Turniej KMP na impy

Poniedziałek, 23 października 2023

Wyniki z 41 ośrodków

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

pobierz rozkłady turnieju
    S 84
H K3
D AKJ8
C Q7642
   
  S Q10952
H 92
D 93
C J1093
E/NS S A
H AJ1084
D Q10762
C 85
 
    S KJ763
H Q765
D 54
C AK
   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N99779  E44553
S89779  W44553
Minimax: 3 NT N, 600
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień
kontraktliczba
wystąpień
% NS% EW
140015 H x E -6115.22-15.22
110043 D x E -5113.54-13.54
4 D x E -51
4 H x E -52
100013 NT xx N =112.62-12.62
95013 NT x N +1112.03-12.03
80052 D x E -4110.73-10.73
4 D x E -41
3 H x E -43
75033 NT x N =310.11-10.11
73013 S x S =19.97-9.97
67023 C x N =29.14-9.14
63053 NT N +148.56-8.56
3 NT S +11
600513 NT N =498.16-8.16
3 NT S =2
50082 D x E -336.72-6.72
3 D x E -31
3 D x W -31
2 H x E -31
3 H x E -32
30022 H x E -213.58-3.58
4 H x E -21
20023 D E -411.67-1.67
3 H E -41
18021 NT N +311.37-1.37
2 NT N +21
150232 D E -320.57-0.57
3 D E -33
2 H E -36
3 H E -33
3 H W -31
1 NT N +23
2 NT N +15
14072 S S +150.52-0.52
3 S N =1
3 S S =1
13043 C N +140.34-0.34
12061 NT N +120.19-0.19
2 NT N =4
110313 C N =6-0.200.20
2 H S =1
2 S S =24
100112 D E -22-0.480.48
2 H E -27
3 H E -21
3 H W -21
9021 NT N =2-0.690.69
5042 D E -11-1.451.45
2 H E -12
3 NT E -11
-100583 C N -13-4.124.12
2 S S -12
3 S S -14
4 S S -12
2 NT N -14
3 NT N -135
3 NT S -17
6 NT N -11
-200413 C N -21-6.116.11
4 C x N -12
5 C x N -11
5 C N -21
3 S S -21
4 S x S -11
4 S S -29
3 NT x N -13
3 NT N -29
3 NT S -213
-30074 C N -31-7.937.93
4 S S -31
3 NT S -34
4 NT N -31
-500154 C x N -21-10.7210.72
5 C x N -21
3 S x S -21
4 S x S -29
3 NT x N -22
4 NT x N -21
-80024 S x S -32-13.4613.46
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1362 7 5 3 NTS HJ-1 -100-4.124.12
DS/1363 1 2 2 SS H2= 110-0.200.20
DS/1364 10 4 2 HE CK-3 1500.57-0.57
DS/1365 6 9 3 NTS CJ= 6008.16-8.16
DS/1366 8 3 1 NTN HJ+1 1200.19-0.19
DS/1589 18 17 3 NTN HJ= 6008.16-8.16
DS/1588 20 14 4 H xE CK-2 3003.58-3.58
DS/1586 22 16 2 NTN HJ+2 1801.37-1.37
DS/1584 19 11 2 DE CA-1 50-1.451.45
DS/1581 15 12 4 C xN D9-1 -200-6.116.11
DS/15810 13 21 3 NTS H9-3 -300-7.937.93
DS/3801 39 37 3 NTN HJ-2 -200-6.116.11
DS/3802 29 28 4 S xS H2-2 -500-10.7210.72
DS/3803 33 40 3 NT xN HJ+1 95012.03-12.03
DS/3804 41 36 2 SS D3= 110-0.200.20
DS/3805 42 34 3 NTN HJ-2 -200-6.116.11
DS/3806 25 43 2 DE CK-2 100-0.480.48
DS/3807 30 23 2 NTN D7= 1200.19-0.19
DS/3808 26 32 3 NTN D6-1 -100-4.124.12
DS/3809 44 31 4 S xS CJ-1 -200-6.116.11
DS/38014 27 24 3 NTN HA= 6008.16-8.16
DS/3971 47 50 4 C xN D6-1 -200-6.116.11
DS/3973 48 46 3 NTN D4-1 -100-4.124.12
DS/3974 45 51 3 NTE D6-1 50-1.451.45
DS/3975 52 49 2 HS CA= 110-0.200.20
KP/1259 60 59 3 NTN H10+1 6308.56-8.56
KP/12510 55 63 3 NTN HJ-1 -100-4.124.12
KP/1251 57 54 3 NTN HA-2 -200-6.116.11
KP/1258 62 56 3 SS H2-2 -200-6.116.11
KP/1254 61 53 4 S xS H2-2 -500-10.7210.72
KP/2959 65 92 3 CN SA= 110-0.200.20
KP/2958 66 94 1 NTN D6+2 1500.57-0.57
KP/2957 67 91 4 C xN SA-2 -500-10.7210.72
KP/2956 68 93 3 NTN HJ-1 -100-4.124.12
KP/29510 69 90 3 NTN D6= 6008.16-8.16
KP/2959 85 77 2 DE CA-2 100-0.480.48
KP/2958 86 79 3 CN D6+1 1300.34-0.34
KP/2957 87 76 3 HW DK-3 1500.57-0.57
KP/2956 88 78 3 NTN HJ= 6008.16-8.16
KP/29510 89 75 3 CN SA-2 -200-6.116.11
KP/2959 80 72 2 SS H2-1 -100-4.124.12
KP/2958 81 74 2 SS H2= 110-0.200.20
KP/2957 95 71 2 HE CK-2 100-0.480.48
KP/2956 83 73 3 NTN HJ= 6008.16-8.16
KP/29510 84 70 2 NTN D6= 1200.19-0.19
KP/2957 82 96 3 CN C5= 110-0.200.20
KP/3536 108 102 3 NTN HJ-2 -200-6.116.11
KP/3535 98 107 3 NTN D2-1 -100-4.124.12
KP/3534 106 103 2 SS H9= 110-0.200.20
KP/3533 100 104 2 D xE CK-3 5006.72-6.72
KP/3532 97 105 3 NTN HJ-1 -100-4.124.12
KP/3531 101 99 4 CN C5-3 -300-7.937.93
KP/509 130 117 4 SS D3-3 -300-7.937.93
KP/508 112 118 3 NTN HJ= 6008.16-8.16
KP/507 116 109 3 C xN D6= 6709.14-9.14
KP/506 111 129 3 NTN D6-1 -100-4.124.12
KP/505 128 120 2 NTN HJ+1 1500.57-0.57
KP/504 127 122 3 NTN D6-1 -100-4.124.12
KP/503 119 126 3 HE CK-3 1500.57-0.57
KP/502 115 114 3 D xE CK-3 5006.72-6.72
KP/501 125 123 3 NTN H8= 6008.16-8.16
KP/5015 121 124 3 NTS H9-2 -200-6.116.11
KP/5014 113 110 3 NTN HJ= 6008.16-8.16
LB/2651 140 131 3 HE CA-3 1500.57-0.57
LB/2652 141 135 3 NTN D6-2 -200-6.116.11
LB/2653 139 142 3 CN SA+1 1300.34-0.34
LB/2654 136 138 3 HW DK-2 100-0.480.48
LB/2655 134 133 3 NTN H10= 6008.16-8.16
LB/2656 137 132 5 H xE CA-6 140015.22-15.22
LB/3891 150 149 4 D xE CA-4 80010.73-10.73
LB/3892 156 146 3 CN D6= 110-0.200.20
LB/3894 145 147 3 HE CA-2 100-0.480.48
LB/3895 155 143 3 NTS H9-2 -200-6.116.11
LB/3896 157 153 3 NTS H2-3 -300-7.937.93
LB/3897 144 152 3 NTN HJ= 6008.16-8.16
LB/3898 148 154 3 CN D7-1 -100-4.124.12
LB/4291 163 160 3 NTN H8= 6008.16-8.16
LB/4294 167 159 4 SS H9-2 -200-6.116.11
LB/4296 170 164 1 NTN HA+3 1801.37-1.37
LB/4298 168 162 4 S xS D3-2 -500-10.7210.72
LB/4299 166 165 3 NTN HJ-1 -100-4.124.12
LD/1191 173 176 3 NTN HJ-2 -200-6.116.11
LD/1192 174 172 3 NTS H2-2 -200-6.116.11
LD/1194 178 175 2 SS H9= 110-0.200.20
LD/2571 189 183 3 NTN D6= 6008.16-8.16
LD/2572 186 182 4 S xS H2-2 -500-10.7210.72
LD/2573 180 190 3 C xN SA= 6709.14-9.14
LD/2574 187 185 2 SS H6+1 1400.52-0.52
LD/2575 181 191 4 S xS H2-2 -500-10.7210.72
LD/2579 188 179 3 NTS H2-1 -100-4.124.12
LD/481 197 194 3 NTN H8+1 6308.56-8.56
LD/484 201 193 4 S xS H2-2 -500-10.7210.72
LD/486 204 198 4 H xE CA-5 110013.54-13.54
LD/488 202 196 3 NTS H2-2 -200-6.116.11
LD/489 200 199 3 NTN H10-1 -100-4.124.12
LD/4810 195 203 2 NTN H10+1 1500.57-0.57
LU/961 207 210 3 HxE CK-3 5006.72-6.72
LU/962 208 206 2 SS H9= 110-0.200.20
LU/963 205 211 3 SxS H2= 7309.97-9.97
MA/1261 223 224 2 SS H2= 110-0.200.20
MA/1262 221 220 3 NTN HJ= 6008.16-8.16
MA/1263 219 216 3 DE CK-3 1500.57-0.57
MA/1264 217 236 3 S xS H2-2 -500-10.7210.72
MA/1265 215 232 4 H xE CA-5 110013.54-13.54
MA/1265 233 226 3 NTN HJ= 6008.16-8.16
MA/1266 213 228 2 SS H2= 110-0.200.20
MA/1266 231 222 3 NTN HJ= 6008.16-8.16
MA/1267 218 229 3 DE CA-3 1500.57-0.57
MA/1268 214 227 2 HE CA-1 50-1.451.45
MA/1269 234 225 3 NTN D6= 6008.16-8.16
MA/2622 251 250 3 NTN D7= 6008.16-8.16
MA/2622 275 274 2 SS H2= 110-0.200.20
MA/2623 249 246 3 NTS D3-1 -100-4.124.12
MA/2623 273 270 3 NTN D6= 6008.16-8.16
MA/2624 247 242 5 CN D6-2 -200-6.116.11
MA/2624 271 286 2 SS H2= 110-0.200.20
MA/2625 245 238 1 NTN HJ= 90-0.690.69
MA/2625 269 282 2 HE CA-2 100-0.480.48
MA/2626 243 266 4 D xE CA-5 110013.54-13.54
MA/2626 267 278 2 SS H2-1 -100-4.124.12
MA/2626 285 276 3 DE CA-3 1500.57-0.57
MA/2627 289 262 2 HE CA-2 100-0.480.48
MA/2627 287 256 3 NTN D7= 6008.16-8.16
MA/2627 283 272 4 SS H2-1 -100-4.124.12
MA/2628 239 258 3 NTS H9-2 -200-6.116.11
MA/2628 265 252 3 NTN HJ-1 -100-4.124.12
MA/2628 268 281 3 NTN HJ-1 -100-4.124.12
MA/2629 237 254 2 SS H2= 110-0.200.20
MA/2629 263 248 3 NTN HA= 6008.16-8.16
MA/2629 284 279 3 NTN D7= 6008.16-8.16
MA/26210 261 244 3 NTS H9-2 -200-6.116.11
MA/26211 240 259 3 NTS H9-2 -200-6.116.11
MA/26212 288 257 3 NTN H8= 6008.16-8.16
MA/26213 264 255 5 C xN SA-1 -200-6.116.11
MA/26214 260 253 3 NTN D6-1 -100-4.124.12
MA/26210 280 277 2 NTN CJ-1 -100-4.124.12
MA/3211 300 291 3 NT xN SA-2 -500-10.7210.72
MA/3212 301 295 3 NTN HJ= 6008.16-8.16
MA/3213 299 302 3 NTN H8-1 -100-4.124.12
MA/3214 296 298 3 NTN HJ-1 -100-4.124.12
MA/3215 294 293 3 NTN H8-1 -100-4.124.12
MA/3216 297 292 3 NT xN HJ= 75010.11-10.11
MA/463 308 305 3 CN C5= 110-0.200.20
MA/463 304 306 2 SS H2= 110-0.200.20
MA/463 303 307 3 NTN H8-1 -100-4.124.12
MA/4751 319 313 2 NTN SA+1 1500.57-0.57
MA/4752 316 312 2 SS H2= 110-0.200.20
MA/4753 310 320 1 NTN D6+1 1200.19-0.19
MA/4754 317 315 3 NT xN D6-2 -500-10.7210.72
MA/4755 311 321 3 SS H3-1 -100-4.124.12
MA/4756 322 314 4 SS H2-2 -200-6.116.11
MA/652 329 327 2 SS H2= 110-0.200.20
MA/653 323 324 3 CN C8-1 -100-4.124.12
MA/654 332 326 2 HE CK-3 1500.57-0.57
MA/655 328 331 3 NTN D7= 6008.16-8.16
MA/656 330 325 3 NTS H9-3 -300-7.937.93
MP/401 349 350 3 SS H2-1 -100-4.124.12
MP/402 351 348 4 S xS H2-2 -500-10.7210.72
MP/403 352 346 3 SS H2= 1400.52-0.52
MP/404 334 338 2 SS H2= 110-0.200.20
MP/405 341 343 2 HE CK-3 1500.57-0.57
MP/406 344 342 3 NTN HJ= 6008.16-8.16
MP/407 337 339 2 NTN HJ+1 1500.57-0.57
MP/408 340 336 3 NTN H8= 6008.16-8.16
MP/4014 347 335 3 NTS H9-2 -200-6.116.11
OP/2732 359 357 3 HE CA-4 2001.67-1.67
OP/2733 353 354 4 SS H9-2 -200-6.116.11
OP/2734 362 356 3 NTS H4= 6008.16-8.16
OP/2735 358 361 3 NTS H9-2 -200-6.116.11
OP/2736 360 355 3 CN SA= 110-0.200.20
OP/4011 367 364 2 D xE CA-3 5006.72-6.72
OP/4019 370 369 2 HE CK-3 1500.57-0.57
OP/4016 374 368 3 D xE CA-5 110013.54-13.54
OP/4014 371 363 2 SS H2+1 1400.52-0.52
OP/40110 365 373 2 HE CA-3 1500.57-0.57
OP/4018 372 366 2 HE CA-2 100-0.480.48
PD/3691 382 381 3 NT xN SA= 75010.11-10.11
PD/3692 388 378 4 SS H9-2 -200-6.116.11
PD/3694 377 379 3 NTN D6-1 -100-4.124.12
PD/3695 387 375 3 NTN HJ= 6008.16-8.16
PD/3696 389 385 2 H xE CK-2 3003.58-3.58
PD/3697 376 384 2 NTN D6-1 -100-4.124.12
PD/3698 380 386 4 SS H9-2 -200-6.116.11
PK/1182 392 394 3 NTN H8= 6008.16-8.16
PK/1183 396 393 3 NTN D6-1 -100-4.124.12
PK/1185 399 398 3 NTN HJ= 6008.16-8.16
PK/1186 397 391 4 SS H9-2 -200-6.116.11
PM/1021 405 417 3 NTN D6-1 -100-4.124.12
PM/1022 415 418 2 SS H2= 110-0.200.20
PM/1023 408 419 3 NTN D5= 6008.16-8.16
PM/1024 413 401 3 NTN D6= 6008.16-8.16
PM/1025 412 411 3 NTN D6-1 -100-4.124.12
PM/1026 414 407 3 NTN HJ= 6008.16-8.16
PM/1027 402 406 2 SS H2= 110-0.200.20
PM/1028 404 410 3 NTxxN D6= 100012.62-12.62
PM/1029 420 409 3 NTN HJ-1 -100-4.124.12
PM/10210 416 403 4 SxS H2-2 -500-10.7210.72
PM/1291 428 427 3 NTS CJ-1 -100-4.124.12
PM/1292 434 424 2 SS H2= 110-0.200.20
PM/1293 423 425 2 HE CA-2 100-0.480.48
PM/1294 433 421 3 NTS CJ+1 6308.56-8.56
PM/1295 435 431 3 NTN HJ= 6008.16-8.16
PM/1296 422 430 2 SS H9+1 1400.52-0.52
PM/1297 426 432 3 NTN H3= 6008.16-8.16
PM/1298 436 429 2 SS H2= 110-0.200.20
SW/4729 446 437 3 H xE CA-4 80010.73-10.73
SW/4726 450 442 3 NTN HJ= 6008.16-8.16
SW/4724 445 443 3 H xE CA-3 5006.72-6.72
SW/4723 438 448 2 HE CA-3 1500.57-0.57
SW/4725 439 449 2 SS H9+1 1400.52-0.52
SW/4722 444 440 2 HE CK-2 100-0.480.48
SW/4721 447 441 3 NTN D6-1 -100-4.124.12
WM/1321 453 456 3 HE CK-3 1500.57-0.57
WM/1323 454 452 3 SS D9-1 -100-4.124.12
WM/1325 458 455 2 NTN D6= 1200.19-0.19
WM/3181 470 471 3 NT xN HJ-1 -200-6.116.11
WM/3182 475 463 3 SS H2-1 -100-4.124.12
WM/3183 468 476 3 NTN HJ-1 -100-4.124.12
WM/3184 466 477 3 NTN D2= 6008.16-8.16
WM/3185 478 465 3 CN HA= 110-0.200.20
WM/3186 479 459 3 NTN HJ= 6008.16-8.16
WM/3187 461 480 3 NTS H9-2 -200-6.116.11
WM/3188 460 481 3 NTS H2-2 -200-6.116.11
WM/3189 482 467 2 NTN HJ+1 1500.57-0.57
WM/31812 469 473 3 NTN HJ= 6008.16-8.16
WM/31813 472 462 3 D xW CK-3 5006.72-6.72
WM/31814 474 464 3 NTN DQ-1 -100-4.124.12
WM/3371 487 485 3 NTS H2-1 -100-4.124.12
WM/3372 494 492 3 NTN D2= 6008.16-8.16
WM/3373 490 486 2 D xE CA-3 5006.72-6.72
WM/3374 489 495 2 SS H2= 110-0.200.20
WM/3375 484 483 6 NTN HA-1 -100-4.124.12
WM/3376 496 488 1 NTN D6+2 1500.57-0.57
WM/33710 491 493 2 HE CK-1 50-1.451.45
WP/1201 507 501 3 NTN D6= 6008.16-8.16
WP/1202 504 500 3 NTN HJ= 6008.16-8.16
WP/1203 498 508 3 NTN H8-1 -100-4.124.12
WP/1204 505 503 2 NTN H8-1 -100-4.124.12
WP/1205 499 509 2 DE CA-3 1500.57-0.57
WP/1206 510 502 3 CN D6+1 1300.34-0.34
WP/1209 506 497 3 NTN H8-2 -200-6.116.11
WP/1471 515 512 1 NTN D6= 90-0.690.69
WP/1474 519 511 5 C xN C5-2 -500-10.7210.72
WP/1476 522 516 3 NTS H9-2 -200-6.116.11
WP/1478 520 514 3 CN SA+1 1300.34-0.34
WP/1479 518 517 3 NTN H8-1 -100-4.124.12
WP/14710 513 521 3 NTN HJ-1 -100-4.124.12
WP/2931 525 528 3 NTN HJ-1 -100-4.124.12
WP/2933 526 524 4 SS H2-2 -200-6.116.11
WP/2934 523 529 4 S xS H2-2 -500-10.7210.72
WP/3001 547 548 1 NTN HJ+2 1500.57-0.57
WP/3002 545 544 3 NTN D6-2 -200-6.116.11
WP/3002 563 566 3 NTS D3-3 -300-7.937.93
WP/3003 543 540 3 NT xN HJ-1 -200-6.116.11
WP/3004 541 536 2 SS H2= 110-0.200.20
WP/3004 574 564 3 NTS H9-1 -100-4.124.12
WP/3005 539 532 2 SS H2= 110-0.200.20
WP/3005 573 562 3 NTN D7-1 -100-4.124.12
WP/3006 537 558 3 NT xN D6-1 -200-6.116.11
WP/3006 571 565 3 NTN HJ-2 -200-6.116.11
WP/3007 535 554 4 NT xN HJ-2 -500-10.7210.72
WP/3007 572 567 4 SS D3-2 -200-6.116.11
WP/3008 533 550 3 NTN HJ= 6008.16-8.16
WP/3008 568 570 3 NTN D6+1 6308.56-8.56
WP/3009 531 546 3 NTN D7= 6008.16-8.16
WP/3009 561 569 2 D xE CK-4 80010.73-10.73
WP/30010 559 542 2 SS H2+1 1400.52-0.52
WP/30011 538 557 2 SS H2= 110-0.200.20
WP/30012 534 555 3 NTS H9-2 -200-6.116.11
WP/30013 560 553 3 H xE CK-4 80010.73-10.73
WP/30014 556 551 4 S xS H2-3 -800-13.4613.46
WP/30015 552 549 3 NTN HJ-1 -100-4.124.12
WP/4032 578 580 2 NTN HA-1 -100-4.124.12
WP/4033 582 579 2 NTN H8= 1200.19-0.19
WP/4035 585 584 3 NTN HA-1 -100-4.124.12
WP/4036 583 577 3 NTN HJ= 6008.16-8.16
ZP/1161 589 592 3 NTN D6= 6008.16-8.16
ZP/1163 590 588 4 S xS H2-3 -800-13.4613.46
ZP/1164 587 593 3 NTN D6= 6008.16-8.16
ZP/1165 594 591 3 NTN D6-1 -100-4.124.12
ZP/3595 602 599 2 H xE CA-3 5006.72-6.72
ZP/3594 595 601 3 SN H9= 1400.52-0.52
ZP/3593 598 596 2 SS CJ= 110-0.200.20
ZP/3591 597 600 2 DE CK-3 1500.57-0.57
ZP/4331 607 605 3 NTN H4= 6008.16-8.16
ZP/4332 614 612 4 SS H2-1 -100-4.124.12
ZP/4333 610 606 3 NTS H2-1 -100-4.124.12
ZP/4334 609 615 4 NTN D6-3 -300-7.937.93
ZP/4335 604 603 3 NTN D2-1 -100-4.124.12
ZP/4336 616 608 3 NTN D6-1 -100-4.124.12
ZP/4521 622 632 3 NTN HJ+1 6308.56-8.56
ZP/4522 621 630 3 NTN HJ= 6008.16-8.16
ZP/4523 620 628 4 SS H2-2 -200-6.116.11
ZP/4524 619 636 3 NT xN SA= 75010.11-10.11
ZP/4525 618 634 2 HE CK-2 100-0.480.48
ZP/4526 617 631 3 NTN D6= 6008.16-8.16
ZP/4527 629 626 3 H xE CA-4 80010.73-10.73
ZP/4528 627 625 3 CN HA-1 -100-4.124.12
ZP/4529 635 624 3 DE CK-4 2001.67-1.67