Turniej KMP na impy

Poniedziałek, 23 października 2023

Wyniki z 41 ośrodków

Zobacz: klasyfikacja długofalowa KMP na impy
do wyników...

pobierz rozkłady turnieju
    S QJ97
H J952
D Q92
C Q7
   
  S 10654
H Q74
D A
C KJ1082
S/EW S AK8
H 863
D K8764
C 43
 
    S 32
H AK10
D J1053
C A965
   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N65665  E67677
S65765  W68678
Minimax: 2 S W, -110
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień
kontraktliczba
wystąpień
% NS% EW
80013 C x W -3112.74-12.74
50022 D x E -2110.01-10.01
3 S x E -21
47012 H x S =19.68-9.68
40023 NT S =28.53-8.53
30033 C W -316.59-6.59
2 S W -31
3 NT W -31
200202 C x E -114.46-4.46
2 C x W -17
3 C W -21
2 D x E -11
2 D E -26
3 D E -22
1 NT E -21
2 NT E -21
18031 NT S +334.25-4.25
15071 NT S +253.32-3.32
2 NT S +12
14012 H N +113.27-3.27
120171 NT N +132.89-2.89
1 NT S +114
110111 H N +112.30-2.30
2 H N =8
2 H S =2
100142 C E -112.02-2.02
2 C W -13
3 C W -11
2 D E -13
2 D W -11
2 S W -12
1 NT W -11
2 NT E -12
90512 D S =21.96-1.96
1 NT N =2
1 NT S =47
8021 H N =21.87-1.87
07PASS6-0.280.28
?1
-50742 D S -14-1.621.62
2 H N -121
2 H S -12
3 H N -12
3 H S -11
1 NT N -12
1 NT S -135
2 NT N -12
2 NT S -13
3 NT N -11
3 NT S -11
-9032 C W =1-2.692.69
2 D E =2
-100442 D S -24-3.043.04
1 H N -21
2 H N -211
3 H N -210
1 NT S -214
2 NT S -23
3 NT S -21
-11073 C W =1-3.163.16
1 S W +11
2 S E =1
2 S W =4
-12012 NT W =1-3.463.46
-14012 S W +11-4.054.05
-150192 C S -32-4.254.25
3 C S -31
2 D S -31
3 D S -31
2 H N -32
3 H N -32
4 H N -31
1 NT S -32
2 NT S -34
3 NT S -33
-20043 D S -41-5.355.35
3 H N -41
3 H S -41
4 H N -41
-30011 NT x N -21-7.277.27
-60013 NT W =1-11.5211.52
1TD
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Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1361 3 7 3 NTS CJ-2 -100-3.043.04
DS/1366 2 9 1 NTS CQ-1 -50-1.621.62
DS/1367 5 6 1 NTS S10+1 1202.89-2.89
DS/1368 10 8 1 NTS CJ= 901.96-1.96
DS/1369 1 4 2 NTN D6-1 -50-1.621.62
DS/1589 14 16 2 C xE HK-1 2004.46-4.46
DS/1583 15 19 1 NTN H6+1 1202.89-2.89
DS/1586 20 17 1 NTS S6+1 1202.89-2.89
DS/1585 18 21 3 NTN SA-1 -50-1.621.62
DS/1581 22 11 3 HN C3-2 -100-3.043.04
DS/1584 13 12 2 SE HK= -110-3.163.16
DS/3801 34 25 3 HN C3-4 -200-5.355.35
DS/3802 44 24 2 SW H2= -110-3.163.16
DS/3807 35 32 2 HN SA-1 -50-1.621.62
DS/3809 39 30 3 HN SA-2 -100-3.043.04
DS/38010 37 36 1 NTS CK-2 -100-3.043.04
DS/38011 26 40 2 HS DA-1 -50-1.621.62
DS/38012 41 29 1 NTS CJ= 901.96-1.96
DS/38013 42 27 1 HN SA= 801.87-1.87
DS/38014 33 43 1 NTS C8-1 -50-1.621.62
DS/38015 23 31 1 NTS S6-1 -50-1.621.62
DS/3971 52 45 1 NTS H2+3 1804.25-4.25
DS/3974 50 46 3 NTS H2= 4008.53-8.53
DS/3976 51 49 1 NTS HJ+3 1804.25-4.25
DS/3977 48 47 2 CS SQ-3 -150-4.254.25
KP/1259 56 58 2 NTE S3-2 2004.46-4.46
KP/1256 62 59 1 NTS C10+2 1503.32-3.32
KP/1254 55 54 1 NTW SQ-1 1002.02-2.02
KP/1253 57 61 3 HS SA-1 -50-1.621.62
KP/1255 60 63 2 NTS S4-3 -150-4.254.25
KP/2952 65 74 2 NTS CJ+1 1503.32-3.32
KP/2951 66 71 1 NTS CJ= 901.96-1.96
KP/2955 67 73 2 HS DA-1 -50-1.621.62
KP/2954 68 70 2 DS CK-2 -100-3.043.04
KP/2953 69 72 1 NTS CJ-1 -50-1.621.62
KP/2952 75 84 2 HN SA= 1102.30-2.30
KP/2951 76 81 3 HN SA-2 -100-3.043.04
KP/2955 77 83 2 NTS CJ-2 -100-3.043.04
KP/2954 78 80 1 HN SA-2 -100-3.043.04
KP/2953 79 82 1 NTS CJ= 901.96-1.96
KP/2952 85 94 1 NTE HA-2 2004.46-4.46
KP/2951 86 91 3 HN SA-2 -100-3.043.04
KP/2955 87 93 1 NTS CJ= 901.96-1.96
KP/2954 95 90 2 HN SK= 1102.30-2.30
KP/2953 89 92 2 DE HK-2 2004.46-4.46
KP/2954 88 96 1 NTS CJ= 901.96-1.96
KP/3531 108 97 1 NTS S6= 901.96-1.96
KP/3539 102 107 2 DS S4-3 -150-4.254.25
KP/3538 106 98 2 DE HA-2 2004.46-4.46
KP/3537 104 99 2 DW HA-1 1002.02-2.02
KP/3536 101 100 2 DE HA= -90-2.692.69
KP/3535 105 103 2 HN C4-2 -100-3.043.04
KP/502 130 110 3 DE HK-2 2004.46-4.46
KP/501 120 111 2 HN C4-1 -50-1.621.62
KP/5015 109 117 2 HN SA= 1102.30-2.30
KP/5014 119 129 2 HN SK-1 -50-1.621.62
KP/5013 128 113 2 SW D9-3 3006.59-6.59
KP/5012 127 115 1 NTS CJ-2 -100-3.043.04
KP/5011 112 126 1 NTS CJ= 901.96-1.96
KP/5010 123 122 2 HN SA-1 -50-1.621.62
KP/509 125 116 2 HS DA= 1102.30-2.30
KP/508 114 124 2 HN SK-1 -50-1.621.62
KP/507 121 118 1 NTS CJ= 901.96-1.96
LB/2651 132 136 2 DS S6-2 -100-3.043.04
LB/2655 140 135 2 HN SA= 1102.30-2.30
LB/2656 141 139 1 NTS S4+1 1202.89-2.89
LB/2657 134 142 1 NTS C2= 901.96-1.96
LB/2658 131 133 1 NTS C8-1 -50-1.621.62
LB/2659 138 137 1 NTS C10= 901.96-1.96
LB/3891 156 147 2 H xS SA= 4709.68-9.68
LB/3899 143 157 1 NTS CJ= 901.96-1.96
LB/38910 149 154 1 NTS S4-1 -50-1.621.62
LB/38912 153 155 3 DE HA-2 2004.46-4.46
LB/38913 148 151 2 HN SA-2 -100-3.043.04
LB/38914 150 146 2 DE S3-1 1002.02-2.02
LB/38915 152 145 3 HN SK-1 -50-1.621.62
LB/4291 170 159 1 NTS C8-2 -100-3.043.04
LB/4293 163 167 1 NTS C8-3 -150-4.254.25
LB/4294 161 160 2 C xW SQ-1 2004.46-4.46
LB/4296 168 165 PASS = 0-0.280.28
LB/4299 162 164 TD -1.201.20
LD/1191 178 171 1 NTS CJ-2 -100-3.043.04
LD/1192 176 172 2 HN C3-1 -50-1.621.62
LD/1194 174 173 1 NTS C8-2 -100-3.043.04
LD/2574 188 183 1 NTS CJ+1 1202.89-2.89
LD/2575 189 187 1 NTS CJ= 901.96-1.96
LD/2576 181 186 1 NTS CJ+1 1202.89-2.89
LD/2577 184 190 PASS 0-0.280.28
LD/2578 182 180 1 NTS CJ+2 1503.32-3.32
LD/2579 185 191 1 NTS CJ-2 -100-3.043.04
LD/481 204 193 1 NTS CJ-1 -50-1.621.62
LD/483 197 201 1 NTS CJ+1 1202.89-2.89
LD/484 195 194 2 DS H7-1 -50-1.621.62
LD/485 200 203 1 NTS CJ-1 -50-1.621.62
LD/486 202 199 1 NTS C10+1 1202.89-2.89
LD/489 196 198 2 HN C3-1 -50-1.621.62
LU/962 210 206 0-0.280.28
LU/963 211 209 2 DE HA-2 2004.46-4.46
LU/964 208 207 2 DE HA-1 1002.02-2.02
MA/1261 213 214 1 NTS CJ-1 -50-1.621.62
MA/1261 233 234 1 NTS S6= 901.96-1.96
MA/1262 231 230 1 NTS CJ= 901.96-1.96
MA/1263 229 226 2 CW SQ-1 1002.02-2.02
MA/1264 227 222 2 DS CJ-2 -100-3.043.04
MA/1265 223 216 2 NTS CJ-3 -150-4.254.25
MA/1265 225 218 1 NTS S6-2 -100-3.043.04
MA/1266 221 236 1 NTS CJ-1 -50-1.621.62
MA/1267 232 219 2 CS DA-3 -150-4.254.25
MA/1268 228 217 2 C xW D9-1 2004.46-4.46
MA/1269 224 215 1 NTS CJ= 901.96-1.96
MA/2621 239 240 1 NTS S5-1 -50-1.621.62
MA/2621 263 264 1 NTN D4-1 -50-1.621.62
MA/2621 267 268 1 NTS HQ+1 1202.89-2.89
MA/2621 285 286 3 C xW D9-3 80012.74-12.74
MA/2622 237 288 2 NTS CJ-1 -50-1.621.62
MA/2622 261 260 2 HN SA-1 -50-1.621.62
MA/2622 283 282 3 HN SK-2 -100-3.043.04
MA/2623 259 256 3 HN C3-2 -100-3.043.04
MA/2623 281 278 3 CW SQ= -110-3.163.16
MA/2624 257 252 3 CS H7-3 -150-4.254.25
MA/2624 279 274 2 HN C3-3 -150-4.254.25
MA/2625 255 248 1 NTS S6-1 -50-1.621.62
MA/2625 277 270 1 NTS CJ-2 -100-3.043.04
MA/2626 253 244 1 NTS C8-1 -50-1.621.62
MA/2627 275 284 4 HN SA-3 -150-4.254.25
MA/2628 280 273 2 NTE D3-1 1002.02-2.02
MA/2629 276 271 3 HN SA-2 -100-3.043.04
MA/26210 251 266 2 HN SK-2 -100-3.043.04
MA/26211 262 249 2 HN C3-2 -100-3.043.04
MA/26212 258 247 2 HN C3-2 -100-3.043.04
MA/26213 254 245 2 DE S2= -90-2.692.69
MA/26214 250 243 3 HS S6-4 -200-5.355.35
MA/26214 242 287 1 NTS CJ-1 -50-1.621.62
MA/26215 246 241 1 NTS CJ= 901.96-1.96
MA/26215 238 289 2 HN SA-1 -50-1.621.62
MA/26210 272 269 1 NTS CJ-1 -50-1.621.62
MA/3211 292 296 2 HN C3-1 -50-1.621.62
MA/3215 300 295 3 NTS S6-3 -150-4.254.25
MA/3216 301 299 2 HN SK-1 -50-1.621.62
MA/3217 294 302 1 HN SA+1 1102.30-2.30
MA/3218 291 293 2 HN SK-1 -50-1.621.62
MA/3219 298 297 2 SW H9-1 1002.02-2.02
MA/461 308 303 1 NTN D6+1 1202.89-2.89
MA/461 307 304 3 HN C4-3 -150-4.254.25
MA/461 306 305 1 NTS S4= 901.96-1.96
MA/4751 322 309 PASS = 0-0.280.28
MA/4755 319 317 1 NTN H6-1 -50-1.621.62
MA/4756 311 316 2 DS CJ-1 -50-1.621.62
MA/4757 314 320 2 HN SA-2 -100-3.043.04
MA/4758 312 310 1 NTS C8= 901.96-1.96
MA/4759 315 321 3 CW SQ-3 3006.59-6.59
MA/651 325 329 2 HN SK-2 -100-3.043.04
MA/656 324 331 1 NTS CJ= 901.96-1.96
MA/657 327 328 1 NTS C10-1 -50-1.621.62
MA/658 332 330 1 NTS CJ= 901.96-1.96
MA/659 323 326 1 NTS C10-1 -50-1.621.62
MP/401 335 336 2 NTE C5-1 1002.02-2.02
MP/407 343 340 1 NTN D6= 901.96-1.96
MP/408 338 345 2 HN SK= 1102.30-2.30
MP/409 339 348 1 NTS C8-2 -100-3.043.04
MP/4010 344 346 1 NTS C10= 901.96-1.96
MP/4011 342 349 1 NTS C10= 901.96-1.96
MP/4012 341 347 1 NTS CJ= 901.96-1.96
MP/4013 352 334 2 HS S6= 1102.30-2.30
MP/4014 337 351 1 NTS CJ-2 -100-3.043.04
OP/2731 355 359 2 HN SA-2 -100-3.043.04
OP/2736 354 361 2 SW H2= -110-3.163.16
OP/2737 357 358 1 NTS S4-1 -50-1.621.62
OP/2738 362 360 1 NTS C10= 901.96-1.96
OP/2739 353 356 2 DS S4= 901.96-1.96
OP/4011 374 363 1 HN SA= 801.87-1.87
OP/4019 366 368 PASS = 0-0.280.28
OP/4016 372 369 1 NTS S4= 901.96-1.96
OP/4015 370 373 2 HN SA-1 -50-1.621.62
OP/4014 365 364 1 NTS C8-1 -50-1.621.62
OP/4013 367 371 1 NTS H4= 901.96-1.96
PD/3691 388 379 PASS = 0-0.280.28
PD/3699 375 389 1 NT xN C3-2 -300-7.277.27
PD/36910 381 386 3 S xE S2-2 50010.01-10.01
PD/36912 385 387 2 HN SA-2 -100-3.043.04
PD/36913 380 383 1 NTS CJ= 901.96-1.96
PD/36914 382 378 2 NTN C4-1 -50-1.621.62
PD/36915 384 377 1 NTS CJ= 901.96-1.96
PK/1181 391 392 2 DE HK-2 2004.46-4.46
PK/1186 393 398 2 C xW SQ-1 2004.46-4.46
PK/1187 394 399 2 HN C3-1 -50-1.621.62
PK/1189 396 400 1 NTS C8-1 -50-1.621.62
PM/1021 412 403 1 NTS CJ= 901.96-1.96
PM/1022 420 402 1 NTS S4-1 -50-1.621.62
PM/1023 416 411 1 NTS CJ-1 -50-1.621.62
PM/1024 413 417 2 HN H6-1 -50-1.621.62
PM/1025 408 418 1 NTS CJ+2 1503.32-3.32
PM/1026 401 419 2 HN H6= 1102.30-2.30
PM/1027 406 409 3 CW SQ-2 2004.46-4.46
PM/1028 405 404 3 NTS CJ-3 -150-4.254.25
PM/1029 407 415 1 NTS CJ= 901.96-1.96
PM/10210 410 414 2 DS S6-2 -100-3.043.04
PM/1291 434 425 1 NTS CJ+2 1503.32-3.32
PM/1292 436 422 2 NTS S5-2 -100-3.043.04
PM/1293 421 435 3 NTS S5= 4008.53-8.53
PM/1294 427 432 2 HN SA= 1102.30-2.30
PM/1295 431 433 2 CW SQ-1 1002.02-2.02
PM/1296 426 429 1 NTS S5= 901.96-1.96
PM/1297 428 424 2 DE HA-2 2004.46-4.46
PM/1298 430 423 3 NTS DA-3 -150-4.254.25
SW/4727 442 448 1 NTS S5= 901.96-1.96
SW/4728 440 438 1 NTS S6= 901.96-1.96
SW/4721 450 437 1 NTS C2-1 -50-1.621.62
SW/4724 446 441 1 NTS C8-1 -50-1.621.62
SW/4725 447 445 2 HN SK-1 -50-1.621.62
SW/4726 439 444 2 SW CQ= -110-3.163.16
SW/4729 443 449 2 SW SQ= -110-3.163.16
WM/1321 458 451 3 NTS C8-1 -50-1.621.62
WM/1324 456 452 1 NTS CJ-1 -50-1.621.62
WM/1327 454 453 2 HN SK-1 -50-1.621.62
WM/3181 467 481 3 DS S6-4 -200-5.355.35
WM/3182 482 460 2 C xW SQ-1 2004.46-4.46
WM/3185 462 473 2 DE HA-1 1002.02-2.02
WM/3186 465 469 1 NTS CJ+1 1202.89-2.89
WM/3187 474 471 1 NTN D4= 901.96-1.96
WM/3188 463 464 2 HN SA= 1102.30-2.30
WM/3189 475 470 2 D xE HA-1 2004.46-4.46
WM/31810 461 476 1 NTS CJ-1 -50-1.621.62
WM/31811 459 477 3 HN SA-2 -100-3.043.04
WM/31812 478 472 2 NTS CJ-1 -50-1.621.62
WM/31813 479 466 2 C xW SQ-1 2004.46-4.46
WM/31814 468 480 1 NTS CJ= 901.96-1.96
WM/3371 496 483 1 NTS C8= 901.96-1.96
WM/3375 486 493 PASS = 0-0.280.28
WM/3376 492 490 1 NTS C2-1 -50-1.621.62
WM/3377 494 487 1 SW SQ+1 -110-3.163.16
WM/3378 485 491 1 NTS CJ-1 -50-1.621.62
WM/3379 484 495 1 NTS CJ= 901.96-1.96
WM/33710 489 488 1 NTS C8-1 -50-1.621.62
WP/1201 510 497 1 NTS C8-2 -100-3.043.04
WP/1204 506 501 1 NTS S4+1 1202.89-2.89
WP/1205 507 505 1 NTS C2-2 -100-3.043.04
WP/1206 499 504 2 CW DQ-1 1002.02-2.02
WP/1207 502 508 1 NTS C8-2 -100-3.043.04
WP/1208 500 498 1 NTS C8-1 -50-1.621.62
WP/1209 503 509 1 NTN C8+1 1202.89-2.89
WP/1471 522 511 3 DS S6-3 -150-4.254.25
WP/1473 515 519 1 NTS S6-3 -150-4.254.25
WP/1474 513 512 2 HN C3-1 -50-1.621.62
WP/1475 518 521 2 CE S2-1 1002.02-2.02
WP/1476 520 517 2 DS S6= 901.96-1.96
WP/1479 514 516 1 NTS S4+1 1202.89-2.89
WP/2934 528 524 2 NTS DA+1 1503.32-3.32
WP/2936 529 527 1 NTS C8-2 -100-3.043.04
WP/2937 526 525 4 HN C3-4 -200-5.355.35
WP/3001 533 534 2 C xW D9-1 2004.46-4.46
WP/3001 563 564 1 NTS CJ+1 1202.89-2.89
WP/3002 531 560 2 HN C3-1 -50-1.621.62
WP/3002 561 572 1 NTS S6= 901.96-1.96
WP/3003 559 556 1 NTS CJ-1 -50-1.621.62
WP/3004 557 552 1 NTS CJ-1 -50-1.621.62
WP/3005 555 548 1 NTS S6-1 -50-1.621.62
WP/3006 553 544 1 NTS CJ= 901.96-1.96
WP/3007 551 540 1 NTS CJ= 901.96-1.96
WP/3008 549 536 2 NTW CQ= -120-3.463.46
WP/3009 547 532 1 NTS CJ= 901.96-1.96
WP/3009 562 571 3 NTW CQ= -600-11.5211.52
WP/30010 545 558 1 NTS S6+1 1202.89-2.89
WP/30011 554 543 3 NTW SQ-3 3006.59-6.59
WP/30012 550 541 1 NTS CJ-1 -50-1.621.62
WP/30012 565 573 1 NTS S6= 901.96-1.96
WP/30013 546 539 2 NTS CJ-2 -100-3.043.04
WP/30013 568 569 1 NTS CJ= 901.96-1.96
WP/30014 542 537 1 NTS CJ= 901.96-1.96
WP/30014 575 566 1 NTS CJ= 901.96-1.96
WP/30015 538 535 3 CW H9-1 1002.02-2.02
WP/30015 567 574 3 HN SK-2 -100-3.043.04
WP/4031 577 578 2 NTS S6-1 -50-1.621.62
WP/4036 579 584 2 HN D4-1 -50-1.621.62
WP/4037 580 585 2 NTS C2-3 -150-4.254.25
WP/4039 582 586 3 HN C3-2 -100-3.043.04
ZP/1161 594 587 2 SW H2-1 1002.02-2.02
ZP/1164 592 588 1 NTS CJ-1 -50-1.621.62
ZP/1166 593 591 2 HN C4-2 -100-3.043.04
ZP/1167 590 589 2 SW CQ+1 -140-4.054.05
ZP/3591 602 595 2 DE HA-2 2004.46-4.46
ZP/3597 598 597 2 NTS C2-3 -150-4.254.25
ZP/3596 601 599 2 HN C4-2 -100-3.043.04
ZP/3594 600 596 2 DS H4-1 -50-1.621.62
ZP/4331 616 603 2 C xW SQ-1 2004.46-4.46
ZP/4336 612 610 1 NTS CJ+3 1804.25-4.25
ZP/4337 614 607 1 NTS CJ= 901.96-1.96
ZP/4338 605 611 3 HN C3-1 -50-1.621.62
ZP/4339 604 615 1 NTS CJ+1 1202.89-2.89
ZP/4521 617 627 2 DS S6-1 -50-1.621.62
ZP/4522 626 635 1 NTS C8= 901.96-1.96
ZP/4523 625 633 2 HN SA+1 1403.27-3.27
ZP/4524 624 631 2 D xE HA-2 50010.01-10.01
ZP/4525 623 629 2 HN D8-1 -50-1.621.62
ZP/4526 622 636 2 HN SK-3 -150-4.254.25
ZP/4527 634 621 2 CW D9= -90-2.692.69
ZP/4528 632 620 3 HN SA-3 -150-4.254.25
ZP/4529 630 619 1 NTS C8+2 1503.32-3.32