317 1414 | 1.50435 -31.7001 35.7444 1415 | 1.40395 -50.4632 34.2839 1416 | 1.15026 -13.7534 19.2465 1417 | 1.96868 12.0695 -12.8419 1418 | 2.00204 -40.6247 41.8011 1419 | 1.52187 -30.0359 22.9693 1420 | 0.991247 5.00907 1.0139 1421 | 1.29071 49.509 -48.1867 1422 | 1.55915 -20.9065 21.8132 1423 | 1.85248 -34.7633 31.1206 1424 | 2.13788 -31.4416 27.8113 1425 | 1.46899 -2.1754 -5.63409 1426 | 2.34427 -30.3729 34.784 1427 | 1.20114 52.905 -43.429 1428 | 1.94155 -31.6175 37.8822 1429 | 0.831847 -28.5114 19.3472 1430 | 0.653157 -4.3128 0.230022 1431 | 2.93154 -40.113 44.3261 1432 | 2.29 -39.7287 36.2227 1433 | 1.09923 6.37277 1.07336 1434 | 2.42963 -26.4079 1.67207 1435 | 2.26926 3.33902 -15.7925 1436 | 1.60883 -43.2205 48.2731 1437 | 2.13489 -2.27237 9.47711 1438 | 1.8702 -8.12686 14.7842 1439 | 2.20337 -5.4888 -0.562227 1440 | 1.50304 -17.1235 20.5756 1441 | 1.56433 -11.8473 -2.61613 1442 | 1.2616 -44.6702 42.0374 1443 | 1.85581 48.0303 -43.4715 1444 | 2.43328 51.4478 -46.9254 1445 | 1.74168 -48.5166 42.3102 1446 | 1.03401 49.4364 -41.9372 1447 | 1.81121 2.82373 0.475945 1448 | 0.0505231 7.29957 -18.0882 1449 | 1.66369 6.88387 -1.22618 1450 | 2.58434 -24.6642 25.0921 1451 | 2.31201 -35.6742 44.3754 1452 | 1.91037 -1.62781 4.25625 1453 | 2.0244 -28.6434 32.3048 1454 | 2.57356 -27.392 29.0693 1455 | 1.47373 -46.9652 38.7516 1456 | 1.79614 -15.5505 -2.22192 1457 | 1.71699 49.8122 -47.1563 1458 | 1.685 -34.1632 37.418 1459 | 3.24573 -28.5343 20.5015 1460 | 2.96095 -29.5812 23.6206 1461 | 2.17418 53.1821 -45.6326 1462 | 1.18582 -45.8024 46.7768 1463 | 2.80196 -13.818 -2.71331 1464 | 2.53465 -41.4966 46.0207 1465 | 1.67761 -44.8502 46.372 1466 | 2.67538 -40.863 42.0472 1467 | 1.38649 -33.1094 34.5452 1468 | 2.56567 -0.359739 8.3058 1469 | 2.27893 -8.57001 16.4223 1470 | 2.91771 -23.1511 24.3043 1471 | 1.10725 -51.4189 34.856 1472 | 2.3364 -36.125 33.8371 1473 | 2.12099 -45.8972 42.4753 1474 | 1.71636 -46.5704 44.7787 1475 | 0.751047 -32.6979 39.2628 1476 | 2.89363 -25.9557 26.2582 1477 | 2.60278 54.3179 -44.6137 1478 | 1.5472 -39.2784 47.9551 1479 | 3.06353 -1.30071 -3.98916 1480 | 1.47323 -31.3776 31.8959 1481 | 1.97143 -35.8552 36.2022 1482 | 3.02057 -32.1069 28.8215 1483 | 1.58886 -29.927 28.8521 1484 | 2.19122 -18.9056 22.2045 1485 | 2.48264 -42.9598 41.5548 1486 | 1.81816 -29.7373 33.1979 1487 | 2.42183 11.8916 -9.50585 1488 | 2.73908 -31.2112 26.0656 1489 | 2.60105 -3.02647 -7.14896 1490 | 2.16317 5.54908 -16.0416 1491 | 2.30154 5.45383 -0.415293 1492 | 1.90289 -28.2291 26.1491 1493 | 2.81714 -45.7453 38.0496 1494 | 1.92355 9.48309 -1.86637 1495 | 1.9061 -2.87312 -46.9039 1496 | 1.9815 -2.94644 -39.606 1497 | 2.52337 51.3336 -41.5983 1498 | 2.30997 -18.502 -1.41597 1499 | 2.15096 -3.16399 -37.7645 1500 | 2.36027 -32.0049 33.2019 1501 | 2.11273 -34.4339 33.6126 1502 | 2.06407 -2.18164 -43.3647 1503 | 2.30076 -1.54791 -37.5128 1504 | 3.00681 -39.5551 46.7281 1505 | 3.27475 -16.866 -2.1557 1506 | 1.41396 -29.1671 21.8887 1507 | 1.74732 -23.5821 -0.476131 1508 | 1.87895 -22.0769 22.6351 1509 | 3.25156 -11.9326 18.2604 1510 | 3.34172 -1.70134 -1.96824 1511 | 2.57338 48.8736 -43.3036 1512 | 1.85142 -49.3425 40.0553 1513 | 2.58802 -0.181321 -43.9034 1514 | 2.64638 -3.45679 -47.6934 1515 | 2.90573 -7.86036 -1.20155 1516 | 2.86508 -33.8301 32.2081 1517 | 2.40323 -34.649 35.3151 1518 | 2.13865 -32.464 31.039 1519 | 4.24802 -6.32011 13.5333 1520 | 2.54568 -47.0302 42.3534 1521 | 3.50613 -21.656 21.7841 1522 | 2.94576 8.22467 -16.3297 1523 | 2.82393 5.95882 -14.3281 1524 | 3.13135 -14.8504 20.5661 1525 | 2.8098 -26.8239 16.9292 1526 | 2.17291 -26.8189 27.0241 1527 | 4.29454 -15.1089 -1.76587 1528 | 3.03244 -8.06608 14.5632 1529 | 3.50622 -0.706911 -17.5977 1530 | 3.61978 -23.9859 4.36911 1531 | 2.45406 -29.8893 24.9451 1532 | 2.91154 50.0453 -43.6215 1533 | 2.48462 -4.2647 -45.6842 1534 | 2.66256 -20.6012 -0.54908 1535 | 3.27555 -28.4653 24.6996 1536 | 2.56908 -29.1122 27.4321 1537 | 2.97121 -45.3568 37.1981 1538 | 3.44362 -36.4406 41.1994 1539 | 3.12145 -4.56439 -42.3558 1540 | 3.69525 -40.6712 38.329 1541 | 2.62551 -30.4148 30.7494 1542 | 3.53617 -44.4834 40.3886 1543 | 2.94327 -4.9943 -47.215 1544 | 2.54137 9.45792 -4.41382 1545 | 3.41874 54.903 -45.7668 1546 | 2.78391 0.19935 -0.295331 1547 | 3.43724 -5.04549 11.2025 1548 | 2.39189 53.8658 -42.2419 1549 | 4.41586 -8.74744 -1.23741 1550 | 2.93931 -3.2985 -35.5577 1551 | 2.93739 -45.3352 41.4166 1552 | 3.12954 -4.31311 -38.6541 1553 | 2.39723 -1.08738 -47.2859 1554 | 2.90215 -24.3137 1.19989 1555 | 3.59758 -24.5143 24.1888 1556 | 4.22103 0.538527 -47.9141 1557 | 3.12276 -3.05405 -41.4267 1558 | 2.2619 -22.3475 -0.227628 1559 | 2.29235 -0.759257 -40.0704 1560 | 3.45428 -3.82085 1.26158 1561 | 4.36296 10.6196 -11.5402 1562 | 3.41455 53.1761 -45.9488 1563 | 3.90364 -13.8816 -1.42834 1564 | 4.39487 -12.1714 -1.85354 1565 | 2.72161 -26.264 3.19889 1566 | 5.20992 -24.4367 10.7266 1567 | 3.75935 -16.7217 20.0869 1568 | 2.8258 -26.8065 23.672 1569 | 3.57318 8.04922 -15.4312 1570 | 3.93971 -9.40235 16.0196 1571 | 3.81329 -1.46558 7.42964 1572 | 4.6069 -4.51603 -12.3662 1573 | 3.75879 9.2749 -5.51346 1574 | 3.83261 7.45797 -2.69998 1575 | 3.55264 50.9483 -43.206 1576 | 4.19126 3.3221 -0.251899 1577 | 3.5291 -0.83637 5.30784 1578 | 4.47626 -19.9963 -0.057396 1579 | 4.0341 -10.9359 16.3443 1580 | 3.53116 -25.2302 2.07273 1581 | 4.96906 -17.9595 21.1216 1582 | 3.1806 7.26037 -13.2717 1583 | 3.62501 -19.3206 -1.3072 1584 | 3.66278 0.80811 -39.9957 1585 | 3.78003 1.21013 -46.1598 1586 | 3.91105 -24.9462 2.87403 1587 | 2.94489 -0.954658 -41.6254 1588 | 3.93067 -38.8543 44.0752 1589 | 3.68527 -17.6198 -1.14725 1590 | 3.37652 -28.2336 22.8298 1591 | 3.94566 -26.8173 19.4921 1592 | 3.90878 -39.5758 42.8514 1593 | 4.87772 5.06067 -1.23489 1594 | 3.8738 10.2152 -13.9117 1595 | 3.8955 -2.51049 -19.6774 1596 | 3.68104 -6.84754 -46.8706 1597 | 4.33283 -14.4052 19.7537 1598 | 3.68515 -4.5857 -18.0404 1599 | 4.24879 54.7166 -40.9473 1600 | 5.37492 -9.51101 -0.415952 1601 | 3.57265 8.29799 -11.679 1602 | 4.78372 -19.4103 21.7485 1603 | 3.98325 1.08347 -43.2546 1604 | 5.57923 -22.7681 6.1316 1605 | 4.22181 55.1508 -45.6707 1606 | 4.09173 -2.98757 7.36225 1607 | 5.38795 -26.2372 14.3386 1608 | 4.31322 56.5817 -44.6762 1609 | 3.92634 -23.731 23.0892 1610 | 4.23885 -5.002 -41.2574 1611 | 4.57481 -6.70754 -48.2429 1612 | 4.03979 -42.3832 39.8348 1613 | 4.77432 -22.6332 1.24216 1614 | 4.01285 -6.1049 -36.6713 1615 | 4.81052 -6.38242 0.676257 1616 | 4.48168 -3.32189 2.20373 1617 | 4.16914 0.458516 -36.6653 1618 | 4.26538 0.292108 -3.05016 1619 | 4.63026 -24.0615 1.21176 1620 | 3.93638 -3.27616 -22.3171 1621 | 4.13742 -4.86362 -15.1165 1622 | 4.23021 52.6089 -42.6535 1623 | 4.55092 1.15848 -17.3181 1624 | 4.58408 -0.463751 -1.87848 1625 | 3.93023 -5.70623 -21.1007 1626 | 4.07895 -6.23611 -39.1327 1627 | 4.79953 -4.96641 -33.5038 1628 | 4.31564 -39.5324 41.4759 1629 | 3.88203 -22.0164 -0.197182 1630 | 3.16725 -6.25783 -44.4132 1631 | 5.45508 -9.18493 14.2231 1632 | 3.98229 8.62095 -9.48178 1633 | 4.46892 -1.92168 -32.2675 1634 | 4.62548 -8.28005 13.1465 1635 | 5.54757 -5.85733 11.1809 1636 | 4.02308 8.18524 -7.40701 1637 | 4.89277 -11.8087 18.5861 1638 | 4.51732 56.6722 -41.9765 1639 | 4.20036 10.0531 -8.04383 1640 | 4.72615 0.560878 -41.5731 1641 | 4.15388 6.8715 -5.11309 1642 | 4.40957 -7.15542 -46.5396 1643 | 4.35927 9.76206 -13.2281 1644 | 4.22923 7.66827 -4.13905 1645 | 3.93331 -5.51929 0.0221465 1646 | 4.66545 54.0271 -44.0631 1647 | 4.30255 -25.8727 20.9262 1648 | 4.34389 53.628 -41.1362 1649 | 4.49751 4.82215 -3.33066 1650 | 4.44179 -27.5304 21.9981 1651 | 5.39881 -5.76909 8.61641 1652 | 3.97665 -4.44452 -25.9733 1653 | 5.30365 4.39932 -1.53974 1654 | 4.25182 -3.70786 -31.4644 1655 | 5.40637 -2.58377 -6.29747 1656 | 4.32012 -4.20167 -29.8159 1657 | 4.81589 -3.93668 5.06091 1658 | 4.85193 -24.1588 22.3089 1659 | 5.24412 -1.93044 -29.9673 1660 | 5.1401 -16.1398 -0.11595 1661 | 6.91048 -4.16424 -11.2504 1662 | 5.4474 -6.64405 -33.7118 1663 | 5.48324 -8.54307 -21.3358 1664 | 6.04143 1.519 -38.9162 1665 | 6.32629 -13.9788 -0.483275 1666 | 4.81992 -6.26401 -25.6303 1667 | 4.56796 -3.6111 9.63826 1668 | 4.74431 -7.14192 -19.6978 1669 | 6.47051 -7.0356 1.02439 1670 | 6.10686 -6.43538 -45.0028 1671 | 5.23358 55.9605 -44.5711 1672 | 5.38679 -1.7955 -25.6767 1673 | 4.69601 1.96726 -2.48655 1674 | 5.33065 -7.27372 -39.3482 1675 | 5.51221 -5.56151 -30.0961 1676 | 5.36351 57.9273 -42.7574 1677 | 6.01428 -0.017463 -19.4068 1678 | 5.89707 -21.6498 22.4456 1679 | 5.99107 -17.8711 -0.296448 1680 | 5.47933 -15.2639 19.9118 1681 | 6.13023 7.49018 -10.074 1682 | 5.8298 -27.0854 16.7263 1683 | 5.01633 -6.01803 -23.7984 1684 | 5.15259 -5.13435 2.72992 1685 | 4.80099 -2.27918 4.69527 1686 | 5.65416 6.74638 -6.19477 1687 | 4.84453 1.25301 -0.800907 1688 | 5.03419 -4.14951 -24.2783 1689 | 6.14993 -2.38239 -24 1690 | 5.91556 -11.4732 14.2487 1691 | 5.55354 -8.76223 11.6517 1692 | 5.99294 1.8907 -47.1978 1693 | 7.24033 1.82065 -43.5107 1694 | 6.81399 -11.7077 0.77493 1695 | 5.80787 -8.63563 -24.651 1696 | 8.02551 -26.2575 19.4683 1697 | 5.56824 -7.32681 -27.9579 1698 | 5.66254 55.3572 -40.7235 1699 | 6.11505 -7.4171 -17.1654 1700 | 5.57897 -1.47557 -22.396 1701 | 6.22077 4.40606 -4.28731 1702 | 5.1163 -11.1979 15.0967 1703 | 6.7235 1.54446 -17.1534 1704 | 6.47305 -7.33568 10.8815 1705 | 6.66813 -20.5452 0.882248 1706 | 7.22425 -10.1368 0.738626 1707 | 6.20698 -4.3516 5.68615 1708 | 6.70943 -8.6449 -22.5895 1709 | 6.19885 55.6893 -42.7713 1710 | 7.00325 -23.3917 2.67384 1711 | 7.32095 0.969555 -40.6271 1712 | 5.45803 -0.0152189 -34.9609 1713 | 6.6996 -5.12668 6.07059 1714 | 6.20165 -9.17444 -20.1258 1715 | 6.06382 -6.89122 -30.6938 1716 | 6.42871 -15.3562 19.1143 1717 | 6.84829 -23.3578 4.68421 1718 | 6.64173 -24.9772 20.9636 1719 | 6.40965 57.2974 -42.1615 1720 | 6.65005 -6.41526 -47.2706 1721 | 4.99233 -23.493 9.09687 1722 | 6.78329 -5.80726 3.09707 1723 | 6.45655 -6.2732 6.61577 1724 | 6.92053 1.98993 -3.94216 1725 | 6.55842 -1.15608 -30.3801 1726 | 6.55423 -7.36166 -34.5667 1727 | 6.56821 -21.3818 2.29342 1728 | 6.90362 -11.477 16.1596 1729 | 6.91149 -18.1602 1.72988 1730 | 6.81115 -8.19965 1.95434 1731 | 6.60979 -12.7111 18.1216 1732 | 6.67822 -18.8984 21.8182 1733 | 7.94429 -7.14117 -39.9327 1734 | 7.68222 -23.7069 10.2981 1735 | 7.51037 -7.60968 -31.8156 1736 | 6.75033 -6.18695 -14.9948 1737 | 6.67402 -15.1751 0.782808 1738 | 6.77681 -12.1698 12.1748 1739 | 7.04104 -12.486 14.3482 1740 | 6.838 -8.28524 -28.5405 1741 | 7.65974 -15.1024 18.5025 1742 | 8.02186 -1.40225 -23.8582 1743 | 7.6131 -1.29115 -30.8841 1744 | 7.72322 5.74453 -10.8565 1745 | 7.52413 3.98141 -6.05591 1746 | 6.90086 -9.03304 9.43558 1747 | 6.93684 -6.98698 4.49959 1748 | 8.35604 -5.21469 -13.6541 1749 | 6.73611 -0.877189 -5.54241 1750 | 6.74574 -26.2866 15.2211 1751 | 8.25607 1.71977 -38.7883 1752 | 7.68616 -10.3704 11.3682 1753 | 5.85425 4.26869 -14.6071 1754 | 6.3166 -5.63816 -48.3272 1755 | 7.67311 -17.9478 20.2078 1756 | 7.68035 -13.2028 0.92924 1757 | 7.61951 -14.1046 2.54879 1758 | 7.9489 1.39375 -36.6616 1759 | 8.27787 -16.2019 1.86869 1760 | 6.94535 -25.1098 11.5145 1761 | 7.71012 -7.81609 7.9071 1762 | 8.39131 0.479041 -18.4293 1763 | 8.73502 -25.0166 18.2187 1764 | 7.26406 -22.4498 9.05892 1765 | 8.20834 -21.8117 3.89492 1766 | 7.33118 -6.87181 7.86982 1767 | 7.29202 -12.4314 10.1691 1768 | 7.67545 -10.1197 -24.8658 1769 | 7.50596 -9.51537 6.79657 1770 | 8.13369 -11.3007 9.80859 1771 | 8.51842 -13.9535 11.0966 1772 | 7.72587 -10.3329 3.84731 1773 | 8.9947 -7.43467 -48.3255 1774 | 8.47271 1.61352 -16.1607 1775 | 8.06137 -19.7659 2.3055 1776 | 7.3976 -15.6043 13.9525 1777 | 8.78827 -6.35911 -48.5877 1778 | 7.53663 -22.1159 20.5419 1779 | 8.38142 -15.5549 17.2845 1780 | 8.72429 -9.228 -21.949 1781 | 8.36187 -22.6737 5.40993 1782 | 6.997 6.23379 -12.2304 1783 | 7.79823 -0.468911 -22.323 1784 | 8.05163 -15.6709 10.9373 1785 | 10.3575 1.7259 -48.2103 1786 | 8.66977 -10.8393 6.69052 1787 | 8.59988 -2.54838 -11.009 1788 | 8.1263 -20.2913 4.47782 1789 | 8.1217 0.684378 -7.02226 1790 | 7.67277 -14.1335 14.3746 1791 | 8.30509 -12.1627 2.18616 1792 | 8.14155 -8.43032 3.96116 1793 | 8.04439 -12.8431 7.48321 1794 | 8.21925 -16.9538 3.72915 1795 | 9.38435 -23.4342 20.5153 1796 | 9.06714 -22.6224 9.9547 1797 | 8.75798 -14.5552 15.7174 1798 | 8.81151 -27.0096 14.3879 1799 | 9.75107 -10.4088 -25.0016 1800 | 7.67301 -7.68378 -38.5283 1801 | 7.74564 -5.85806 -41.4337 1802 | 11.191 -0.155455 -21.2429 1803 | 8.2247 -13.3179 4.90944 1804 | 10.1314 -9.81809 -19.6748 1805 | 8.43394 0.249533 -34.3901 1806 | 8.74565 -13.7881 8.64046 1807 | 9.52499 2.55471 -42.9518 1808 | 8.67414 2.24279 -9.20705 1809 | 8.90399 -16.8337 13.9022 1810 | 8.91889 -15.3875 3.00056 1811 | 8.59979 -8.30723 -29.5328 1812 | 9.63192 -9.01001 -17.7737 1813 | 8.27983 0.469494 -40.3097 1814 | 9.26099 -5.85506 -42.8657 1815 | 8.80372 -11.7716 5.94837 1816 | 9.35629 -16.6761 11.6945 1817 | 9.80637 -18.4369 19.0169 1818 | 11.1575 2.41818 -47.2268 1819 | 7.94296 -0.809341 -25.8494 1820 | 9.28258 -14.5142 5.83386 1821 | 8.96486 -4.59916 -41.4516 1822 | 9.44075 -18.9194 4.05265 1823 | 9.11879 -23.5581 10.3277 1824 | 9.60149 0.701149 -15.9229 1825 | 10.8141 -1.71972 -23.1295 1826 | 9.63571 -3.8653 -13.2587 1827 | 9.1574 1.87238 -13.6738 1828 | 10.1533 -16.9335 14.7789 1829 | 8.65225 -15.9744 6.55368 1830 | 9.53662 -10.2847 -23.3199 1831 | 10.4635 -5.90022 -39.7594 1832 | 8.95671 -0.73252 -40.8091 1833 | 9.36606 -27.1464 11.7834 1834 | 10.7046 0.440591 -38.4654 1835 | 7.93829 -6.93937 -44.148 1836 | 10.1039 -6.82671 -31.5855 1837 | 9.14654 -18.9118 10.3539 1838 | 9.32217 -19.2399 7.68828 1839 | 9.86047 0.780211 -41.5878 1840 | 9.88236 -23.1132 19.943 1841 | 9.04267 -8.05715 -46.5652 1842 | 9.70676 -18.4049 4.3322 1843 | 9.82745 -16.8817 7.29826 1844 | 10.8692 -26.0977 15.767 1845 | 9.82999 -22.5032 18.5334 1846 | 9.56195 -0.122226 -12.0545 1847 | 9.02042 -19.85 5.89387 1848 | 9.82301 -1.02853 -29.5622 1849 | 9.97068 -20.9161 19.9396 1850 | 8.31266 -9.35058 -18.298 1851 | 10.2436 -4.53516 -43.5388 1852 | 11.0511 -7.22571 -16.7496 1853 | 9.9766 -17.858 9.09269 1854 | 10.7565 -8.29328 -46.9659 1855 | 10.1374 -27.8523 14.3226 1856 | 9.99025 -7.79095 -45.2071 1857 | 9.86298 -21.099 6.85107 1858 | 10.0874 -20.3004 8.62673 1859 | 11.1416 -0.669424 -25.5949 1860 | 10.3603 -24.1734 17.7434 1861 | 10.278 -1.95001 -40.0248 1862 | 9.85664 -22.0435 11.1865 1863 | 10.1628 -3.10042 -40.8753 1864 | 9.20547 -18.8177 12.1119 1865 | 10.598 -26.2185 10.0691 1866 | 10.8343 -7.99129 -28.6569 1867 | 9.64763 -6.70891 -34.581 1868 | 10.3646 -0.629801 -35.1534 1869 | 9.82542 -21.8436 8.6861 1870 | 11.2674 -18.3327 16.531 1871 | 10.6056 -0.0916262 -17.671 1872 | 11.0247 -1.98408 -14.8082 1873 | 10.0235 -20.4354 11.9154 1874 | 10.3837 -20.9584 17.2761 1875 | 11.803 2.8611 -44.5978 1876 | 10.1131 -0.830577 -31.4781 1877 | 10.9786 -2.16531 -41.2054 1878 | 11.2281 -22.4448 17.3948 1879 | 10.5142 -29.0949 10.8572 1880 | 11.2184 -20.773 12.8752 1881 | 11.4084 -18.7295 13.4734 1882 | 11.8413 -8.09848 -48.7664 1883 | 11.567 -6.03913 -44.4979 1884 | 11.4121 -4.19389 -38.8884 1885 | 11.3518 -1.41774 -29.4777 1886 | 11.7457 -4.63587 -45.0966 1887 | 12.873 -5.95332 -17.5261 1888 | 12.1855 -0.845027 -43.5991 1889 | 10.9304 -4.97254 -34.5704 1890 | 11.5656 -3.81412 -48.6222 1891 | 11.3241 -20.0976 14.3022 1892 | 11.4561 -1.94423 -38.4875 1893 | 11.813 -9.12705 -20.8311 1894 | 11.2841 -28.4677 9.47696 1895 | 10.9938 -1.69238 -32.884 1896 | 12.3778 1.30047 -43.3868 1897 | 11.4975 -4.49413 -31.9027 1898 | 11.3176 -2.68175 -34.5454 1899 | 12.1895 -9.26711 -23.6614 1900 | 12.1855 -6.82113 -45.725 1901 | 11.1495 -30.0869 13.522 1902 | 11.9066 -25.4065 9.89678 1903 | 12.7375 -5.89742 -48.7403 1904 | 13.1001 -27.274 8.68086 1905 | 12.0317 -8.39701 -18.7621 1906 | 12.7685 -3.81331 -44.1184 1907 | 12.6039 -0.719187 -48.5906 1908 | 11.965 -3.17874 -30.6708 1909 | 13.4497 -4.03224 -17.6274 1910 | 12.6176 -9.33265 -48.0279 1911 | 12.2434 -30.2692 13.657 1912 | 12.6316 -23.218 13.1672 1913 | 12.0769 -25.4961 15.3448 1914 | 11.5277 -8.8554 -22.2166 1915 | 12.1526 -23.2893 11.5761 1916 | 12.8292 -29.2584 9.56567 1917 | 12.7439 -28.4064 14.8968 1918 | 11.7076 -30.435 11.5657 1919 | 12.9387 -30.4475 9.39996 1920 | 12.7022 1.98169 -45.8854 1921 | 12.6249 -23.9931 14.5956 1922 | 12.8228 -8.39572 -25.3864 1923 | 12.469 -5.01641 -46.8064 1924 | 13.1729 -1.73819 -25.873 1925 | 13.6256 -32.0219 13.5053 1926 | 12.8495 -1.64188 -18.8203 1927 | 14.1462 -8.30826 -46.2831 1928 | 13.3964 -2.0944 -43.8567 1929 | 12.3842 -2.47949 -22.5666 1930 | 13.1188 0.702787 -44.9514 1931 | 13.3193 -3.92797 -45.2428 1932 | 14.2629 -31.8673 9.40633 1933 | 13.7332 -6.41814 -20.7043 1934 | 13.0503 -0.717904 -45.3689 1935 | 13.6569 -5.04027 -27.0321 1936 | 14.4333 -29.2768 13.912 1937 | 13.5143 -5.65774 -22.365 1938 | 13.3035 -3.35424 -20.3766 1939 | 12.9381 -1.4948 -21.2849 1940 | 14.2413 -1.19788 -48.3404 1941 | 14.1597 -6.22579 -47.1414 1942 | 14.4171 -6.43621 -24.1274 1943 | 13.5013 -32.8532 11.8601 1944 | 15.5298 2.80266 -48.117 1945 | 14.5995 -25.6864 13.9887 1946 | 13.7653 -2.53568 -45.025 1947 | 14.9007 2.10083 -46.0466 1948 | 14.327 -4.12819 -23.5426 1949 | 14.8484 -9.29134 -48.0048 1950 | 13.9764 -4.68093 -20.3092 1951 | 14.5912 -28.1629 9.49625 1952 | 14.8188 -27.6892 14.8517 1953 | 15.9259 1.24301 -45.8651 1954 | 15.2693 -0.885477 -46.6036 1955 | 15.8783 -31.3178 13.8193 1956 | 14.2491 -5.34191 -47.7073 1957 | 14.7527 -35.0378 14.1666 1958 | 13.5583 -2.13191 -24.0735 1959 | 14.5031 -3.78887 -25.4553 1960 | 14.4817 -36.3113 13.0221 1961 | 15.9524 -4.18003 -46.348 1962 | 15.9602 -2.67126 -46.0063 1963 | 15.6382 -3.92094 -48.7939 1964 | 15.2131 -6.71847 -48.4866 1965 | 15.9957 -26.4226 10.9749 1966 | 15.0366 -7.71171 -46.8995 1967 | 15.0678 -29.7926 8.80659 1968 | 14.5812 -4.9395 -48.2157 1969 | 14.5555 -25.8199 10.1042 1970 | 13.9601 -8.68412 -48.8942 1971 | 15.6382 -34.8833 8.36669 1972 | 14.8751 -39.475 13.626 1973 | 15.0864 -39.0847 15.1719 1974 | 15.8924 -28.3108 12.8917 1975 | 15.9857 -38.2562 12.1577 1976 | 16.0687 -32.2287 8.75037 1977 | 14.9759 2.58357 -48.5058 1978 | 16.0734 -27.0631 12.948 1979 | 15.9059 -1.24074 -47.9692 1980 | 16.9361 -35.191 14.7043 1981 | 16.7972 0.731452 -48.5136 1982 | 15.623 -28.0478 10.3305 1983 | 15.7705 -8.65384 -48.5585 1984 | 16.3047 -41.0521 14.8467 1985 | 16.5133 -39.1276 9.96871 1986 | 15.1511 -36.3904 10.4768 1987 | 16.3823 -39.6437 11.0048 1988 | 16.6875 -38.4603 15.5257 1989 | 16.754 -4.23052 -48.0894 1990 | 16.9516 -40.496 13.7088 1991 | 16.1777 0.34779 -46.1569 1992 | 15.8916 -2.37636 -48.7941 1993 | 17.4177 0.947667 -48.034 1994 | 16.5545 -28.8735 11.1 1995 | 17.2149 -3.13577 -48.3627 1996 | 17.2203 -33.445 13.9839 1997 | 17.1223 -31.3409 9.19989 1998 | 17.1173 -37.0627 9.30132 1999 | 16.7652 -36.9217 7.10456 2000 | 18.6499 -33.7541 10.5372 2001 | 18.0614 -37.199 9.74611 2002 | 18.1717 -41.1686 10.4117 2003 | 17.9267 -37.8115 6.18476 2004 | 17.5296 -35.0897 13.9572 2005 | 18.0556 -33.3374 8.48287 2006 | 17.3914 -39.3187 14.9649 2007 | 18.5355 -36.8184 5.96983 2008 | 18.6032 -34.4258 11.9204 2009 | 17.4801 -39.3779 12.907 2010 | 18.6975 -38.73 9.93978 2011 | 18.9234 -38.6162 6.49879 2012 | 19.2895 -37.5716 8.22744 2013 | 18.8477 -39.2895 11.8341 2014 | 19.358 -36.4961 6.69676 2015 | 3 173 145 260 180 80 100 2016 | 3 309 173 260 180 80 100 2017 | 3 109 82 173 180 80 100 2018 | 3 145 173 82 180 80 100 2019 | 3 1957 1890 1951 240 80 200 2020 | 3 1951 1970 1957 240 80 200 2021 | 3 173 131 109 180 80 100 2022 | 3 1890 1957 1869 240 80 200 2023 | 3 309 260 611 180 80 100 2024 | 3 1950 1877 1979 240 80 200 2025 | 3 316 173 309 180 80 100 2026 | 3 1950 1979 1982 240 80 200 2027 | 3 1877 1894 1979 240 80 200 2028 | 3 1869 1764 1890 240 80 200 2029 | 3 1760 1764 1869 240 80 200 2030 | 3 1943 1951 1890 240 80 200 2031 | 3 1877 1890 1764 240 80 200 2032 | 3 1927 1979 1894 240 80 200 2033 | 3 91 82 109 180 80 100 2034 | 3 151 109 131 180 80 100 2035 | 3 145 5 4 180 80 100 2036 | 3 1964 1968 1894 240 80 200 2037 | 3 5 145 26 180 80 100 2038 | 3 1927 1894 1968 240 80 200 2039 | 3 550 309 611 180 80 100 2040 | 3 1950 1955 1877 240 80 200 2041 | 3 1957 1897 1869 240 80 200 2042 | 3 64 260 145 180 80 100 2043 | 3 431 440 260 180 80 100 2044 | 3 260 64 431 180 80 100 2045 | 3 1964 1894 1772 240 80 200 2046 | 3 26 145 82 180 80 100 2047 | 3 611 260 606 180 80 100 2048 | 3 1968 1966 1927 240 80 200 2049 | 3 1772 1894 1877 240 80 200 2050 | 3 1950 1982 1976 240 80 200 2051 | 3 309 550 316 180 80 100 2052 | 3 4 5 1 180 80 100 2053 | 3 1970 1936 1957 240 80 200 2054 | 3 1764 1772 1877 240 80 200 2055 | 3 1890 1877 1955 240 80 200 2056 | 3 1927 1966 1979 240 80 200 2057 | 3 1897 1957 1936 240 80 200 2058 | 3 1964 1980 1968 240 80 200 2059 | 3 131 173 316 180 80 100 2060 | 3 1955 1950 1976 240 80 200 2061 | 3 12 64 145 180 80 100 2062 | 3 12 145 4 180 80 100 2063 | 3 431 713 440 180 80 100 2064 | 3 1943 1890 1955 240 80 200 2065 | 3 1202 1186 1221 60 160 100 2066 | 3 1772 1764 1543 240 80 200 2067 | 3 1 5 7 180 80 100 2068 | 3 1982 1979 1966 240 80 200 2069 | 3 1764 1760 1741 240 80 200 2070 | 3 5 26 7 180 80 100 2071 | 3 1805 1964 1772 240 80 200 2072 | 3 1304 1352 1267 60 160 100 2073 | 3 1841 1869 1897 240 80 200 2074 | 3 1741 1543 1764 240 80 200 2075 | 3 1970 1953 1936 240 80 200 2076 | 3 1186 1267 1331 60 160 100 2077 | 3 1741 1598 1501 240 80 200 2078 | 3 82 91 26 180 80 100 2079 | 3 100 91 109 180 80 100 2080 | 3 1869 1841 1760 240 80 200 2081 | 3 1352 1331 1267 60 160 100 2082 | 3 316 550 391 180 80 100 2083 | 3 1164 1221 1204 60 160 100 2084 | 3 713 603 440 180 80 100 2085 | 3 45 64 12 180 80 100 2086 | 3 1221 1164 1202 60 160 100 2087 | 3 1352 1304 1408 60 160 100 2088 | 3 1741 1501 1543 240 80 200 2089 | 3 440 606 260 180 80 100 2090 | 3 1951 1953 1970 240 80 200 2091 | 3 4 1 2 180 80 100 2092 | 3 316 169 131 180 80 100 2093 | 3 1980 1966 1968 240 80 200 2094 | 3 1598 1741 1707 240 80 200 2095 | 3 1931 1964 1805 240 80 200 2096 | 3 1598 1530 1501 240 80 200 2097 | 3 1951 1943 1928 240 80 200 2098 | 3 64 124 472 180 80 100 2099 | 3 205 169 316 180 80 100 2100 | 3 121 100 109 180 80 100 2101 | 3 1931 1980 1964 240 80 200 2102 | 3 1374 1408 1304 60 160 100 2103 | 3 21 45 12 180 80 100 2104 | 3 1741 1760 1707 240 80 200 2105 | 3 1953 1914 1936 240 80 200 2106 | 3 603 606 440 180 80 100 2107 | 3 1772 1543 1679 240 80 200 2108 | 3 151 121 109 180 80 100 2109 | 3 2 12 4 180 80 100 2110 | 3 0 2 1 180 80 100 2111 | 3 1164 1204 1088 60 160 100 2112 | 3 611 532 550 180 80 100 2113 | 3 1374 1444 1408 60 160 100 2114 | 3 606 532 611 180 80 100 2115 | 3 431 64 472 180 80 100 2116 | 3 7 0 1 180 80 100 2117 | 3 21 12 10 180 80 100 2118 | 3 1221 1186 1331 60 160 100 2119 | 3 45 21 31 180 80 100 2120 | 3 124 64 45 180 80 100 2121 | 3 1540 1543 1501 240 80 200 2122 | 3 1087 1202 1164 60 160 100 2123 | 3 151 131 169 180 80 100 2124 | 3 1583 1530 1598 240 80 200 2125 | 3 12 2 10 180 80 100 2126 | 3 1976 1948 1955 240 80 200 2127 | 3 1179 1029 1088 60 160 100 2128 | 3 1931 1805 1934 240 80 200 2129 | 3 1482 1540 1501 240 80 200 2130 | 3 1841 1828 1760 240 80 200 2131 | 3 1352 1383 1331 60 160 100 2132 | 3 1374 1431 1444 60 160 100 2133 | 3 431 696 713 180 80 100 2134 | 3 124 45 119 180 80 100 2135 | 3 1304 1267 1237 60 160 100 2136 | 3 1179 1088 1204 60 160 100 2137 | 3 1805 1772 1679 240 80 200 2138 | 3 26 11 7 180 80 100 2139 | 3 1292 1374 1304 60 160 100 2140 | 3 1980 1978 1966 240 80 200 2141 | 3 1204 1221 1290 60 160 100 2142 | 3 1679 1543 1572 240 80 200 2143 | 3 1103 1186 1202 60 160 100 2144 | 3 1982 1948 1976 240 80 200 2145 | 3 1331 1307 1221 60 160 100 2146 | 3 1583 1598 1629 240 80 200 2147 | 3 1941 1966 1978 240 80 200 2148 | 3 1931 1940 1980 240 80 200 2149 | 3 119 147 124 180 80 100 2150 | 3 1501 1530 1482 240 80 200 2151 | 3 537 603 713 180 80 100 2152 | 3 1928 1943 1910 240 80 200 2153 | 3 1951 1928 1953 240 80 200 2154 | 3 1543 1540 1572 240 80 200 2155 | 3 1134 1029 1179 60 160 100 2156 | 3 1949 1966 1941 240 80 200 2157 | 3 1304 1237 1292 60 160 100 2158 | 3 134 151 169 180 80 100 2159 | 3 1629 1598 1707 240 80 200 2160 | 3 537 713 696 180 80 100 2161 | 3 1088 1087 1164 60 160 100 2162 | 3 1760 1828 1707 240 80 200 2163 | 3 1948 1943 1955 240 80 200 2164 | 3 1978 1980 1940 240 80 200 2165 | 3 1914 1897 1936 240 80 200 2166 | 3 1352 1408 1383 60 160 100 2167 | 3 91 57 26 180 80 100 2168 | 3 1158 1237 1267 60 160 100 2169 | 3 1267 1186 1158 60 160 100 2170 | 3 110 91 100 180 80 100 2171 | 3 1290 1221 1307 60 160 100 2172 | 3 1966 1949 1982 240 80 200 2173 | 3 1520 1482 1530 240 80 200 2174 | 3 3 2 0 180 80 100 2175 | 3 1431 1374 1387 60 160 100 2176 | 3 1383 1408 1430 60 160 100 2177 | 3 1134 1057 1029 60 160 100 2178 | 3 134 121 151 180 80 100 2179 | 3 1444 1430 1408 60 160 100 2180 | 3 603 562 606 180 80 100 2181 | 3 532 391 550 180 80 100 2182 | 3 100 121 110 180 80 100 2183 | 3 1202 1087 1103 60 160 100 2184 | 3 1841 1897 1914 240 80 200 2185 | 3 472 124 334 180 80 100 2186 | 3 1948 1982 1949 240 80 200 2187 | 3 1374 1292 1387 60 160 100 2188 | 3 1948 1910 1943 240 80 200 2189 | 3 1907 1934 1805 240 80 200 2190 | 3 431 472 531 180 80 100 2191 | 3 1931 1934 1940 240 80 200 2192 | 3 7 3 0 180 80 100 2193 | 3 1707 1657 1629 240 80 200 2194 | 3 1841 1843 1828 240 80 200 2195 | 3 391 205 316 180 80 100 2196 | 3 57 11 26 180 80 100 2197 | 3 1019 1087 1088 60 160 100 2198 | 3 1910 1887 1928 240 80 200 2199 | 3 1021 1057 1134 60 160 100 2200 | 3 1158 1186 1103 60 160 100 2201 | 3 1914 1953 1928 240 80 200 2202 | 3 147 334 124 180 80 100 2203 | 3 431 616 696 180 80 100 2204 | 3 1134 1086 1021 60 160 100 2205 | 3 606 351 532 180 80 100 2206 | 3 1572 1540 1500 240 80 200 2207 | 3 1679 1680 1805 240 80 200 2208 | 3 1387 1549 1431 60 160 100 2209 | 3 1948 1918 1910 240 80 200 2210 | 3 391 351 205 180 80 100 2211 | 3 1029 958 1088 60 160 100 2212 | 3 2 8 10 180 80 100 2213 | 3 3 6 2 180 80 100 2214 | 3 7 11 3 180 80 100 2215 | 3 1914 1928 1887 240 80 200 2216 | 3 1549 1387 1448 60 160 100 2217 | 3 1204 1290 1248 60 160 100 2218 | 3 1021 1086 918 60 160 100 2219 | 3 839 1029 1057 60 160 100 2220 | 3 532 351 391 180 80 100 2221 | 3 205 140 169 180 80 100 2222 | 3 25 31 21 180 80 100 2223 | 3 134 110 121 180 80 100 2224 | 3 1873 1910 1918 240 80 200 2225 | 3 1307 1331 1339 60 160 100 2226 | 3 1179 1204 1238 60 160 100 2227 | 3 616 431 531 180 80 100 2228 | 3 1540 1482 1500 240 80 200 2229 | 3 1841 1914 1887 240 80 200 2230 | 3 31 119 45 180 80 100 2231 | 3 1057 1021 861 60 160 100 2232 | 3 537 562 603 180 80 100 2233 | 3 1532 1592 1549 60 160 100 2234 | 3 1707 1828 1657 240 80 200 2235 | 3 861 839 1057 60 160 100 2236 | 3 130 147 119 180 80 100 2237 | 3 119 31 130 180 80 100 2238 | 3 1530 1583 1617 240 80 200 2239 | 3 1549 1448 1532 60 160 100 2240 | 3 134 169 140 180 80 100 2241 | 3 1843 1822 1828 240 80 200 2242 | 3 1530 1617 1520 240 80 200 2243 | 3 351 190 205 180 80 100 2244 | 3 1339 1331 1383 60 160 100 2245 | 3 21 10 25 180 80 100 2246 | 3 1431 1519 1444 60 160 100 2247 | 3 1949 1933 1948 240 80 200 2248 | 3 140 110 134 180 80 100 2249 | 3 1172 1237 1158 60 160 100 2250 | 3 1238 1204 1248 60 160 100 2251 | 3 531 472 334 180 80 100 2252 | 3 1086 1134 1179 60 160 100 2253 | 3 1088 958 1019 60 160 100 2254 | 3 1941 1978 1921 240 80 200 2255 | 3 1029 839 958 60 160 100 2256 | 3 1233 1292 1237 60 160 100 2257 | 3 1862 1907 1805 240 80 200 2258 | 3 103 57 91 180 80 100 2259 | 3 1887 1910 1873 240 80 200 2260 | 3 1237 1172 1233 60 160 100 2261 | 3 1103 1172 1158 60 160 100 2262 | 3 91 110 103 180 80 100 2263 | 3 1179 1145 1086 60 160 100 2264 | 3 1941 1933 1949 240 80 200 2265 | 3 1907 1917 1934 240 80 200 2266 | 3 341 190 351 180 80 100 2267 | 3 1590 1679 1572 240 80 200 2268 | 3 1387 1292 1300 60 160 100 2269 | 3 1549 1562 1431 60 160 100 2270 | 3 1933 1918 1948 240 80 200 2271 | 3 1489 1500 1482 240 80 200 2272 | 3 351 606 562 180 80 100 2273 | 3 2 6 8 180 80 100 2274 | 3 1145 1179 1199 60 160 100 2275 | 3 1933 1941 1921 240 80 200 2276 | 3 1087 1019 1103 60 160 100 2277 | 3 1940 1934 1917 240 80 200 2278 | 3 140 205 190 180 80 100 2279 | 3 1629 1617 1583 240 80 200 2280 | 3 1873 1870 1887 240 80 200 2281 | 3 1592 1532 1595 60 160 100 2282 | 3 1464 1532 1448 60 160 100 2283 | 3 1887 1843 1841 240 80 200 2284 | 3 562 341 351 180 80 100 2285 | 3 57 14 11 180 80 100 2286 | 3 1292 1233 1300 60 160 100 2287 | 3 797 918 835 240 80 50 2288 | 3 1003 835 918 240 80 50 2289 | 3 1921 1978 1940 240 80 200 2290 | 3 1307 1298 1290 60 160 100 2291 | 3 1431 1562 1519 60 160 100 2292 | 3 1862 1805 1680 240 80 200 2293 | 3 696 616 563 180 80 100 2294 | 3 120 103 110 180 80 100 2295 | 3 1021 918 861 60 160 100 2296 | 3 890 835 1003 240 80 50 2297 | 3 1595 1658 1592 60 160 100 2298 | 3 1940 1917 1921 240 80 200 2299 | 3 1592 1633 1549 60 160 100 2300 | 3 3 11 14 180 80 100 2301 | 3 1862 1680 1794 240 80 200 2302 | 3 1238 1199 1179 60 160 100 2303 | 3 537 696 563 180 80 100 2304 | 3 1875 1921 1917 240 80 200 2305 | 3 1103 1108 1172 60 160 100 2306 | 3 1019 958 816 60 160 100 2307 | 3 1519 1498 1444 60 160 100 2308 | 3 190 120 140 180 80 100 2309 | 3 1444 1498 1430 60 160 100 2310 | 3 1298 1307 1339 60 160 100 2311 | 3 1018 1103 1019 60 160 100 2312 | 3 120 110 140 180 80 100 2313 | 3 1657 1828 1822 240 80 200 2314 | 3 1679 1590 1680 240 80 200 2315 | 3 1843 1887 1870 240 80 200 2316 | 3 1064 1103 1018 60 160 100 2317 | 3 1873 1918 1893 240 80 200 2318 | 3 1917 1907 1883 240 80 200 2319 | 3 1103 1064 1108 60 160 100 2320 | 3 1248 1290 1298 60 160 100 2321 | 3 1532 1464 1595 60 160 100 2322 | 3 1216 1233 1172 60 160 100 2323 | 3 1145 1076 1086 60 160 100 2324 | 3 1216 1172 1108 60 160 100 2325 | 3 958 839 816 60 160 100 2326 | 3 1921 1915 1933 240 80 200 2327 | 3 8 25 10 180 80 100 2328 | 3 1862 1883 1907 240 80 200 2329 | 3 1489 1482 1520 240 80 200 2330 | 3 60 14 57 180 80 100 2331 | 3 1933 1915 1918 240 80 200 2332 | 3 1346 1387 1300 60 160 100 2333 | 3 918 1071 1003 240 80 50 2334 | 3 1893 1918 1915 240 80 200 2335 | 3 1086 1076 918 60 160 100 2336 | 3 1875 1915 1921 240 80 200 2337 | 3 1843 1870 1801 240 80 200 2338 | 3 861 918 756 60 160 100 2339 | 3 1019 816 876 60 160 100 2340 | 3 1870 1873 1838 240 80 200 2341 | 3 562 537 433 180 80 100 2342 | 3 876 1018 1019 60 160 100 2343 | 3 1633 1592 1658 60 160 100 2344 | 3 562 433 341 180 80 100 2345 | 3 190 341 192 180 80 100 2346 | 3 531 334 294 180 80 100 2347 | 3 1216 1225 1233 60 160 100 2348 | 3 14 6 3 180 80 100 2349 | 3 241 341 433 180 80 100 2350 | 3 1448 1387 1346 60 160 100 2351 | 3 563 471 537 180 80 100 2352 | 3 1225 1300 1233 60 160 100 2353 | 3 1339 1383 1384 60 160 100 2354 | 3 192 120 190 180 80 100 2355 | 3 1003 907 890 240 80 50 2356 | 3 1346 1414 1448 60 160 100 2357 | 3 1071 918 1076 240 80 50 2358 | 3 1384 1383 1430 60 160 100 2359 | 3 1339 1363 1298 60 160 100 2360 | 3 1572 1500 1590 240 80 200 2361 | 3 1663 1658 1595 60 160 100 2362 | 3 130 108 147 180 80 100 2363 | 3 918 797 756 240 80 50 2364 | 3 25 53 31 180 80 100 2365 | 3 1657 1617 1629 240 80 200 2366 | 3 192 341 241 180 80 100 2367 | 3 1562 1549 1609 60 160 100 2368 | 3 334 147 194 180 80 100 2369 | 3 1448 1414 1464 60 160 100 2370 | 3 130 31 53 180 80 100 2371 | 3 1822 1843 1801 240 80 200 2372 | 3 776 816 839 60 160 100 2373 | 3 294 616 531 180 80 100 2374 | 3 890 793 835 240 80 50 2375 | 3 1238 1248 1298 60 160 100 2376 | 3 793 890 907 240 80 50 2377 | 3 776 839 861 60 160 100 2378 | 3 1549 1633 1609 60 160 100 2379 | 3 6 14 8 180 80 100 2380 | 3 1339 1384 1319 60 160 100 2381 | 3 1064 1243 1108 60 160 100 2382 | 3 1526 1489 1520 240 80 200 2383 | 3 120 192 139 180 80 100 2384 | 3 108 194 147 180 80 100 2385 | 3 1617 1526 1520 240 80 200 2386 | 3 1917 1883 1875 240 80 200 2387 | 3 103 120 139 180 80 100 2388 | 3 793 797 835 240 80 50 2389 | 3 1625 1663 1595 60 160 100 2390 | 3 1633 1658 1696 60 160 100 2391 | 3 1801 1870 1838 240 80 200 2392 | 3 1915 1864 1893 240 80 200 2393 | 3 53 86 130 180 80 100 2394 | 3 60 41 14 180 80 100 2395 | 3 1076 1106 1071 240 80 50 2396 | 3 674 756 797 240 80 50 2397 | 3 1064 1018 1017 60 160 100 2398 | 3 793 895 755 240 80 50 2399 | 3 471 433 537 180 80 100 2400 | 3 816 776 743 60 160 100 2401 | 3 895 793 907 240 80 50 2402 | 3 103 60 57 180 80 100 2403 | 3 1597 1617 1657 240 80 200 2404 | 3 1464 1414 1535 60 160 100 2405 | 3 1363 1339 1319 60 160 100 2406 | 3 1625 1595 1464 60 160 100 2407 | 3 1071 907 1003 240 80 50 2408 | 3 1216 1264 1225 60 160 100 2409 | 3 876 1017 1018 60 160 100 2410 | 3 130 86 108 180 80 100 2411 | 3 1658 1706 1696 60 160 100 2412 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601 240 240 250 4333 | 3 1744 1778 1802 180 160 200 4334 | 3 676 1031 745 180 160 200 4335 | 3 377 346 275 180 160 200 4336 | 3 1671 1672 1644 240 240 250 4337 | 3 209 210 197 240 240 250 4338 | 3 1752 1714 1775 180 160 200 4339 | 3 676 566 709 180 160 200 4340 | 3 1362 1247 1296 240 240 250 4341 | 3 710 767 780 240 240 250 4342 | 3 1802 1790 1744 180 160 200 4343 | 3 476 528 529 180 160 200 4344 | 3 1704 1517 1573 180 160 200 4345 | 3 300 317 297 240 240 250 4346 | 3 522 388 790 240 240 250 4347 | 3 752 522 790 240 240 250 4348 | 3 1775 1762 1809 180 160 200 4349 | 3 792 601 782 240 240 250 4350 | 3 210 250 246 240 240 250 4351 | 3 317 277 387 240 240 250 4352 | 3 601 710 780 240 240 250 4353 | 3 326 276 377 60 80 50 4354 | 3 476 455 528 180 160 200 4355 | 3 1078 1247 1362 240 240 250 4356 | 3 1379 1439 1366 240 240 250 4357 | 3 1773 1802 1778 180 160 200 4358 | 3 276 326 225 60 80 50 4359 | 3 1119 1232 1173 180 160 200 4360 | 3 1734 1709 1700 60 80 50 4361 | 3 1327 1232 1357 180 160 200 4362 | 3 246 307 191 60 80 50 4363 | 3 246 197 210 240 240 250 4364 | 3 780 782 601 240 240 250 4365 | 3 1672 1603 1564 240 240 250 4366 | 3 1797 1790 1807 180 160 200 4367 | 3 377 275 326 180 160 200 4368 | 3 1603 1439 1564 240 240 250 4369 | 3 1704 1591 1517 180 160 200 4370 | 3 346 455 278 180 160 200 4371 | 3 1834 1775 1809 180 160 200 4372 | 3 1704 1697 1768 180 160 200 4373 | 3 191 307 204 60 80 50 4374 | 3 1759 1773 1778 180 160 200 4375 | 3 752 790 789 240 240 250 4376 | 3 956 951 1078 240 240 250 4377 | 3 1694 1700 1709 60 80 50 4378 | 3 1552 1573 1517 180 160 200 4379 | 3 1173 1232 1327 180 160 200 4380 | 3 1552 1327 1357 180 160 200 4381 | 3 780 767 789 240 240 250 4382 | 3 745 1119 833 180 160 200 4383 | 3 1697 1752 1768 180 160 200 4384 | 3 951 956 792 240 240 250 4385 | 3 1644 1694 1709 60 80 50 4386 | 3 261 276 225 60 80 50 4387 | 3 1247 1291 1296 240 240 250 4388 | 3 643 740 585 60 80 150 4389 | 3 792 782 951 240 240 250 4390 | 3 740 643 813 60 80 150 4391 | 3 278 455 453 180 160 200 4392 | 3 275 346 278 180 160 200 4393 | 3 521 643 585 60 80 150 4394 | 3 1327 1552 1517 180 160 200 4395 | 3 204 261 262 60 80 50 4396 | 3 566 676 642 180 160 200 4397 | 3 1439 1379 1322 240 240 250 4398 | 3 388 300 297 240 240 250 4399 | 3 277 209 248 240 240 250 4400 | 3 317 387 297 240 240 250 4401 | 3 1781 1797 1807 180 160 200 4402 | 3 1096 1247 1078 240 240 250 4403 | 3 476 354 455 180 160 200 4404 | 3 1327 1517 1591 180 160 200 4405 | 3 1096 1078 951 240 240 250 4406 | 3 1752 1775 1834 180 160 200 4407 | 3 706 813 643 60 80 150 4408 | 3 204 262 195 60 80 50 4409 | 3 1781 1807 1816 180 160 200 4410 | 3 1829 1781 1830 180 160 200 4411 | 3 533 623 497 180 160 200 4412 | 3 277 248 387 240 240 250 4413 | 3 1834 1809 1829 180 160 200 4414 | 3 453 455 354 180 160 200 4415 | 3 1558 1644 1672 240 240 250 4416 | 3 745 642 676 180 160 200 4417 | 3 1816 1830 1781 180 160 200 4418 | 3 497 476 533 180 160 200 4419 | 3 1322 1564 1439 240 240 250 4420 | 3 796 740 813 60 80 150 4421 | 3 413 643 521 60 80 150 4422 | 3 195 191 204 60 80 50 4423 | 3 253 246 191 60 80 50 4424 | 3 782 780 872 240 240 250 4425 | 3 1773 1759 1756 180 160 200 4426 | 3 790 388 660 240 240 250 4427 | 3 521 585 331 60 80 150 4428 | 3 872 829 782 240 240 250 4429 | 3 706 796 813 60 80 150 4430 | 3 1700 1710 1734 60 80 50 4431 | 3 387 359 297 240 240 250 4432 | 3 1844 1768 1752 180 160 200 4433 | 3 942 1119 1173 60 80 150 4434 | 3 1119 942 833 60 80 150 4435 | 3 643 413 706 60 80 150 4436 | 3 623 566 497 180 160 200 4437 | 3 1591 1398 1327 180 160 200 4438 | 3 789 790 795 240 240 250 4439 | 3 795 780 789 240 240 250 4440 | 3 1759 1779 1748 60 80 50 4441 | 3 1694 1644 1593 60 80 50 4442 | 3 209 197 207 240 240 250 4443 | 3 1247 1096 1189 240 240 250 4444 | 3 1752 1834 1844 180 160 200 4445 | 3 1291 1247 1189 240 240 250 4446 | 3 1151 1096 1035 240 240 250 4447 | 3 585 740 686 60 80 150 4448 | 3 1151 1189 1096 240 240 250 4449 | 3 1096 951 1035 240 240 250 4450 | 3 567 331 585 60 80 150 4451 | 3 1748 1756 1759 60 80 50 4452 | 3 1802 1780 1790 180 160 200 4453 | 3 829 872 1035 240 240 250 4454 | 3 829 951 782 240 240 250 4455 | 3 521 249 413 60 80 150 4456 | 3 413 385 733 60 80 150 4457 | 3 706 413 719 60 80 150 4458 | 3 497 566 414 180 160 200 4459 | 3 796 706 684 60 80 150 4460 | 3 438 475 213 60 80 150 4461 | 3 566 642 414 180 160 200 4462 | 3 1807 1790 1780 180 160 200 4463 | 3 475 352 213 60 80 150 4464 | 3 1990 1994 1998 120 160 200 4465 | 3 197 246 253 240 240 250 4466 | 3 780 795 872 240 240 250 4467 | 3 1779 1734 1753 60 80 50 4468 | 3 2001 1998 1994 120 160 200 4469 | 3 829 1035 951 240 240 250 4470 | 3 660 795 790 240 240 250 4471 | 3 1780 1793 1807 180 160 200 4472 | 3 1710 1753 1734 60 80 50 4473 | 3 207 248 209 240 240 250 4474 | 3 385 413 249 60 80 150 4475 | 3 1856 1768 1844 180 160 200 4476 | 3 331 249 521 60 80 150 4477 | 3 686 567 585 60 80 150 4478 | 3 249 239 385 60 80 150 4479 | 3 213 352 239 60 80 150 4480 | 3 733 719 413 60 80 150 4481 | 3 219 225 326 60 80 50 4482 | 3 388 297 444 240 240 250 4483 | 3 352 385 239 60 80 150 4484 | 3 1844 1834 1825 180 160 200 4485 | 3 1379 1291 1211 240 240 250 4486 | 3 1564 1322 1380 240 240 250 4487 | 3 385 352 733 60 80 150 4488 | 3 872 795 987 240 240 250 4489 | 3 359 444 297 240 240 250 4490 | 3 796 686 740 60 80 150 4491 | 3 765 672 475 60 80 150 4492 | 3 719 684 706 60 80 150 4493 | 3 1211 1322 1379 240 240 250 4494 | 3 352 475 672 60 80 150 4495 | 3 1992 2001 1994 120 160 200 4496 | 3 253 207 197 240 240 250 4497 | 3 1558 1593 1644 240 240 250 4498 | 3 1380 1455 1564 240 240 250 4499 | 3 363 278 453 180 160 200 4500 | 3 578 765 475 60 80 150 4501 | 3 444 660 388 240 240 250 4502 | 3 225 232 261 60 80 50 4503 | 3 232 262 261 60 80 50 4504 | 3 438 213 202 60 80 150 4505 | 3 733 352 672 60 80 150 4506 | 3 1672 1564 1558 240 240 250 4507 | 3 1990 1986 1994 120 160 200 4508 | 3 1999 1998 2001 120 160 200 4509 | 3 453 354 363 180 160 200 4510 | 3 1779 1753 1748 60 80 50 4511 | 3 359 387 485 240 240 250 4512 | 3 249 331 259 60 80 150 4513 | 3 475 438 578 60 80 150 4514 | 3 684 686 796 60 80 150 4515 | 3 253 191 206 60 80 50 4516 | 3 1455 1558 1564 240 240 250 4517 | 3 1998 1986 1990 120 160 200 4518 | 3 1963 1994 1986 120 160 200 4519 | 3 1189 1211 1291 240 240 250 4520 | 3 774 745 833 180 160 200 4521 | 3 326 275 332 180 160 200 4522 | 3 1994 1963 1992 120 160 200 4523 | 3 642 745 774 180 160 200 4524 | 3 414 642 407 180 160 200 4525 | 3 1014 1035 872 240 240 250 4526 | 3 354 476 311 180 160 200 4527 | 3 259 331 299 60 80 150 4528 | 3 331 567 299 60 80 150 4529 | 3 206 191 195 60 80 50 4530 | 3 1173 1327 1398 180 160 200 4531 | 3 239 202 213 60 80 150 4532 | 3 1825 1845 1844 180 160 200 4533 | 3 1829 1825 1834 180 160 200 4534 | 3 420 299 567 60 80 150 4535 | 3 212 198 239 60 80 150 4536 | 3 872 987 1014 240 240 250 4537 | 3 328 207 253 240 240 250 4538 | 3 686 420 567 60 80 150 4539 | 3 438 517 578 60 80 150 4540 | 3 249 212 239 60 80 150 4541 | 3 202 239 198 60 80 150 4542 | 3 1700 1694 1654 60 80 50 4543 | 3 1753 1710 1638 60 80 50 4544 | 3 438 392 517 60 80 150 4545 | 3 1151 1035 1073 240 240 250 4546 | 3 1694 1593 1654 60 80 50 4547 | 3 1825 1829 1840 180 160 200 4548 | 3 1986 1998 1985 120 160 200 4549 | 3 1780 1802 1757 180 160 200 4550 | 3 1073 1035 1014 240 240 250 4551 | 3 942 825 833 60 80 150 4552 | 3 278 363 312 180 160 200 4553 | 3 719 733 609 60 80 150 4554 | 3 248 485 387 240 240 250 4555 | 3 202 392 438 60 80 150 4556 | 3 1751 1704 1768 180 160 200 4557 | 3 332 275 278 180 160 200 4558 | 3 1856 1751 1768 180 160 200 4559 | 3 1986 1958 1963 120 160 200 4560 | 3 1700 1638 1710 60 80 50 4561 | 3 259 212 249 60 80 150 4562 | 3 1122 1211 1189 240 240 250 4563 | 3 1398 1591 1708 120 160 200 4564 | 3 1591 1704 1751 180 160 200 4565 | 3 733 672 732 60 80 150 4566 | 3 774 833 825 60 80 150 4567 | 3 332 278 312 180 160 200 4568 | 3 686 684 671 60 80 150 4569 | 3 660 708 795 240 240 250 4570 | 3 262 232 279 60 80 50 4571 | 3 1322 1211 1286 240 240 250 4572 | 3 232 225 219 60 80 50 4573 | 3 642 774 407 180 160 200 4574 | 3 869 987 795 240 240 250 4575 | 3 198 184 202 60 80 150 4576 | 3 497 311 476 180 160 200 4577 | 3 1999 1985 1998 120 160 200 4578 | 3 1151 1122 1189 240 240 250 4579 | 3 1286 1380 1322 240 240 250 4580 | 3 1830 1840 1829 180 160 200 4581 | 3 1748 1733 1756 60 80 50 4582 | 3 1708 1591 1751 120 160 200 4583 | 3 279 195 262 60 80 50 4584 | 3 517 407 774 60 80 150 4585 | 3 407 517 392 60 80 150 4586 | 3 1802 1773 1757 180 160 200 4587 | 3 326 332 291 60 80 50 4588 | 3 684 719 671 60 80 150 4589 | 3 660 444 708 240 240 250 4590 | 3 253 206 328 60 80 50 4591 | 3 219 326 291 60 80 50 4592 | 3 733 732 609 60 80 150 4593 | 3 1753 1638 1622 60 80 50 4594 | 3 1593 1558 1424 240 240 250 4595 | 3 708 869 795 240 240 250 4596 | 3 1638 1700 1654 60 80 50 4597 | 3 1771 1830 1816 180 160 200 4598 | 3 203 206 195 60 80 50 4599 | 3 686 548 420 60 80 150 4600 | 3 1733 1773 1756 180 160 200 4601 | 3 202 268 392 60 80 150 4602 | 3 1424 1654 1593 60 80 50 4603 | 3 1757 1754 1780 180 160 200 4604 | 3 444 359 591 240 240 250 4605 | 3 517 820 578 60 80 150 4606 | 3 485 591 359 240 240 250 4607 | 3 1958 1986 1985 120 160 200 4608 | 3 517 774 825 60 80 150 4609 | 3 765 578 831 60 80 150 4610 | 3 299 420 378 60 80 150 4611 | 3 1398 942 1173 60 80 150 4612 | 3 328 206 350 60 80 50 4613 | 3 485 248 379 240 240 250 4614 | 3 1424 1558 1455 240 240 250 4615 | 3 1455 1380 1286 240 240 250 4616 | 3 831 578 820 60 80 150 4617 | 3 591 708 444 240 240 250 4618 | 3 485 569 591 240 240 250 4619 | 3 765 732 672 60 80 150 4620 | 3 255 407 392 60 80 150 4621 | 3 825 820 517 60 80 150 4622 | 3 214 198 212 60 80 150 4623 | 3 321 212 259 60 80 150 4624 | 3 1845 1856 1844 180 160 200 4625 | 3 1992 1987 2001 120 160 200 4626 | 3 1073 1122 1151 240 240 250 4627 | 3 378 259 299 60 80 150 4628 | 3 184 268 202 60 80 150 4629 | 3 279 203 195 60 80 50 4630 | 3 683 548 686 60 80 150 4631 | 3 1919 1963 1958 120 160 200 4632 | 3 686 671 683 60 80 150 4633 | 3 1751 1856 1783 180 160 200 4634 | 3 354 311 284 180 160 200 4635 | 3 1286 1211 1176 240 240 250 4636 | 3 214 212 321 60 80 150 4637 | 3 1211 1122 1176 240 240 250 4638 | 3 1771 1816 1758 180 160 200 4639 | 3 1984 1992 1963 120 160 200 4640 | 3 1739 1757 1773 180 160 200 4641 | 3 485 379 569 240 240 250 4642 | 3 497 245 311 60 80 150 4643 | 3 1919 1954 1963 120 160 200 4644 | 3 593 671 719 60 80 150 4645 | 3 1840 1824 1825 180 160 200 4646 | 3 1807 1758 1816 180 160 200 4647 | 3 268 255 392 60 80 150 4648 | 3 778 732 765 60 80 150 4649 | 3 1954 1919 1906 120 160 200 4650 | 3 1793 1780 1754 180 160 200 4651 | 3 497 414 245 60 80 150 4652 | 3 942 1398 1303 60 80 150 4653 | 3 1903 1954 1906 120 160 200 4654 | 3 1286 1424 1455 240 240 250 4655 | 3 1840 1830 1803 180 160 200 4656 | 3 248 207 379 240 240 250 4657 | 3 1954 1903 1938 120 160 200 4658 | 3 1999 2001 1987 120 160 200 4659 | 3 414 407 245 60 80 150 4660 | 3 1748 1753 1691 60 80 50 4661 | 3 259 378 425 60 80 150 4662 | 3 719 609 593 60 80 150 4663 | 3 1958 1985 1973 120 160 200 4664 | 3 1984 1963 1954 120 160 200 4665 | 3 1903 1891 1938 120 160 200 4666 | 3 1807 1793 1758 180 160 200 4667 | 3 255 245 407 60 80 150 4668 | 3 214 242 198 60 80 150 4669 | 3 284 363 354 180 160 200 4670 | 3 242 184 198 60 80 150 4671 | 3 831 778 765 60 80 150 4672 | 3 1954 1938 1969 120 160 200 4673 | 3 1303 1398 1708 120 160 200 4674 | 3 1984 1954 1969 120 160 200 4675 | 3 375 312 363 180 160 200 4676 | 3 1999 1988 1985 120 160 200 4677 | 3 1881 1891 1903 120 160 200 4678 | 3 732 539 609 60 80 150 4679 | 3 420 548 378 60 80 150 4680 | 3 1691 1753 1622 60 80 50 4681 | 3 1845 1825 1824 180 160 200 4682 | 3 708 591 981 240 240 250 4683 | 3 987 869 1014 240 240 250 4684 | 3 1830 1771 1803 180 160 200 4685 | 3 683 671 618 60 80 150 4686 | 3 207 328 350 240 240 250 4687 | 3 1733 1748 1691 60 80 50 4688 | 3 1286 1287 1424 240 240 250 4689 | 3 1987 1988 1999 120 160 200 4690 | 3 1881 1852 1891 120 160 200 4691 | 3 290 321 259 60 80 150 4692 | 3 389 379 207 240 240 250 4693 | 3 425 290 259 60 80 150 4694 | 3 1073 1014 1122 240 240 250 4695 | 3 1938 1891 1956 120 160 200 4696 | 3 327 203 279 60 80 50 4697 | 3 591 569 981 240 240 250 4698 | 3 1014 869 1077 240 240 250 4699 | 3 1889 1956 1891 120 160 200 4700 | 3 1721 1708 1751 120 160 200 4701 | 3 820 825 878 60 80 150 4702 | 3 1176 1122 1077 240 240 250 4703 | 3 1985 1988 1972 120 160 200 4704 | 3 1984 1969 1981 120 160 200 4705 | 3 1773 1733 1739 180 160 200 4706 | 3 1992 1984 1987 120 160 200 4707 | 3 1972 1988 1997 120 160 200 4708 | 3 1845 1824 1851 180 160 200 4709 | 3 1938 1956 1952 120 160 200 4710 | 3 683 618 613 60 80 150 4711 | 3 778 539 732 60 80 150 4712 | 3 291 332 314 60 80 50 4713 | 3 279 232 254 60 80 50 4714 | 3 214 321 306 60 80 150 4715 | 3 1997 1989 1972 120 160 200 4716 | 3 1122 1014 1077 240 240 250 4717 | 3 350 389 207 240 240 250 4718 | 3 219 291 314 60 80 50 4719 | 3 1196 1286 1176 240 240 250 4720 | 3 593 618 671 60 80 150 4721 | 3 1889 1891 1852 120 160 200 4722 | 3 1851 1860 1845 180 160 200 4723 | 3 878 831 820 60 80 150 4724 | 3 378 548 425 60 80 150 4725 | 3 175 284 311 60 80 150 4726 | 3 254 327 279 60 80 50 4727 | 3 1553 1708 1721 120 160 200 4728 | 3 1972 1973 1985 120 160 200 4729 | 3 306 242 214 60 80 150 4730 | 3 1852 1881 1820 120 160 200 4731 | 3 425 548 613 60 80 150 4732 | 3 1721 1751 1783 120 160 200 4733 | 3 683 613 548 60 80 150 4734 | 3 569 379 680 240 240 250 4735 | 3 1852 1810 1889 120 160 200 4736 | 3 363 284 375 180 160 200 4737 | 3 1905 1881 1903 120 160 200 4738 | 3 1733 1691 1678 60 80 50 4739 | 3 942 1129 825 60 80 150 4740 | 3 268 184 215 60 80 150 4741 | 3 290 425 432 60 80 150 4742 | 3 1866 1820 1881 120 160 200 4743 | 3 1721 1783 1810 120 160 200 4744 | 3 1388 1654 1424 60 80 50 4745 | 3 1129 942 1303 60 80 150 4746 | 3 242 288 184 60 80 150 4747 | 3 1849 1889 1810 120 160 200 4748 | 3 1981 1987 1984 120 160 200 4749 | 3 569 826 981 240 240 250 4750 | 3 1000 1077 869 240 240 250 4751 | 3 1654 1534 1638 60 80 50 4752 | 3 1534 1622 1638 60 80 50 4753 | 3 754 778 831 60 80 150 4754 | 3 1810 1852 1721 120 160 200 4755 | 3 1906 1905 1903 120 160 200 4756 | 3 1388 1424 1287 60 80 50 4757 | 3 1881 1905 1866 120 160 200 4758 | 3 569 680 826 240 240 250 4759 | 3 1997 1988 1995 120 160 200 4760 | 3 869 708 1000 240 240 250 4761 | 3 1938 1952 1969 120 160 200 4762 | 3 175 311 245 60 80 150 4763 | 3 1919 1958 1930 120 160 200 4764 | 3 1856 1845 1860 180 160 200 4765 | 3 1956 1889 1902 120 160 200 4766 | 3 1783 1856 1849 180 160 200 4767 | 3 1196 1176 1094 240 240 250 4768 | 3 609 539 306 60 80 150 4769 | 3 254 232 219 60 80 50 4770 | 3 1989 1997 2000 120 160 200 4771 | 3 245 255 226 60 80 150 4772 | 3 321 290 306 60 80 150 4773 | 3 778 554 539 60 80 150 4774 | 3 1973 1930 1958 120 160 200 4775 | 3 1077 1094 1176 240 240 250 4776 | 3 242 306 464 60 80 150 4777 | 3 1810 1783 1849 120 160 200 4778 | 3 1989 1974 1972 120 160 200 4779 | 3 1721 1852 1747 120 160 200 4780 | 3 1754 1758 1793 180 160 200 4781 | 3 1286 1196 1193 240 240 250 4782 | 3 306 539 464 60 80 150 4783 | 3 255 268 240 60 80 150 4784 | 3 288 215 184 60 80 150 4785 | 3 593 609 545 60 80 150 4786 | 3 1988 1987 1995 120 160 200 4787 | 3 350 206 404 60 80 50 4788 | 3 1889 1849 1902 120 160 200 4789 | 3 1388 1534 1654 60 80 50 4790 | 3 708 981 1000 240 240 250 4791 | 3 613 618 595 60 80 150 4792 | 3 206 203 313 60 80 50 4793 | 3 425 613 509 60 80 150 4794 | 3 509 613 595 60 80 150 4795 | 3 1193 1287 1286 240 240 250 4796 | 3 1973 1972 1962 120 160 200 4797 | 3 593 595 618 60 80 150 4798 | 3 215 240 268 60 80 150 4799 | 3 1974 1962 1972 120 160 200 4800 | 3 1721 1747 1553 120 160 200 4801 | 3 1860 1849 1856 180 160 200 4802 | 3 1995 2000 1997 120 160 200 4803 | 3 826 1040 981 240 240 250 4804 | 3 1852 1820 1747 120 160 200 4805 | 3 306 545 609 60 80 150 4806 | 3 778 754 554 60 80 150 4807 | 3 1840 1803 1851 180 160 200 4808 | 3 754 831 742 60 80 150 4809 | 3 1077 1000 1094 240 240 250 4810 | 3 1906 1919 1905 120 160 200 4811 | 3 432 425 509 60 80 150 4812 | 3 629 680 379 240 240 250 4813 | 3 245 230 175 60 80 150 4814 | 3 1952 1961 1969 120 160 200 4815 | 3 1902 1952 1956 120 160 200 4816 | 3 240 226 255 60 80 150 4817 | 3 1373 1534 1388 60 80 50 4818 | 3 1930 1905 1919 120 160 200 4819 | 3 286 312 375 180 160 200 4820 | 3 464 539 554 60 80 150 4821 | 3 1888 1866 1905 120 160 200 4822 | 3 389 350 629 240 240 250 4823 | 3 629 379 389 240 240 250 4824 | 3 242 464 288 60 80 150 4825 | 3 1739 1733 1618 60 80 50 4826 | 3 1733 1678 1618 60 80 50 4827 | 3 375 284 286 180 160 200 4828 | 3 878 825 1129 60 80 150 4829 | 3 1974 1989 1996 120 160 200 4830 | 3 1287 1168 1388 60 80 50 4831 | 3 933 1040 826 60 80 50 4832 | 3 1981 1969 1961 120 160 200 4833 | 3 1824 1840 1851 180 160 200 4834 | 3 1193 1196 1094 240 240 250 4835 | 3 1000 981 1040 240 240 250 4836 | 3 203 327 313 60 80 50 4837 | 3 219 314 292 60 80 50 4838 | 3 826 680 933 60 80 50 4839 | 3 754 411 554 60 80 150 4840 | 3 941 831 878 60 80 150 4841 | 3 658 629 350 240 240 250 4842 | 3 288 464 554 60 80 150 4843 | 3 306 290 545 60 80 150 4844 | 3 1754 1757 1739 180 160 200 4845 | 3 1989 2000 1996 120 160 200 4846 | 3 215 288 322 60 80 150 4847 | 3 254 219 292 60 80 50 4848 | 3 332 312 282 180 160 200 4849 | 3 545 501 593 60 80 150 4850 | 3 1691 1622 1506 60 80 50 4851 | 3 1952 1902 1899 120 160 200 4852 | 3 1961 1952 1965 120 160 200 4853 | 3 284 175 171 60 80 150 4854 | 3 1987 1981 1961 120 160 200 4855 | 3 1287 1193 1168 60 80 50 4856 | 3 1973 1962 1947 120 160 200 4857 | 3 314 332 370 60 80 50 4858 | 3 292 314 370 60 80 50 4859 | 3 404 658 350 60 80 50 4860 | 3 1168 1223 1388 60 80 50 4861 | 3 1193 1000 1040 240 240 250 4862 | 3 1739 1725 1754 180 160 200 4863 | 3 171 286 284 60 80 150 4864 | 3 226 230 245 60 80 150 4865 | 3 1996 1962 1974 120 160 200 4866 | 3 941 742 831 60 80 150 4867 | 3 1867 1902 1849 120 160 200 4868 | 3 1947 1930 1973 120 160 200 4869 | 3 501 545 290 60 80 150 4870 | 3 501 595 593 60 80 150 4871 | 3 313 404 206 60 80 50 4872 | 3 282 370 332 60 80 50 4873 | 3 313 327 463 60 80 50 4874 | 3 411 322 288 60 80 150 4875 | 3 417 290 432 60 80 150 4876 | 3 1193 1094 1000 240 240 250 4877 | 3 1851 1803 1796 180 160 200 4878 | 3 1849 1860 1867 120 160 200 4879 | 3 288 554 411 60 80 150 4880 | 3 1995 1987 1961 120 160 200 4881 | 3 1678 1691 1621 60 80 50 4882 | 3 1754 1725 1758 180 160 200 4883 | 3 1534 1373 1356 60 80 50 4884 | 3 290 417 501 60 80 150 4885 | 3 1553 1386 1708 120 160 200 4886 | 3 286 282 312 180 160 200 4887 | 3 1763 1803 1771 180 160 200 4888 | 3 1708 1386 1303 120 160 200 4889 | 3 1223 1373 1388 60 80 50 4890 | 3 658 680 629 240 240 250 4891 | 3 1860 1851 1867 120 160 200 4892 | 3 175 230 170 60 80 150 4893 | 3 1905 1930 1912 120 160 200 4894 | 3 878 1129 941 60 80 150 4895 | 3 215 322 240 60 80 150 4896 | 3 620 411 754 60 80 150 4897 | 3 417 432 509 60 80 150 4898 | 3 1763 1796 1803 180 160 200 4899 | 3 1899 1932 1952 120 160 200 4900 | 3 1506 1621 1691 60 80 50 4901 | 3 1888 1820 1866 120 160 200 4902 | 3 1959 1947 1962 120 160 200 4903 | 3 417 509 595 60 80 150 4904 | 3 620 754 742 60 80 150 4905 | 3 1867 1851 1868 120 160 200 4906 | 3 2000 1995 1991 120 160 200 4907 | 3 1739 1618 1677 60 80 50 4908 | 3 1952 1932 1965 120 160 200 4909 | 3 1725 1739 1677 180 160 200 4910 | 3 1888 1905 1898 120 160 200 4911 | 3 1995 1961 1983 120 160 200 4912 | 3 398 463 327 60 80 50 4913 | 3 1771 1758 1777 180 160 200 4914 | 3 1995 1983 1991 120 160 200 4915 | 3 1618 1678 1621 60 80 50 4916 | 3 226 240 310 60 80 150 4917 | 3 1373 1223 1215 60 80 50 4918 | 3 313 463 483 60 80 50 4919 | 3 1737 1747 1820 120 160 200 4920 | 3 327 254 398 60 80 50 4921 | 3 1356 1622 1534 60 80 50 4922 | 3 1991 1996 2000 120 160 200 4923 | 3 1944 1912 1930 120 160 200 4924 | 3 1867 1899 1902 120 160 200 4925 | 3 1796 1868 1851 120 160 200 4926 | 3 1912 1898 1905 120 160 200 4927 | 3 1842 1785 1820 120 160 200 4928 | 3 170 171 175 60 80 150 4929 | 3 1040 1015 1193 60 80 50 4930 | 3 1977 1959 1962 120 160 200 4931 | 3 1015 1040 933 60 80 50 4932 | 3 417 595 501 60 80 150 4933 | 3 463 398 555 60 80 50 4934 | 3 404 313 483 60 80 50 4935 | 3 1622 1356 1506 60 80 50 4936 | 3 1867 1868 1878 120 160 200 4937 | 3 463 555 483 60 80 50 4938 | 3 711 658 404 60 80 50 4939 | 3 1983 1961 1942 120 160 200 4940 | 3 292 370 418 60 80 50 4941 | 3 628 483 555 60 80 50 4942 | 3 851 933 658 60 80 50 4943 | 3 1758 1725 1726 180 160 200 4944 | 3 1962 1996 1977 120 160 200 4945 | 3 680 658 933 60 80 50 4946 | 3 282 418 370 60 80 50 4947 | 3 211 286 171 60 80 150 4948 | 3 1888 1842 1820 120 160 200 4949 | 3 1785 1737 1820 120 160 200 4950 | 3 1947 1944 1930 120 160 200 4951 | 3 1215 1356 1373 60 80 50 4952 | 3 1878 1899 1867 120 160 200 4953 | 3 1777 1763 1771 180 160 200 4954 | 3 322 411 620 60 80 150 4955 | 3 292 398 254 60 80 50 4956 | 3 1129 903 941 60 80 150 4957 | 3 572 628 555 60 80 50 4958 | 3 1942 1961 1923 120 160 200 4959 | 3 742 941 666 60 80 150 4960 | 3 1747 1594 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1219 727 180 160 50 6014 | 3 823 727 1219 180 160 50 6015 | -------------------------------------------------------------------------------- /main.cpp: -------------------------------------------------------------------------------- 1 | #include "Model.h" 2 | #include "Reader.h" 3 | #include "Writer.h" 4 | 5 | using namespace std; 6 | 7 | int main(int argc, char* argv[]) 8 | { 9 | string inputFileName = argv[1]; 10 | string outputFileName = argv[2]; 11 | bool binary = true; 12 | double eps = 0.04; 13 | double delta = 0.80; 14 | if (argc > 3) 15 | binary = atoi(argv[3]); 16 | if (argc > 4) 17 | eps = atof(argv[4]); 18 | if (argc > 5) 19 | delta = atof(argv[5]); 20 | Reader reader; 21 | Model model; 22 | Graph graph; 23 | reader.read(inputFileName, model); 24 | cout << model.faces.size() << " faces" << endl; 25 | cout << model.vertices.size() << " vertices" << endl; 26 | model.findNeighFace(delta); 27 | cout << "distance computed" << endl; 28 | graph.build(model); 29 | cout << "graph built" << endl; 30 | graph.solve(); 31 | cout << "graph solved" << endl; 32 | vector used; 33 | for (int i = 0; i < model.faces.size(); ++i) 34 | used.push_back(i); 35 | globalSz = model.faces.size(); 36 | Solver* solver = new SolverK(&model, &graph, eps); 37 | types = 0; 38 | solver->init(used, 0); 39 | cout << "init done" << endl; 40 | solver->process(); 41 | cout << "clustering done" << endl; 42 | Writer writer; 43 | writer.write(outputFileName, model); 44 | cout << types << endl; 45 | cout << "output done" << endl; 46 | return 0; 47 | } --------------------------------------------------------------------------------