1-- Denseg 2Seq-align ::= { 3 type partial, 4 dim 2, 5 segs denseg { 6 dim 2, 7 numseg 5, 8 ids { 9 gi 2, 10 gi 3 11 }, 12 starts { 13 1000, 2000, 14 1062, -1, 15 1183, 2111, 16 -1, 2159, 17 1221, 2249 18 }, 19 lens { 20 25, 21 56, 22 15, 23 62, 24 70 25 } 26 } 27} 28Seq-align ::= { 29 type partial, 30 dim 2, 31 segs denseg { 32 dim 2, 33 numseg 5, 34 ids { 35 gi 2, 36 gi 3 37 }, 38 starts { 39 1000, 2294, 40 1062, -1, 41 1183, 2193, 42 -1, 2098, 43 1221, 2000 44 }, 45 lens { 46 25, 47 56, 48 15, 49 62, 50 70 51 }, 52 strands { 53 plus, minus, 54 plus, minus, 55 plus, minus, 56 plus, minus, 57 plus, minus 58 } 59 } 60} 61Seq-align ::= { 62 type partial, 63 dim 2, 64 segs denseg { 65 dim 2, 66 numseg 7, 67 ids { 68 gi 2, 69 gi 6 70 }, 71 starts { 72 1741, 2000, 73 1627, 2021, 74 1558, 2069, 75 1477, -1, 76 1435, 2125, 77 -1, 2139, 78 1000, 2212 79 }, 80 lens { 81 21, 82 31, 83 23, 84 27, 85 14, 86 73, 87 49 88 }, 89 strands { 90 minus, plus, 91 minus, plus, 92 minus, plus, 93 minus, plus, 94 minus, plus, 95 minus, plus, 96 minus, plus 97 } 98 } 99} 100 101-- Dendiag 102Seq-align ::= { 103 type partial, 104 dim 2, 105 segs dendiag { 106 { 107 dim 2, 108 ids { 109 gi 2, 110 gi 3 111 }, 112 starts { 113 1000, 2000 114 }, 115 len 25 116 }, 117 { 118 dim 2, 119 ids { 120 gi 2, 121 gi 3 122 }, 123 starts { 124 1183, 2111 125 }, 126 len 15 127 }, 128 { 129 dim 2, 130 ids { 131 gi 2, 132 gi 3 133 }, 134 starts { 135 1221, 2249 136 }, 137 len 70 138 } 139 } 140} 141Seq-align ::= { 142 type partial, 143 dim 2, 144 segs dendiag { 145 { 146 dim 2, 147 ids { 148 gi 2, 149 gi 3 150 }, 151 starts { 152 1000, 2294 153 }, 154 len 25, 155 strands { 156 plus, minus 157 } 158 }, 159 { 160 dim 2, 161 ids { 162 gi 2, 163 gi 3 164 }, 165 starts { 166 1183, 2193 167 }, 168 len 15, 169 strands { 170 plus, minus 171 } 172 }, 173 { 174 dim 2, 175 ids { 176 gi 2, 177 gi 3 178 }, 179 starts { 180 1221, 2000 181 }, 182 len 70, 183 strands { 184 plus, minus 185 } 186 } 187 } 188} 189Seq-align ::= { 190 type partial, 191 dim 2, 192 segs dendiag { 193 { 194 dim 2, 195 ids { 196 gi 2, 197 gi 6 198 }, 199 starts { 200 1741, 2000 201 }, 202 len 21, 203 strands { 204 minus, plus 205 } 206 }, 207 { 208 dim 2, 209 ids { 210 gi 2, 211 gi 6 212 }, 213 starts { 214 1627, 2021 215 }, 216 len 31, 217 strands { 218 minus, plus 219 } 220 }, 221 { 222 dim 2, 223 ids { 224 gi 2, 225 gi 6 226 }, 227 starts { 228 1558, 2069 229 }, 230 len 23, 231 strands { 232 minus, plus 233 } 234 }, 235 { 236 dim 2, 237 ids { 238 gi 2, 239 gi 6 240 }, 241 starts { 242 1435, 2125 243 }, 244 len 14, 245 strands { 246 minus, plus 247 } 248 }, 249 { 250 dim 2, 251 ids { 252 gi 2, 253 gi 6 254 }, 255 starts { 256 1000, 2212 257 }, 258 len 49, 259 strands { 260 minus, plus 261 } 262 } 263 } 264} 265 266-- Std-seg 267Seq-align ::= { 268 type partial, 269 dim 2, 270 segs std { 271 { 272 dim 2, 273 loc { 274 int { 275 from 1000, 276 to 1024, 277 id gi 2 278 }, 279 int { 280 from 2000, 281 to 2024, 282 id gi 3 283 } 284 } 285 }, 286 { 287 dim 2, 288 loc { 289 int { 290 from 1183, 291 to 1197, 292 id gi 2 293 }, 294 int { 295 from 2111, 296 to 2125, 297 id gi 3 298 } 299 } 300 }, 301 { 302 dim 2, 303 loc { 304 int { 305 from 1221, 306 to 1290, 307 id gi 2 308 }, 309 int { 310 from 2249, 311 to 2318, 312 id gi 3 313 } 314 } 315 } 316 } 317} 318Seq-align ::= { 319 type partial, 320 dim 2, 321 segs std { 322 { 323 dim 2, 324 loc { 325 int { 326 from 1000, 327 to 1024, 328 strand plus, 329 id gi 2 330 }, 331 int { 332 from 2294, 333 to 2318, 334 strand minus, 335 id gi 3 336 } 337 } 338 }, 339 { 340 dim 2, 341 loc { 342 int { 343 from 1183, 344 to 1197, 345 strand plus, 346 id gi 2 347 }, 348 int { 349 from 2193, 350 to 2207, 351 strand minus, 352 id gi 3 353 } 354 } 355 }, 356 { 357 dim 2, 358 loc { 359 int { 360 from 1221, 361 to 1290, 362 strand plus, 363 id gi 2 364 }, 365 int { 366 from 2000, 367 to 2069, 368 strand minus, 369 id gi 3 370 } 371 } 372 } 373 } 374} 375Seq-align ::= { 376 type partial, 377 dim 2, 378 segs std { 379 { 380 dim 2, 381 loc { 382 int { 383 from 1741, 384 to 1803, 385 strand minus, 386 id gi 2 387 }, 388 int { 389 from 2000, 390 to 2020, 391 id gi 6 392 } 393 } 394 }, 395 { 396 dim 2, 397 loc { 398 int { 399 from 1627, 400 to 1719, 401 strand minus, 402 id gi 2 403 }, 404 int { 405 from 2021, 406 to 2051, 407 id gi 6 408 } 409 } 410 }, 411 { 412 dim 2, 413 loc { 414 int { 415 from 1435, 416 to 1476, 417 strand minus, 418 id gi 2 419 }, 420 int { 421 from 2125, 422 to 2138, 423 id gi 6 424 } 425 } 426 }, 427 { 428 dim 2, 429 loc { 430 int { 431 from 1000, 432 to 1146, 433 strand minus, 434 id gi 2 435 }, 436 int { 437 from 2212, 438 to 2260, 439 id gi 6 440 } 441 } 442 } 443 } 444} 445 446-- Spliced-seg 447Seq-align ::= { 448 type partial, 449 dim 2, 450 segs spliced { 451 product-id gi 3, 452 genomic-id gi 2, 453 product-type transcript, 454 exons { 455 { 456 product-start nucpos 2000, 457 product-end nucpos 2318, 458 genomic-start 1000, 459 genomic-end 1290, 460 parts { 461 match 25, 462 genomic-ins 72, 463 mismatch 86, 464 diag 15, 465 product-ins 100, 466 mismatch 23, 467 match 70 468 } 469 } 470 } 471 } 472} 473Seq-align ::= { 474 type partial, 475 dim 2, 476 segs spliced { 477 product-id gi 3, 478 genomic-id gi 2, 479 product-type transcript, 480 exons { 481 { 482 product-start nucpos 2000, 483 product-end nucpos 2024, 484 genomic-start 1000, 485 genomic-end 1024, 486 parts { 487 match 25 488 } 489 }, 490 { 491 product-start nucpos 2111, 492 product-end nucpos 2125, 493 genomic-start 1183, 494 genomic-end 1197, 495 parts { 496 match 15 497 } 498 }, 499 { 500 product-start nucpos 2249, 501 product-end nucpos 2318, 502 genomic-start 1221, 503 genomic-end 1290, 504 parts { 505 match 70 506 } 507 } 508 } 509 } 510} 511Seq-align ::= { 512 type partial, 513 dim 2, 514 segs spliced { 515 product-id gi 3, 516 genomic-id gi 2, 517 product-strand minus, 518 genomic-strand plus, 519 product-type transcript, 520 exons { 521 { 522 product-start nucpos 2000, 523 product-end nucpos 2318, 524 genomic-start 1000, 525 genomic-end 1290, 526 parts { 527 match 25, 528 genomic-ins 72, 529 mismatch 86, 530 diag 15, 531 product-ins 100, 532 mismatch 23, 533 match 70 534 } 535 } 536 } 537 } 538} 539Seq-align ::= { 540 type partial, 541 dim 2, 542 segs spliced { 543 product-id gi 3, 544 genomic-id gi 2, 545 product-type transcript, 546 exons { 547 { 548 product-start nucpos 2294, 549 product-end nucpos 2318, 550 genomic-start 1000, 551 genomic-end 1024, 552 product-strand minus, 553 genomic-strand plus, 554 parts { 555 match 25 556 } 557 }, 558 { 559 product-start nucpos 2193, 560 product-end nucpos 2207, 561 genomic-start 1183, 562 genomic-end 1197, 563 product-strand minus, 564 genomic-strand plus, 565 parts { 566 match 15 567 } 568 }, 569 { 570 product-start nucpos 2000, 571 product-end nucpos 2069, 572 genomic-start 1221, 573 genomic-end 1290, 574 product-strand minus, 575 genomic-strand plus, 576 parts { 577 match 70 578 } 579 } 580 } 581 } 582} 583Seq-align ::= { 584 type partial, 585 dim 2, 586 segs spliced { 587 product-id gi 6, 588 genomic-id gi 2, 589 genomic-strand minus, 590 product-type protein, 591 exons { 592 { 593 product-start protpos { amin 2000, frame 1 }, 594 product-end protpos { amin 2260, frame 3 }, 595 genomic-start 1000, 596 genomic-end 1803, 597 parts { 598 match 63, 599 genomic-ins 21, 600 match 93, 601 product-ins 51, 602 match 69, 603 mismatch 81, 604 product-ins 18, 605 diag 42, 606 mismatch 219, 607 genomic-ins 69, 608 match 147 609 } 610 } 611 } 612 } 613} 614 615-- Sparse-seg 616Seq-align ::= { 617 type global, 618 dim 2, 619 segs sparse { 620 rows { 621 { 622 first-id gi 2, 623 second-id gi 3, 624 numseg 3, 625 first-starts { 1000, 1183, 1221 }, 626 second-starts { 2000, 2111, 2249 }, 627 lens { 25, 15, 70 } 628 } 629 } 630 } 631} 632