Hello

I have one question in structure detailing workflow between bentley Limcon with Tekla Structures, the connection can transfer from Tekla to Limcon and reverse ?

Thanks All

Dear all

I am using RAM Connections for connection design. In SI system weld size is still displayed in 1/16 of an inch in all type of connection. But I need to enter value in mm and not using equivalent size of 1/16 of an inch. Kindly help..

Thanks and regards

Hariharan Thirumoorthy

I have provided all the configurations. But after all it is saying that my structure is not in the range of wind load.

Attached is my Staad editor file. Please help me with this.

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 15-Apr-16
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 0 2 0; 2 -0.347296 1.96962 0; 3 -0.68404 1.87939 0; 4 -1 1.73205 0;
5 -1.28558 1.53209 0; 6 -1.53209 1.28558 0; 7 -1.73205 1 0;
8 -1.87939 0.68404 0; 9 -1.96962 0.347296 0; 10 -2 1.22461e-016 0;
11 -1.96962 -0.347296 0; 12 -1.87939 -0.68404 0; 13 -1.73205 -1 0;
14 -1.53209 -1.28558 0; 15 -1.28558 -1.53209 0; 16 -1 -1.73205 0;
17 -0.68404 -1.87939 0; 18 -0.347296 -1.96962 0; 19 -2.44921e-016 -2 0;
20 0.347296 -1.96962 0; 21 0.68404 -1.87939 0; 22 1 -1.73205 0;
23 1.28558 -1.53209 0; 24 1.53209 -1.28558 0; 25 1.73205 -1 0;
26 1.87939 -0.68404 0; 27 1.96962 -0.347296 0; 28 2 -3.67382e-016 0;
29 1.96962 0.347296 0; 30 1.87939 0.68404 0; 31 1.73205 1 0;
32 1.53209 1.28558 0; 33 1.28558 1.53209 0; 34 1 1.73205 0;
35 0.68404 1.87939 0; 36 0.347296 1.96962 0; 37 0 2 10;
38 -0.347296 1.96962 10; 39 -0.68404 1.87939 10; 40 -1 1.73205 10;
41 -1.28558 1.53209 10; 42 -1.53209 1.28558 10; 43 -1.73205 1 10;
44 -1.87939 0.68404 10; 45 -1.96962 0.347296 10; 46 -2 1.22461e-016 10;
47 -1.96962 -0.347296 10; 48 -1.87939 -0.68404 10; 49 -1.73205 -1 10;
50 -1.53209 -1.28558 10; 51 -1.28558 -1.53209 10; 52 -1 -1.73205 10;
53 -0.68404 -1.87939 10; 54 -0.347296 -1.96962 10; 55 -2.44921e-016 -2 10;
56 0.347296 -1.96962 10; 57 0.68404 -1.87939 10; 58 1 -1.73205 10;
59 1.28558 -1.53209 10; 60 1.53209 -1.28558 10; 61 1.73205 -1 10;
62 1.87939 -0.68404 10; 63 1.96962 -0.347296 10; 64 2 -3.67382e-016 10;
65 1.96962 0.347296 10; 66 1.87939 0.68404 10; 67 1.73205 1 10;
68 1.53209 1.28558 10; 69 1.28558 1.53209 10; 70 1 1.73205 10;
71 0.68404 1.87939 10; 72 0.347296 1.96962 10; 73 0 2 20;
74 -0.347296 1.96962 20; 75 -0.68404 1.87939 20; 76 -1 1.73205 20;
77 -1.28558 1.53209 20; 78 -1.53209 1.28558 20; 79 -1.73205 1 20;
80 -1.87939 0.68404 20; 81 -1.96962 0.347296 20; 82 -2 1.22461e-016 20;
83 -1.96962 -0.347296 20; 84 -1.87939 -0.68404 20; 85 -1.73205 -1 20;
86 -1.53209 -1.28558 20; 87 -1.28558 -1.53209 20; 88 -1 -1.73205 20;
89 -0.68404 -1.87939 20; 90 -0.347296 -1.96962 20; 91 -2.44921e-016 -2 20;
92 0.347296 -1.96962 20; 93 0.68404 -1.87939 20; 94 1 -1.73205 20;
95 1.28558 -1.53209 20; 96 1.53209 -1.28558 20; 97 1.73205 -1 20;
98 1.87939 -0.68404 20; 99 1.96962 -0.347296 20; 100 2 -3.67382e-016 20;
101 1.96962 0.347296 20; 102 1.87939 0.68404 20; 103 1.73205 1 20;
104 1.53209 1.28558 20; 105 1.28558 1.53209 20; 106 1 1.73205 20;
107 0.68404 1.87939 20; 108 0.347296 1.96962 20; 109 0 2 30;
110 -0.347296 1.96962 30; 111 -0.68404 1.87939 30; 112 -1 1.73205 30;
113 -1.28558 1.53209 30; 114 -1.53209 1.28558 30; 115 -1.73205 1 30;
116 -1.87939 0.68404 30; 117 -1.96962 0.347296 30; 118 -2 1.22461e-016 30;
119 -1.96962 -0.347296 30; 120 -1.87939 -0.68404 30; 121 -1.73205 -1 30;
122 -1.53209 -1.28558 30; 123 -1.28558 -1.53209 30; 124 -1 -1.73205 30;
125 -0.68404 -1.87939 30; 126 -0.347296 -1.96962 30; 127 -2.44921e-016 -2 30;
128 0.347296 -1.96962 30; 129 0.68404 -1.87939 30; 130 1 -1.73205 30;
131 1.28558 -1.53209 30; 132 1.53209 -1.28558 30; 133 1.73205 -1 30;
134 1.87939 -0.68404 30; 135 1.96962 -0.347296 30; 136 2 -3.67382e-016 30;
137 1.96962 0.347296 30; 138 1.87939 0.68404 30; 139 1.73205 1 30;
140 1.53209 1.28558 30; 141 1.28558 1.53209 30; 142 1 1.73205 30;
143 0.68404 1.87939 30; 144 0.347296 1.96962 30; 145 0 3.2 -15;
146 0.555674 3.15138 -15; 147 1.09446 3.00702 -15; 148 1.6 2.77128 -15;
149 2.05692 2.45134 -15; 150 2.45134 2.05692 -15; 151 2.77128 1.6 -15;
152 3.00702 1.09446 -15; 153 3.15138 0.555674 -15; 154 3.2 1.95937e-016 -15;
155 3.15138 -0.555674 -15; 156 3.00702 -1.09446 -15; 157 2.77128 -1.6 -15;
158 2.45134 -2.05692 -15; 159 2.05692 -2.45134 -15; 160 1.6 -2.77128 -15;
161 1.09446 -3.00702 -15; 162 0.555674 -3.15138 -15; 163 3.91874e-016 -3.2 -15;
164 -0.555674 -3.15138 -15; 165 -1.09446 -3.00702 -15; 166 -1.6 -2.77128 -15;
167 -2.05692 -2.45134 -15; 168 -2.45134 -2.05692 -15; 169 -2.77128 -1.6 -15;
170 -3.00702 -1.09446 -15; 171 -3.15138 -0.555674 -15;
172 -3.2 -5.87811e-016 -15; 173 -3.15138 0.555674 -15;
174 -3.00702 1.09446 -15; 175 -2.77128 1.6 -15; 176 -2.45134 2.05692 -15;
177 -2.05692 2.45134 -15; 178 -1.6 2.77128 -15; 179 -1.09446 3.00702 -15;
180 -0.555674 3.15138 -15; 181 -0.347296 1.96962 1.25; 182 0 2 1.25;
183 -0.347296 1.96962 2.5; 184 0 2 2.5; 185 -0.347296 1.96962 3.75;
186 0 2 3.75; 187 -0.347296 1.96962 5; 188 0 2 5; 189 -0.347296 1.96962 6.25;
190 0 2 6.25; 191 -0.347296 1.96962 7.5; 192 0 2 7.5;
193 -0.347296 1.96962 8.75; 194 0 2 8.75; 195 -0.68404 1.87939 1.25;
196 -0.68404 1.87939 2.5; 197 -0.68404 1.87939 3.75; 198 -0.68404 1.87939 5;
199 -0.68404 1.87939 6.25; 200 -0.68404 1.87939 7.5; 201 -0.68404 1.87939 8.75;
202 -1 1.73205 1.25; 203 -1 1.73205 2.5; 204 -1 1.73205 3.75; 205 -1 1.73205 5;
206 -1 1.73205 6.25; 207 -1 1.73205 7.5; 208 -1 1.73205 8.75;
209 -1.28558 1.53209 1.25; 210 -1.28558 1.53209 2.5; 211 -1.28558 1.53209 3.75;
212 -1.28558 1.53209 5; 213 -1.28558 1.53209 6.25; 214 -1.28558 1.53209 7.5;
215 -1.28558 1.53209 8.75; 216 -1.53209 1.28558 1.25; 217 -1.53209 1.28558 2.5;
218 -1.53209 1.28558 3.75; 219 -1.53209 1.28558 5; 220 -1.53209 1.28558 6.25;
221 -1.53209 1.28558 7.5; 222 -1.53209 1.28558 8.75; 223 -1.73205 1 1.25;
224 -1.73205 1 2.5; 225 -1.73205 1 3.75; 226 -1.73205 1 5; 227 -1.73205 1 6.25;
228 -1.73205 1 7.5; 229 -1.73205 1 8.75; 230 -1.87939 0.68404 1.25;
231 -1.87939 0.68404 2.5; 232 -1.87939 0.68404 3.75; 233 -1.87939 0.68404 5;
234 -1.87939 0.68404 6.25; 235 -1.87939 0.68404 7.5; 236 -1.87939 0.68404 8.75;
237 -1.96962 0.347296 1.25; 238 -1.96962 0.347296 2.5;
239 -1.96962 0.347296 3.75; 240 -1.96962 0.347296 5;
241 -1.96962 0.347296 6.25; 242 -1.96962 0.347296 7.5;
243 -1.96962 0.347296 8.75; 244 -2 1.53076e-017 1.25; 245 -2 3.06153e-017 2.5;
246 -2 4.59229e-017 3.75; 247 -2 6.12305e-017 5; 248 -2 7.65381e-017 6.25;
249 -2 9.18458e-017 7.5; 250 -2 1.07153e-016 8.75; 251 -1.96962 -0.347296 1.25;
252 -1.96962 -0.347296 2.5; 253 -1.96962 -0.347296 3.75;
254 -1.96962 -0.347296 5; 255 -1.96962 -0.347296 6.25;
256 -1.96962 -0.347296 7.5; 257 -1.96962 -0.347296 8.75;
258 -1.87939 -0.68404 1.25; 259 -1.87939 -0.68404 2.5;
260 -1.87939 -0.68404 3.75; 261 -1.87939 -0.68404 5;
262 -1.87939 -0.68404 6.25; 263 -1.87939 -0.68404 7.5;
264 -1.87939 -0.68404 8.75; 265 -1.73205 -1 1.25; 266 -1.73205 -1 2.5;
267 -1.73205 -1 3.75; 268 -1.73205 -1 5; 269 -1.73205 -1 6.25;
270 -1.73205 -1 7.5; 271 -1.73205 -1 8.75; 272 -1.53209 -1.28558 1.25;
273 -1.53209 -1.28558 2.5; 274 -1.53209 -1.28558 3.75; 275 -1.53209 -1.28558 5;
276 -1.53209 -1.28558 6.25; 277 -1.53209 -1.28558 7.5;
278 -1.53209 -1.28558 8.75; 279 -1.28558 -1.53209 1.25;
280 -1.28558 -1.53209 2.5; 281 -1.28558 -1.53209 3.75; 282 -1.28558 -1.53209 5;
283 -1.28558 -1.53209 6.25; 284 -1.28558 -1.53209 7.5;
285 -1.28558 -1.53209 8.75; 286 -1 -1.73205 1.25; 287 -1 -1.73205 2.5;
288 -1 -1.73205 3.75; 289 -1 -1.73205 5; 290 -1 -1.73205 6.25;
291 -1 -1.73205 7.5; 292 -1 -1.73205 8.75; 293 -0.68404 -1.87939 1.25;
294 -0.68404 -1.87939 2.5; 295 -0.68404 -1.87939 3.75; 296 -0.68404 -1.87939 5;
297 -0.68404 -1.87939 6.25; 298 -0.68404 -1.87939 7.5;
299 -0.68404 -1.87939 8.75; 300 -0.347296 -1.96962 1.25;
301 -0.347296 -1.96962 2.5; 302 -0.347296 -1.96962 3.75;
303 -0.347296 -1.96962 5; 304 -0.347296 -1.96962 6.25;
305 -0.347296 -1.96962 7.5; 306 -0.347296 -1.96962 8.75;
307 -3.06151e-017 -2 1.25; 308 -6.12303e-017 -2 2.5; 309 -9.18454e-017 -2 3.75;
310 -1.22461e-016 -2 5; 311 -1.53076e-016 -2 6.25; 312 -1.83691e-016 -2 7.5;
313 -2.14306e-016 -2 8.75; 314 0.347296 -1.96962 1.25;
315 0.347296 -1.96962 2.5; 316 0.347296 -1.96962 3.75; 317 0.347296 -1.96962 5;
318 0.347296 -1.96962 6.25; 319 0.347296 -1.96962 7.5;
320 0.347296 -1.96962 8.75; 321 0.68404 -1.87939 1.25;
322 0.68404 -1.87939 2.5; 323 0.68404 -1.87939 3.75; 324 0.68404 -1.87939 5;
325 0.68404 -1.87939 6.25; 326 0.68404 -1.87939 7.5; 327 0.68404 -1.87939 8.75;
328 1 -1.73205 1.25; 329 1 -1.73205 2.5; 330 1 -1.73205 3.75; 331 1 -1.73205 5;
332 1 -1.73205 6.25; 333 1 -1.73205 7.5; 334 1 -1.73205 8.75;
335 1.28558 -1.53209 1.25; 336 1.28558 -1.53209 2.5; 337 1.28558 -1.53209 3.75;
338 1.28558 -1.53209 5; 339 1.28558 -1.53209 6.25; 340 1.28558 -1.53209 7.5;
341 1.28558 -1.53209 8.75; 342 1.53209 -1.28558 1.25; 343 1.53209 -1.28558 2.5;
344 1.53209 -1.28558 3.75; 345 1.53209 -1.28558 5; 346 1.53209 -1.28558 6.25;
347 1.53209 -1.28558 7.5; 348 1.53209 -1.28558 8.75; 349 1.73205 -1 1.25;
350 1.73205 -1 2.5; 351 1.73205 -1 3.75; 352 1.73205 -1 5; 353 1.73205 -1 6.25;
354 1.73205 -1 7.5; 355 1.73205 -1 8.75; 356 1.87939 -0.68404 1.25;
357 1.87939 -0.68404 2.5; 358 1.87939 -0.68404 3.75; 359 1.87939 -0.68404 5;
360 1.87939 -0.68404 6.25; 361 1.87939 -0.68404 7.5; 362 1.87939 -0.68404 8.75;
363 1.96962 -0.347296 1.25; 364 1.96962 -0.347296 2.5;
365 1.96962 -0.347296 3.75; 366 1.96962 -0.347296 5;
367 1.96962 -0.347296 6.25; 368 1.96962 -0.347296 7.5;
369 1.96962 -0.347296 8.75; 370 2 -4.59228e-017 1.25; 371 2 -9.18455e-017 2.5;
372 2 -1.37768e-016 3.75; 373 2 -1.83691e-016 5; 374 2 -2.29614e-016 6.25;
375 2 -2.75537e-016 7.5; 376 2 -3.21459e-016 8.75; 377 1.96962 0.347296 1.25;
378 1.96962 0.347296 2.5; 379 1.96962 0.347296 3.75; 380 1.96962 0.347296 5;
381 1.96962 0.347296 6.25; 382 1.96962 0.347296 7.5; 383 1.96962 0.347296 8.75;
384 1.87939 0.68404 1.25; 385 1.87939 0.68404 2.5; 386 1.87939 0.68404 3.75;
387 1.87939 0.68404 5; 388 1.87939 0.68404 6.25; 389 1.87939 0.68404 7.5;
390 1.87939 0.68404 8.75; 391 1.73205 1 1.25; 392 1.73205 1 2.5;
393 1.73205 1 3.75; 394 1.73205 1 5; 395 1.73205 1 6.25; 396 1.73205 1 7.5;
397 1.73205 1 8.75; 398 1.53209 1.28558 1.25; 399 1.53209 1.28558 2.5;
400 1.53209 1.28558 3.75; 401 1.53209 1.28558 5; 402 1.53209 1.28558 6.25;
403 1.53209 1.28558 7.5; 404 1.53209 1.28558 8.75; 405 1.28558 1.53209 1.25;
406 1.28558 1.53209 2.5; 407 1.28558 1.53209 3.75; 408 1.28558 1.53209 5;
409 1.28558 1.53209 6.25; 410 1.28558 1.53209 7.5; 411 1.28558 1.53209 8.75;
412 1 1.73205 1.25; 413 1 1.73205 2.5; 414 1 1.73205 3.75; 415 1 1.73205 5;
416 1 1.73205 6.25; 417 1 1.73205 7.5; 418 1 1.73205 8.75;
419 0.68404 1.87939 1.25; 420 0.68404 1.87939 2.5; 421 0.68404 1.87939 3.75;
422 0.68404 1.87939 5; 423 0.68404 1.87939 6.25; 424 0.68404 1.87939 7.5;
425 0.68404 1.87939 8.75; 426 0.347296 1.96962 1.25; 427 0.347296 1.96962 2.5;
428 0.347296 1.96962 3.75; 429 0.347296 1.96962 5; 430 0.347296 1.96962 6.25;
431 0.347296 1.96962 7.5; 432 0.347296 1.96962 8.75;
433 -0.347296 1.96962 11.25; 434 0 2 11.25; 435 -0.347296 1.96962 12.5;
436 0 2 12.5; 437 -0.347296 1.96962 13.75; 438 0 2 13.75;
439 -0.347296 1.96962 15; 440 0 2 15; 441 -0.347296 1.96962 16.25;
442 0 2 16.25; 443 -0.347296 1.96962 17.5; 444 0 2 17.5;
445 -0.347296 1.96962 18.75; 446 0 2 18.75; 447 -0.68404 1.87939 11.25;
448 -0.68404 1.87939 12.5; 449 -0.68404 1.87939 13.75; 450 -0.68404 1.87939 15;
451 -0.68404 1.87939 16.25; 452 -0.68404 1.87939 17.5;
453 -0.68404 1.87939 18.75; 454 -1 1.73205 11.25; 455 -1 1.73205 12.5;
456 -1 1.73205 13.75; 457 -1 1.73205 15; 458 -1 1.73205 16.25;
459 -1 1.73205 17.5; 460 -1 1.73205 18.75; 461 -1.28558 1.53209 11.25;
462 -1.28558 1.53209 12.5; 463 -1.28558 1.53209 13.75; 464 -1.28558 1.53209 15;
465 -1.28558 1.53209 16.25; 466 -1.28558 1.53209 17.5;
467 -1.28558 1.53209 18.75; 468 -1.53209 1.28558 11.25;
469 -1.53209 1.28558 12.5; 470 -1.53209 1.28558 13.75; 471 -1.53209 1.28558 15;
472 -1.53209 1.28558 16.25; 473 -1.53209 1.28558 17.5;
474 -1.53209 1.28558 18.75; 475 -1.73205 1 11.25; 476 -1.73205 1 12.5;
477 -1.73205 1 13.75; 478 -1.73205 1 15; 479 -1.73205 1 16.25;
480 -1.73205 1 17.5; 481 -1.73205 1 18.75; 482 -1.87939 0.68404 11.25;
483 -1.87939 0.68404 12.5; 484 -1.87939 0.68404 13.75; 485 -1.87939 0.68404 15;
486 -1.87939 0.68404 16.25; 487 -1.87939 0.68404 17.5;
488 -1.87939 0.68404 18.75; 489 -1.96962 0.347296 11.25;
490 -1.96962 0.347296 12.5; 491 -1.96962 0.347296 13.75;
492 -1.96962 0.347296 15; 493 -1.96962 0.347296 16.25;
494 -1.96962 0.347296 17.5; 495 -1.96962 0.347296 18.75;
496 -2 1.53076e-017 11.25; 497 -2 3.06153e-017 12.5; 498 -2 4.59229e-017 13.75;
499 -2 6.12305e-017 15; 500 -2 7.65381e-017 16.25; 501 -2 9.18458e-017 17.5;
502 -2 1.07153e-016 18.75; 503 -1.96962 -0.347296 11.25;
504 -1.96962 -0.347296 12.5; 505 -1.96962 -0.347296 13.75;
506 -1.96962 -0.347296 15; 507 -1.96962 -0.347296 16.25;
508 -1.96962 -0.347296 17.5; 509 -1.96962 -0.347296 18.75;
510 -1.87939 -0.68404 11.25; 511 -1.87939 -0.68404 12.5;
512 -1.87939 -0.68404 13.75; 513 -1.87939 -0.68404 15;
514 -1.87939 -0.68404 16.25; 515 -1.87939 -0.68404 17.5;
516 -1.87939 -0.68404 18.75; 517 -1.73205 -1 11.25; 518 -1.73205 -1 12.5;
519 -1.73205 -1 13.75; 520 -1.73205 -1 15; 521 -1.73205 -1 16.25;
522 -1.73205 -1 17.5; 523 -1.73205 -1 18.75; 524 -1.53209 -1.28558 11.25;
525 -1.53209 -1.28558 12.5; 526 -1.53209 -1.28558 13.75;
527 -1.53209 -1.28558 15; 528 -1.53209 -1.28558 16.25;
529 -1.53209 -1.28558 17.5; 530 -1.53209 -1.28558 18.75;
531 -1.28558 -1.53209 11.25; 532 -1.28558 -1.53209 12.5;
533 -1.28558 -1.53209 13.75; 534 -1.28558 -1.53209 15;
535 -1.28558 -1.53209 16.25; 536 -1.28558 -1.53209 17.5;
537 -1.28558 -1.53209 18.75; 538 -1 -1.73205 11.25; 539 -1 -1.73205 12.5;
540 -1 -1.73205 13.75; 541 -1 -1.73205 15; 542 -1 -1.73205 16.25;
543 -1 -1.73205 17.5; 544 -1 -1.73205 18.75; 545 -0.68404 -1.87939 11.25;
546 -0.68404 -1.87939 12.5; 547 -0.68404 -1.87939 13.75;
548 -0.68404 -1.87939 15; 549 -0.68404 -1.87939 16.25;
550 -0.68404 -1.87939 17.5; 551 -0.68404 -1.87939 18.75;
552 -0.347296 -1.96962 11.25; 553 -0.347296 -1.96962 12.5;
554 -0.347296 -1.96962 13.75; 555 -0.347296 -1.96962 15;
556 -0.347296 -1.96962 16.25; 557 -0.347296 -1.96962 17.5;
558 -0.347296 -1.96962 18.75; 559 -3.06151e-017 -2 11.25;
560 -6.12303e-017 -2 12.5; 561 -9.18454e-017 -2 13.75; 562 -1.22461e-016 -2 15;
563 -1.53076e-016 -2 16.25; 564 -1.83691e-016 -2 17.5;
565 -2.14306e-016 -2 18.75; 566 0.347296 -1.96962 11.25;
567 0.347296 -1.96962 12.5; 568 0.347296 -1.96962 13.75;
569 0.347296 -1.96962 15; 570 0.347296 -1.96962 16.25;
571 0.347296 -1.96962 17.5; 572 0.347296 -1.96962 18.75;
573 0.68404 -1.87939 11.25; 574 0.68404 -1.87939 12.5;
575 0.68404 -1.87939 13.75; 576 0.68404 -1.87939 15;
577 0.68404 -1.87939 16.25; 578 0.68404 -1.87939 17.5;
579 0.68404 -1.87939 18.75; 580 1 -1.73205 11.25; 581 1 -1.73205 12.5;
582 1 -1.73205 13.75; 583 1 -1.73205 15; 584 1 -1.73205 16.25;
585 1 -1.73205 17.5; 586 1 -1.73205 18.75; 587 1.28558 -1.53209 11.25;
588 1.28558 -1.53209 12.5; 589 1.28558 -1.53209 13.75; 590 1.28558 -1.53209 15;
591 1.28558 -1.53209 16.25; 592 1.28558 -1.53209 17.5;
593 1.28558 -1.53209 18.75; 594 1.53209 -1.28558 11.25;
595 1.53209 -1.28558 12.5; 596 1.53209 -1.28558 13.75; 597 1.53209 -1.28558 15;
598 1.53209 -1.28558 16.25; 599 1.53209 -1.28558 17.5;
600 1.53209 -1.28558 18.75; 601 1.73205 -1 11.25; 602 1.73205 -1 12.5;
603 1.73205 -1 13.75; 604 1.73205 -1 15; 605 1.73205 -1 16.25;
606 1.73205 -1 17.5; 607 1.73205 -1 18.75; 608 1.87939 -0.68404 11.25;
609 1.87939 -0.68404 12.5; 610 1.87939 -0.68404 13.75; 611 1.87939 -0.68404 15;
612 1.87939 -0.68404 16.25; 613 1.87939 -0.68404 17.5;
614 1.87939 -0.68404 18.75; 615 1.96962 -0.347296 11.25;
616 1.96962 -0.347296 12.5; 617 1.96962 -0.347296 13.75;
618 1.96962 -0.347296 15; 619 1.96962 -0.347296 16.25;
620 1.96962 -0.347296 17.5; 621 1.96962 -0.347296 18.75;
622 2 -4.59228e-017 11.25; 623 2 -9.18455e-017 12.5; 624 2 -1.37768e-016 13.75;
625 2 -1.83691e-016 15; 626 2 -2.29614e-016 16.25; 627 2 -2.75537e-016 17.5;
628 2 -3.21459e-016 18.75; 629 1.96962 0.347296 11.25;
630 1.96962 0.347296 12.5; 631 1.96962 0.347296 13.75; 632 1.96962 0.347296 15;
633 1.96962 0.347296 16.25; 634 1.96962 0.347296 17.5;
635 1.96962 0.347296 18.75; 636 1.87939 0.68404 11.25;
637 1.87939 0.68404 12.5; 638 1.87939 0.68404 13.75; 639 1.87939 0.68404 15;
640 1.87939 0.68404 16.25; 641 1.87939 0.68404 17.5; 642 1.87939 0.68404 18.75;
643 1.73205 1 11.25; 644 1.73205 1 12.5; 645 1.73205 1 13.75; 646 1.73205 1 15;
647 1.73205 1 16.25; 648 1.73205 1 17.5; 649 1.73205 1 18.75;
650 1.53209 1.28558 11.25; 651 1.53209 1.28558 12.5; 652 1.53209 1.28558 13.75;
653 1.53209 1.28558 15; 654 1.53209 1.28558 16.25; 655 1.53209 1.28558 17.5;
656 1.53209 1.28558 18.75; 657 1.28558 1.53209 11.25; 658 1.28558 1.53209 12.5;
659 1.28558 1.53209 13.75; 660 1.28558 1.53209 15; 661 1.28558 1.53209 16.25;
662 1.28558 1.53209 17.5; 663 1.28558 1.53209 18.75; 664 1 1.73205 11.25;
665 1 1.73205 12.5; 666 1 1.73205 13.75; 667 1 1.73205 15; 668 1 1.73205 16.25;
669 1 1.73205 17.5; 670 1 1.73205 18.75; 671 0.68404 1.87939 11.25;
672 0.68404 1.87939 12.5; 673 0.68404 1.87939 13.75; 674 0.68404 1.87939 15;
675 0.68404 1.87939 16.25; 676 0.68404 1.87939 17.5; 677 0.68404 1.87939 18.75;
678 0.347296 1.96962 11.25; 679 0.347296 1.96962 12.5;
680 0.347296 1.96962 13.75; 681 0.347296 1.96962 15;
682 0.347296 1.96962 16.25; 683 0.347296 1.96962 17.5;
684 0.347296 1.96962 18.75; 685 -0.347296 1.96962 21.25; 686 0 2 21.25;
687 -0.347296 1.96962 22.5; 688 0 2 22.5; 689 -0.347296 1.96962 23.75;
690 0 2 23.75; 691 -0.347296 1.96962 25; 692 0 2 25;
693 -0.347296 1.96962 26.25; 694 0 2 26.25; 695 -0.347296 1.96962 27.5;
696 0 2 27.5; 697 -0.347296 1.96962 28.75; 698 0 2 28.75;
699 -0.68404 1.87939 21.25; 700 -0.68404 1.87939 22.5;
701 -0.68404 1.87939 23.75; 702 -0.68404 1.87939 25;
703 -0.68404 1.87939 26.25; 704 -0.68404 1.87939 27.5;
705 -0.68404 1.87939 28.75; 706 -1 1.73205 21.25; 707 -1 1.73205 22.5;
708 -1 1.73205 23.75; 709 -1 1.73205 25; 710 -1 1.73205 26.25;
711 -1 1.73205 27.5; 712 -1 1.73205 28.75; 713 -1.28558 1.53209 21.25;
714 -1.28558 1.53209 22.5; 715 -1.28558 1.53209 23.75; 716 -1.28558 1.53209 25;
717 -1.28558 1.53209 26.25; 718 -1.28558 1.53209 27.5;
719 -1.28558 1.53209 28.75; 720 -1.53209 1.28558 21.25;
721 -1.53209 1.28558 22.5; 722 -1.53209 1.28558 23.75; 723 -1.53209 1.28558 25;
724 -1.53209 1.28558 26.25; 725 -1.53209 1.28558 27.5;
726 -1.53209 1.28558 28.75; 727 -1.73205 1 21.25; 728 -1.73205 1 22.5;
729 -1.73205 1 23.75; 730 -1.73205 1 25; 731 -1.73205 1 26.25;
732 -1.73205 1 27.5; 733 -1.73205 1 28.75; 734 -1.87939 0.68404 21.25;
735 -1.87939 0.68404 22.5; 736 -1.87939 0.68404 23.75; 737 -1.87939 0.68404 25;
738 -1.87939 0.68404 26.25; 739 -1.87939 0.68404 27.5;
740 -1.87939 0.68404 28.75; 741 -1.96962 0.347296 21.25;
742 -1.96962 0.347296 22.5; 743 -1.96962 0.347296 23.75;
744 -1.96962 0.347296 25; 745 -1.96962 0.347296 26.25;
746 -1.96962 0.347296 27.5; 747 -1.96962 0.347296 28.75;
748 -2 1.53076e-017 21.25; 749 -2 3.06153e-017 22.5; 750 -2 4.59229e-017 23.75;
751 -2 6.12305e-017 25; 752 -2 7.65381e-017 26.25; 753 -2 9.18458e-017 27.5;
754 -2 1.07153e-016 28.75; 755 -1.96962 -0.347296 21.25;
756 -1.96962 -0.347296 22.5; 757 -1.96962 -0.347296 23.75;
758 -1.96962 -0.347296 25; 759 -1.96962 -0.347296 26.25;
760 -1.96962 -0.347296 27.5; 761 -1.96962 -0.347296 28.75;
762 -1.87939 -0.68404 21.25; 763 -1.87939 -0.68404 22.5;
764 -1.87939 -0.68404 23.75; 765 -1.87939 -0.68404 25;
766 -1.87939 -0.68404 26.25; 767 -1.87939 -0.68404 27.5;
768 -1.87939 -0.68404 28.75; 769 -1.73205 -1 21.25; 770 -1.73205 -1 22.5;
771 -1.73205 -1 23.75; 772 -1.73205 -1 25; 773 -1.73205 -1 26.25;
774 -1.73205 -1 27.5; 775 -1.73205 -1 28.75; 776 -1.53209 -1.28558 21.25;
777 -1.53209 -1.28558 22.5; 778 -1.53209 -1.28558 23.75;
779 -1.53209 -1.28558 25; 780 -1.53209 -1.28558 26.25;
781 -1.53209 -1.28558 27.5; 782 -1.53209 -1.28558 28.75;
783 -1.28558 -1.53209 21.25; 784 -1.28558 -1.53209 22.5;
785 -1.28558 -1.53209 23.75; 786 -1.28558 -1.53209 25;
787 -1.28558 -1.53209 26.25; 788 -1.28558 -1.53209 27.5;
789 -1.28558 -1.53209 28.75; 790 -1 -1.73205 21.25; 791 -1 -1.73205 22.5;
792 -1 -1.73205 23.75; 793 -1 -1.73205 25; 794 -1 -1.73205 26.25;
795 -1 -1.73205 27.5; 796 -1 -1.73205 28.75; 797 -0.68404 -1.87939 21.25;
798 -0.68404 -1.87939 22.5; 799 -0.68404 -1.87939 23.75;
800 -0.68404 -1.87939 25; 801 -0.68404 -1.87939 26.25;
802 -0.68404 -1.87939 27.5; 803 -0.68404 -1.87939 28.75;
804 -0.347296 -1.96962 21.25; 805 -0.347296 -1.96962 22.5;
806 -0.347296 -1.96962 23.75; 807 -0.347296 -1.96962 25;
808 -0.347296 -1.96962 26.25; 809 -0.347296 -1.96962 27.5;
810 -0.347296 -1.96962 28.75; 811 -3.06151e-017 -2 21.25;
812 -6.12303e-017 -2 22.5; 813 -9.18454e-017 -2 23.75; 814 -1.22461e-016 -2 25;
815 -1.53076e-016 -2 26.25; 816 -1.83691e-016 -2 27.5;
817 -2.14306e-016 -2 28.75; 818 0.347296 -1.96962 21.25;
819 0.347296 -1.96962 22.5; 820 0.347296 -1.96962 23.75;
821 0.347296 -1.96962 25; 822 0.347296 -1.96962 26.25;
823 0.347296 -1.96962 27.5; 824 0.347296 -1.96962 28.75;
825 0.68404 -1.87939 21.25; 826 0.68404 -1.87939 22.5;
827 0.68404 -1.87939 23.75; 828 0.68404 -1.87939 25;
829 0.68404 -1.87939 26.25; 830 0.68404 -1.87939 27.5;
831 0.68404 -1.87939 28.75; 832 1 -1.73205 21.25; 833 1 -1.73205 22.5;
834 1 -1.73205 23.75; 835 1 -1.73205 25; 836 1 -1.73205 26.25;
837 1 -1.73205 27.5; 838 1 -1.73205 28.75; 839 1.28558 -1.53209 21.25;
840 1.28558 -1.53209 22.5; 841 1.28558 -1.53209 23.75; 842 1.28558 -1.53209 25;
843 1.28558 -1.53209 26.25; 844 1.28558 -1.53209 27.5;
845 1.28558 -1.53209 28.75; 846 1.53209 -1.28558 21.25;
847 1.53209 -1.28558 22.5; 848 1.53209 -1.28558 23.75; 849 1.53209 -1.28558 25;
850 1.53209 -1.28558 26.25; 851 1.53209 -1.28558 27.5;
852 1.53209 -1.28558 28.75; 853 1.73205 -1 21.25; 854 1.73205 -1 22.5;
855 1.73205 -1 23.75; 856 1.73205 -1 25; 857 1.73205 -1 26.25;
858 1.73205 -1 27.5; 859 1.73205 -1 28.75; 860 1.87939 -0.68404 21.25;
861 1.87939 -0.68404 22.5; 862 1.87939 -0.68404 23.75; 863 1.87939 -0.68404 25;
864 1.87939 -0.68404 26.25; 865 1.87939 -0.68404 27.5;
866 1.87939 -0.68404 28.75; 867 1.96962 -0.347296 21.25;
868 1.96962 -0.347296 22.5; 869 1.96962 -0.347296 23.75;
870 1.96962 -0.347296 25; 871 1.96962 -0.347296 26.25;
872 1.96962 -0.347296 27.5; 873 1.96962 -0.347296 28.75;
874 2 -4.59228e-017 21.25; 875 2 -9.18455e-017 22.5; 876 2 -1.37768e-016 23.75;
877 2 -1.83691e-016 25; 878 2 -2.29614e-016 26.25; 879 2 -2.75537e-016 27.5;
880 2 -3.21459e-016 28.75; 881 1.96962 0.347296 21.25;
882 1.96962 0.347296 22.5; 883 1.96962 0.347296 23.75; 884 1.96962 0.347296 25;
885 1.96962 0.347296 26.25; 886 1.96962 0.347296 27.5;
887 1.96962 0.347296 28.75; 888 1.87939 0.68404 21.25;
889 1.87939 0.68404 22.5; 890 1.87939 0.68404 23.75; 891 1.87939 0.68404 25;
892 1.87939 0.68404 26.25; 893 1.87939 0.68404 27.5; 894 1.87939 0.68404 28.75;
895 1.73205 1 21.25; 896 1.73205 1 22.5; 897 1.73205 1 23.75; 898 1.73205 1 25;
899 1.73205 1 26.25; 900 1.73205 1 27.5; 901 1.73205 1 28.75;
902 1.53209 1.28558 21.25; 903 1.53209 1.28558 22.5; 904 1.53209 1.28558 23.75;
905 1.53209 1.28558 25; 906 1.53209 1.28558 26.25; 907 1.53209 1.28558 27.5;
908 1.53209 1.28558 28.75; 909 1.28558 1.53209 21.25; 910 1.28558 1.53209 22.5;
911 1.28558 1.53209 23.75; 912 1.28558 1.53209 25; 913 1.28558 1.53209 26.25;
914 1.28558 1.53209 27.5; 915 1.28558 1.53209 28.75; 916 1 1.73205 21.25;
917 1 1.73205 22.5; 918 1 1.73205 23.75; 919 1 1.73205 25; 920 1 1.73205 26.25;
921 1 1.73205 27.5; 922 1 1.73205 28.75; 923 0.68404 1.87939 21.25;
924 0.68404 1.87939 22.5; 925 0.68404 1.87939 23.75; 926 0.68404 1.87939 25;
927 0.68404 1.87939 26.25; 928 0.68404 1.87939 27.5; 929 0.68404 1.87939 28.75;
930 0.347296 1.96962 21.25; 931 0.347296 1.96962 22.5;
932 0.347296 1.96962 23.75; 933 0.347296 1.96962 25;
934 0.347296 1.96962 26.25; 935 0.347296 1.96962 27.5;
936 0.347296 1.96962 28.75; 937 0.373343 2.11734 -1.875; 938 0 2.15 -1.875;
939 0.399391 2.26506 -3.75; 940 0 2.3 -3.75; 941 0.425438 2.41278 -5.625;
942 0 2.45 -5.625; 943 0.451485 2.5605 -7.5; 944 0 2.6 -7.5;
945 0.477532 2.70822 -9.375; 946 0 2.75 -9.375; 947 0.503579 2.85594 -11.25;
948 0 2.9 -11.25; 949 0.529627 3.00366 -13.125; 950 0 3.05 -13.125;
951 0.735343 2.02034 -1.875; 952 0.786645 2.1613 -3.75;
953 0.837947 2.30225 -5.625; 954 0.88925 2.4432 -7.5;
955 0.940553 2.58416 -9.375; 956 0.991855 2.72511 -11.25;
957 1.04316 2.86607 -13.125; 958 1.075 1.86195 -1.875; 959 1.15 1.99186 -3.75;
960 1.225 2.12176 -5.625; 961 1.3 2.25167 -7.5; 962 1.375 2.38157 -9.375;
963 1.45 2.51147 -11.25; 964 1.525 2.64138 -13.125; 965 1.382 1.647 -1.875;
966 1.47842 1.7619 -3.75; 967 1.57483 1.87681 -5.625; 968 1.67125 1.99171 -7.5;
969 1.76767 2.10662 -9.375; 970 1.86409 2.22153 -11.25;
971 1.9605 2.33643 -13.125; 972 1.647 1.382 -1.875; 973 1.7619 1.47842 -3.75;
974 1.87681 1.57483 -5.625; 975 1.99171 1.67125 -7.5;
976 2.10662 1.76767 -9.375; 977 2.22153 1.86409 -11.25;
978 2.33643 1.9605 -13.125; 979 1.86195 1.075 -1.875; 980 1.99186 1.15 -3.75;
981 2.12176 1.225 -5.625; 982 2.25167 1.3 -7.5; 983 2.38157 1.375 -9.375;
984 2.51147 1.45 -11.25; 985 2.64138 1.525 -13.125;
986 2.02034 0.735343 -1.875; 987 2.1613 0.786645 -3.75;
988 2.30225 0.837947 -5.625; 989 2.4432 0.88925 -7.5;
990 2.58416 0.940553 -9.375; 991 2.72511 0.991855 -11.25;
992 2.86607 1.04316 -13.125; 993 2.11734 0.373343 -1.875;
994 2.26506 0.399391 -3.75; 995 2.41278 0.425438 -5.625;
996 2.5605 0.451485 -7.5; 997 2.70822 0.477532 -9.375;
998 2.85594 0.503579 -11.25; 999 3.00366 0.529627 -13.125;
1000 2.15 2.44921e-017 -1.875; 1001 2.3 4.89843e-017 -3.75;
1002 2.45 7.34764e-017 -5.625; 1003 2.6 9.79685e-017 -7.5;
1004 2.75 1.22461e-016 -9.375; 1005 2.9 1.46953e-016 -11.25;
1006 3.05 1.71445e-016 -13.125; 1007 2.11734 -0.373343 -1.875;
1008 2.26506 -0.399391 -3.75; 1009 2.41278 -0.425438 -5.625;
1010 2.5605 -0.451485 -7.5; 1011 2.70822 -0.477532 -9.375;
1012 2.85594 -0.503579 -11.25; 1013 3.00366 -0.529627 -13.125;
1014 2.02034 -0.735343 -1.875; 1015 2.1613 -0.786645 -3.75;
1016 2.30225 -0.837947 -5.625; 1017 2.4432 -0.88925 -7.5;
1018 2.58416 -0.940553 -9.375; 1019 2.72511 -0.991855 -11.25;
1020 2.86607 -1.04316 -13.125; 1021 1.86195 -1.075 -1.875;
1022 1.99186 -1.15 -3.75; 1023 2.12176 -1.225 -5.625; 1024 2.25167 -1.3 -7.5;
1025 2.38157 -1.375 -9.375; 1026 2.51147 -1.45 -11.25;
1027 2.64138 -1.525 -13.125; 1028 1.647 -1.382 -1.875;
1029 1.7619 -1.47842 -3.75; 1030 1.87681 -1.57483 -5.625;
1031 1.99171 -1.67125 -7.5; 1032 2.10662 -1.76767 -9.375;
1033 2.22153 -1.86409 -11.25; 1034 2.33643 -1.9605 -13.125;
1035 1.382 -1.647 -1.875; 1036 1.47842 -1.7619 -3.75;
1037 1.57483 -1.87681 -5.625; 1038 1.67125 -1.99171 -7.5;
1039 1.76767 -2.10662 -9.375; 1040 1.86409 -2.22153 -11.25;
1041 1.9605 -2.33643 -13.125; 1042 1.075 -1.86195 -1.875;
1043 1.15 -1.99186 -3.75; 1044 1.225 -2.12176 -5.625; 1045 1.3 -2.25167 -7.5;
1046 1.375 -2.38157 -9.375; 1047 1.45 -2.51147 -11.25;
1048 1.525 -2.64138 -13.125; 1049 0.735343 -2.02034 -1.875;
1050 0.786645 -2.1613 -3.75; 1051 0.837947 -2.30225 -5.625;
1052 0.88925 -2.4432 -7.5; 1053 0.940553 -2.58416 -9.375;
1054 0.991855 -2.72511 -11.25; 1055 1.04316 -2.86607 -13.125;
1056 0.373343 -2.11734 -1.875; 1057 0.399391 -2.26506 -3.75;
1058 0.425438 -2.41278 -5.625; 1059 0.451485 -2.5605 -7.5;
1060 0.477532 -2.70822 -9.375; 1061 0.503579 -2.85594 -11.25;
1062 0.529627 -3.00366 -13.125; 1063 4.89843e-017 -2.15 -1.875;
1064 9.79685e-017 -2.3 -3.75; 1065 1.46953e-016 -2.45 -5.625;
1066 1.95937e-016 -2.6 -7.5; 1067 2.44921e-016 -2.75 -9.375;
1068 2.93906e-016 -2.9 -11.25; 1069 3.4289e-016 -3.05 -13.125;
1070 -0.373343 -2.11734 -1.875; 1071 -0.399391 -2.26506 -3.75;
1072 -0.425438 -2.41278 -5.625; 1073 -0.451485 -2.5605 -7.5;
1074 -0.477532 -2.70822 -9.375; 1075 -0.503579 -2.85594 -11.25;
1076 -0.529627 -3.00366 -13.125; 1077 -0.735343 -2.02034 -1.875;
1078 -0.786645 -2.1613 -3.75; 1079 -0.837947 -2.30225 -5.625;
1080 -0.88925 -2.4432 -7.5; 1081 -0.940553 -2.58416 -9.375;
1082 -0.991855 -2.72511 -11.25; 1083 -1.04316 -2.86607 -13.125;
1084 -1.075 -1.86195 -1.875; 1085 -1.15 -1.99186 -3.75;
1086 -1.225 -2.12176 -5.625; 1087 -1.3 -2.25167 -7.5;
1088 -1.375 -2.38157 -9.375; 1089 -1.45 -2.51147 -11.25;
1090 -1.525 -2.64138 -13.125; 1091 -1.382 -1.647 -1.875;
1092 -1.47842 -1.7619 -3.75; 1093 -1.57483 -1.87681 -5.625;
1094 -1.67125 -1.99171 -7.5; 1095 -1.76767 -2.10662 -9.375;
1096 -1.86409 -2.22153 -11.25; 1097 -1.9605 -2.33643 -13.125;
1098 -1.647 -1.382 -1.875; 1099 -1.7619 -1.47842 -3.75;
1100 -1.87681 -1.57483 -5.625; 1101 -1.99171 -1.67125 -7.5;
1102 -2.10662 -1.76767 -9.375; 1103 -2.22153 -1.86409 -11.25;
1104 -2.33643 -1.9605 -13.125; 1105 -1.86195 -1.075 -1.875;
1106 -1.99186 -1.15 -3.75; 1107 -2.12176 -1.225 -5.625;
1108 -2.25167 -1.3 -7.5; 1109 -2.38157 -1.375 -9.375;
1110 -2.51147 -1.45 -11.25; 1111 -2.64138 -1.525 -13.125;
1112 -2.02034 -0.735343 -1.875; 1113 -2.1613 -0.786645 -3.75;
1114 -2.30225 -0.837947 -5.625; 1115 -2.4432 -0.88925 -7.5;
1116 -2.58416 -0.940553 -9.375; 1117 -2.72511 -0.991855 -11.25;
1118 -2.86607 -1.04316 -13.125; 1119 -2.11734 -0.373343 -1.875;
1120 -2.26506 -0.399391 -3.75; 1121 -2.41278 -0.425438 -5.625;
1122 -2.5605 -0.451485 -7.5; 1123 -2.70822 -0.477532 -9.375;
1124 -2.85594 -0.503579 -11.25; 1125 -3.00366 -0.529627 -13.125;
1126 -2.15 -7.34764e-017 -1.875; 1127 -2.3 -1.46953e-016 -3.75;
1128 -2.45 -2.20429e-016 -5.625; 1129 -2.6 -2.93906e-016 -7.5;
1130 -2.75 -3.67382e-016 -9.375; 1131 -2.9 -4.40858e-016 -11.25;
1132 -3.05 -5.14335e-016 -13.125; 1133 -2.11734 0.373343 -1.875;
1134 -2.26506 0.399391 -3.75; 1135 -2.41278 0.425438 -5.625;
1136 -2.5605 0.451485 -7.5; 1137 -2.70822 0.477532 -9.375;
1138 -2.85594 0.503579 -11.25; 1139 -3.00366 0.529627 -13.125;
1140 -2.02034 0.735343 -1.875; 1141 -2.1613 0.786645 -3.75;
1142 -2.30225 0.837947 -5.625; 1143 -2.4432 0.88925 -7.5;
1144 -2.58416 0.940553 -9.375; 1145 -2.72511 0.991855 -11.25;
1146 -2.86607 1.04316 -13.125; 1147 -1.86195 1.075 -1.875;
1148 -1.99186 1.15 -3.75; 1149 -2.12176 1.225 -5.625; 1150 -2.25167 1.3 -7.5;
1151 -2.38157 1.375 -9.375; 1152 -2.51147 1.45 -11.25;
1153 -2.64138 1.525 -13.125; 1154 -1.647 1.382 -1.875;
1155 -1.7619 1.47842 -3.75; 1156 -1.87681 1.57483 -5.625;
1157 -1.99171 1.67125 -7.5; 1158 -2.10662 1.76767 -9.375;
1159 -2.22153 1.86409 -11.25; 1160 -2.33643 1.9605 -13.125;
1161 -1.382 1.647 -1.875; 1162 -1.47842 1.7619 -3.75;
1163 -1.57483 1.87681 -5.625; 1164 -1.67125 1.99171 -7.5;
1165 -1.76767 2.10662 -9.375; 1166 -1.86409 2.22153 -11.25;
1167 -1.9605 2.33643 -13.125; 1168 -1.075 1.86195 -1.875;
1169 -1.15 1.99186 -3.75; 1170 -1.225 2.12176 -5.625; 1171 -1.3 2.25167 -7.5;
1172 -1.375 2.38157 -9.375; 1173 -1.45 2.51147 -11.25;
1174 -1.525 2.64138 -13.125; 1175 -0.735343 2.02034 -1.875;
1176 -0.786645 2.1613 -3.75; 1177 -0.837947 2.30225 -5.625;
1178 -0.88925 2.4432 -7.5; 1179 -0.940553 2.58416 -9.375;
1180 -0.991855 2.72511 -11.25; 1181 -1.04316 2.86607 -13.125;
1182 -0.373343 2.11734 -1.875; 1183 -0.399391 2.26506 -3.75;
1184 -0.425438 2.41278 -5.625; 1185 -0.451485 2.5605 -7.5;
1186 -0.477532 2.70822 -9.375; 1187 -0.503579 2.85594 -11.25;
1188 -0.529627 3.00366 -13.125;
ELEMENT INCIDENCES SHELL
145 1 2 181 182; 146 182 181 183 184; 147 184 183 185 186; 148 186 185 187 188;
149 188 187 189 190; 150 190 189 191 192; 151 192 191 193 194;
152 194 193 38 37; 153 2 3 195 181; 154 181 195 196 183; 155 183 196 197 185;
156 185 197 198 187; 157 187 198 199 189; 158 189 199 200 191;
159 191 200 201 193; 160 193 201 39 38; 161 3 4 202 195; 162 195 202 203 196;
163 196 203 204 197; 164 197 204 205 198; 165 198 205 206 199;
166 199 206 207 200; 167 200 207 208 201; 168 201 208 40 39; 169 4 5 209 202;
170 202 209 210 203; 171 203 210 211 204; 172 204 211 212 205;
173 205 212 213 206; 174 206 213 214 207; 175 207 214 215 208;
176 208 215 41 40; 177 5 6 216 209; 178 209 216 217 210; 179 210 217 218 211;
180 211 218 219 212; 181 212 219 220 213; 182 213 220 221 214;
183 214 221 222 215; 184 215 222 42 41; 185 6 7 223 216; 186 216 223 224 217;
187 217 224 225 218; 188 218 225 226 219; 189 219 226 227 220;
190 220 227 228 221; 191 221 228 229 222; 192 222 229 43 42; 193 7 8 230 223;
194 223 230 231 224; 195 224 231 232 225; 196 225 232 233 226;
197 226 233 234 227; 198 227 234 235 228; 199 228 235 236 229;
200 229 236 44 43; 201 8 9 237 230; 202 230 237 238 231; 203 231 238 239 232;
204 232 239 240 233; 205 233 240 241 234; 206 234 241 242 235;
207 235 242 243 236; 208 236 243 45 44; 209 9 10 244 237; 210 237 244 245 238;
211 238 245 246 239; 212 239 246 247 240; 213 240 247 248 241;
214 241 248 249 242; 215 242 249 250 243; 216 243 250 46 45; 217 10 11 251 244;
218 244 251 252 245; 219 245 252 253 246; 220 246 253 254 247;
221 247 254 255 248; 222 248 255 256 249; 223 249 256 257 250;
224 250 257 47 46; 225 11 12 258 251; 226 251 258 259 252; 227 252 259 260 253;
228 253 260 261 254; 229 254 261 262 255; 230 255 262 263 256;
231 256 263 264 257; 232 257 264 48 47; 233 12 13 265 258; 234 258 265 266 259;
235 259 266 267 260; 236 260 267 268 261; 237 261 268 269 262;
238 262 269 270 263; 239 263 270 271 264; 240 264 271 49 48; 241 13 14 272 265;
242 265 272 273 266; 243 266 273 274 267; 244 267 274 275 268;
245 268 275 276 269; 246 269 276 277 270; 247 270 277 278 271;
248 271 278 50 49; 249 14 15 279 272; 250 272 279 280 273; 251 273 280 281 274;
252 274 281 282 275; 253 275 282 283 276; 254 276 283 284 277;
255 277 284 285 278; 256 278 285 51 50; 257 15 16 286 279; 258 279 286 287 280;
259 280 287 288 281; 260 281 288 289 282; 261 282 289 290 283;
262 283 290 291 284; 263 284 291 292 285; 264 285 292 52 51; 265 16 17 293 286;
266 286 293 294 287; 267 287 294 295 288; 268 288 295 296 289;
269 289 296 297 290; 270 290 297 298 291; 271 291 298 299 292;
272 292 299 53 52; 273 17 18 300 293; 274 293 300 301 294; 275 294 301 302 295;
276 295 302 303 296; 277 296 303 304 297; 278 297 304 305 298;
279 298 305 306 299; 280 299 306 54 53; 281 18 19 307 300; 282 300 307 308 301;
283 301 308 309 302; 284 302 309 310 303; 285 303 310 311 304;
286 304 311 312 305; 287 305 312 313 306; 288 306 313 55 54; 289 19 20 314 307;
290 307 314 315 308; 291 308 315 316 309; 292 309 316 317 310;
293 310 317 318 311; 294 311 318 319 312; 295 312 319 320 313;
296 313 320 56 55; 297 20 21 321 314; 298 314 321 322 315; 299 315 322 323 316;
300 316 323 324 317; 301 317 324 325 318; 302 318 325 326 319;
303 319 326 327 320; 304 320 327 57 56; 305 21 22 328 321; 306 321 328 329 322;
307 322 329 330 323; 308 323 330 331 324; 309 324 331 332 325;
310 325 332 333 326; 311 326 333 334 327; 312 327 334 58 57; 313 22 23 335 328;
314 328 335 336 329; 315 329 336 337 330; 316 330 337 338 331;
317 331 338 339 332; 318 332 339 340 333; 319 333 340 341 334;
320 334 341 59 58; 321 23 24 342 335; 322 335 342 343 336; 323 336 343 344 337;
324 337 344 345 338; 325 338 345 346 339; 326 339 346 347 340;
327 340 347 348 341; 328 341 348 60 59; 329 24 25 349 342; 330 342 349 350 343;
331 343 350 351 344; 332 344 351 352 345; 333 345 352 353 346;
334 346 353 354 347; 335 347 354 355 348; 336 348 355 61 60; 337 25 26 356 349;
338 349 356 357 350; 339 350 357 358 351; 340 351 358 359 352;
341 352 359 360 353; 342 353 360 361 354; 343 354 361 362 355;
344 355 362 62 61; 345 26 27 363 356; 346 356 363 364 357; 347 357 364 365 358;
348 358 365 366 359; 349 359 366 367 360; 350 360 367 368 361;
351 361 368 369 362; 352 362 369 63 62; 353 27 28 370 363; 354 363 370 371 364;
355 364 371 372 365; 356 365 372 373 366; 357 366 373 374 367;
358 367 374 375 368; 359 368 375 376 369; 360 369 376 64 63; 361 28 29 377 370;
362 370 377 378 371; 363 371 378 379 372; 364 372 379 380 373;
365 373 380 381 374; 366 374 381 382 375; 367 375 382 383 376;
368 376 383 65 64; 369 29 30 384 377; 370 377 384 385 378; 371 378 385 386 379;
372 379 386 387 380; 373 380 387 388 381; 374 381 388 389 382;
375 382 389 390 383; 376 383 390 66 65; 377 30 31 391 384; 378 384 391 392 385;
379 385 392 393 386; 380 386 393 394 387; 381 387 394 395 388;
382 388 395 396 389; 383 389 396 397 390; 384 390 397 67 66; 385 31 32 398 391;
386 391 398 399 392; 387 392 399 400 393; 388 393 400 401 394;
389 394 401 402 395; 390 395 402 403 396; 391 396 403 404 397;
392 397 404 68 67; 393 32 33 405 398; 394 398 405 406 399; 395 399 406 407 400;
396 400 407 408 401; 397 401 408 409 402; 398 402 409 410 403;
399 403 410 411 404; 400 404 411 69 68; 401 33 34 412 405; 402 405 412 413 406;
403 406 413 414 407; 404 407 414 415 408; 405 408 415 416 409;
406 409 416 417 410; 407 410 417 418 411; 408 411 418 70 69; 409 34 35 419 412;
410 412 419 420 413; 411 413 420 421 414; 412 414 421 422 415;
413 415 422 423 416; 414 416 423 424 417; 415 417 424 425 418;
416 418 425 71 70; 417 35 36 426 419; 418 419 426 427 420; 419 420 427 428 421;
420 421 428 429 422; 421 422 429 430 423; 422 423 430 431 424;
423 424 431 432 425; 424 425 432 72 71; 425 36 1 182 426; 426 426 182 184 427;
427 427 184 186 428; 428 428 186 188 429; 429 429 188 190 430;
430 430 190 192 431; 431 431 192 194 432; 432 432 194 37 72; 433 37 38 433 434;
434 434 433 435 436; 435 436 435 437 438; 436 438 437 439 440;
437 440 439 441 442; 438 442 441 443 444; 439 444 443 445 446;
440 446 445 74 73; 441 38 39 447 433; 442 433 447 448 435; 443 435 448 449 437;
444 437 449 450 439; 445 439 450 451 441; 446 441 451 452 443;
447 443 452 453 445; 448 445 453 75 74; 449 39 40 454 447; 450 447 454 455 448;
451 448 455 456 449; 452 449 456 457 450; 453 450 457 458 451;
454 451 458 459 452; 455 452 459 460 453; 456 453 460 76 75; 457 40 41 461 454;
458 454 461 462 455; 459 455 462 463 456; 460 456 463 464 457;
461 457 464 465 458; 462 458 465 466 459; 463 459 466 467 460;
464 460 467 77 76; 465 41 42 468 461; 466 461 468 469 462; 467 462 469 470 463;
468 463 470 471 464; 469 464 471 472 465; 470 465 472 473 466;
471 466 473 474 467; 472 467 474 78 77; 473 42 43 475 468; 474 468 475 476 469;
475 469 476 477 470; 476 470 477 478 471; 477 471 478 479 472;
478 472 479 480 473; 479 473 480 481 474; 480 474 481 79 78; 481 43 44 482 475;
482 475 482 483 476; 483 476 483 484 477; 484 477 484 485 478;
485 478 485 486 479; 486 479 486 487 480; 487 480 487 488 481;
488 481 488 80 79; 489 44 45 489 482; 490 482 489 490 483; 491 483 490 491 484;
492 484 491 492 485; 493 485 492 493 486; 494 486 493 494 487;
495 487 494 495 488; 496 488 495 81 80; 497 45 46 496 489; 498 489 496 497 490;
499 490 497 498 491; 500 491 498 499 492; 501 492 499 500 493;
502 493 500 501 494; 503 494 501 502 495; 504 495 502 82 81; 505 46 47 503 496;
506 496 503 504 497; 507 497 504 505 498; 508 498 505 506 499;
509 499 506 507 500; 510 500 507 508 501; 511 501 508 509 502;
512 502 509 83 82; 513 47 48 510 503; 514 503 510 511 504; 515 504 511 512 505;
516 505 512 513 506; 517 506 513 514 507; 518 507 514 515 508;
519 508 515 516 509; 520 509 516 84 83; 521 48 49 517 510; 522 510 517 518 511;
523 511 518 519 512; 524 512 519 520 513; 525 513 520 521 514;
526 514 521 522 515; 527 515 522 523 516; 528 516 523 85 84; 529 49 50 524 517;
530 517 524 525 518; 531 518 525 526 519; 532 519 526 527 520;
533 520 527 528 521; 534 521 528 529 522; 535 522 529 530 523;
536 523 530 86 85; 537 50 51 531 524; 538 524 531 532 525; 539 525 532 533 526;
540 526 533 534 527; 541 527 534 535 528; 542 528 535 536 529;
543 529 536 537 530; 544 530 537 87 86; 545 51 52 538 531; 546 531 538 539 532;
547 532 539 540 533; 548 533 540 541 534; 549 534 541 542 535;
550 535 542 543 536; 551 536 543 544 537; 552 537 544 88 87; 553 52 53 545 538;
554 538 545 546 539; 555 539 546 547 540; 556 540 547 548 541;
557 541 548 549 542; 558 542 549 550 543; 559 543 550 551 544;
560 544 551 89 88; 561 53 54 552 545; 562 545 552 553 546; 563 546 553 554 547;
564 547 554 555 548; 565 548 555 556 549; 566 549 556 557 550;
567 550 557 558 551; 568 551 558 90 89; 569 54 55 559 552; 570 552 559 560 553;
571 553 560 561 554; 572 554 561 562 555; 573 555 562 563 556;
574 556 563 564 557; 575 557 564 565 558; 576 558 565 91 90; 577 55 56 566 559;
578 559 566 567 560; 579 560 567 568 561; 580 561 568 569 562;
581 562 569 570 563; 582 563 570 571 564; 583 564 571 572 565;
584 565 572 92 91; 585 56 57 573 566; 586 566 573 574 567; 587 567 574 575 568;
588 568 575 576 569; 589 569 576 577 570; 590 570 577 578 571;
591 571 578 579 572; 592 572 579 93 92; 593 57 58 580 573; 594 573 580 581 574;
595 574 581 582 575; 596 575 582 583 576; 597 576 583 584 577;
598 577 584 585 578; 599 578 585 586 579; 600 579 586 94 93; 601 58 59 587 580;
602 580 587 588 581; 603 581 588 589 582; 604 582 589 590 583;
605 583 590 591 584; 606 584 591 592 585; 607 585 592 593 586;
608 586 593 95 94; 609 59 60 594 587; 610 587 594 595 588; 611 588 595 596 589;
612 589 596 597 590; 613 590 597 598 591; 614 591 598 599 592;
615 592 599 600 593; 616 593 600 96 95; 617 60 61 601 594; 618 594 601 602 595;
619 595 602 603 596; 620 596 603 604 597; 621 597 604 605 598;
622 598 605 606 599; 623 599 606 607 600; 624 600 607 97 96; 625 61 62 608 601;
626 601 608 609 602; 627 602 609 610 603; 628 603 610 611 604;
629 604 611 612 605; 630 605 612 613 606; 631 606 613 614 607;
632 607 614 98 97; 633 62 63 615 608; 634 608 615 616 609; 635 609 616 617 610;
636 610 617 618 611; 637 611 618 619 612; 638 612 619 620 613;
639 613 620 621 614; 640 614 621 99 98; 641 63 64 622 615; 642 615 622 623 616;
643 616 623 624 617; 644 617 624 625 618; 645 618 625 626 619;
646 619 626 627 620; 647 620 627 628 621; 648 621 628 100 99;
649 64 65 629 622; 650 622 629 630 623; 651 623 630 631 624;
652 624 631 632 625; 653 625 632 633 626; 654 626 633 634 627;
655 627 634 635 628; 656 628 635 101 100; 657 65 66 636 629;
658 629 636 637 630; 659 630 637 638 631; 660 631 638 639 632;
661 632 639 640 633; 662 633 640 641 634; 663 634 641 642 635;
664 635 642 102 101; 665 66 67 643 636; 666 636 643 644 637;
667 637 644 645 638; 668 638 645 646 639; 669 639 646 647 640;
670 640 647 648 641; 671 641 648 649 642; 672 642 649 103 102;
673 67 68 650 643; 674 643 650 651 644; 675 644 651 652 645;
676 645 652 653 646; 677 646 653 654 647; 678 647 654 655 648;
679 648 655 656 649; 680 649 656 104 103; 681 68 69 657 650;
682 650 657 658 651; 683 651 658 659 652; 684 652 659 660 653;
685 653 660 661 654; 686 654 661 662 655; 687 655 662 663 656;
688 656 663 105 104; 689 69 70 664 657; 690 657 664 665 658;
691 658 665 666 659; 692 659 666 667 660; 693 660 667 668 661;
694 661 668 669 662; 695 662 669 670 663; 696 663 670 106 105;
697 70 71 671 664; 698 664 671 672 665; 699 665 672 673 666;
700 666 673 674 667; 701 667 674 675 668; 702 668 675 676 669;
703 669 676 677 670; 704 670 677 107 106; 705 71 72 678 671;
706 671 678 679 672; 707 672 679 680 673; 708 673 680 681 674;
709 674 681 682 675; 710 675 682 683 676; 711 676 683 684 677;
712 677 684 108 107; 713 72 37 434 678; 714 678 434 436 679;
715 679 436 438 680; 716 680 438 440 681; 717 681 440 442 682;
718 682 442 444 683; 719 683 444 446 684; 720 684 446 73 108;
721 73 74 685 686; 722 686 685 687 688; 723 688 687 689 690;
724 690 689 691 692; 725 692 691 693 694; 726 694 693 695 696;
727 696 695 697 698; 728 698 697 110 109; 729 74 75 699 685;
730 685 699 700 687; 731 687 700 701 689; 732 689 701 702 691;
733 691 702 703 693; 734 693 703 704 695; 735 695 704 705 697;
736 697 705 111 110; 737 75 76 706 699; 738 699 706 707 700;
739 700 707 708 701; 740 701 708 709 702; 741 702 709 710 703;
742 703 710 711 704; 743 704 711 712 705; 744 705 712 112 111;
745 76 77 713 706; 746 706 713 714 707; 747 707 714 715 708;
748 708 715 716 709; 749 709 716 717 710; 750 710 717 718 711;
751 711 718 719 712; 752 712 719 113 112; 753 77 78 720 713;
754 713 720 721 714; 755 714 721 722 715; 756 715 722 723 716;
757 716 723 724 717; 758 717 724 725 718; 759 718 725 726 719;
760 719 726 114 113; 761 78 79 727 720; 762 720 727 728 721;
763 721 728 729 722; 764 722 729 730 723; 765 723 730 731 724;
766 724 731 732 725; 767 725 732 733 726; 768 726 733 115 114;
769 79 80 734 727; 770 727 734 735 728; 771 728 735 736 729;
772 729 736 737 730; 773 730 737 738 731; 774 731 738 739 732;
775 732 739 740 733; 776 733 740 116 115; 777 80 81 741 734;
778 734 741 742 735; 779 735 742 743 736; 780 736 743 744 737;
781 737 744 745 738; 782 738 745 746 739; 783 739 746 747 740;
784 740 747 117 116; 785 81 82 748 741; 786 741 748 749 742;
787 742 749 750 743; 788 743 750 751 744; 789 744 751 752 745;
790 745 752 753 746; 791 746 753 754 747; 792 747 754 118 117;
793 82 83 755 748; 794 748 755 756 749; 795 749 756 757 750;
796 750 757 758 751; 797 751 758 759 752; 798 752 759 760 753;
799 753 760 761 754; 800 754 761 119 118; 801 83 84 762 755;
802 755 762 763 756; 803 756 763 764 757; 804 757 764 765 758;
805 758 765 766 759; 806 759 766 767 760; 807 760 767 768 761;
808 761 768 120 119; 809 84 85 769 762; 810 762 769 770 763;
811 763 770 771 764; 812 764 771 772 765; 813 765 772 773 766;
814 766 773 774 767; 815 767 774 775 768; 816 768 775 121 120;
817 85 86 776 769; 818 769 776 777 770; 819 770 777 778 771;
820 771 778 779 772; 821 772 779 780 773; 822 773 780 781 774;
823 774 781 782 775; 824 775 782 122 121; 825 86 87 783 776;
826 776 783 784 777; 827 777 784 785 778; 828 778 785 786 779;
829 779 786 787 780; 830 780 787 788 781; 831 781 788 789 782;
832 782 789 123 122; 833 87 88 790 783; 834 783 790 791 784;
835 784 791 792 785; 836 785 792 793 786; 837 786 793 794 787;
838 787 794 795 788; 839 788 795 796 789; 840 789 796 124 123;
841 88 89 797 790; 842 790 797 798 791; 843 791 798 799 792;
844 792 799 800 793; 845 793 800 801 794; 846 794 801 802 795;
847 795 802 803 796; 848 796 803 125 124; 849 89 90 804 797;
850 797 804 805 798; 851 798 805 806 799; 852 799 806 807 800;
853 800 807 808 801; 854 801 808 809 802; 855 802 809 810 803;
856 803 810 126 125; 857 90 91 811 804; 858 804 811 812 805;
859 805 812 813 806; 860 806 813 814 807; 861 807 814 815 808;
862 808 815 816 809; 863 809 816 817 810; 864 810 817 127 126;
865 91 92 818 811; 866 811 818 819 812; 867 812 819 820 813;
868 813 820 821 814; 869 814 821 822 815; 870 815 822 823 816;
871 816 823 824 817; 872 817 824 128 127; 873 92 93 825 818;
874 818 825 826 819; 875 819 826 827 820; 876 820 827 828 821;
877 821 828 829 822; 878 822 829 830 823; 879 823 830 831 824;
880 824 831 129 128; 881 93 94 832 825; 882 825 832 833 826;
883 826 833 834 827; 884 827 834 835 828; 885 828 835 836 829;
886 829 836 837 830; 887 830 837 838 831; 888 831 838 130 129;
889 94 95 839 832; 890 832 839 840 833; 891 833 840 841 834;
892 834 841 842 835; 893 835 842 843 836; 894 836 843 844 837;
895 837 844 845 838; 896 838 845 131 130; 897 95 96 846 839;
898 839 846 847 840; 899 840 847 848 841; 900 841 848 849 842;
901 842 849 850 843; 902 843 850 851 844; 903 844 851 852 845;
904 845 852 132 131; 905 96 97 853 846; 906 846 853 854 847;
907 847 854 855 848; 908 848 855 856 849; 909 849 856 857 850;
910 850 857 858 851; 911 851 858 859 852; 912 852 859 133 132;
913 97 98 860 853; 914 853 860 861 854; 915 854 861 862 855;
916 855 862 863 856; 917 856 863 864 857; 918 857 864 865 858;
919 858 865 866 859; 920 859 866 134 133; 921 98 99 867 860;
922 860 867 868 861; 923 861 868 869 862; 924 862 869 870 863;
925 863 870 871 864; 926 864 871 872 865; 927 865 872 873 866;
928 866 873 135 134; 929 99 100 874 867; 930 867 874 875 868;
931 868 875 876 869; 932 869 876 877 870; 933 870 877 878 871;
934 871 878 879 872; 935 872 879 880 873; 936 873 880 136 135;
937 100 101 881 874; 938 874 881 882 875; 939 875 882 883 876;
940 876 883 884 877; 941 877 884 885 878; 942 878 885 886 879;
943 879 886 887 880; 944 880 887 137 136; 945 101 102 888 881;
946 881 888 889 882; 947 882 889 890 883; 948 883 890 891 884;
949 884 891 892 885; 950 885 892 893 886; 951 886 893 894 887;
952 887 894 138 137; 953 102 103 895 888; 954 888 895 896 889;
955 889 896 897 890; 956 890 897 898 891; 957 891 898 899 892;
958 892 899 900 893; 959 893 900 901 894; 960 894 901 139 138;
961 103 104 902 895; 962 895 902 903 896; 963 896 903 904 897;
964 897 904 905 898; 965 898 905 906 899; 966 899 906 907 900;
967 900 907 908 901; 968 901 908 140 139; 969 104 105 909 902;
970 902 909 910 903; 971 903 910 911 904; 972 904 911 912 905;
973 905 912 913 906; 974 906 913 914 907; 975 907 914 915 908;
976 908 915 141 140; 977 105 106 916 909; 978 909 916 917 910;
979 910 917 918 911; 980 911 918 919 912; 981 912 919 920 913;
982 913 920 921 914; 983 914 921 922 915; 984 915 922 142 141;
985 106 107 923 916; 986 916 923 924 917; 987 917 924 925 918;
988 918 925 926 919; 989 919 926 927 920; 990 920 927 928 921;
991 921 928 929 922; 992 922 929 143 142; 993 107 108 930 923;
994 923 930 931 924; 995 924 931 932 925; 996 925 932 933 926;
997 926 933 934 927; 998 927 934 935 928; 999 928 935 936 929;
1000 929 936 144 143; 1001 108 73 686 930; 1002 930 686 688 931;
1003 931 688 690 932; 1004 932 690 692 933; 1005 933 692 694 934;
1006 934 694 696 935; 1007 935 696 698 936; 1008 936 698 109 144;
1009 1 36 937 938; 1010 938 937 939 940; 1011 940 939 941 942;
1012 942 941 943 944; 1013 944 943 945 946; 1014 946 945 947 948;
1015 948 947 949 950; 1016 950 949 146 145; 1017 36 35 951 937;
1018 937 951 952 939; 1019 939 952 953 941; 1020 941 953 954 943;
1021 943 954 955 945; 1022 945 955 956 947; 1023 947 956 957 949;
1024 949 957 147 146; 1025 35 34 958 951; 1026 951 958 959 952;
1027 952 959 960 953; 1028 953 960 961 954; 1029 954 961 962 955;
1030 955 962 963 956; 1031 956 963 964 957; 1032 957 964 148 147;
1033 34 33 965 958; 1034 958 965 966 959; 1035 959 966 967 960;
1036 960 967 968 961; 1037 961 968 969 962; 1038 962 969 970 963;
1039 963 970 971 964; 1040 964 971 149 148; 1041 33 32 972 965;
1042 965 972 973 966; 1043 966 973 974 967; 1044 967 974 975 968;
1045 968 975 976 969; 1046 969 976 977 970; 1047 970 977 978 971;
1048 971 978 150 149; 1049 32 31 979 972; 1050 972 979 980 973;
1051 973 980 981 974; 1052 974 981 982 975; 1053 975 982 983 976;
1054 976 983 984 977; 1055 977 984 985 978; 1056 978 985 151 150;
1057 31 30 986 979; 1058 979 986 987 980; 1059 980 987 988 981;
1060 981 988 989 982; 1061 982 989 990 983; 1062 983 990 991 984;
1063 984 991 992 985; 1064 985 992 152 151; 1065 30 29 993 986;
1066 986 993 994 987; 1067 987 994 995 988; 1068 988 995 996 989;
1069 989 996 997 990; 1070 990 997 998 991; 1071 991 998 999 992;
1072 992 999 153 152; 1073 29 28 1000 993; 1074 993 1000 1001 994;
1075 994 1001 1002 995; 1076 995 1002 1003 996; 1077 996 1003 1004 997;
1078 997 1004 1005 998; 1079 998 1005 1006 999; 1080 999 1006 154 153;
1081 28 27 1007 1000; 1082 1000 1007 1008 1001; 1083 1001 1008 1009 1002;
1084 1002 1009 1010 1003; 1085 1003 1010 1011 1004; 1086 1004 1011 1012 1005;
1087 1005 1012 1013 1006; 1088 1006 1013 155 154; 1089 27 26 1014 1007;
1090 1007 1014 1015 1008; 1091 1008 1015 1016 1009; 1092 1009 1016 1017 1010;
1093 1010 1017 1018 1011; 1094 1011 1018 1019 1012; 1095 1012 1019 1020 1013;
1096 1013 1020 156 155; 1097 26 25 1021 1014; 1098 1014 1021 1022 1015;
1099 1015 1022 1023 1016; 1100 1016 1023 1024 1017; 1101 1017 1024 1025 1018;
1102 1018 1025 1026 1019; 1103 1019 1026 1027 1020; 1104 1020 1027 157 156;
1105 25 24 1028 1021; 1106 1021 1028 1029 1022; 1107 1022 1029 1030 1023;
1108 1023 1030 1031 1024; 1109 1024 1031 1032 1025; 1110 1025 1032 1033 1026;
1111 1026 1033 1034 1027; 1112 1027 1034 158 157; 1113 24 23 1035 1028;
1114 1028 1035 1036 1029; 1115 1029 1036 1037 1030; 1116 1030 1037 1038 1031;
1117 1031 1038 1039 1032; 1118 1032 1039 1040 1033; 1119 1033 1040 1041 1034;
1120 1034 1041 159 158; 1121 23 22 1042 1035; 1122 1035 1042 1043 1036;
1123 1036 1043 1044 1037; 1124 1037 1044 1045 1038; 1125 1038 1045 1046 1039;
1126 1039 1046 1047 1040; 1127 1040 1047 1048 1041; 1128 1041 1048 160 159;
1129 22 21 1049 1042; 1130 1042 1049 1050 1043; 1131 1043 1050 1051 1044;
1132 1044 1051 1052 1045; 1133 1045 1052 1053 1046; 1134 1046 1053 1054 1047;
1135 1047 1054 1055 1048; 1136 1048 1055 161 160; 1137 21 20 1056 1049;
1138 1049 1056 1057 1050; 1139 1050 1057 1058 1051; 1140 1051 1058 1059 1052;
1141 1052 1059 1060 1053; 1142 1053 1060 1061 1054; 1143 1054 1061 1062 1055;
1144 1055 1062 162 161; 1145 20 19 1063 1056; 1146 1056 1063 1064 1057;
1147 1057 1064 1065 1058; 1148 1058 1065 1066 1059; 1149 1059 1066 1067 1060;
1150 1060 1067 1068 1061; 1151 1061 1068 1069 1062; 1152 1062 1069 163 162;
1153 19 18 1070 1063; 1154 1063 1070 1071 1064; 1155 1064 1071 1072 1065;
1156 1065 1072 1073 1066; 1157 1066 1073 1074 1067; 1158 1067 1074 1075 1068;
1159 1068 1075 1076 1069; 1160 1069 1076 164 163; 1161 18 17 1077 1070;
1162 1070 1077 1078 1071; 1163 1071 1078 1079 1072; 1164 1072 1079 1080 1073;
1165 1073 1080 1081 1074; 1166 1074 1081 1082 1075; 1167 1075 1082 1083 1076;
1168 1076 1083 165 164; 1169 17 16 1084 1077; 1170 1077 1084 1085 1078;
1171 1078 1085 1086 1079; 1172 1079 1086 1087 1080; 1173 1080 1087 1088 1081;
1174 1081 1088 1089 1082; 1175 1082 1089 1090 1083; 1176 1083 1090 166 165;
1177 16 15 1091 1084; 1178 1084 1091 1092 1085; 1179 1085 1092 1093 1086;
1180 1086 1093 1094 1087; 1181 1087 1094 1095 1088; 1182 1088 1095 1096 1089;
1183 1089 1096 1097 1090; 1184 1090 1097 167 166; 1185 15 14 1098 1091;
1186 1091 1098 1099 1092; 1187 1092 1099 1100 1093; 1188 1093 1100 1101 1094;
1189 1094 1101 1102 1095; 1190 1095 1102 1103 1096; 1191 1096 1103 1104 1097;
1192 1097 1104 168 167; 1193 14 13 1105 1098; 1194 1098 1105 1106 1099;
1195 1099 1106 1107 1100; 1196 1100 1107 1108 1101; 1197 1101 1108 1109 1102;
1198 1102 1109 1110 1103; 1199 1103 1110 1111 1104; 1200 1104 1111 169 168;
1201 13 12 1112 1105; 1202 1105 1112 1113 1106; 1203 1106 1113 1114 1107;
1204 1107 1114 1115 1108; 1205 1108 1115 1116 1109; 1206 1109 1116 1117 1110;
1207 1110 1117 1118 1111; 1208 1111 1118 170 169; 1209 12 11 1119 1112;
1210 1112 1119 1120 1113; 1211 1113 1120 1121 1114; 1212 1114 1121 1122 1115;
1213 1115 1122 1123 1116; 1214 1116 1123 1124 1117; 1215 1117 1124 1125 1118;
1216 1118 1125 171 170; 1217 11 10 1126 1119; 1218 1119 1126 1127 1120;
1219 1120 1127 1128 1121; 1220 1121 1128 1129 1122; 1221 1122 1129 1130 1123;
1222 1123 1130 1131 1124; 1223 1124 1131 1132 1125; 1224 1125 1132 172 171;
1225 10 9 1133 1126; 1226 1126 1133 1134 1127; 1227 1127 1134 1135 1128;
1228 1128 1135 1136 1129; 1229 1129 1136 1137 1130; 1230 1130 1137 1138 1131;
1231 1131 1138 1139 1132; 1232 1132 1139 173 172; 1233 9 8 1140 1133;
1234 1133 1140 1141 1134; 1235 1134 1141 1142 1135; 1236 1135 1142 1143 1136;
1237 1136 1143 1144 1137; 1238 1137 1144 1145 1138; 1239 1138 1145 1146 1139;
1240 1139 1146 174 173; 1241 8 7 1147 1140; 1242 1140 1147 1148 1141;
1243 1141 1148 1149 1142; 1244 1142 1149 1150 1143; 1245 1143 1150 1151 1144;
1246 1144 1151 1152 1145; 1247 1145 1152 1153 1146; 1248 1146 1153 175 174;
1249 7 6 1154 1147; 1250 1147 1154 1155 1148; 1251 1148 1155 1156 1149;
1252 1149 1156 1157 1150; 1253 1150 1157 1158 1151; 1254 1151 1158 1159 1152;
1255 1152 1159 1160 1153; 1256 1153 1160 176 175; 1257 6 5 1161 1154;
1258 1154 1161 1162 1155; 1259 1155 1162 1163 1156; 1260 1156 1163 1164 1157;
1261 1157 1164 1165 1158; 1262 1158 1165 1166 1159; 1263 1159 1166 1167 1160;
1264 1160 1167 177 176; 1265 5 4 1168 1161; 1266 1161 1168 1169 1162;
1267 1162 1169 1170 1163; 1268 1163 1170 1171 1164; 1269 1164 1171 1172 1165;
1270 1165 1172 1173 1166; 1271 1166 1173 1174 1167; 1272 1167 1174 178 177;
1273 4 3 1175 1168; 1274 1168 1175 1176 1169; 1275 1169 1176 1177 1170;
1276 1170 1177 1178 1171; 1277 1171 1178 1179 1172; 1278 1172 1179 1180 1173;
1279 1173 1180 1181 1174; 1280 1174 1181 179 178; 1281 3 2 1182 1175;
1282 1175 1182 1183 1176; 1283 1176 1183 1184 1177; 1284 1177 1184 1185 1178;
1285 1178 1185 1186 1179; 1286 1179 1186 1187 1180; 1287 1180 1187 1188 1181;
1288 1181 1188 180 179; 1289 2 1 938 1182; 1290 1182 938 940 1183;
1291 1183 940 942 1184; 1292 1184 942 944 1185; 1293 1185 944 946 1186;
1294 1186 946 948 1187; 1295 1187 948 950 1188; 1296 1188 950 145 180;
ELEMENT PROPERTY
721 TO 1008 THICKNESS 0.014
433 TO 720 THICKNESS 0.016
145 TO 432 THICKNESS 0.018
1009 TO 1296 THICKNESS 0.02
DEFINE MATERIAL START
ISOTROPIC STEEL
E 2.05e+008
POISSON 0.3
DENSITY 76.8195
ALPHA 1.2e-005
DAMP 0.03
TYPE STEEL
STRENGTH FY 253200 FU 407800 RY 1.5 RT 1.2
END DEFINE MATERIAL
CONSTANTS
MATERIAL STEEL ALL
SUPPORTS
145 TO 180 FIXED
DEFINE WIND LOAD
TYPE 1 WIND
TYPE 2 WIND 2
<! STAAD PRO GENERATED DATA DO NOT MODIFY !!!
!> END GENERATED DATA BLOCK
<! STAAD PRO GENERATED DATA DO NOT MODIFY !!!
!> END GENERATED DATA BLOCK
LOAD 1 LOADTYPE Dead TITLE DL
LOAD 2 LOADTYPE Wind TITLE WIND LOAD
ELEMENT LOAD
1009 TO 1296 PR -2000
145 TO 432 PR -2100
433 TO 720 PR -2200
721 TO 1008 PR -2300
LOAD COMB 3 COMBINATION LOAD CASE 3
1 1.0 2 1.0
PERFORM ANALYSIS PRINT ALL
DEFINE ENVELOPE
1 ENVELOPE 1 TYPE STRENGTH
1 ENVELOPE 2 TYPE SERVICEABILITY
END DEFINE ENVELOPE
PERFORM ANALYSIS PRINT ALL
FINISH

Good evening,

I am designing pile cap using Staad foundation. I have imported staad file from staad pro. Pile capacity is more than thousand and my support reaction is only around 300. Still I am not getting single pile cap. Please suggest me a solution.

Thank you.

Regards,

Yamini

In the RAM Concept Lateral Self Equilibrium [TN] discussion, at the very bottom of the page, there is a note that says, 

Note: Ram Structural System lateral loads will generally be exported to Ram Concept in a self-equilibrium state, but user defined lateral nodal loads, especially those that include vertical (z direction) forces will not be in equilibrium and as such, those should only be processed as Normal analysis loads in Ram Concept. 

I am currently modeling a structure and have this exact condition.  When I attempt to "Calc All", I receive an Analysis Errors for each of the user defined lateral nodal loads that I defined in RAM SS.  These loads do include z direction forces.  The Analysis Errors look like this:  

How do I ensure that these loads are processed as Normal analysis loads in Ram Concept as suggested in the note from the link?

Is there any tutorial for ram concept that shows steps to design slab on grade?

Good afternoon,

Is there a way to set the output Force Units to be the same upon opening each new session of STAAD.Pro?  I am having to change the units each time I open the file if I need to print further output results and it has become tedious.

Thank you in advance,

Emily

I am getting shape of building like while buckling analysis, Is it write or I am doing something wrong?

Please help

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 08-Apr-16
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 0 0 0; 2 4.2 0 0; 4 8.03 0 0; 5 12.74 0 0; 6 0 0 4.191; 8 0 0 8.89;
9 0 0 12.712; 10 4.2 0 4.191; 12 8.03 0 4.191; 13 12.74 0 4.191;
15 8.03 0 6.86; 16 12.74 0 6.86; 17 4.2 0 8.89; 18 8.03 0 8.89;
21 8.03 0 12.712; 22 5.38 0 8.89; 23 4.2 0 2.735; 24 8.03 0 2.735;
26 10.83 0 6.86; 29 10.83 0 12.712; 30 10.83 0 8.89; 31 5.38 0 12.712;
32 6.15 0 2.735; 33 6.15 0 0; 34 5.38 0 14.624; 35 8.03 0 14.624;
36 10.83 0 14.624; 37 2.455 0 14.624; 38 2.455 0 12.712; 39 0 -1.5 0;
40 4.2 -1.5 0; 41 8.03 -1.5 0; 42 12.74 -1.5 0; 43 0 -1.5 4.191;
44 0 -1.5 8.89; 45 0 -1.5 12.712; 46 4.2 -1.5 4.191; 47 8.03 -1.5 4.191;
48 12.74 -1.5 4.191; 49 8.03 -1.5 6.86; 50 12.74 -1.5 6.86; 51 8.03 -1.5 8.89;
52 8.03 -1.5 12.712; 53 5.38 -1.5 8.89; 55 5.38 -1.5 12.712;
56 5.38 -1.5 14.624; 57 8.03 -1.5 14.624; 58 10.83 -1.5 14.624;
59 2.455 -1.5 14.624; 60 0 3.6 0; 61 4.2 3.6 0; 62 8.03 3.6 0; 63 12.74 3.6 0;
64 0 3.6 4.191; 65 0 3.6 8.89; 66 0 3.6 12.712; 67 4.2 3.6 4.191;
68 8.03 3.6 4.191; 69 12.74 3.6 4.191; 70 8.03 3.6 6.86; 71 12.74 3.6 6.86;
73 8.03 3.6 8.89; 74 8.03 3.6 12.712; 75 5.38 3.6 8.89; 76 4.2 3.6 2.735;
77 8.03 3.6 2.735; 79 10.83 3.6 6.86; 82 10.83 3.6 12.712; 83 10.83 3.6 8.89;
84 5.38 3.6 12.712; 85 6.15 3.6 2.735; 86 6.15 3.6 0; 87 5.38 3.6 14.624;
88 8.03 3.6 14.624; 89 10.83 3.6 14.624; 90 2.455 3.6 14.624;
91 2.455 3.6 12.712; 92 3.488 3.6 4.191; 93 3.488 3.6 8.89; 94 0 7.2 0;
95 4.2 7.2 0; 96 8.03 7.2 0; 97 12.74 7.2 0; 98 0 7.2 4.191; 99 0 7.2 8.89;
100 0 7.2 12.712; 101 4.2 7.2 4.191; 102 8.03 7.2 4.191; 103 12.74 7.2 4.191;
104 8.03 7.2 6.86; 105 12.74 7.2 6.86; 106 8.03 7.2 8.89; 107 8.03 7.2 12.712;
108 5.38 7.2 8.89; 112 10.83 7.2 6.86; 115 10.83 7.2 8.89; 116 5.38 7.2 12.712;
128 4.2 7.2 8.89; 129 2.69 7.2 12.712; 130 2.69 7.2 8.89; 131 10.833 3.6 8.89;
132 10.833 7.2 8.89; 133 10.833 0 8.89; 134 10.833 -1.5 8.89; 137 1.4 0 4.191;
138 1.4 0 0; 139 6.182 0 6.6852; 140 6.182 3.6 6.6852; 141 6.182 7.2 6.6852;
MEMBER INCIDENCES
1 1 138; 2 2 33; 4 4 5; 5 1 6; 6 6 8; 8 8 9; 9 6 137; 10 10 12; 12 12 13;
16 8 17; 17 17 22; 18 18 30; 19 9 38; 20 31 38; 21 10 17; 22 2 23; 23 23 10;
24 4 24; 25 24 12; 26 23 32; 27 5 13; 28 13 16; 29 15 26; 30 16 26; 35 26 30;
36 12 15; 37 15 18; 38 18 21; 39 21 29; 40 30 133; 41 29 30; 42 22 18;
43 31 21; 44 22 31; 45 32 24; 46 33 4; 47 32 33; 48 31 34; 49 34 37; 50 21 35;
51 35 36; 52 34 35; 53 29 36; 55 37 38; 56 1 39; 57 2 40; 58 4 41; 59 5 42;
60 6 43; 61 8 44; 62 9 45; 63 10 46; 64 12 47; 65 13 48; 66 15 49; 67 16 50;
68 18 51; 69 21 52; 70 22 53; 72 31 55; 73 34 56; 74 35 57; 75 36 58; 76 37 59;
77 60 61; 78 61 86; 79 62 63; 80 60 64; 81 64 65; 82 65 66; 83 64 92; 84 67 68;
85 68 69; 86 65 93; 87 75 93; 88 73 83; 89 66 91; 90 84 91; 92 61 76; 93 76 67;
94 62 77; 95 77 68; 96 76 85; 97 63 69; 98 69 71; 99 70 79; 100 71 79;
104 79 83; 105 68 70; 106 70 73; 107 73 74; 108 74 82; 109 83 131; 110 82 83;
111 75 73; 112 84 74; 113 75 84; 114 85 77; 115 86 62; 116 85 86; 117 84 87;
118 87 90; 119 74 88; 120 88 89; 121 87 88; 122 82 89; 123 90 91; 124 1 60;
125 6 64; 126 8 65; 127 9 66; 128 37 90; 129 31 84; 130 21 74; 132 61 2;
133 62 4; 134 63 5; 135 68 12; 136 69 13; 137 70 15; 138 71 16; 139 73 18;
140 75 22; 141 87 34; 142 88 35; 143 89 36; 144 92 67; 146 92 93; 147 94 95;
148 95 96; 149 96 97; 150 94 98; 151 98 99; 152 99 100; 153 98 101;
154 101 102; 155 102 103; 156 99 130; 157 108 128; 158 106 115; 159 100 129;
161 95 101; 163 96 102; 166 97 103; 167 103 105; 168 104 112; 169 105 112;
172 112 115; 173 102 104; 174 104 106; 175 106 107; 177 115 132; 179 108 106;
180 116 107; 181 108 116; 192 60 94; 193 64 98; 194 65 99; 195 66 100;
197 84 116; 198 74 107; 200 95 61; 201 96 62; 202 97 63; 203 102 68;
204 103 69; 205 104 70; 206 105 71; 207 106 73; 208 108 75; 218 101 128;
219 129 116; 220 130 128; 221 129 130; 224 131 132; 226 133 134; 227 133 131;
230 138 137; 231 137 10; 232 138 2; 233 10 67; 234 67 101;
**********************************GROUP DEFINITIONS*************************************************
START GROUP DEFINITION
FLOOR
_F1 1 2 4 TO 6 8 TO 10 12 16 TO 30 35 TO 53 55 231 232
_F2 77 TO 80 82 TO 90 92 TO 100 104 TO 123 144 146
_F3 147 TO 159 161 163 166 168 169 172 TO 175 177 179 TO 181 218 TO 221
_TLS 78 88 92 96 99 104 106 116
_KIS 1 5 9 230
_TRS 88 90 107 TO 110 112 117 TO 123
**********************************MATERIAL PROPERTIES***********************************************
MEMBER
_DUMMY 41 49 51 TO 53 110 118 120 TO 122 230
END GROUP DEFINITION
DEFINE MATERIAL START
ISOTROPIC CONCRETE
E 2.17185e+007
POISSON 0.17
DENSITY 25
ALPHA 1e-005
DAMP 0.05
TYPE CONCRETE
STRENGTH FCU 27579
ISOTROPIC DUMMY
E 2.17185e+007
POISSON 0.17
DENSITY 1e-013
ALPHA 1e-005
DAMP 0.05
G 9.28139e+006
TYPE CONCRETE
STRENGTH FCU 27579
END DEFINE MATERIAL
MEMBER PROPERTY INDIAN
1 2 4 TO 6 8 TO 10 12 16 TO 25 27 TO 30 35 TO 39 41 TO 44 46 TO 53 55 -
77 TO 90 92 TO 100 104 TO 108 111 TO 117 119 123 144 146 231 -
232 PRIS YD 0.3 ZD 0.3
57 58 60 61 63 TO 66 68 TO 70 72 TO 74 125 126 129 130 132 133 135 TO 137 -
139 TO 142 193 194 197 198 200 201 203 TO 205 207 208 233 -
234 PRIS YD 0.3 ZD 0.4
MEMBER PROPERTY INDIAN
26 45 147 TO 159 161 163 166 TO 169 172 TO 175 179 TO 181 218 TO 220 -
221 PRIS YD 0.3 ZD 0.4
MEMBER PROPERTY INDIAN
110 118 120 TO 122 230 PRIS YD 0.2 ZD 0.2
MEMBER PROPERTY
40 56 59 62 67 75 76 109 124 127 128 134 138 143 177 192 195 202 206 224 226 -
227 PRIS YD 0.4 ZD 0.4
CONSTANTS
BETA 90 MEMB 40 57 58 60 61 65 109 125 126 132 133 136 177 193 194 200 201 -
204 224 226 227
MATERIAL CONCRETE MEMB 1 2 4 TO 6 8 TO 10 12 16 TO 30 35 TO 53 55 TO 70 72 -
73 TO 90 92 TO 100 104 TO 109 111 TO 117 119 123 TO 130 132 TO 144 -
146 TO 159 161 163 166 TO 169 172 TO 175 177 179 TO 181 192 TO 195 197 198 -
200 TO 208 218 TO 221 224 226 227 231 TO 234
MATERIAL DUMMY MEMB 110 118 120 TO 122 230
**********************************SUPPORTS*************************************************
SUPPORTS
39 TO 53 55 TO 59 134 FIXED
*******************************************************************************************
MEMBER RELEASE
26 35 47 96 104 116 146 172 218 221 START MPY 0.9 MPZ 0.9
21 39 45 47 108 114 116 146 161 218 221 END MPY 0.9 MPZ 0.9
**********************************LOADINGS*************************************************
SLAVE ZX MASTER 139 JOINT 1 2 4 TO 6 8 TO 10 12 13 15 TO 18 21 TO 24 26 29 -
30 TO 38 133 137 138
SLAVE ZX MASTER 140 JOINT 60 TO 71 73 TO 77 79 82 TO 93 131
SLAVE ZX MASTER 141 JOINT 94 TO 108 112 115 116 128 TO 130 132
DEFINE 1893 ACCIDENTAL LOAD
ZONE 0.24 RF 5 I 1 SS 3 ST 1 DM 0.05 PX 0.255 PZ 0.25 DT 1.5
JOINT WEIGHT
1 WEIGHT 154.933
2 WEIGHT 167.347
4 WEIGHT 179.924
5 WEIGHT 135.606
6 WEIGHT 170.849
8 WEIGHT 205.224
9 WEIGHT 128.16
10 WEIGHT 171.792
12 WEIGHT 191.139
13 WEIGHT 154.945
15 WEIGHT 106.077
16 WEIGHT 101.254
18 WEIGHT 103.307
21 WEIGHT 203.353
22 WEIGHT 180.916
31 WEIGHT 169.284
34 WEIGHT 28.71
35 WEIGHT 26.797
36 WEIGHT 53.455
37 WEIGHT 54.962
39 WEIGHT 52.038
40 WEIGHT 20.786
41 WEIGHT 29.406
42 WEIGHT 45.654
43 WEIGHT 15.462
44 WEIGHT 50.315
45 WEIGHT 46.141
46 WEIGHT 12.394
47 WEIGHT 39.115
48 WEIGHT 37.218
49 WEIGHT 24.299
50 WEIGHT 30.603
51 WEIGHT 14.606
52 WEIGHT 69.422
53 WEIGHT 50.648
55 WEIGHT 38.141
56 WEIGHT 4.346
57 WEIGHT 4.81
58 WEIGHT 20.35
59 WEIGHT 21.31
60 WEIGHT 118.946
61 WEIGHT 253.2
62 WEIGHT 180.588
63 WEIGHT 129.723
64 WEIGHT 241.183
65 WEIGHT 169.106
66 WEIGHT 130.187
68 WEIGHT 279.087
69 WEIGHT 149.86
70 WEIGHT 99.262
71 WEIGHT 94.249
73 WEIGHT 167.43
74 WEIGHT 195.159
75 WEIGHT 173.28
84 WEIGHT 184.945
87 WEIGHT 33.69
88 WEIGHT 29.676
89 WEIGHT 43.101
90 WEIGHT 72.042
94 WEIGHT 100.804
95 WEIGHT 193.723
96 WEIGHT 135.593
97 WEIGHT 112.628
98 WEIGHT 246.524
99 WEIGHT 172.958
100 WEIGHT 120.539
102 WEIGHT 234.813
103 WEIGHT 98.995
104 WEIGHT 69.702
105 WEIGHT 54.389
106 WEIGHT 92.316
107 WEIGHT 64.489
108 WEIGHT 194.841
116 WEIGHT 140.054
131 WEIGHT 124.23
132 WEIGHT 59.729
133 WEIGHT 124.339
134 WEIGHT 14.272
DEFINE WIND LOAD
TYPE 1 WIND 1
INT 1.13 HEIG 10
*******************************************************************************************
LOAD 101 LOADTYPE Seismic TITLE EQX+
1893 LOAD X 1 ACC 0.05
PERFORM ANALYSIS
CHANGE
*LOAD 102 LOADTYPE Seismic TITLE EQX-
*1893 LOAD X -1 ACC 0.05
*PERFORM ANALYSIS
*CHANGE
LOAD 102 LOADTYPE Seismic TITLE EQZ+
1893 LOAD Z 1 ACC 0.05
PERFORM ANALYSIS
CHANGE
*LOAD 104 LOADTYPE Seismic TITLE EQZ-
*1893 LOAD Z -1 ACC 0.05
*PERFORM ANALYSIS
*CHANGE
LOAD 1 LOADTYPE Dead TITLE DL
SELFWEIGHT Y -1
*SELFWEIGHT Y -1 LIST 1 2 4 TO 6 8 TO 10 12 16 TO 29 35 TO 53 55 TO 70 -
*72 TO 76 78 TO 82 84 TO 90 92 TO 99 104 TO 130 132 TO 144 146 TO 159 161 -
*163 166 TO 168 172 TO 175 177 179 TO 181 192 TO 195 197 198 200 TO 208 218 -
*219 TO 221
MEMBER LOAD
1 2 4 TO 6 8 19 20 27 28 30 35 39 TO 41 43 46 78 TO 82 88 TO 90 97 98 100 -
104 107 112 115 232 UNI GY -13.75
77 UNI GY -13.75 1.4 4.2
77 UNI GY -13.75 0 1.4
12 16 TO 18 22 24 26 29 37 38 44 45 47 85 TO 87 92 94 96 106 107 113 114 116 -
144 147 TO 152 158 159 166 167 169 172 175 180 219 UNI GY -6.75
83 UNI GY -6.75 1.4 3.488
83 UNI GY -6.75 0 1.4
FLOOR LOAD
_F1 FLOAD -5.07 GY
_F2 FLOAD -5.57 GY
_F3 FLOAD -4.37 GY
_TLS FLOAD -3.75 GY
_KIS FLOAD -7.5 GY
_TRS FLOAD -2.3 GY
_F3 FLOAD -2.3 GY
PERFORM ANALYSIS
CHANGE
LOAD 2 LOADTYPE Live TITLE LL
FLOOR LOAD
_TLS FLOAD -2 GY
_KIS FLOAD -2 GY
_TRS FLOAD -2 GY
_F1 FLOAD -3 GY
_F2 FLOAD -3 GY
_F3 FLOAD -2.5 GY
PERFORM ANALYSIS
CHANGE
LOAD 3 LOADTYPE Temperature TITLE TL+25
TEMPERATURE LOAD
77 TO 90 92 TO 100 104 TO 130 132 TO 144 146 TO 159 161 163 166 TO 169 172 -
173 TO 175 177 179 TO 181 192 TO 195 197 198 200 TO 208 218 TO 221 224 -
227 TEMP 25
PERFORM ANALYSIS
CHANGE
LOAD 4 LOADTYPE Temperature TITLE TL-25
TEMPERATURE LOAD
77 TO 90 92 TO 100 104 TO 130 132 TO 144 146 TO 159 161 163 166 TO 169 172 -
173 TO 175 177 179 TO 181 192 TO 195 197 198 200 TO 208 218 TO 221 224 -
227 TEMP -25
PERFORM ANALYSIS
CHANGE
LOAD 201 LOADTYPE Wind TITLE WLX+
WIND LOAD X 1 TYPE 1
WIND LOAD -X 1 TYPE 1
WIND LOAD -Z 1 TYPE 1
WIND LOAD -Z -1 TYPE 1
PERFORM ANALYSIS
CHANGE
*LOAD 202 LOADTYPE Wind TITLE WLX-
*WIND LOAD X -1 TYPE 1
*WIND LOAD -X -1 TYPE 1
*WIND LOAD -Z 1 TYPE 1
*WIND LOAD -Z -1 TYPE 1
*PERFORM ANALYSIS
*CHANGE
LOAD 202 LOADTYPE Wind TITLE WLZ+
WIND LOAD Z 1 TYPE 1
WIND LOAD -Z 1 TYPE 1
WIND LOAD -X 1 TYPE 1
WIND LOAD -X -1 TYPE 1
PERFORM ANALYSIS
CHANGE
*LOAD 204 LOADTYPE Wind TITLE WLZ-
*WIND LOAD Z -1 TYPE 1
*WIND LOAD -Z -1 TYPE 1
*WIND LOAD -X 1 TYPE 1
*WIND LOAD -X -1 TYPE 1
*PERFORM ANALYSIS
*CHANGE
**********************************************************************************
*LOAD COMB 3 (DL+.25LL)
*1 1.0 2 0.25
*PERFORM ANALYSIS
*CHANGE
LOAD COMB 1001 1.5(DL+LL)
1 1.5 2 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1002 1.5(DL+EQX)
1 1.5 101 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1003 1.5(DL-EQX)
1 1.5 101 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1004 1.5(DL+EQZ)
1 1.5 102 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1005 1.5(DL-EQZ)
1 1.5 102 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1006 1.2(DL+LL+EQX)
1 1.2 2 1.2 101 1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1007 1.2(DL+LL-EQX)
1 1.2 2 1.2 101 -1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1008 1.2(DL+LL+EQZ)
1 1.2 2 1.2 102 1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1009 1.2(DL+LL-EQZ)
1 1.2 2 1.2 102 -1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1010 0.9DL+1.5EQX
1 0.9 101 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1011 0.9DL-1.5EQX
1 0.9 101 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1012 0.9DL+1.5EQZ
1 0.9 102 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1013 0.9DL-1.5EQX
1 0.9 101 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1014 1.5(DL+TEMP+25)
1 1.5 3 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1015 1.5(DL-TEMP+25)
1 1.5 3 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1016 1.5(DL+TEMP-25)
1 1.5 4 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1017 1.5(DL-TEMP-25)
1 1.5 4 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1018 1.2(DL+LL+TEMP+25)
1 1.2 2 1.2 3 1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1019 1.2(DL+LL-TEMP+25)
1 1.2 2 1.2 3 -1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1020 1.2(DL+LL+TEMP-25)
1 1.2 2 1.2 4 1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1021 1.2(DL+LL-TEMP-25)
1 1.2 2 1.2 4 -1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1022 1.5(DL+WLX)
1 1.5 201 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1023 1.5(DL-WLX)
1 1.5 201 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1024 1.5(DL+WLZ)
1 1.5 202 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1025 1.5(DL-WLZ)
1 1.5 202 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1026 1.2(DL+LL+WLX)
1 1.2 2 1.2 201 1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1027 1.2(DL+LL-WLX)
1 1.2 2 1.2 201 -1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1028 1.2(DL+LL+WLZ)
1 1.2 2 1.2 202 1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1029 1.2(DL+LL-WLX)
1 1.2 2 1.2 202 -1.2
PERFORM ANALYSIS
CHANGE
LOAD COMB 1030 (0.9DL+1.5WLX)
1 0.9 201 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1031 0.9DL-1.5WLX
1 0.9 201 -1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1032 0.9DL+1.5WLZ
1 0.9 202 1.5
PERFORM ANALYSIS
CHANGE
LOAD COMB 1033 0.9DL-1.5WLZ
1 0.9 202 -1.5
PERFORM ANALYSIS
CHANGE
********FOR FOOTING**************************
*LOAD COMB 1001 1.0(DL+LL)
*3 1.0 4 1.0
*LOAD COMB 1002 1.0(DL+LL+EQX)
*3 1.0 4 1.0 1 1.0
*LOAD COMB 1003 1.0(DL+LL-EQX)
*3 1.0 4 1.0 1 -1.0
*LOAD COMB 1004 1.0(DL+LL+EQZ)
*3 1.0 4 1.0 2 1.0
*LOAD COMB 1005 1.0(DL+LL-EQZ)
*3 1.0 4 1.0 2 -1.0
*LOAD COMB 1006 1.0(DL+EQX)
*3 1.0 1 1.0
*LOAD COMB 1007 1.0(DL-EQX)
*3 1.0 1 -1.0
*LOAD COMB 1008 1.0(DL+EQZ)
*3 1.0 2 1.0
*LOAD COMB 1009 1.0(DL-EQZ)
*3 1.0 2 -1.0
*LOAD COMB 2001 1.0*DL+1.0*LL+1.0TL
*3 1.0 4 1.0 5 1.0
*LOAD COMB 2002 1.0*DL+1.0*LL-1.0TL
*3 1.0 4 1.0 6 -1.0
*LOAD COMB 2003 1.0*DL+1.0*LL+1.0*EQX+1.0TL
*3 1.0 4 1.0 1 1.0 5 1.0
*LOAD COMB 2004 1.0*DL+1.0*LL+1.0*EQZ+1.0TL
*3 1.0 4 1.0 2 1.0 5 1.0
*LOAD COMB 2005 1.0*DL+1.0*LL-1.0*EQX+1.0TL
*3 1.0 4 1.0 1 -1.0 5 1.0
*LOAD COMB 2006 1.0*DL+1.0*LL-1.0*EQZ+1.0TL
*3 1.0 4 1.0 2 -1.0 5 1.0
*LOAD COMB 2011 1.0(DL+TL)
*3 1.0 5 1.0
*LOAD COMB 2012 1.0(DL-TL)
*3 1.0 6 -1.0
PRINT CG
START CONCRETE DESIGN
CODE INDIAN
CLEAR 0.04 MEMB 1 2 4 TO 6 8 TO 10 12 16 TO 30 35 TO 53 55 77 TO 90 -
92 TO 100 104 TO 123 144 146 TO 159 161 163 166 TO 169 172 TO 175 177 179 -
180 TO 181 218 TO 221 230 TO 232
CLEAR 0.045 MEMB 56 TO 70 72 TO 76 124 TO 130 132 TO 143 192 TO 195 197 198 -
200 TO 208 224 226 227 233 234
FC 25000 ALL
FYMAIN 415000 ALL
FYSEC 415000 ALL
MAXMAIN 32 ALL
MAXSEC 16 ALL
RATIO 4 MEMB 56 TO 70 72 TO 76 124 TO 130 132 TO 143 192 TO 195 197 198 200 -
201 TO 208 224 226 227 233 234
TORSION 1 MEMB 1 2 4 TO 6 8 TO 10 12 16 TO 30 35 TO 53 55 77 TO 90 92 TO 100 -
104 TO 123 144 146 TO 159 161 163 166 TO 169 172 TO 175 177 179 TO 181 218 -
219 TO 221 230 TO 232
DESIGN BEAM 1 2 4 TO 6 8 TO 10 12 16 TO 30 35 TO 53 55 77 TO 90 92 TO 100 -
104 TO 123 144 146 TO 159 161 163 166 TO 169 172 TO 175 177 179 TO 181 218 -
219 TO 221 230 TO 232
DESIGN COLUMN 56 TO 70 72 TO 76 124 TO 130 132 TO 143 192 TO 195 197 198 200 -
201 TO 208 224 226 227 233 234
CONCRETE TAKE
END CONCRETE DESIGN
PERFORM BUCKLING ANALYSIS MAXSTEP 5
FINISH

Our StaadPro Series 6 Version 20.07.11.50 gives us an Output error as follows which we cannot explain: It did not happen in StaadPro Series 6 Version 20.07.11.33

***STAAD.Pro ERROR . MEMB OR ELEM NO 0 DOES NOT EXIST.

We are looking for a work-around solution if this problem affects our results.

thanks for any help.

When I run the RAM Frame analysis, I get an error that says "Warning(s) found during analysis. During iterative analysis with tension-only members, some of the load cases failed to converge. Please see "analysis log" report for further information about warnings." Even with the warning, the model runs and gives reasonable results. The analysis log does not seem to provide any further information, it looks as usual.

I can't find any reason for this error, and there are no errors or warnings in the integrated data check. I had been using this same model without issue for weeks and only got this error when I added an extra column line, which should theoretically be an insignificant change. The model is a small two story steel building with tension only x-braces and a sloped roof.

Any ideas as to the source of this error would be appreciated. Even though I'm getting results, I can't trust them with this error present.

Hello, I am performing response spectrum analysis in three directions on a large model in STAAD (v8i version 20.07.11.50) using the "generic" method as discussed in Section 5.32.10.1.1 of the Help file.  As in the example given in that section, we have repeated all selfweight, joint, and member loads due to dead load and 25% of live load within the first spectrum load case, and in each of three directions (X, Y, and Z).  I would like to know if we can define the dead and live loads as reference loads using this method, so as to avoid needing to reenter all the loads.  If so, is it necessary to define the reference loads as "MASS" type? If they are defined as "MASS", does STAAD automatically consider the loads entered as masses in all three directions?  Also, if the "MASS" reference load type is used, does that prevent use of that reference load for the corresponding static analysis load case? Would it be better to use the DEAD or LIVE loading types? If so, how do we apply all the Y-direction loads as masses in the other directions? Thank you very much for your assistance.  Please note that I cannot upload my analysis model for security reasons.

Hi, I created a structure using two types of beams W16X40 and W21X62 and I need to know how many beams were used for each type of beam

I know that the total amount of beams used are 2009 but I need to know how many beams are W16X40 and how many W21X62

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 28-Mar-16
END JOB INFORMATION
INPUT WIDTH 79
UNIT FEET POUND
JOINT COORDINATES
1 0 0 0; 2 0 0 300; 3 43 0 343; 4 343 0 343; 5 343 0 288; 7 75 0 288; 8 55 0 0;
9 55 0 268; 17 0 0 268; 18 55 0 29.778; 19 55 0 59.556; 20 55 0 89.333;
21 55 0 119.111; 22 55 0 148.889; 23 55 0 178.667; 24 55 0 208.444;
25 55 0 238.222; 26 0 0 29.778; 27 0 0 59.556; 28 0 0 89.333; 29 0 0 119.111;
30 0 0 148.889; 31 0 0 178.667; 32 0 0 208.444; 33 0 0 238.222; 34 75 0 343;
35 313.222 0 288; 36 283.444 0 288; 37 253.667 0 288; 38 223.889 0 288;
39 194.111 0 288; 40 164.333 0 288; 41 134.556 0 288; 42 104.778 0 288;
43 104.778 0 343; 44 134.556 0 343; 45 164.333 0 343; 46 194.111 0 343;
47 223.889 0 343; 48 253.667 0 343; 49 283.444 0 343; 50 313.222 0 343;
51 23 0 0; 52 32 0 0; 53 23 0 29.778; 54 32 0 29.778; 55 23 0 59.556;
56 32 0 59.556; 57 23 0 89.333; 58 32 0 89.333; 59 23 0 119.111;
60 32 0 119.111; 61 23 0 148.889; 62 32 0 148.889; 63 23 0 178.667;
64 32 0 178.667; 65 23 0 208.444; 66 32 0 208.444; 67 23 0 238.222;
68 32 0 238.222; 69 23 0 268; 70 32 0 268; 71 75 0 311; 72 75 0 320;
73 104.778 0 311; 74 104.778 0 320; 75 134.556 0 311; 76 134.556 0 320;
77 164.333 0 311; 78 164.333 0 320; 79 194.111 0 311; 80 194.111 0 320;
81 223.889 0 311; 82 223.889 0 320; 83 253.667 0 311; 84 253.667 0 320;
85 283.444 0 311; 86 283.444 0 320; 87 313.222 0 311; 88 313.222 0 320;
89 343 0 311; 90 343 0 320; 91 23 0 286.618; 92 32 0 281.381; 93 61.618 0 311;
94 56.381 0 320; 95 0 0 19.852; 96 0 0 9.926; 98 23 0 9.926; 99 23 0 19.852;
100 32 0 9.926; 101 32 0 19.852; 102 55 0 19.852; 103 55 0 9.926;
104 0 0 39.852; 105 0 0 49.704; 106 23 0 39.704; 107 23 0 49.63;
108 32 0 39.704; 109 32 0 49.63; 110 55 0 49.63; 111 55 0 39.704;
112 0 0 69.4817; 113 0 0 79.4073; 114 23 0 69.4817; 115 23 0 79.4073;
116 32 0 69.4817; 117 32 0 79.4073; 118 55 0 79.4073; 119 55 0 69.4817;
121 0 0 99.259; 122 0 0 109.185; 123 23 0 99.259; 124 23 0 109.185;
125 32 0 99.259; 126 32 0 109.185; 127 55 0 109.185; 128 55 0 99.259;
133 23 0 129.037; 134 23 0 138.963; 135 32 0 129.037; 136 32 0 138.963;
137 55 0 138.963; 138 55 0 129.037; 139 0 0 158.815; 140 0 0 168.741;
141 23 0 158.815; 142 23 0 168.741; 143 32 0 158.815; 144 32 0 168.741;
145 55 0 168.741; 146 55 0 158.815; 147 0 0 188.593; 148 0 0 198.518;
149 23 0 188.593; 150 23 0 198.518; 151 32 0 188.593; 152 32 0 198.518;
153 55 0 198.518; 154 55 0 188.593; 155 0 0 218.37; 156 0 0 228.296;
157 23 0 218.37; 158 23 0 228.296; 159 32 0 218.37; 160 32 0 228.296;
161 55 0 228.296; 162 55 0 218.37; 163 0 0 248.148; 164 0 0 258.074;
165 23 0 248.148; 166 23 0 258.074; 167 32 0 248.148; 168 32 0 258.074;
169 55 0 258.074; 170 55 0 248.148; 171 94.852 0 288; 172 84.926 0 288;
173 84.926 0 311; 174 94.852 0 311; 175 84.926 0 320; 176 94.852 0 320;
177 84.926 0 343; 178 94.852 0 343; 179 124.63 0 288; 180 114.704 0 288;
181 114.704 0 311; 182 124.63 0 311; 183 114.704 0 320; 184 124.63 0 320;
185 114.704 0 343; 186 124.63 0 343; 187 154.407 0 288; 188 144.482 0 288;
189 144.482 0 311; 190 154.407 0 311; 191 144.482 0 320; 192 154.407 0 320;
193 144.482 0 343; 194 154.407 0 343; 195 184.185 0 288; 196 174.259 0 288;
197 174.259 0 311; 198 184.185 0 311; 199 174.259 0 320; 200 184.185 0 320;
201 174.259 0 343; 202 184.185 0 343; 203 213.963 0 288; 204 204.037 0 288;
205 204.037 0 311; 206 213.963 0 311; 207 204.037 0 320; 208 213.963 0 320;
209 204.037 0 343; 210 213.963 0 343; 211 243.741 0 288; 212 233.815 0 288;
213 233.815 0 311; 214 243.741 0 311; 215 233.815 0 320; 216 243.741 0 320;
217 233.815 0 343; 218 243.741 0 343; 219 273.518 0 288; 220 263.593 0 288;
221 263.593 0 311; 222 273.518 0 311; 223 263.593 0 320; 224 273.518 0 320;
225 263.593 0 343; 226 273.518 0 343; 227 303.296 0 288; 228 293.37 0 288;
229 293.37 0 311; 230 303.296 0 311; 231 293.37 0 320; 232 303.296 0 320;
233 293.37 0 343; 234 303.296 0 343; 235 333.074 0 288; 236 323.148 0 288;
237 323.148 0 311; 238 333.074 0 311; 239 323.148 0 320; 240 333.074 0 320;
241 323.148 0 343; 242 333.074 0 343; 243 0 0 129.037; 244 0 0 138.963;
246 65 0 278; 247 46.809 0 296.191; 248 39.6905 0 303.309; 249 21.5 0 321.5;
250 0 -15 0; 251 0 -15 300; 252 43 -15 343; 253 343 -15 343; 254 343 -15 288;
255 75 -15 288; 256 55 -15 0; 257 55 -15 268; 258 0 -15 268; 259 55 -15 29.778;
260 55 -15 59.556; 261 55 -15 89.333; 262 55 -15 119.111; 263 55 -15 148.889;
264 55 -15 178.667; 265 55 -15 208.444; 266 55 -15 238.222; 267 0 -15 29.778;
268 0 -15 59.556; 269 0 -15 89.333; 270 0 -15 119.111; 271 0 -15 148.889;
272 0 -15 178.667; 273 0 -15 208.444; 274 0 -15 238.222; 275 75 -15 343;
276 313.222 -15 288; 277 283.444 -15 288; 278 253.667 -15 288;
279 223.889 -15 288; 280 194.111 -15 288; 281 164.333 -15 288;
282 134.556 -15 288; 283 104.778 -15 288; 284 104.778 -15 343;
285 134.556 -15 343; 286 164.333 -15 343; 287 194.111 -15 343;
288 223.889 -15 343; 289 253.667 -15 343; 290 283.444 -15 343;
291 313.222 -15 343; 292 23 -15 0; 293 32 -15 0; 294 23 -15 29.778;
295 32 -15 29.778; 296 23 -15 59.556; 297 32 -15 59.556; 298 23 -15 89.333;
299 32 -15 89.333; 300 23 -15 119.111; 301 32 -15 119.111; 302 23 -15 148.889;
303 32 -15 148.889; 304 23 -15 178.667; 305 32 -15 178.667; 306 23 -15 208.444;
307 32 -15 208.444; 308 23 -15 238.222; 309 32 -15 238.222; 310 23 -15 268;
311 32 -15 268; 312 75 -15 311; 313 75 -15 320; 314 104.778 -15 311;
315 104.778 -15 320; 316 134.556 -15 311; 317 134.556 -15 320;
318 164.333 -15 311; 319 164.333 -15 320; 320 194.111 -15 311;
321 194.111 -15 320; 322 223.889 -15 311; 323 223.889 -15 320;
324 253.667 -15 311; 325 253.667 -15 320; 326 283.444 -15 311;
327 283.444 -15 320; 328 313.222 -15 311; 329 313.222 -15 320; 330 343 -15 311;
331 343 -15 320; 332 23 -15 286.618; 333 32 -15 281.381; 334 61.618 -15 311;
335 56.381 -15 320; 336 65 -15 278; 337 46.809 -15 296.191;
338 39.6905 -15 303.309; 339 21.5 -15 321.5; 340 0 15 0; 341 0 15 300;
342 43 15 343; 343 343 15 343; 344 343 15 288; 345 75 15 288; 346 55 15 0;
347 55 15 268; 348 0 15 268; 349 55 15 29.778; 350 55 15 59.556;
351 55 15 89.333; 352 55 15 119.111; 353 55 15 148.889; 354 55 15 178.667;
355 55 15 208.444; 356 55 15 238.222; 357 0 15 29.778; 358 0 15 59.556;
359 0 15 89.333; 360 0 15 119.111; 361 0 15 148.889; 362 0 15 178.667;
363 0 15 208.444; 364 0 15 238.222; 365 75 15 343; 366 313.222 15 288;
367 283.444 15 288; 368 253.667 15 288; 369 223.889 15 288; 370 194.111 15 288;
371 164.333 15 288; 372 134.556 15 288; 373 104.778 15 288; 374 104.778 15 343;
375 134.556 15 343; 376 164.333 15 343; 377 194.111 15 343; 378 223.889 15 343;
379 253.667 15 343; 380 283.444 15 343; 381 313.222 15 343; 382 23 15 0;
383 32 15 0; 384 23 15 29.778; 385 32 15 29.778; 386 23 15 59.556;
387 32 15 59.556; 388 23 15 89.333; 389 32 15 89.333; 390 23 15 119.111;
391 32 15 119.111; 392 23 15 148.889; 393 32 15 148.889; 394 23 15 178.667;
395 32 15 178.667; 396 23 15 208.444; 397 32 15 208.444; 398 23 15 238.222;
399 32 15 238.222; 400 23 15 268; 401 32 15 268; 402 75 15 311; 403 75 15 320;
404 104.778 15 311; 405 104.778 15 320; 406 134.556 15 311; 407 134.556 15 320;
408 164.333 15 311; 409 164.333 15 320; 410 194.111 15 311; 411 194.111 15 320;
412 223.889 15 311; 413 223.889 15 320; 414 253.667 15 311; 415 253.667 15 320;
416 283.444 15 311; 417 283.444 15 320; 418 313.222 15 311; 419 313.222 15 320;
420 343 15 311; 421 343 15 320; 422 23 15 286.618; 423 32 15 281.381;
424 61.618 15 311; 425 56.381 15 320; 426 0 15 19.852; 427 0 15 9.926;
428 23 15 9.926; 429 23 15 19.852; 430 32 15 9.926; 431 32 15 19.852;
432 55 15 19.852; 433 55 15 9.926; 434 0 15 39.852; 435 0 15 49.704;
436 23 15 39.704; 437 23 15 49.63; 438 32 15 39.704; 439 32 15 49.63;
440 55 15 49.63; 441 55 15 39.704; 442 0 15 69.4817; 443 0 15 79.4073;
444 23 15 69.4817; 445 23 15 79.4073; 446 32 15 69.4817; 447 32 15 79.4073;
448 55 15 79.4073; 449 55 15 69.4817; 450 0 15 99.259; 451 0 15 109.185;
452 23 15 99.259; 453 23 15 109.185; 454 32 15 99.259; 455 32 15 109.185;
456 55 15 109.185; 457 55 15 99.259; 458 23 15 129.037; 459 23 15 138.963;
460 32 15 129.037; 461 32 15 138.963; 462 55 15 138.963; 463 55 15 129.037;
464 0 15 158.815; 465 0 15 168.741; 466 23 15 158.815; 467 23 15 168.741;
468 32 15 158.815; 469 32 15 168.741; 470 55 15 168.741; 471 55 15 158.815;
472 0 15 188.593; 473 0 15 198.518; 474 23 15 188.593; 475 23 15 198.518;
476 32 15 188.593; 477 32 15 198.518; 478 55 15 198.518; 479 55 15 188.593;
480 0 15 218.37; 481 0 15 228.296; 482 23 15 218.37; 483 23 15 228.296;
484 32 15 218.37; 485 32 15 228.296; 486 55 15 228.296; 487 55 15 218.37;
488 0 15 248.148; 489 0 15 258.074; 490 23 15 248.148; 491 23 15 258.074;
492 32 15 248.148; 493 32 15 258.074; 494 55 15 258.074; 495 55 15 248.148;
496 94.852 15 288; 497 84.926 15 288; 498 84.926 15 311; 499 94.852 15 311;
500 84.926 15 320; 501 94.852 15 320; 502 84.926 15 343; 503 94.852 15 343;
504 124.63 15 288; 505 114.704 15 288; 506 114.704 15 311; 507 124.63 15 311;
508 114.704 15 320; 509 124.63 15 320; 510 114.704 15 343; 511 124.63 15 343;
512 154.407 15 288; 513 144.482 15 288; 514 144.482 15 311; 515 154.407 15 311;
516 144.482 15 320; 517 154.407 15 320; 518 144.482 15 343; 519 154.407 15 343;
520 184.185 15 288; 521 174.259 15 288; 522 174.259 15 311; 523 184.185 15 311;
524 174.259 15 320; 525 184.185 15 320; 526 174.259 15 343; 527 184.185 15 343;
528 213.963 15 288; 529 204.037 15 288; 530 204.037 15 311; 531 213.963 15 311;
532 204.037 15 320; 533 213.963 15 320; 534 204.037 15 343; 535 213.963 15 343;
536 243.741 15 288; 537 233.815 15 288; 538 233.815 15 311; 539 243.741 15 311;
540 233.815 15 320; 541 243.741 15 320; 542 233.815 15 343; 543 243.741 15 343;
544 273.518 15 288; 545 263.593 15 288; 546 263.593 15 311; 547 273.518 15 311;
548 263.593 15 320; 549 273.518 15 320; 550 263.593 15 343; 551 273.518 15 343;
552 303.296 15 288; 553 293.37 15 288; 554 293.37 15 311; 555 303.296 15 311;
556 293.37 15 320; 557 303.296 15 320; 558 293.37 15 343; 559 303.296 15 343;
560 333.074 15 288; 561 323.148 15 288; 562 323.148 15 311; 563 333.074 15 311;
564 323.148 15 320; 565 333.074 15 320; 566 323.148 15 343; 567 333.074 15 343;
568 0 15 129.037; 569 0 15 138.963; 570 65 15 278; 571 46.809 15 296.191;
572 39.6905 15 303.309; 573 21.5 15 321.5; 574 0 30 0; 575 0 30 300;
576 43 30 343; 577 343 30 343; 578 343 30 288; 579 75 30 288; 580 55 30 0;
581 55 30 268; 582 0 30 268; 583 55 30 29.778; 584 55 30 59.556;
585 55 30 89.333; 586 55 30 119.111; 587 55 30 148.889; 588 55 30 178.667;
589 55 30 208.444; 590 55 30 238.222; 591 0 30 29.778; 592 0 30 59.556;
593 0 30 89.333; 594 0 30 119.111; 595 0 30 148.889; 596 0 30 178.667;
597 0 30 208.444; 598 0 30 238.222; 599 75 30 343; 600 313.222 30 288;
601 283.444 30 288; 602 253.667 30 288; 603 223.889 30 288; 604 194.111 30 288;
605 164.333 30 288; 606 134.556 30 288; 607 104.778 30 288; 608 104.778 30 343;
609 134.556 30 343; 610 164.333 30 343; 611 194.111 30 343; 612 223.889 30 343;
613 253.667 30 343; 614 283.444 30 343; 615 313.222 30 343; 616 23 30 0;
617 32 30 0; 618 23 30 29.778; 619 32 30 29.778; 620 23 30 59.556;
621 32 30 59.556; 622 23 30 89.333; 623 32 30 89.333; 624 23 30 119.111;
625 32 30 119.111; 626 23 30 148.889; 627 32 30 148.889; 628 23 30 178.667;
629 32 30 178.667; 630 23 30 208.444; 631 32 30 208.444; 632 23 30 238.222;
633 32 30 238.222; 634 23 30 268; 635 32 30 268; 636 75 30 311; 637 75 30 320;
638 104.778 30 311; 639 104.778 30 320; 640 134.556 30 311; 641 134.556 30 320;
642 164.333 30 311; 643 164.333 30 320; 644 194.111 30 311; 645 194.111 30 320;
646 223.889 30 311; 647 223.889 30 320; 648 253.667 30 311; 649 253.667 30 320;
650 283.444 30 311; 651 283.444 30 320; 652 313.222 30 311; 653 313.222 30 320;
654 343 30 311; 655 343 30 320; 656 23 30 286.618; 657 32 30 281.381;
658 61.618 30 311; 659 56.381 30 320; 660 0 30 19.852; 661 0 30 9.926;
662 23 30 9.926; 663 23 30 19.852; 664 32 30 9.926; 665 32 30 19.852;
666 55 30 19.852; 667 55 30 9.926; 668 0 30 39.852; 669 0 30 49.704;
670 23 30 39.704; 671 23 30 49.63; 672 32 30 39.704; 673 32 30 49.63;
674 55 30 49.63; 675 55 30 39.704; 676 0 30 69.4817; 677 0 30 79.4073;
678 23 30 69.4817; 679 23 30 79.4073; 680 32 30 69.4817; 681 32 30 79.4073;
682 55 30 79.4073; 683 55 30 69.4817; 684 0 30 99.259; 685 0 30 109.185;
686 23 30 99.259; 687 23 30 109.185; 688 32 30 99.259; 689 32 30 109.185;
690 55 30 109.185; 691 55 30 99.259; 692 23 30 129.037; 693 23 30 138.963;
694 32 30 129.037; 695 32 30 138.963; 696 55 30 138.963; 697 55 30 129.037;
698 0 30 158.815; 699 0 30 168.741; 700 23 30 158.815; 701 23 30 168.741;
702 32 30 158.815; 703 32 30 168.741; 704 55 30 168.741; 705 55 30 158.815;
706 0 30 188.593; 707 0 30 198.518; 708 23 30 188.593; 709 23 30 198.518;
710 32 30 188.593; 711 32 30 198.518; 712 55 30 198.518; 713 55 30 188.593;
714 0 30 218.37; 715 0 30 228.296; 716 23 30 218.37; 717 23 30 228.296;
718 32 30 218.37; 719 32 30 228.296; 720 55 30 228.296; 721 55 30 218.37;
722 0 30 248.148; 723 0 30 258.074; 724 23 30 248.148; 725 23 30 258.074;
726 32 30 248.148; 727 32 30 258.074; 728 55 30 258.074; 729 55 30 248.148;
730 94.852 30 288; 731 84.926 30 288; 732 84.926 30 311; 733 94.852 30 311;
734 84.926 30 320; 735 94.852 30 320; 736 84.926 30 343; 737 94.852 30 343;
738 124.63 30 288; 739 114.704 30 288; 740 114.704 30 311; 741 124.63 30 311;
742 114.704 30 320; 743 124.63 30 320; 744 114.704 30 343; 745 124.63 30 343;
746 154.407 30 288; 747 144.482 30 288; 748 144.482 30 311; 749 154.407 30 311;
750 144.482 30 320; 751 154.407 30 320; 752 144.482 30 343; 753 154.407 30 343;
754 184.185 30 288; 755 174.259 30 288; 756 174.259 30 311; 757 184.185 30 311;
758 174.259 30 320; 759 184.185 30 320; 760 174.259 30 343; 761 184.185 30 343;
762 213.963 30 288; 763 204.037 30 288; 764 204.037 30 311; 765 213.963 30 311;
766 204.037 30 320; 767 213.963 30 320; 768 204.037 30 343; 769 213.963 30 343;
770 243.741 30 288; 771 233.815 30 288; 772 233.815 30 311; 773 243.741 30 311;
774 233.815 30 320; 775 243.741 30 320; 776 233.815 30 343; 777 243.741 30 343;
778 273.518 30 288; 779 263.593 30 288; 780 263.593 30 311; 781 273.518 30 311;
782 263.593 30 320; 783 273.518 30 320; 784 263.593 30 343; 785 273.518 30 343;
786 303.296 30 288; 787 293.37 30 288; 788 293.37 30 311; 789 303.296 30 311;
790 293.37 30 320; 791 303.296 30 320; 792 293.37 30 343; 793 303.296 30 343;
794 333.074 30 288; 795 323.148 30 288; 796 323.148 30 311; 797 333.074 30 311;
798 323.148 30 320; 799 333.074 30 320; 800 323.148 30 343; 801 333.074 30 343;
802 0 30 129.037; 803 0 30 138.963; 804 65 30 278; 805 46.809 30 296.191;
806 39.6905 30 303.309; 807 21.5 30 321.5; 808 0 45 0; 809 0 45 300;
810 43 45 343; 811 343 45 343; 812 343 45 288; 813 75 45 288; 814 55 45 0;
815 55 45 268; 816 0 45 268; 817 55 45 29.778; 818 55 45 59.556;
819 55 45 89.333; 820 55 45 119.111; 821 55 45 148.889; 822 55 45 178.667;
823 55 45 208.444; 824 55 45 238.222; 825 0 45 29.778; 826 0 45 59.556;
827 0 45 89.333; 828 0 45 119.111; 829 0 45 148.889; 830 0 45 178.667;
831 0 45 208.444; 832 0 45 238.222; 833 75 45 343; 834 313.222 45 288;
835 283.444 45 288; 836 253.667 45 288; 837 223.889 45 288; 838 194.111 45 288;
839 164.333 45 288; 840 134.556 45 288; 841 104.778 45 288; 842 104.778 45 343;
843 134.556 45 343; 844 164.333 45 343; 845 194.111 45 343; 846 223.889 45 343;
847 253.667 45 343; 848 283.444 45 343; 849 313.222 45 343; 850 23 45 0;
851 32 45 0; 852 23 45 29.778; 853 32 45 29.778; 854 23 45 59.556;
855 32 45 59.556; 856 23 45 89.333; 857 32 45 89.333; 858 23 45 119.111;
859 32 45 119.111; 860 23 45 148.889; 861 32 45 148.889; 862 23 45 178.667;
863 32 45 178.667; 864 23 45 208.444; 865 32 45 208.444; 866 23 45 238.222;
867 32 45 238.222; 868 23 45 268; 869 32 45 268; 870 75 45 311; 871 75 45 320;
872 104.778 45 311; 873 104.778 45 320; 874 134.556 45 311; 875 134.556 45 320;
876 164.333 45 311; 877 164.333 45 320; 878 194.111 45 311; 879 194.111 45 320;
880 223.889 45 311; 881 223.889 45 320; 882 253.667 45 311; 883 253.667 45 320;
884 283.444 45 311; 885 283.444 45 320; 886 313.222 45 311; 887 313.222 45 320;
888 343 45 311; 889 343 45 320; 890 23 45 286.618; 891 32 45 281.381;
892 61.618 45 311; 893 56.381 45 320; 894 0 45 19.852; 895 0 45 9.926;
896 23 45 9.926; 897 23 45 19.852; 898 32 45 9.926; 899 32 45 19.852;
900 55 45 19.852; 901 55 45 9.926; 902 0 45 39.852; 903 0 45 49.704;
904 23 45 39.704; 905 23 45 49.63; 906 32 45 39.704; 907 32 45 49.63;
908 55 45 49.63; 909 55 45 39.704; 910 0 45 69.4817; 911 0 45 79.4073;
912 23 45 69.4817; 913 23 45 79.4073; 914 32 45 69.4817; 915 32 45 79.4073;
916 55 45 79.4073; 917 55 45 69.4817; 918 0 45 99.259; 919 0 45 109.185;
920 23 45 99.259; 921 23 45 109.185; 922 32 45 99.259; 923 32 45 109.185;
924 55 45 109.185; 925 55 45 99.259; 926 23 45 129.037; 927 23 45 138.963;
928 32 45 129.037; 929 32 45 138.963; 930 55 45 138.963; 931 55 45 129.037;
932 0 45 158.815; 933 0 45 168.741; 934 23 45 158.815; 935 23 45 168.741;
936 32 45 158.815; 937 32 45 168.741; 938 55 45 168.741; 939 55 45 158.815;
940 0 45 188.593; 941 0 45 198.518; 942 23 45 188.593; 943 23 45 198.518;
944 32 45 188.593; 945 32 45 198.518; 946 55 45 198.518; 947 55 45 188.593;
948 0 45 218.37; 949 0 45 228.296; 950 23 45 218.37; 951 23 45 228.296;
952 32 45 218.37; 953 32 45 228.296; 954 55 45 228.296; 955 55 45 218.37;
956 0 45 248.148; 957 0 45 258.074; 958 23 45 248.148; 959 23 45 258.074;
960 32 45 248.148; 961 32 45 258.074; 962 55 45 258.074; 963 55 45 248.148;
964 94.852 45 288; 965 84.926 45 288; 966 84.926 45 311; 967 94.852 45 311;
968 84.926 45 320; 969 94.852 45 320; 970 84.926 45 343; 971 94.852 45 343;
972 124.63 45 288; 973 114.704 45 288; 974 114.704 45 311; 975 124.63 45 311;
976 114.704 45 320; 977 124.63 45 320; 978 114.704 45 343; 979 124.63 45 343;
980 154.407 45 288; 981 144.482 45 288; 982 144.482 45 311; 983 154.407 45 311;
984 144.482 45 320; 985 154.407 45 320; 986 144.482 45 343; 987 154.407 45 343;
988 184.185 45 288; 989 174.259 45 288; 990 174.259 45 311; 991 184.185 45 311;
992 174.259 45 320; 993 184.185 45 320; 994 174.259 45 343; 995 184.185 45 343;
996 213.963 45 288; 997 204.037 45 288; 998 204.037 45 311; 999 213.963 45 311;
1000 204.037 45 320; 1001 213.963 45 320; 1002 204.037 45 343;
1003 213.963 45 343; 1004 243.741 45 288; 1005 233.815 45 288;
1006 233.815 45 311; 1007 243.741 45 311; 1008 233.815 45 320;
1009 243.741 45 320; 1010 233.815 45 343; 1011 243.741 45 343;
1012 273.518 45 288; 1013 263.593 45 288; 1014 263.593 45 311;
1015 273.518 45 311; 1016 263.593 45 320; 1017 273.518 45 320;
1018 263.593 45 343; 1019 273.518 45 343; 1020 303.296 45 288;
1021 293.37 45 288; 1022 293.37 45 311; 1023 303.296 45 311;
1024 293.37 45 320; 1025 303.296 45 320; 1026 293.37 45 343;
1027 303.296 45 343; 1028 333.074 45 288; 1029 323.148 45 288;
1030 323.148 45 311; 1031 333.074 45 311; 1032 323.148 45 320;
1033 333.074 45 320; 1034 323.148 45 343; 1035 333.074 45 343;
1036 0 45 129.037; 1037 0 45 138.963; 1038 65 45 278; 1039 46.809 45 296.191;
1040 39.6905 45 303.309; 1041 21.5 45 321.5; 1042 67 0 119; 1043 67 0 148.889;
1044 79 0 148.889; 1045 79 0 238.222; 1046 223.889 0 276; 1047 194.111 0 276;
1048 194.111 0 264; 1050 104.778 0 264; 1051 67 -15 119; 1052 67 -15 148.889;
1053 79 -15 148.889; 1054 79 -15 238.222; 1055 223.889 -15 276;
1056 194.111 -15 276; 1057 194.111 -15 264; 1058 104.778 -15 264;
MEMBER INCIDENCES
11 17 2; 12 2 249; 13 3 34; 23 4 90; 24 90 89; 25 89 5; 35 7 246; 45 8 52;
46 52 51; 48 26 53; 49 53 54; 50 54 18; 51 27 55; 52 55 56; 53 56 19; 54 28 57;
55 57 58; 56 58 20; 57 29 59; 58 59 60; 59 60 21; 60 30 61; 61 61 62; 62 62 22;
63 31 63; 64 63 64; 65 64 23; 66 32 65; 67 65 66; 68 66 24; 69 33 67; 70 67 68;
71 68 25; 72 17 69; 73 69 70; 74 70 9; 75 34 72; 76 72 71; 77 71 7; 78 43 74;
79 74 73; 80 73 42; 81 44 76; 82 76 75; 83 75 41; 84 45 78; 85 78 77; 86 77 40;
87 46 80; 88 80 79; 89 79 39; 90 47 82; 91 82 81; 92 81 38; 93 48 84; 94 84 83;
95 83 37; 96 49 86; 97 86 85; 98 85 36; 99 50 88; 100 88 87; 101 87 35;
102 2 91; 103 91 92; 104 92 9; 105 3 94; 106 94 93; 107 93 7; 117 69 91;
118 91 248; 119 94 72; 138 70 92; 139 92 247; 140 93 71; 152 51 98; 153 52 100;
154 8 103; 156 53 106; 157 54 108; 158 18 111; 160 55 114; 161 56 116;
162 19 119; 165 57 123; 166 58 125; 167 20 128; 169 27 112; 170 28 121;
172 59 133; 173 60 135; 174 21 138; 175 30 139; 176 61 141; 177 62 143;
178 22 146; 179 26 104; 180 1 96; 181 31 147; 182 63 149; 183 64 151;
184 23 154; 185 32 155; 186 65 157; 187 66 159; 188 24 162; 189 33 163;
190 67 165; 191 68 167; 192 25 170; 193 7 172; 194 71 173; 195 72 175;
196 34 177; 203 42 180; 204 73 181; 205 74 183; 206 43 185; 207 41 188;
208 75 189; 209 76 191; 210 44 193; 211 40 196; 212 77 197; 213 78 199;
214 45 201; 215 39 204; 216 79 205; 217 80 207; 218 46 209; 219 38 212;
220 81 213; 221 82 215; 222 47 217; 223 37 220; 224 83 221; 225 84 223;
226 48 225; 227 36 228; 228 85 229; 229 86 231; 230 49 233; 231 35 236;
232 87 237; 233 88 239; 234 50 241; 235 96 98; 236 98 100; 237 100 103;
238 95 99; 239 99 101; 240 101 102; 241 104 106; 242 106 108; 243 108 111;
244 105 107; 245 107 109; 246 109 110; 247 112 114; 248 114 116; 249 116 119;
250 113 115; 251 115 117; 252 117 118; 253 121 123; 254 123 125; 255 125 128;
256 122 124; 257 124 126; 258 126 127; 259 29 243; 260 243 133; 261 133 135;
262 135 138; 263 244 134; 264 134 136; 265 136 137; 266 139 141; 267 141 143;
268 143 146; 269 140 142; 270 142 144; 271 144 145; 272 147 149; 273 149 151;
274 151 154; 275 148 150; 276 150 152; 277 152 153; 278 155 157; 279 157 159;
280 159 162; 281 156 158; 282 158 160; 283 160 161; 284 163 165; 285 165 167;
286 167 170; 287 164 166; 288 166 168; 289 168 169; 290 177 175; 291 175 173;
292 173 172; 293 178 176; 294 176 174; 295 174 171; 296 185 183; 297 183 181;
298 181 180; 299 186 184; 300 184 182; 301 182 179; 302 193 191; 303 191 189;
304 189 188; 305 194 192; 306 192 190; 307 190 187; 308 201 199; 309 199 197;
310 197 196; 311 202 200; 312 200 198; 313 198 195; 314 209 207; 315 207 205;
316 205 204; 317 210 208; 318 208 206; 319 206 203; 320 217 215; 321 215 213;
322 213 212; 323 218 216; 324 216 214; 325 214 211; 326 225 223; 327 223 221;
328 221 220; 329 226 224; 330 224 222; 331 222 219; 332 233 231; 333 231 229;
334 229 228; 335 234 232; 336 232 230; 337 230 227; 338 241 239; 339 239 237;
340 237 236; 341 242 240; 342 240 238; 343 238 235; 345 246 9; 346 247 93;
347 248 94; 348 249 3; 349 249 248; 350 248 247; 351 247 246; 352 51 1;
353 1 250; 354 2 251; 355 3 252; 356 4 253; 357 5 254; 358 7 255; 359 8 256;
360 9 257; 361 17 258; 362 18 259; 363 19 260; 364 20 261; 365 21 262;
366 22 263; 367 23 264; 368 24 265; 369 25 266; 370 26 267; 371 27 268;
372 28 269; 373 29 270; 374 30 271; 375 31 272; 376 32 273; 377 33 274;
378 34 275; 379 35 276; 380 36 277; 381 37 278; 382 38 279; 383 39 280;
384 40 281; 385 41 282; 386 42 283; 387 43 284; 388 44 285; 389 45 286;
390 46 287; 391 47 288; 392 48 289; 393 49 290; 394 50 291; 395 51 292;
396 52 293; 397 53 294; 398 54 295; 399 55 296; 400 56 297; 401 57 298;
402 58 299; 403 59 300; 404 60 301; 405 61 302; 406 62 303; 407 63 304;
408 64 305; 409 65 306; 410 66 307; 411 67 308; 412 68 309; 413 69 310;
414 70 311; 415 71 312; 416 72 313; 417 73 314; 418 74 315; 419 75 316;
420 76 317; 421 77 318; 422 78 319; 423 79 320; 424 80 321; 425 81 322;
426 82 323; 427 83 324; 428 84 325; 429 85 326; 430 86 327; 431 87 328;
432 88 329; 433 89 330; 434 90 331; 435 91 332; 436 92 333; 437 93 334;
438 94 335; 439 246 336; 440 247 337; 441 248 338; 442 249 339; 443 348 341;
444 341 573; 445 342 365; 446 343 421; 447 421 420; 448 420 344; 449 345 570;
450 346 383; 451 383 382; 452 357 384; 453 384 385; 454 385 349; 455 358 386;
456 386 387; 457 387 350; 458 359 388; 459 388 389; 460 389 351; 461 360 390;
462 390 391; 463 391 352; 464 361 392; 465 392 393; 466 393 353; 467 362 394;
468 394 395; 469 395 354; 470 363 396; 471 396 397; 472 397 355; 473 364 398;
474 398 399; 475 399 356; 476 348 400; 477 400 401; 478 401 347; 479 365 403;
480 403 402; 481 402 345; 482 374 405; 483 405 404; 484 404 373; 485 375 407;
486 407 406; 487 406 372; 488 376 409; 489 409 408; 490 408 371; 491 377 411;
492 411 410; 493 410 370; 494 378 413; 495 413 412; 496 412 369; 497 379 415;
498 415 414; 499 414 368; 500 380 417; 501 417 416; 502 416 367; 503 381 419;
504 419 418; 505 418 366; 506 341 422; 507 422 423; 508 423 347; 509 342 425;
510 425 424; 511 424 345; 512 400 422; 513 422 572; 514 425 403; 515 401 423;
516 423 571; 517 424 402; 518 382 428; 519 383 430; 520 346 433; 521 384 436;
522 385 438; 523 349 441; 524 386 444; 525 387 446; 526 350 449; 527 388 452;
528 389 454; 529 351 457; 530 358 442; 531 359 450; 532 390 458; 533 391 460;
534 352 463; 535 361 464; 536 392 466; 537 393 468; 538 353 471; 539 357 434;
540 340 427; 541 362 472; 542 394 474; 543 395 476; 544 354 479; 545 363 480;
546 396 482; 547 397 484; 548 355 487; 549 364 488; 550 398 490; 551 399 492;
552 356 495; 553 345 497; 554 402 498; 555 403 500; 556 365 502; 557 373 505;
558 404 506; 559 405 508; 560 374 510; 561 372 513; 562 406 514; 563 407 516;
564 375 518; 565 371 521; 566 408 522; 567 409 524; 568 376 526; 569 370 529;
570 410 530; 571 411 532; 572 377 534; 573 369 537; 574 412 538; 575 413 540;
576 378 542; 577 368 545; 578 414 546; 579 415 548; 580 379 550; 581 367 553;
582 416 554; 583 417 556; 584 380 558; 585 366 561; 586 418 562; 587 419 564;
588 381 566; 589 427 428; 590 428 430; 591 430 433; 592 426 429; 593 429 431;
594 431 432; 595 434 436; 596 436 438; 597 438 441; 598 435 437; 599 437 439;
600 439 440; 601 442 444; 602 444 446; 603 446 449; 604 443 445; 605 445 447;
606 447 448; 607 450 452; 608 452 454; 609 454 457; 610 451 453; 611 453 455;
612 455 456; 613 360 568; 614 568 458; 615 458 460; 616 460 463; 617 569 459;
618 459 461; 619 461 462; 620 464 466; 621 466 468; 622 468 471; 623 465 467;
624 467 469; 625 469 470; 626 472 474; 627 474 476; 628 476 479; 629 473 475;
630 475 477; 631 477 478; 632 480 482; 633 482 484; 634 484 487; 635 481 483;
636 483 485; 637 485 486; 638 488 490; 639 490 492; 640 492 495; 641 489 491;
642 491 493; 643 493 494; 644 502 500; 645 500 498; 646 498 497; 647 503 501;
648 501 499; 649 499 496; 650 510 508; 651 508 506; 652 506 505; 653 511 509;
654 509 507; 655 507 504; 656 518 516; 657 516 514; 658 514 513; 659 519 517;
660 517 515; 661 515 512; 662 526 524; 663 524 522; 664 522 521; 665 527 525;
666 525 523; 667 523 520; 668 534 532; 669 532 530; 670 530 529; 671 535 533;
672 533 531; 673 531 528; 674 542 540; 675 540 538; 676 538 537; 677 543 541;
678 541 539; 679 539 536; 680 550 548; 681 548 546; 682 546 545; 683 551 549;
684 549 547; 685 547 544; 686 558 556; 687 556 554; 688 554 553; 689 559 557;
690 557 555; 691 555 552; 692 566 564; 693 564 562; 694 562 561; 695 567 565;
696 565 563; 697 563 560; 698 570 347; 699 571 424; 700 572 425; 701 573 342;
702 573 572; 703 572 571; 704 571 570; 705 382 340; 706 340 1; 707 341 2;
708 342 3; 709 343 4; 710 344 5; 711 345 7; 712 346 8; 713 347 9; 714 348 17;
715 349 18; 716 350 19; 717 351 20; 718 352 21; 719 353 22; 720 354 23;
721 355 24; 722 356 25; 723 357 26; 724 358 27; 725 359 28; 726 360 29;
727 361 30; 728 362 31; 729 363 32; 730 364 33; 731 365 34; 732 366 35;
733 367 36; 734 368 37; 735 369 38; 736 370 39; 737 371 40; 738 372 41;
739 373 42; 740 374 43; 741 375 44; 742 376 45; 743 377 46; 744 378 47;
745 379 48; 746 380 49; 747 381 50; 748 382 51; 749 383 52; 750 384 53;
751 385 54; 752 386 55; 753 387 56; 754 388 57; 755 389 58; 756 390 59;
757 391 60; 758 392 61; 759 393 62; 760 394 63; 761 395 64; 762 396 65;
763 397 66; 764 398 67; 765 399 68; 766 400 69; 767 401 70; 768 402 71;
769 403 72; 770 404 73; 771 405 74; 772 406 75; 773 407 76; 774 408 77;
775 409 78; 776 410 79; 777 411 80; 778 412 81; 779 413 82; 780 414 83;
781 415 84; 782 416 85; 783 417 86; 784 418 87; 785 419 88; 786 420 89;
787 421 90; 788 422 91; 789 423 92; 790 424 93; 791 425 94; 792 570 246;
793 571 247; 794 572 248; 795 573 249; 796 582 575; 797 575 807; 798 576 599;
799 577 655; 800 655 654; 801 654 578; 802 579 804; 803 580 617; 804 617 616;
805 591 618; 806 618 619; 807 619 583; 808 592 620; 809 620 621; 810 621 584;
811 593 622; 812 622 623; 813 623 585; 814 594 624; 815 624 625; 816 625 586;
817 595 626; 818 626 627; 819 627 587; 820 596 628; 821 628 629; 822 629 588;
823 597 630; 824 630 631; 825 631 589; 826 598 632; 827 632 633; 828 633 590;
829 582 634; 830 634 635; 831 635 581; 832 599 637; 833 637 636; 834 636 579;
835 608 639; 836 639 638; 837 638 607; 838 609 641; 839 641 640; 840 640 606;
841 610 643; 842 643 642; 843 642 605; 844 611 645; 845 645 644; 846 644 604;
847 612 647; 848 647 646; 849 646 603; 850 613 649; 851 649 648; 852 648 602;
853 614 651; 854 651 650; 855 650 601; 856 615 653; 857 653 652; 858 652 600;
859 575 656; 860 656 657; 861 657 581; 862 576 659; 863 659 658; 864 658 579;
865 634 656; 866 656 806; 867 659 637; 868 635 657; 869 657 805; 870 658 636;
871 616 662; 872 617 664; 873 580 667; 874 618 670; 875 619 672; 876 583 675;
877 620 678; 878 621 680; 879 584 683; 880 622 686; 881 623 688; 882 585 691;
883 592 676; 884 593 684; 885 624 692; 886 625 694; 887 586 697; 888 595 698;
889 626 700; 890 627 702; 891 587 705; 892 591 668; 893 574 661; 894 596 706;
895 628 708; 896 629 710; 897 588 713; 898 597 714; 899 630 716; 900 631 718;
901 589 721; 902 598 722; 903 632 724; 904 633 726; 905 590 729; 906 579 731;
907 636 732; 908 637 734; 909 599 736; 910 607 739; 911 638 740; 912 639 742;
913 608 744; 914 606 747; 915 640 748; 916 641 750; 917 609 752; 918 605 755;
919 642 756; 920 643 758; 921 610 760; 922 604 763; 923 644 764; 924 645 766;
925 611 768; 926 603 771; 927 646 772; 928 647 774; 929 612 776; 930 602 779;
931 648 780; 932 649 782; 933 613 784; 934 601 787; 935 650 788; 936 651 790;
937 614 792; 938 600 795; 939 652 796; 940 653 798; 941 615 800; 942 661 662;
943 662 664; 944 664 667; 945 660 663; 946 663 665; 947 665 666; 948 668 670;
949 670 672; 950 672 675; 951 669 671; 952 671 673; 953 673 674; 954 676 678;
955 678 680; 956 680 683; 957 677 679; 958 679 681; 959 681 682; 960 684 686;
961 686 688; 962 688 691; 963 685 687; 964 687 689; 965 689 690; 966 594 802;
967 802 692; 968 692 694; 969 694 697; 970 803 693; 971 693 695; 972 695 696;
973 698 700; 974 700 702; 975 702 705; 976 699 701; 977 701 703; 978 703 704;
979 706 708; 980 708 710; 981 710 713; 982 707 709; 983 709 711; 984 711 712;
985 714 716; 986 716 718; 987 718 721; 988 715 717; 989 717 719; 990 719 720;
991 722 724; 992 724 726; 993 726 729; 994 723 725; 995 725 727; 996 727 728;
997 736 734; 998 734 732; 999 732 731; 1000 737 735; 1001 735 733;
1002 733 730; 1003 744 742; 1004 742 740; 1005 740 739; 1006 745 743;
1007 743 741; 1008 741 738; 1009 752 750; 1010 750 748; 1011 748 747;
1012 753 751; 1013 751 749; 1014 749 746; 1015 760 758; 1016 758 756;
1017 756 755; 1018 761 759; 1019 759 757; 1020 757 754; 1021 768 766;
1022 766 764; 1023 764 763; 1024 769 767; 1025 767 765; 1026 765 762;
1027 776 774; 1028 774 772; 1029 772 771; 1030 777 775; 1031 775 773;
1032 773 770; 1033 784 782; 1034 782 780; 1035 780 779; 1036 785 783;
1037 783 781; 1038 781 778; 1039 792 790; 1040 790 788; 1041 788 787;
1042 793 791; 1043 791 789; 1044 789 786; 1045 800 798; 1046 798 796;
1047 796 795; 1048 801 799; 1049 799 797; 1050 797 794; 1051 804 581;
1052 805 658; 1053 806 659; 1054 807 576; 1055 807 806; 1056 806 805;
1057 805 804; 1058 616 574; 1059 574 340; 1060 575 341; 1061 576 342;
1062 577 343; 1063 578 344; 1064 579 345; 1065 580 346; 1066 581 347;
1067 582 348; 1068 583 349; 1069 584 350; 1070 585 351; 1071 586 352;
1072 587 353; 1073 588 354; 1074 589 355; 1075 590 356; 1076 591 357;
1077 592 358; 1078 593 359; 1079 594 360; 1080 595 361; 1081 596 362;
1082 597 363; 1083 598 364; 1084 599 365; 1085 600 366; 1086 601 367;
1087 602 368; 1088 603 369; 1089 604 370; 1090 605 371; 1091 606 372;
1092 607 373; 1093 608 374; 1094 609 375; 1095 610 376; 1096 611 377;
1097 612 378; 1098 613 379; 1099 614 380; 1100 615 381; 1101 616 382;
1102 617 383; 1103 618 384; 1104 619 385; 1105 620 386; 1106 621 387;
1107 622 388; 1108 623 389; 1109 624 390; 1110 625 391; 1111 626 392;
1112 627 393; 1113 628 394; 1114 629 395; 1115 630 396; 1116 631 397;
1117 632 398; 1118 633 399; 1119 634 400; 1120 635 401; 1121 636 402;
1122 637 403; 1123 638 404; 1124 639 405; 1125 640 406; 1126 641 407;
1127 642 408; 1128 643 409; 1129 644 410; 1130 645 411; 1131 646 412;
1132 647 413; 1133 648 414; 1134 649 415; 1135 650 416; 1136 651 417;
1137 652 418; 1138 653 419; 1139 654 420; 1140 655 421; 1141 656 422;
1142 657 423; 1143 658 424; 1144 659 425; 1145 804 570; 1146 805 571;
1147 806 572; 1148 807 573; 1149 816 809; 1150 809 1041; 1151 810 833;
1152 811 889; 1153 889 888; 1154 888 812; 1155 813 1038; 1156 814 851;
1157 851 850; 1158 825 852; 1159 852 853; 1160 853 817; 1161 826 854;
1162 854 855; 1163 855 818; 1164 827 856; 1165 856 857; 1166 857 819;
1167 828 858; 1168 858 859; 1169 859 820; 1170 829 860; 1171 860 861;
1172 861 821; 1173 830 862; 1174 862 863; 1175 863 822; 1176 831 864;
1177 864 865; 1178 865 823; 1179 832 866; 1180 866 867; 1181 867 824;
1182 816 868; 1183 868 869; 1184 869 815; 1185 833 871; 1186 871 870;
1187 870 813; 1188 842 873; 1189 873 872; 1190 872 841; 1191 843 875;
1192 875 874; 1193 874 840; 1194 844 877; 1195 877 876; 1196 876 839;
1197 845 879; 1198 879 878; 1199 878 838; 1200 846 881; 1201 881 880;
1202 880 837; 1203 847 883; 1204 883 882; 1205 882 836; 1206 848 885;
1207 885 884; 1208 884 835; 1209 849 887; 1210 887 886; 1211 886 834;
1212 809 890; 1213 890 891; 1214 891 815; 1215 810 893; 1216 893 892;
1217 892 813; 1218 868 890; 1219 890 1040; 1220 893 871; 1221 869 891;
1222 891 1039; 1223 892 870; 1224 850 896; 1225 851 898; 1226 814 901;
1227 852 904; 1228 853 906; 1229 817 909; 1230 854 912; 1231 855 914;
1232 818 917; 1233 856 920; 1234 857 922; 1235 819 925; 1236 826 910;
1237 827 918; 1238 858 926; 1239 859 928; 1240 820 931; 1241 829 932;
1242 860 934; 1243 861 936; 1244 821 939; 1245 825 902; 1246 808 895;
1247 830 940; 1248 862 942; 1249 863 944; 1250 822 947; 1251 831 948;
1252 864 950; 1253 865 952; 1254 823 955; 1255 832 956; 1256 866 958;
1257 867 960; 1258 824 963; 1259 813 965; 1260 870 966; 1261 871 968;
1262 833 970; 1263 841 973; 1264 872 974; 1265 873 976; 1266 842 978;
1267 840 981; 1268 874 982; 1269 875 984; 1270 843 986; 1271 839 989;
1272 876 990; 1273 877 992; 1274 844 994; 1275 838 997; 1276 878 998;
1277 879 1000; 1278 845 1002; 1279 837 1005; 1280 880 1006; 1281 881 1008;
1282 846 1010; 1283 836 1013; 1284 882 1014; 1285 883 1016; 1286 847 1018;
1287 835 1021; 1288 884 1022; 1289 885 1024; 1290 848 1026; 1291 834 1029;
1292 886 1030; 1293 887 1032; 1294 849 1034; 1295 895 896; 1296 896 898;
1297 898 901; 1298 894 897; 1299 897 899; 1300 899 900; 1301 902 904;
1302 904 906; 1303 906 909; 1304 903 905; 1305 905 907; 1306 907 908;
1307 910 912; 1308 912 914; 1309 914 917; 1310 911 913; 1311 913 915;
1312 915 916; 1313 918 920; 1314 920 922; 1315 922 925; 1316 919 921;
1317 921 923; 1318 923 924; 1319 828 1036; 1320 1036 926; 1321 926 928;
1322 928 931; 1323 1037 927; 1324 927 929; 1325 929 930; 1326 932 934;
1327 934 936; 1328 936 939; 1329 933 935; 1330 935 937; 1331 937 938;
1332 940 942; 1333 942 944; 1334 944 947; 1335 941 943; 1336 943 945;
1337 945 946; 1338 948 950; 1339 950 952; 1340 952 955; 1341 949 951;
1342 951 953; 1343 953 954; 1344 956 958; 1345 958 960; 1346 960 963;
1347 957 959; 1348 959 961; 1349 961 962; 1350 970 968; 1351 968 966;
1352 966 965; 1353 971 969; 1354 969 967; 1355 967 964; 1356 978 976;
1357 976 974; 1358 974 973; 1359 979 977; 1360 977 975; 1361 975 972;
1362 986 984; 1363 984 982; 1364 982 981; 1365 987 985; 1366 985 983;
1367 983 980; 1368 994 992; 1369 992 990; 1370 990 989; 1371 995 993;
1372 993 991; 1373 991 988; 1374 1002 1000; 1375 1000 998; 1376 998 997;
1377 1003 1001; 1378 1001 999; 1379 999 996; 1380 1010 1008; 1381 1008 1006;
1382 1006 1005; 1383 1011 1009; 1384 1009 1007; 1385 1007 1004; 1386 1018 1016;
1387 1016 1014; 1388 1014 1013; 1389 1019 1017; 1390 1017 1015; 1391 1015 1012;
1392 1026 1024; 1393 1024 1022; 1394 1022 1021; 1395 1027 1025; 1396 1025 1023;
1397 1023 1020; 1398 1034 1032; 1399 1032 1030; 1400 1030 1029; 1401 1035 1033;
1402 1033 1031; 1403 1031 1028; 1404 1038 815; 1405 1039 892; 1406 1040 893;
1407 1041 810; 1408 1041 1040; 1409 1040 1039; 1410 1039 1038; 1411 850 808;
1412 808 574; 1413 809 575; 1414 810 576; 1415 811 577; 1416 812 578;
1417 813 579; 1418 814 580; 1419 815 581; 1420 816 582; 1421 817 583;
1422 818 584; 1423 819 585; 1424 820 586; 1425 821 587; 1426 822 588;
1427 823 589; 1428 824 590; 1429 825 591; 1430 826 592; 1431 827 593;
1432 828 594; 1433 829 595; 1434 830 596; 1435 831 597; 1436 832 598;
1437 833 599; 1438 834 600; 1439 835 601; 1440 836 602; 1441 837 603;
1442 838 604; 1443 839 605; 1444 840 606; 1445 841 607; 1446 842 608;
1447 843 609; 1448 844 610; 1449 845 611; 1450 846 612; 1451 847 613;
1452 848 614; 1453 849 615; 1454 850 616; 1455 851 617; 1456 852 618;
1457 853 619; 1458 854 620; 1459 855 621; 1460 856 622; 1461 857 623;
1462 858 624; 1463 859 625; 1464 860 626; 1465 861 627; 1466 862 628;
1467 863 629; 1468 864 630; 1469 865 631; 1470 866 632; 1471 867 633;
1472 868 634; 1473 869 635; 1474 870 636; 1475 871 637; 1476 872 638;
1477 873 639; 1478 874 640; 1479 875 641; 1480 876 642; 1481 877 643;
1482 878 644; 1483 879 645; 1484 880 646; 1485 881 647; 1486 882 648;
1487 883 649; 1488 884 650; 1489 885 651; 1490 886 652; 1491 887 653;
1492 888 654; 1493 889 655; 1494 890 656; 1495 891 657; 1496 892 658;
1497 893 659; 1498 1038 804; 1499 1039 805; 1500 1040 806; 1501 1041 807;
1502 21 1042; 1503 1042 1043; 1504 1043 1044; 1505 1044 1045; 1506 1045 1050;
1507 1050 1048; 1508 1048 1047; 1509 1047 1046; 1510 1046 38; 1511 9 1045;
1512 7 1050; 1513 1042 1051; 1514 1043 1052; 1515 1044 1053; 1516 1045 1054;
1517 1046 1055; 1518 1047 1056; 1519 1048 1057; 1520 1050 1058; 1521 1043 22;
1522 1047 39; 1792 99 53; 1793 98 99; 1794 101 54; 1795 100 101; 1796 102 18;
1797 103 102; 1798 107 55; 1799 106 107; 1800 109 56; 1801 108 109;
1802 110 19; 1803 111 110; 1804 115 57; 1805 114 115; 1806 117 58;
1807 116 117; 1808 118 20; 1809 119 118; 1810 124 59; 1811 123 124;
1812 126 60; 1813 125 126; 1814 127 21; 1815 128 127; 1816 113 28;
1817 112 113; 1818 122 29; 1819 121 122; 1820 134 61; 1821 133 134;
1822 136 62; 1823 135 136; 1824 137 22; 1825 138 137; 1826 140 31;
1827 139 140; 1828 142 63; 1829 141 142; 1830 144 64; 1831 143 144;
1832 145 23; 1833 146 145; 1834 105 27; 1835 104 105; 1836 95 26; 1837 96 95;
1838 148 32; 1839 147 148; 1840 150 65; 1841 149 150; 1842 152 66;
1843 151 152; 1844 153 24; 1845 154 153; 1846 156 33; 1847 155 156;
1848 158 67; 1849 157 158; 1850 160 68; 1851 159 160; 1852 161 25;
1853 162 161; 1854 164 17; 1855 163 164; 1856 166 69; 1857 165 166;
1858 168 70; 1859 167 168; 1860 169 9; 1861 170 169; 1862 171 42; 1863 172 171;
1864 174 73; 1865 173 174; 1866 176 74; 1867 175 176; 1868 178 43;
1869 177 178; 1870 179 41; 1871 180 179; 1872 182 75; 1873 181 182;
1874 184 76; 1875 183 184; 1876 186 44; 1877 185 186; 1878 187 40;
1879 188 187; 1880 190 77; 1881 189 190; 1882 192 78; 1883 191 192;
1884 194 45; 1885 193 194; 1886 195 39; 1887 196 195; 1888 198 79;
1889 197 198; 1890 200 80; 1891 199 200; 1892 202 46; 1893 201 202;
1894 203 38; 1895 204 203; 1896 206 81; 1897 205 206; 1898 208 82;
1899 207 208; 1900 210 47; 1901 209 210; 1902 211 37; 1903 212 211;
1904 214 83; 1905 213 214; 1906 216 84; 1907 215 216; 1908 218 48;
1909 217 218; 1910 219 36; 1911 220 219; 1912 222 85; 1913 221 222;
1914 224 86; 1915 223 224; 1916 226 49; 1917 225 226; 1918 227 35;
1919 228 227; 1920 230 87; 1921 229 230; 1922 232 88; 1923 231 232;
1924 234 50; 1925 233 234; 1926 235 5; 1927 236 235; 1928 238 89; 1929 237 238;
1930 240 90; 1931 239 240; 1932 242 4; 1933 241 242; 1934 244 30; 1935 243 244;
1936 429 384; 1937 428 429; 1938 431 385; 1939 430 431; 1940 432 349;
1941 433 432; 1942 437 386; 1943 436 437; 1944 439 387; 1945 438 439;
1946 440 350; 1947 441 440; 1948 445 388; 1949 444 445; 1950 447 389;
1951 446 447; 1952 448 351; 1953 449 448; 1954 453 390; 1955 452 453;
1956 455 391; 1957 454 455; 1958 456 352; 1959 457 456; 1960 443 359;
1961 442 443; 1962 451 360; 1963 450 451; 1964 459 392; 1965 458 459;
1966 461 393; 1967 460 461; 1968 462 353; 1969 463 462; 1970 465 362;
1971 464 465; 1972 467 394; 1973 466 467; 1974 469 395; 1975 468 469;
1976 470 354; 1977 471 470; 1978 435 358; 1979 434 435; 1980 426 357;
1981 427 426; 1982 473 363; 1983 472 473; 1984 475 396; 1985 474 475;
1986 477 397; 1987 476 477; 1988 478 355; 1989 479 478; 1990 481 364;
1991 480 481; 1992 483 398; 1993 482 483; 1994 485 399; 1995 484 485;
1996 486 356; 1997 487 486; 1998 489 348; 1999 488 489; 2000 491 400;
2001 490 491; 2002 493 401; 2003 492 493; 2004 494 347; 2005 495 494;
2006 496 373; 2007 497 496; 2008 499 404; 2009 498 499; 2010 501 405;
2011 500 501; 2012 503 374; 2013 502 503; 2014 504 372; 2015 505 504;
2016 507 406; 2017 506 507; 2018 509 407; 2019 508 509; 2020 511 375;
2021 510 511; 2022 512 371; 2023 513 512; 2024 515 408; 2025 514 515;
2026 517 409; 2027 516 517; 2028 519 376; 2029 518 519; 2030 520 370;
2031 521 520; 2032 523 410; 2033 522 523; 2034 525 411; 2035 524 525;
2036 527 377; 2037 526 527; 2038 528 369; 2039 529 528; 2040 531 412;
2041 530 531; 2042 533 413; 2043 532 533; 2044 535 378; 2045 534 535;
2046 536 368; 2047 537 536; 2048 539 414; 2049 538 539; 2050 541 415;
2051 540 541; 2052 543 379; 2053 542 543; 2054 544 367; 2055 545 544;
2056 547 416; 2057 546 547; 2058 549 417; 2059 548 549; 2060 551 380;
2061 550 551; 2062 552 366; 2063 553 552; 2064 555 418; 2065 554 555;
2066 557 419; 2067 556 557; 2068 559 381; 2069 558 559; 2070 560 344;
2071 561 560; 2072 563 420; 2073 562 563; 2074 565 421; 2075 564 565;
2076 567 343; 2077 566 567; 2078 569 361; 2079 568 569; 2080 663 618;
2081 662 663; 2082 665 619; 2083 664 665; 2084 666 583; 2085 667 666;
2086 671 620; 2087 670 671; 2088 673 621; 2089 672 673; 2090 674 584;
2091 675 674; 2092 679 622; 2093 678 679; 2094 681 623; 2095 680 681;
2096 682 585; 2097 683 682; 2098 687 624; 2099 686 687; 2100 689 625;
2101 688 689; 2102 690 586; 2103 691 690; 2104 677 593; 2105 676 677;
2106 685 594; 2107 684 685; 2108 693 626; 2109 692 693; 2110 695 627;
2111 694 695; 2112 696 587; 2113 697 696; 2114 699 596; 2115 698 699;
2116 701 628; 2117 700 701; 2118 703 629; 2119 702 703; 2120 704 588;
2121 705 704; 2122 669 592; 2123 668 669; 2124 660 591; 2125 661 660;
2126 707 597; 2127 706 707; 2128 709 630; 2129 708 709; 2130 711 631;
2131 710 711; 2132 712 589; 2133 713 712; 2134 715 598; 2135 714 715;
2136 717 632; 2137 716 717; 2138 719 633; 2139 718 719; 2140 720 590;
2141 721 720; 2142 723 582; 2143 722 723; 2144 725 634; 2145 724 725;
2146 727 635; 2147 726 727; 2148 728 581; 2149 729 728; 2150 730 607;
2151 731 730; 2152 733 638; 2153 732 733; 2154 735 639; 2155 734 735;
2156 737 608; 2157 736 737; 2158 738 606; 2159 739 738; 2160 741 640;
2161 740 741; 2162 743 641; 2163 742 743; 2164 745 609; 2165 744 745;
2166 746 605; 2167 747 746; 2168 749 642; 2169 748 749; 2170 751 643;
2171 750 751; 2172 753 610; 2173 752 753; 2174 754 604; 2175 755 754;
2176 757 644; 2177 756 757; 2178 759 645; 2179 758 759; 2180 761 611;
2181 760 761; 2182 762 603; 2183 763 762; 2184 765 646; 2185 764 765;
2186 767 647; 2187 766 767; 2188 769 612; 2189 768 769; 2190 770 602;
2191 771 770; 2192 773 648; 2193 772 773; 2194 775 649; 2195 774 775;
2196 777 613; 2197 776 777; 2198 778 601; 2199 779 778; 2200 781 650;
2201 780 781; 2202 783 651; 2203 782 783; 2204 785 614; 2205 784 785;
2206 786 600; 2207 787 786; 2208 789 652; 2209 788 789; 2210 791 653;
2211 790 791; 2212 793 615; 2213 792 793; 2214 794 578; 2215 795 794;
2216 797 654; 2217 796 797; 2218 799 655; 2219 798 799; 2220 801 577;
2221 800 801; 2222 803 595; 2223 802 803; 2224 897 852; 2225 896 897;
2226 899 853; 2227 898 899; 2228 900 817; 2229 901 900; 2230 905 854;
2231 904 905; 2232 907 855; 2233 906 907; 2234 908 818; 2235 909 908;
2236 913 856; 2237 912 913; 2238 915 857; 2239 914 915; 2240 916 819;
2241 917 916; 2242 921 858; 2243 920 921; 2244 923 859; 2245 922 923;
2246 924 820; 2247 925 924; 2248 911 827; 2249 910 911; 2250 919 828;
2251 918 919; 2252 927 860; 2253 926 927; 2254 929 861; 2255 928 929;
2256 930 821; 2257 931 930; 2258 933 830; 2259 932 933; 2260 935 862;
2261 934 935; 2262 937 863; 2263 936 937; 2264 938 822; 2265 939 938;
2266 903 826; 2267 902 903; 2268 894 825; 2269 895 894; 2270 941 831;
2271 940 941; 2272 943 864; 2273 942 943; 2274 945 865; 2275 944 945;
2276 946 823; 2277 947 946; 2278 949 832; 2279 948 949; 2280 951 866;
2281 950 951; 2282 953 867; 2283 952 953; 2284 954 824; 2285 955 954;
2286 957 816; 2287 956 957; 2288 959 868; 2289 958 959; 2290 961 869;
2291 960 961; 2292 962 815; 2293 963 962; 2294 964 841; 2295 965 964;
2296 967 872; 2297 966 967; 2298 969 873; 2299 968 969; 2300 971 842;
2301 970 971; 2302 972 840; 2303 973 972; 2304 975 874; 2305 974 975;
2306 977 875; 2307 976 977; 2308 979 843; 2309 978 979; 2310 980 839;
2311 981 980; 2312 983 876; 2313 982 983; 2314 985 877; 2315 984 985;
2316 987 844; 2317 986 987; 2318 988 838; 2319 989 988; 2320 991 878;
2321 990 991; 2322 993 879; 2323 992 993; 2324 995 845; 2325 994 995;
2326 996 837; 2327 997 996; 2328 999 880; 2329 998 999; 2330 1001 881;
2331 1000 1001; 2332 1003 846; 2333 1002 1003; 2334 1004 836; 2335 1005 1004;
2336 1007 882; 2337 1006 1007; 2338 1009 883; 2339 1008 1009; 2340 1011 847;
2341 1010 1011; 2342 1012 835; 2343 1013 1012; 2344 1015 884; 2345 1014 1015;
2346 1017 885; 2347 1016 1017; 2348 1019 848; 2349 1018 1019; 2350 1020 834;
2351 1021 1020; 2352 1023 886; 2353 1022 1023; 2354 1025 887; 2355 1024 1025;
2356 1027 849; 2357 1026 1027; 2358 1028 812; 2359 1029 1028; 2360 1031 888;
2361 1030 1031; 2362 1033 889; 2363 1032 1033; 2364 1035 811; 2365 1034 1035;
2366 1037 829; 2367 1036 1037;
ELEMENT INCIDENCES SHELL
1523 17 2 91 69; 1524 2 249 248 91; 1525 3 34 72 94; 1526 4 90 88 50;
1527 90 89 87 88; 1528 89 5 35 87; 1529 7 246 247 93; 1530 8 52 54 18;
1531 52 51 53 54; 1532 26 53 51 1; 1533 26 53 55 27; 1534 53 54 56 55;
1535 54 18 19 56; 1536 27 55 57 28; 1537 55 56 58 57; 1538 56 19 20 58;
1539 28 57 59 29; 1540 57 58 60 59; 1541 58 20 21 60; 1542 29 59 61 30;
1543 59 60 62 61; 1544 60 21 22 62; 1545 30 61 63 31; 1546 61 62 64 63;
1547 62 22 23 64; 1548 31 63 65 32; 1549 63 64 66 65; 1550 64 23 24 66;
1551 32 65 67 33; 1552 65 66 68 67; 1553 66 24 25 68; 1554 33 67 69 17;
1555 67 68 70 69; 1556 68 25 9 70; 1557 69 70 92 91; 1558 70 9 92;
1559 34 72 74 43; 1560 72 71 93 94; 1561 72 71 73 74; 1562 71 7 93;
1563 71 7 42 73; 1564 43 74 76 44; 1565 74 73 75 76; 1566 73 42 41 75;
1567 44 76 78 45; 1568 76 75 77 78; 1569 75 41 40 77; 1570 45 78 80 46;
1571 78 77 79 80; 1572 77 40 39 79; 1573 46 80 82 47; 1574 80 79 81 82;
1575 79 39 38 81; 1576 47 82 84 48; 1577 82 81 83 84; 1578 81 38 37 83;
1579 48 84 86 49; 1580 84 83 85 86; 1581 83 37 36 85; 1582 49 86 88 50;
1583 86 85 87 88; 1584 85 36 35 87; 1585 91 92 247 248; 1586 92 9 246 247;
1587 3 94 248 249; 1588 94 93 247 248; 1589 21 22 1043 1042;
1590 9 1045 1044 22; 1591 39 1048 1050 7; 1592 39 38 1046 1047;
1593 9 1045 1050 7; 1594 348 341 422 400; 1595 341 573 572 422;
1596 342 365 403 425; 1597 343 421 419 381; 1598 421 420 418 419;
1599 420 344 366 418; 1600 345 570 571 424; 1601 346 383 385 349;
1602 383 382 384 385; 1603 357 384 382 340; 1604 357 384 386 358;
1605 384 385 387 386; 1606 385 349 350 387; 1607 358 386 388 359;
1608 386 387 389 388; 1609 387 350 351 389; 1610 359 388 390 360;
1611 388 389 391 390; 1612 389 351 352 391; 1613 360 390 392 361;
1614 390 391 393 392; 1615 391 352 353 393; 1616 361 392 394 362;
1617 392 393 395 394; 1618 393 353 354 395; 1619 362 394 396 363;
1620 394 395 397 396; 1621 395 354 355 397; 1622 363 396 398 364;
1623 396 397 399 398; 1624 397 355 356 399; 1625 364 398 400 348;
1626 398 399 401 400; 1627 399 356 347 401; 1628 400 401 423 422;
1629 401 347 423; 1630 365 403 405 374; 1631 403 402 424 425;
1632 403 402 404 405; 1633 402 345 424; 1634 402 345 373 404;
1635 374 405 407 375; 1636 405 404 406 407; 1637 404 373 372 406;
1638 375 407 409 376; 1639 407 406 408 409; 1640 406 372 371 408;
1641 376 409 411 377; 1642 409 408 410 411; 1643 408 371 370 410;
1644 377 411 413 378; 1645 411 410 412 413; 1646 410 370 369 412;
1647 378 413 415 379; 1648 413 412 414 415; 1649 412 369 368 414;
1650 379 415 417 380; 1651 415 414 416 417; 1652 414 368 367 416;
1653 380 417 419 381; 1654 417 416 418 419; 1655 416 367 366 418;
1656 422 423 571 572; 1657 423 347 570 571; 1658 342 425 572 573;
1659 425 424 571 572; 1660 582 575 656 634; 1661 575 807 806 656;
1662 576 599 637 659; 1663 577 655 653 615; 1664 655 654 652 653;
1665 654 578 600 652; 1666 579 804 805 658; 1667 580 617 619 583;
1668 617 616 618 619; 1669 591 618 616 574; 1670 591 618 620 592;
1671 618 619 621 620; 1672 619 583 584 621; 1673 592 620 622 593;
1674 620 621 623 622; 1675 621 584 585 623; 1676 593 622 624 594;
1677 622 623 625 624; 1678 623 585 586 625; 1679 594 624 626 595;
1680 624 625 627 626; 1681 625 586 587 627; 1682 595 626 628 596;
1683 626 627 629 628; 1684 627 587 588 629; 1685 596 628 630 597;
1686 628 629 631 630; 1687 629 588 589 631; 1688 597 630 632 598;
1689 630 631 633 632; 1690 631 589 590 633; 1691 598 632 634 582;
1692 632 633 635 634; 1693 633 590 581 635; 1694 634 635 657 656;
1695 635 581 657; 1696 599 637 639 608; 1697 637 636 658 659;
1698 637 636 638 639; 1699 636 579 658; 1700 636 579 607 638;
1701 608 639 641 609; 1702 639 638 640 641; 1703 638 607 606 640;
1704 609 641 643 610; 1705 641 640 642 643; 1706 640 606 605 642;
1707 610 643 645 611; 1708 643 642 644 645; 1709 642 605 604 644;
1710 611 645 647 612; 1711 645 644 646 647; 1712 644 604 603 646;
1713 612 647 649 613; 1714 647 646 648 649; 1715 646 603 602 648;
1716 613 649 651 614; 1717 649 648 650 651; 1718 648 602 601 650;
1719 614 651 653 615; 1720 651 650 652 653; 1721 650 601 600 652;
1722 656 657 805 806; 1723 657 581 804 805; 1724 576 659 806 807;
1725 659 658 805 806; 1726 816 809 890 868; 1727 809 1041 1040 890;
1728 810 833 871 893; 1729 811 889 887 849; 1730 889 888 886 887;
1731 888 812 834 886; 1732 813 1038 1039 892; 1733 814 851 853 817;
1734 851 850 852 853; 1735 825 852 850 808; 1736 825 852 854 826;
1737 852 853 855 854; 1738 853 817 818 855; 1739 826 854 856 827;
1740 854 855 857 856; 1741 855 818 819 857; 1742 827 856 858 828;
1743 856 857 859 858; 1744 857 819 820 859; 1745 828 858 860 829;
1746 858 859 861 860; 1747 859 820 821 861; 1748 829 860 862 830;
1749 860 861 863 862; 1750 861 821 822 863; 1751 830 862 864 831;
1752 862 863 865 864; 1753 863 822 823 865; 1754 831 864 866 832;
1755 864 865 867 866; 1756 865 823 824 867; 1757 832 866 868 816;
1758 866 867 869 868; 1759 867 824 815 869; 1760 868 869 891 890;
1761 869 815 891; 1762 833 871 873 842; 1763 871 870 892 893;
1764 871 870 872 873; 1765 870 813 892; 1766 870 813 841 872;
1767 842 873 875 843; 1768 873 872 874 875; 1769 872 841 840 874;
1770 843 875 877 844; 1771 875 874 876 877; 1772 874 840 839 876;
1773 844 877 879 845; 1774 877 876 878 879; 1775 876 839 838 878;
1776 845 879 881 846; 1777 879 878 880 881; 1778 878 838 837 880;
1779 846 881 883 847; 1780 881 880 882 883; 1781 880 837 836 882;
1782 847 883 885 848; 1783 883 882 884 885; 1784 882 836 835 884;
1785 848 885 887 849; 1786 885 884 886 887; 1787 884 835 834 886;
1788 890 891 1039 1040; 1789 891 815 1038 1039; 1790 810 893 1040 1041;
1791 893 892 1039 1040;
ELEMENT PROPERTY
1523 TO 1791 THICKNESS 0.416667
*ISOTROPIC CONCRETE
*E 453600
*POISSON 0.17
*DENSITY 0.150336
*ALPHA 5e-006
*DAMP 0.05
*TYPE CONCRETE
*STRENGTH FCU 576
DEFINE MATERIAL START
ISOTROPIC STEEL
E 4.176e+006
POISSON 0.3
DENSITY 0.489024
ALPHA 6e-006
DAMP 0.03
TYPE STEEL
STRENGTH FY 5184 FU 8352 RY 1.5 RT 1.2
ISOTROPIC CONCRETE
E 4.53599e+008
POISSON 0.17
DENSITY 149.99
ALPHA 1e-005
DAMP 0.05
TYPE CONCRETE
STRENGTH FCU 576000
END DEFINE MATERIAL
MEMBER PROPERTY AMERICAN
353 TO 442 706 TO 795 1059 TO 1148 1412 TO 1501 1513 TO 1519 -
1520 PRIS YD 1.83333 ZD 1.83333
23 TO 25 45 46 48 TO 101 235 TO 258 260 TO 343 352 446 TO 448 450 TO 505 589 -
590 TO 612 614 TO 697 705 799 TO 801 803 TO 858 942 TO 965 967 TO 1050 1058 -
1152 TO 1154 1156 TO 1211 1295 TO 1318 1320 TO 1403 1411 TABLE ST W16X40
11 TO 13 35 102 TO 107 117 TO 119 138 TO 140 152 TO 154 156 TO 158 -
160 TO 162 165 TO 167 169 170 172 TO 196 203 TO 234 259 345 TO 351 -
443 TO 445 449 506 TO 588 613 698 TO 704 796 TO 798 802 859 TO 941 966 1051 -
1052 TO 1057 1149 TO 1151 1155 1212 TO 1294 1319 1404 TO 1410 1502 TO 1512 -
1521 1522 1792 TO 2367 TABLE ST W21X62
CONSTANTS
BETA 0 MEMB 12 13 35 56 63 520
MATERIAL STEEL MEMB 11 TO 13 23 TO 25 35 45 46 48 TO 107 117 TO 119 -
138 TO 140 152 TO 154 156 TO 158 160 TO 162 165 TO 167 169 170 172 TO 196 -
203 TO 343 345 TO 352 443 TO 705 796 TO 1058 1149 TO 1411 1502 TO 1512 1521 -
1522 1792 TO 2367
MATERIAL CONCRETE MEMB 353 TO 442 706 TO 795 1059 TO 1148 1412 TO 1501 1513 -
1514 TO 1520 1523 TO 1791
*MATERIAL CONCRETE MEMB 353 TO 442 706 TO 795 1059 TO 1148 1412 TO 1501 1513 -
*1514 TO 1520 1523 TO 1791
SUPPORTS
250 TO 339 1051 TO 1058 FIXED
DEFINE WIND LOAD
TYPE 1 WINDWARD X
<! STAAD PRO GENERATED DATA DO NOT MODIFY !!!
ASCE-7-2010:PARAMS 115.000 MPH 0 2 2 0 0.000 FT 0.000 FT 0.000 FT 1 -
2 60.000 FT 55.000 FT 300.000 FT 2.000 0.010 0 -
0 0 0 0 1.137 1.000 1.000 0.850 0 -
0 0 0 0.817 0.800 -0.180
!> END GENERATED DATA BLOCK
INT 21.8629 21.8629 22.5767 23.1916 23.734 24.2208 24.6635 25.0701 25.4468 -
25.7981 26.1276 26.4381 26.732 27.0111 27.277 HEIG 0 15 18.4615 21.9231 -
25.3846 28.8462 32.3077 35.7692 39.2308 42.6923 46.1538 49.6154 -
53.0769 56.5385 60
TYPE 2 LEEWARD X
<! STAAD PRO GENERATED DATA DO NOT MODIFY !!!
ASCE-7-2010:PARAMS 115.000 MPH 0 2 2 0 0.000 FT 0.000 FT 0.000 FT 1 -
2 60.000 FT 55.000 FT 300.000 FT 2.000 0.010 1 -
0 0 0 0 1.137 1.000 1.000 0.850 0 -
0 0 0 0.817 -0.500 0.180
!> END GENERATED DATA BLOCK
INT -19.2559 -19.2559 HEIG 0 60
TYPE 3 SIDEWALL X
<! STAAD PRO GENERATED DATA DO NOT MODIFY !!!
ASCE-7-2010:PARAMS 115.000 MPH 0 2 2 0 0.000 FT 0.000 FT 0.000 FT 1 -
2 60.000 FT 55.000 FT 300.000 FT 2.000 0.010 2 -
0 0 0 0 1.137 1.000 1.000 0.850 0 -
0 0 0 0.817 -0.700 0.180
!> END GENERATED DATA BLOCK
INT -24.6033 -24.6033 HEIG 0 60
DEFINE SNOW LOAD
TYPE 1 PG 5 CE 0.9 CT 1 I 1.1
LOAD 1 LOADTYPE Dead TITLE DL
SELFWEIGHT Y -1
MEMBER LOAD
11 TO 13 23 TO 25 35 45 46 48 TO 107 117 TO 119 138 TO 140 152 TO 154 156 -
157 TO 158 160 TO 162 165 TO 167 169 170 172 TO 196 203 TO 343 345 TO 1522 -
1792 TO 2367 UNI GY -2280
LOAD 2 LOADTYPE Live REDUCIBLE TITLE LL
ELEMENT LOAD
1523 TO 1791 PR GY -160
LOAD 3 LOADTYPE Wind TITLE WL
WIND LOAD X 1 TYPE 1 XR 0 600 YR 0 600 ZR 0 600
WIND LOAD Z 1 TYPE 1 XR 0 400 YR 0 400 ZR 0 400
LOAD COMB 4 GENERATED ACI TABLE1 1
1 1.4
LOAD COMB 5 GENERATED ACI TABLE1 2
1 1.2 2 1.6
LOAD COMB 6 GENERATED ACI TABLE1 3
1 1.2 2 1.0
LOAD COMB 7 GENERATED ACI TABLE1 4
1 1.2 3 0.8
LOAD COMB 8 GENERATED ACI TABLE1 5
1 1.2 2 1.0 3 1.6
LOAD COMB 9 GENERATED ACI TABLE1 6
1 0.9 3 1.6
LOAD COMB 10 GENERATED ACI TABLE1 7
1 0.9
PERFORM ANALYSIS PRINT ALL
DEFINE ENVELOPE
1 2 ENVELOPE 1 TYPE SERVICEABILITY
END DEFINE ENVELOPE
PERFORM ANALYSIS
FINISH

Can anyone pls upload a staad file (.std) of a conventional g+3 rcc framed structure. It would be of great use in my project. Thank you

I want to design a composite wall which has two profiled steel sheet surrounding a concrete core and i am not sure which of the bentley software would make this deign possible.

Dear members,

I want to discuss whether a 4-noded plate is sufficient to represent as a slab or proper meshing along with the supporting beams is required to distribute the load uniformly over the supporting beams. Because if we do not mesh it properly, the load will be transferred to 4 nodes only resulting to non-uniform distribution of load.

Please discuss.

Thanks in advance

Hi friends, I am getting a warning message .Truss analysis . Please help me

STAAD PLANE
START JOB INFORMATION
ENGINEER DATE 21-Apr-16
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 0 0 0; 2 1.1 0 0; 3 2.2 0 0; 4 3.3 0 0; 5 4.4 0 0; 6 5.5 0 0; 7 6.6 0 0;
8 7.7 0 0; 9 8.8 0 0; 10 9.9 0 0; 11 11 0 0; 12 12.1 0 0; 13 13.2 0 0;
14 14.3 0 0; 15 15.4 0 0; 16 0 1.444 0; 31 14.3 0.103143 0; 32 13.2 0.206286 0;
33 12.1 0.309429 0; 34 11 0.412572 0; 35 9.9 0.515714 0; 36 8.8 0.618857 0;
37 7.7 0.722 0; 38 6.6 0.825143 0; 39 5.5 0.928286 0; 40 4.4 1.03143 0;
41 3.3 1.13457 0; 42 2.2 1.23771 0; 43 1.1 1.34086 0; 44 0 0 5.1; 45 1.1 0 5.1;
46 2.2 0 5.1; 47 3.3 0 5.1; 48 4.4 0 5.1; 49 5.5 0 5.1; 50 6.6 0 5.1;
51 7.7 0 5.1; 52 8.8 0 5.1; 53 9.9 0 5.1; 54 11 0 5.1; 55 12.1 0 5.1;
56 13.2 0 5.1; 57 14.3 0 5.1; 58 15.4 0 5.1; 59 0 1.444 5.1;
60 14.3 0.103143 5.1; 61 13.2 0.206286 5.1; 62 12.1 0.309429 5.1;
63 11 0.412572 5.1; 64 9.9 0.515714 5.1; 65 8.8 0.618857 5.1; 66 7.7 0.722 5.1;
67 6.6 0.825143 5.1; 68 5.5 0.928286 5.1; 69 4.4 1.03143 5.1;
70 3.3 1.13457 5.1; 71 2.2 1.23771 5.1; 72 1.1 1.34086 5.1; 73 0 0 10.2;
74 1.1 0 10.2; 75 2.2 0 10.2; 76 3.3 0 10.2; 77 4.4 0 10.2; 78 5.5 0 10.2;
79 6.6 0 10.2; 80 7.7 0 10.2; 81 8.8 0 10.2; 82 9.9 0 10.2; 83 11 0 10.2;
84 12.1 0 10.2; 85 13.2 0 10.2; 86 14.3 0 10.2; 87 15.4 0 10.2;
88 0 1.444 10.2; 89 14.3 0.103143 10.2; 90 13.2 0.206286 10.2;
91 12.1 0.309429 10.2; 92 11 0.412572 10.2; 93 9.9 0.515714 10.2;
94 8.8 0.618857 10.2; 95 7.7 0.722 10.2; 96 6.6 0.825143 10.2;
97 5.5 0.928286 10.2; 98 4.4 1.03143 10.2; 99 3.3 1.13457 10.2;
100 2.2 1.23771 10.2; 101 1.1 1.34086 10.2; 102 0 -2.5 0; 103 15.4 -2.5 0;
104 0 -2.5 5.1; 105 15.4 -2.5 5.1; 106 0 -2.5 10.2; 107 15.4 -2.5 10.2;
108 4.4 -2.5 0; 109 9.9 -2.5 0; 110 4.4 -2.5 5.1; 111 9.9 -2.5 5.1;
112 4.4 -2.5 10.2; 113 9.9 -2.5 10.2; 114 0 0 15.3; 115 1.1 0 15.3;
116 2.2 0 15.3; 117 3.3 0 15.3; 118 4.4 0 15.3; 119 5.5 0 15.3; 120 6.6 0 15.3;
121 7.7 0 15.3; 122 8.8 0 15.3; 123 9.9 0 15.3; 124 11 0 15.3; 125 12.1 0 15.3;
126 13.2 0 15.3; 127 14.3 0 15.3; 128 15.4 0 15.3; 129 0 1.444 15.3;
130 14.3 0.103143 15.3; 131 13.2 0.206286 15.3; 132 12.1 0.309429 15.3;
133 11 0.412572 15.3; 134 9.9 0.515714 15.3; 135 8.8 0.618857 15.3;
136 7.7 0.722 15.3; 137 6.6 0.825143 15.3; 138 5.5 0.928286 15.3;
139 4.4 1.03143 15.3; 140 3.3 1.13457 15.3; 141 2.2 1.23771 15.3;
142 1.1 1.34086 15.3; 143 0 -2.5 15.3; 144 15.4 -2.5 15.3; 145 4.4 -2.5 15.3;
146 9.9 -2.5 15.3;
MEMBER INCIDENCES
1 1 2; 2 2 3; 3 3 4; 4 4 5; 5 5 6; 6 6 7; 7 7 8; 8 8 9; 9 9 10; 10 10 11;
11 11 12; 12 12 13; 13 13 14; 14 14 15; 15 1 16; 16 16 43; 17 2 43; 18 3 42;
19 4 41; 20 5 40; 21 6 39; 22 7 38; 23 8 37; 24 9 36; 25 10 35; 26 11 34;
27 12 33; 28 13 32; 29 14 31; 31 31 15; 32 32 31; 33 33 32; 34 34 33; 35 35 34;
36 36 35; 37 37 36; 38 38 37; 39 39 38; 40 40 39; 41 41 40; 42 42 41; 43 43 42;
44 44 45; 45 45 46; 46 46 47; 47 47 48; 48 48 49; 49 49 50; 50 50 51; 51 51 52;
52 52 53; 53 53 54; 54 54 55; 55 55 56; 56 56 57; 57 57 58; 58 44 59; 59 59 72;
60 45 72; 61 46 71; 62 47 70; 63 48 69; 64 49 68; 65 50 67; 66 51 66; 67 52 65;
68 53 64; 69 54 63; 70 55 62; 71 56 61; 72 57 60; 73 60 58; 74 61 60; 75 62 61;
76 63 62; 77 64 63; 78 65 64; 79 66 65; 80 67 66; 81 68 67; 82 69 68; 83 70 69;
84 71 70; 85 72 71; 86 73 74; 87 74 75; 88 75 76; 89 76 77; 90 77 78; 91 78 79;
92 79 80; 93 80 81; 94 81 82; 95 82 83; 96 83 84; 97 84 85; 98 85 86; 99 86 87;
100 73 88; 101 88 101; 102 74 101; 103 75 100; 104 76 99; 105 77 98; 106 78 97;
107 79 96; 108 80 95; 109 81 94; 110 82 93; 111 83 92; 112 84 91; 113 85 90;
114 86 89; 115 89 87; 116 90 89; 117 91 90; 118 92 91; 119 93 92; 120 94 93;
121 95 94; 122 96 95; 123 97 96; 124 98 97; 125 99 98; 126 100 99; 127 101 100;
128 16 59; 129 43 72; 130 42 71; 131 41 70; 132 40 69; 133 39 68; 134 38 67;
135 37 66; 136 36 65; 137 35 64; 138 34 63; 139 33 62; 140 32 61; 141 31 60;
142 15 58; 143 1 44; 144 59 88; 145 72 101; 146 71 100; 147 70 99; 148 69 98;
149 68 97; 150 67 96; 151 66 95; 152 65 94; 153 64 93; 154 63 92; 155 62 91;
156 61 90; 157 60 89; 158 58 87; 159 44 73; 160 1 102; 161 15 103; 162 44 104;
163 58 105; 164 73 106; 165 87 107; 166 5 108; 167 10 109; 168 48 110;
169 53 111; 170 77 112; 171 82 113; 172 143 114; 173 145 118; 174 146 123;
175 144 128; 176 129 142; 177 114 115; 178 114 129; 179 115 142; 180 116 141;
181 117 140; 182 118 139; 183 119 138; 184 120 137; 185 121 136; 186 122 135;
187 123 134; 188 124 133; 189 125 132; 190 126 131; 191 127 130; 192 114 73;
193 129 88; 194 101 142; 195 100 141; 196 99 140; 197 98 139; 198 97 138;
199 96 137; 200 95 136; 201 94 135; 202 93 134; 203 92 133; 204 91 132;
205 90 131; 206 89 130; 207 87 128; 208 130 128; 209 131 130; 210 132 131;
211 133 132; 212 134 133; 213 135 134; 214 136 135; 215 137 136; 216 138 137;
217 139 138; 218 140 139; 219 141 140; 220 142 141; 221 127 128; 222 126 127;
223 125 126; 224 124 125; 225 123 124; 226 122 123; 227 121 122; 228 120 121;
229 119 120; 230 118 119; 231 117 118; 232 116 117; 233 115 116; 234 16 2;
235 43 3; 236 42 4; 237 41 5; 238 40 6; 239 39 7; 240 38 8; 241 37 9;
242 36 10; 243 35 11; 244 34 12; 245 33 13; 246 32 14; 247 59 45; 248 72 46;
249 71 47; 250 70 48; 251 69 49; 252 68 50; 253 67 51; 254 66 52; 255 65 53;
256 64 54; 257 63 55; 258 62 56; 259 61 57; 260 88 74; 261 101 75; 262 100 76;
263 99 77; 264 98 78; 265 97 79; 266 96 80; 267 95 81; 268 94 82; 269 93 83;
270 92 84; 271 91 85; 272 90 86; 273 129 115; 274 142 116; 275 141 117;
276 140 118; 277 139 119; 278 138 120; 279 137 121; 280 136 122; 281 135 123;
282 134 124; 283 133 125; 284 132 126; 285 131 127; 286 5 48; 287 48 77;
288 77 118; 289 10 53; 290 53 82; 291 82 123;
DEFINE MATERIAL START
ISOTROPIC STEEL
E 2.05e+008
POISSON 0.3
DENSITY 76.8195
ALPHA 1.2e-005
DAMP 0.03
END DEFINE MATERIAL
MEMBER PROPERTY INDIAN
234 TO 285 TABLE ST ISA75X75X5
17 TO 29 60 TO 72 102 TO 114 179 TO 191 TABLE ST ISA50X50X4
128 TO 141 144 TO 157 193 TO 206 TABLE ST ISMC150
142 143 158 159 192 207 286 TO 291 TABLE ST ISMC200
160 TO 175 TABLE ST TUB1001004.0
1 TO 16 31 TO 59 73 TO 101 115 TO 127 176 TO 178 208 TO 233 TABLE ST TUB72724.0
CONSTANTS
MATERIAL STEEL ALL
SUPPORTS
102 TO 113 143 TO 146 FIXED
LOAD 1 LOADTYPE Dead TITLE DEAD LOAD
SELFWEIGHT Y -1 LIST 1 TO 29 31 TO 127 143 159 TO 192 208 TO 291
MEMBER LOAD
128 TO 142 144 TO 158 193 TO 207 UNI GY -0.2
LOAD 2 LOADTYPE Live TITLE LIVE LOAD
MEMBER LOAD
128 TO 142 144 TO 158 193 TO 207 UNI GY -0.75
LOAD 3 LOADTYPE Wind TITLE WIND UP
MEMBER LOAD
128 TO 142 144 TO 158 193 TO 207 UNI GY 1.8
LOAD 4 LOADTYPE Wind TITLE WIND DOWN
MEMBER LOAD
128 TO 142 144 TO 158 193 TO 207 UNI GY -0.7
LOAD COMB 5 DL+LL
1 1.5 2 1.5
LOAD COMB 6 DL+LL+WL UP
1 1.2 2 1.2 3 1.2
LOAD COMB 7 COMBINATION LOAD CASE 7
1 1.2 2 1.2 4 1.2
LOAD COMB 8 COMBINATION LOAD CASE 8
1 1.5 3 1.5
LOAD COMB 9 COMBINATION LOAD CASE 9
1 1.5 4 1.5
PERFORM ANALYSIS PRINT ALL
PARAMETER 1
CODE INDIAN
CHECK CODE ALL
PARAMETER 2
CODE INDIAN
STEEL MEMBER TAKE OFF LIST 1 TO 29 31 TO 291
PARAMETER 3
CODE INDIAN
STEEL TAKE OFF LIST 1 TO 29 31 TO 291
FINISH

I am working on the design of a concrete substructure (elevated slabs, concrete columns, basement walls, and foundation elements), while a collaborating firm is designing the steel superstructure above.  See the Figures below.

We have been provided the reactions imposed on our concrete substructure from their steel superstructure above.  See Figure 3 for example of this condition.

In RAM Modeler, the assignment of Point Loads representing the gravity loads from steel columns above is simple enough.  However, I'm struggling to understand the proper method of assigning the loads from the steel braces above.  The elevated slab is intended to be the lateral load path which delivers the lateral load to the shear walls.  

I've found that Nodal Loads can be assigned in RAM Modeler, but only if a lateral (frame) beam or wall is present at the desired location.  Are there other (more appropriate) ways of assigning imposed forces from these braces?  We hadn't anticipate having a frame beam/wall at every occurrence of a steel brace; but as an exercise, in RAM SS, I did model a frame beam or wall beneath every occurrence of a steel brace from above.  I then assigned a Nodal Load with Z and X or Y forces representing the forces from the steel brace.  After analyzing in RAM Frame and RAM Concrete, I have imported to RAM Concept and am experiencing Analysis Errors as shown below. 

I am still working to understand the Self-Equilibrium Loading dynamic and realize that not all of the Analysis Errors are related to my question of assigning imposed lateral loads.  But any help on how best to assign the imposed loads from the braces above so that the structure is analyzed in the way we intended it to behave would be much appreciated.

Thanks.

50*30*2 steel c channel (h.d.g)  i want to assign this section to a beam but i cant find this section ... if not present in staad sections then how i create that section?

A few questions:

1. Is the only way to account for the lateral stiffness of a steel roof deck or checkered plate floor by modelling plate elements and assigning a stiffness, or can the MASTER/SLAVE ZX command be used?

2. I am modeling an existing building in which the floor structure is made up of wood pack flooring sitting on top of deep steel beams. Is the MASTER/SLAVE ZX command accurate in this situation or would I need to model plate elements?

3. Is there a different way to use joists in a Staad model where they will actually be representative of more than their own self weight? I am also modeling a warehouse structure where the designer would like to use long span joists at 5' o/c in one direction(120'). I have only modeled the joists at the column lines(25' o/c) where they will have a bottom chord brace back to the column. When I run my model with lateral load, the joists provide no stiffness and my deflections are more than unrealistic. To fix this I put in very heavy W shapes and make sure to exclude the self weight. This brings the deflections back into a reasonable range, but would like to think there is a more accurate way to do this. Any suggestions?

Suggestions would be appreciated.

Thanks,

Kyle