Turniej KMP na impy

Poniedziałek, 23 stycznia 2023

Wyniki z 39 ośrodków

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

pobierz rozkłady turnieju
    S 62
H J85
D A108
C KQ1054		    
  S 108
H K10943
D Q52
C 763		 E/EW S AK9
H A76
D K73
C AJ98		  
    S QJ7543
H Q2
D J964
C 2		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N37364  E961079
S37364  W961079
Minimax: 4 S x S, -500
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
50034 H x W -2112.23-12.23
5 H x E -21
6 NT E -51
40013 D W -4111.01-11.01
30081 S E -3110.05-10.05
3 NT E -37
200133 D W -218.56-8.56
4 H x E -11
4 H W -22
2 NT E -22
3 NT E -27
14022 S S +127.51-7.51
11092 S N =16.83-6.83
2 S S =8
100342 C E -116.83-6.83
4 H E -18
4 H W -110
4 S W -11
2 NT E -11
3 NT E -113
-50152 D S -114.37-4.37
2 S N -11
2 S S -17
3 S S -16
-9011 NT E =13.72-3.72
-100132 S S -233.59-3.59
3 S x N -11
3 S x S -14
3 S S -25
-12021 NT E +113.14-3.14
2 NT E =1
-140132 H E +152.60-2.60
2 H W +11
3 H E =1
3 H W =6
-15073 D S -322.56-2.56
2 NT E +15
-170252 H E +2132.15-2.15
2 H W +22
3 H E +14
3 H W +16
-18022 NT E +221.89-1.89
-20024 D S -411.47-1.47
2 NT N -41
-30093 D x S -21-0.470.47
2 S x S -21
4 S x N -21
4 S x S -25
3 NT N -61
-50083 S x S -32-4.264.26
4 S x S -36
-600483 NT E =47-6.056.05
3 NT W =1
-620394 H E =22-6.496.49
4 H W =17
-630183 NT E +118-6.536.53
-65024 H W +12-7.217.21
-66033 NT E +23-7.217.21
-75023 NT x E =1-8.608.60
3 NT x W =1
-80023 C x N -42-9.509.50
-95013 NT x E +11-11.1911.19
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1364 12 2 3 NTE S5-1 1006.83-6.83
DS/1367 4 3 4 HE C2-1 1006.83-6.83
DS/1368 14 8 3 NTE S5-1 1006.83-6.83
DS/1362 1 11 3 SS C6-1 -504.37-4.37
DS/1363 7 5 3 SS DQ-2 -1003.59-3.59
DS/1366 9 13 4 HE C2= -620-6.496.49
DS/1365 10 6 3 NTE S5+1 -630-6.536.53
DS/2694 23 21 3 HW S6= -1402.60-2.60
DS/2695 17 18 3 NTE S5+1 -630-6.536.53
DS/2697 22 16 2 SS H4-1 -504.37-4.37
DS/2698 15 19 3 NTE C2+1 -630-6.536.53
DS/3801 31 28 4 S xS H10-3 -500-4.264.26
DS/3803 41 26 4 HW SQ= -620-6.496.49
DS/3804 33 32 3 HE C2+1 -1702.15-2.15
DS/3805 37 42 1 NTE SQ+1 -1203.14-3.14
DS/3806 43 25 3 SS H10-1 -504.37-4.37
DS/3807 44 38 2 HE C7+1 -1402.60-2.60
DS/3808 29 45 3 NTE HQ= -600-6.056.05
DS/3809 34 27 3 NTE SQ= -600-6.056.05
DS/38010 30 36 3 NTE SQ= -600-6.056.05
DS/38011 46 35 4 HE C2= -620-6.496.49
KP/1252 50 53 2 SS D2-2 -1003.59-3.59
KP/1254 51 49 2 HE S3+2 -1702.15-2.15
KP/1256 54 52 3 NTE S4= -600-6.056.05
KP/1255 48 47 4 HW CK= -620-6.496.49
KP/2896 62 60 4 HE C2= -620-6.496.49
KP/2895 56 55 4 SW S2-1 1006.83-6.83
KP/2894 59 57 3 NTE D4-3 30010.05-10.05
KP/2892 58 61 2 NTE C2-2 2008.56-8.56
KP/29511 63 77 3 NTE SQ+1 -630-6.536.53
KP/29515 64 79 4 HE C2= -620-6.496.49
KP/29514 65 81 3 HW S2= -1402.60-2.60
KP/29513 66 78 4 HE SQ-1 1006.83-6.83
KP/29512 67 80 4 HE C2-1 1006.83-6.83
KP/29511 73 86 3 NTE S4+1 -630-6.536.53
KP/29515 74 88 4 HW S2= -620-6.496.49
KP/29514 75 90 3 NTE SQ-3 30010.05-10.05
KP/29513 76 87 3 SS C7-1 -504.37-4.37
KP/29512 71 89 3 NTE S5= -600-6.056.05
KP/29511 68 82 4 HE C2-1 1006.83-6.83
KP/29515 70 83 3 NTE SQ= -600-6.056.05
KP/29514 72 84 4 HW CK-1 1006.83-6.83
KP/29513 69 85 2 S xS S10-2 -300-0.470.47
KP/3538 100 98 3 HW S6+1 -1702.15-2.15
KP/3537 104 94 3 HW CK+1 -1702.15-2.15
KP/3536 95 103 4 HE SQ= -620-6.496.49
KP/3535 91 102 3 NTE C2-2 2008.56-8.56
KP/3534 92 99 3 S xS C7-3 -500-4.264.26
KP/3533 97 96 4 HW S2= -620-6.496.49
KP/3532 101 93 3 NTE SQ= -600-6.056.05
KP/5011 122 115 2 HE C2+2 -1702.15-2.15
KP/5010 118 110 2 HE C2+2 -1702.15-2.15
KP/509 107 108 4 S xS H10-2 -300-0.470.47
KP/508 111 113 3 NTE S5= -600-6.056.05
KP/507 116 119 3 DS H3-3 -1502.56-2.56
KP/506 117 121 3 NTE HQ= -600-6.056.05
KP/505 106 112 3 NTE S5= -600-6.056.05
KP/503 105 109 3 NTE S5= -600-6.056.05
LB/2634 126 124 3 S xS H4-1 -1003.59-3.59
LB/2634 123 127 3 NTE D4= -600-6.056.05
LB/2634 128 125 3 NTE D4= -600-6.056.05
LB/2652 138 131 2 HE C2+2 -1702.15-2.15
LB/2653 139 135 2 SS H4= 1106.83-6.83
LB/2654 129 134 2 HE SQ+1 -1402.60-2.60
LB/2655 132 140 2 SN H6= 1106.83-6.83
LB/2656 130 137 4 HW S2-1 1006.83-6.83
LB/2657 133 141 3 NTE S5+2 -660-7.217.21
LB/3892 152 145 3 NTE S5= -600-6.056.05
LB/3893 153 149 2 NTE D4+2 -1801.89-1.89
LB/3894 143 148 4 HE C2= -620-6.496.49
LB/3895 146 154 3 SS H10-2 -1003.59-3.59
LB/3896 144 151 3 NTE S5+1 -630-6.536.53
LB/3897 147 155 3 NTE S3+1 -630-6.536.53
LB/3898 156 150 3 NTE D4-1 1006.83-6.83
LB/4291 166 165 3 HE C2= -1402.60-2.60
LB/4293 163 160 2 HE C2+2 -1702.15-2.15
LB/4296 157 159 4 HW S2= -620-6.496.49
LB/4298 168 164 2 SS C7-1 -504.37-4.37
LB/42910 158 162 3 NTE SQ= -600-6.056.05
LD/1192 173 171 3 NTxE S5+1 -950-11.1911.19
LD/1193 170 169 2 SS H4-1 -504.37-4.37
LD/1194 176 174 3 HW S2= -1402.60-2.60
LD/2573 186 179 4 HE C2= -620-6.496.49
LD/2574 187 183 2 SS C6-1 -504.37-4.37
LD/2575 178 188 3 NTE SQ+2 -660-7.217.21
LD/2576 184 177 2 HE C2+2 -1702.15-2.15
LD/2577 182 181 4 S xS HK-3 -500-4.264.26
LD/2578 185 180 4 H xW S2-2 50012.23-12.23
LD/481 198 197 4 HE C2= -620-6.496.49
LD/483 195 192 4 H xE SQ-1 2008.56-8.56
LD/486 189 191 3 NTE S5+2 -660-7.217.21
LD/488 200 196 2 HE C2+2 -1702.15-2.15
LD/4810 190 194 4 HW S2= -620-6.496.49
LU/961 209 207 4 HW CK-1 1006.83-6.83
LU/962 203 204 2 SS H3= 1106.83-6.83
LU/963 210 206 4 HW S2= -620-6.496.49
LU/964 208 202 3 NTE S5= -600-6.056.05
LU/965 201 205 3 NTE D4-3 30010.05-10.05
MA/2621 231 232 3 NTE S7= -600-6.056.05
MA/2621 255 256 4 HE C2= -620-6.496.49
MA/2622 229 228 3 NTE S5= -600-6.056.05
MA/2622 251 254 4 HW S2+1 -650-7.217.21
MA/2623 227 224 3 NTE D4= -600-6.056.05
MA/2623 246 242 2 NTE SQ+1 -1502.56-2.56
MA/2624 225 220 3 NT xE HQ= -750-8.608.60
MA/2624 249 252 3 NTE S5= -600-6.056.05
MA/2625 223 216 3 NTE SQ-2 2008.56-8.56
MA/2625 250 248 4 HW CK+1 -650-7.217.21
MA/2626 221 212 4 S xS H10-2 -300-0.470.47
MA/2626 245 247 2 DS S10-1 -504.37-4.37
MA/2627 219 238 3 HW S2= -1402.60-2.60
MA/2627 253 244 2 SS S10= 1106.83-6.83
MA/2628 217 234 2 SS S8= 1106.83-6.83
MA/2628 241 243 3 DW S6-4 40011.01-11.01
MA/2629 215 230 3 NTE SQ= -600-6.056.05
MA/26210 213 226 3 SS H4-1 -504.37-4.37
MA/26211 222 211 3 C xN SA-4 -800-9.509.50
MA/26212 218 239 3 SS S10-2 -1003.59-3.59
MA/26213 214 237 3 NTE S4-2 2008.56-8.56
MA/26214 240 235 3 NTE C2-1 1006.83-6.83
MA/26215 236 233 3 NTE D4= -600-6.056.05
MA/3213 261 257 3 NTE D4= -600-6.056.05
MA/3214 266 272 4 HE C2-1 1006.83-6.83
MA/3215 258 264 3 NTE HQ-1 1006.83-6.83
MA/3216 273 269 2 HE C2+1 -1402.60-2.60
MA/3217 268 271 4 HE C2= -620-6.496.49
MA/3218 263 265 3 NTE SQ-3 30010.05-10.05
MA/3219 259 260 3 NTE SQ+1 -630-6.536.53
MA/32110 262 270 2 NTE S5+1 -1502.56-2.56
MA/3841 289 290 4 HE C2= -620-6.496.49
MA/3842 287 286 3 HW S2= -1402.60-2.60
MA/3843 285 282 3 NTE SJ= -600-6.056.05
MA/3844 283 278 3 NTE HQ= -600-6.056.05
MA/3845 281 294 3 NTE SQ-2 2008.56-8.56
MA/3846 279 288 4 HE C2= -620-6.496.49
MA/3847 284 277 2 NTN C8-4 -2001.47-1.47
MA/3848 280 275 3 NTE S3-2 2008.56-8.56
MA/3849 276 293 3 NTE S5= -600-6.056.05
MA/652 304 297 4 HW S2= -620-6.496.49
MA/653 305 301 3 NTE C2-1 1006.83-6.83
MA/654 295 300 4 HW S2-2 2008.56-8.56
MA/655 298 306 4 HE C2= -620-6.496.49
MA/656 296 303 2 SN SA-1 -504.37-4.37
MA/657 299 307 4 S xS C6-3 -500-4.264.26
MA/658 308 302 4 HW CK= -620-6.496.49
MP/401 318 317 4 DS C7-4 -2001.47-1.47
MP/402 313 319 3 NTE SQ= -600-6.056.05
MP/403 315 312 3 NTE S5= -600-6.056.05
MP/406 309 311 4 S xN SA-2 -300-0.470.47
MP/408 320 316 4 S xS H4-2 -300-0.470.47
MP/4010 310 314 1 NTE SQ= -903.72-3.72
OP/2734 321 325 4 S xS H4-3 -500-4.264.26
OP/2734 326 323 4 S xS D5-3 -500-4.264.26
OP/2734 324 322 4 HW CK-1 1006.83-6.83
OP/4012 327 337 2 HW S2+1 -1402.60-2.60
OP/4013 333 331 3 NTN SA-6 -300-0.470.47
OP/4014 338 328 3 NTE SQ-1 1006.83-6.83
OP/4015 336 332 3 SS C6-2 -1003.59-3.59
OP/4016 335 339 2 SS C6-1 -504.37-4.37
OP/4017 330 329 3 SS C6-2 -1003.59-3.59
OP/4018 340 334 3 NTE SQ= -600-6.056.05
PD/3693 350 349 4 HW S6= -620-6.496.49
PD/3694 341 346 2 HW S2+2 -1702.15-2.15
PD/3696 345 347 2 NTE S3+1 -1502.56-2.56
PD/3697 355 343 3 NTE D4= -600-6.056.05
PD/3698 342 353 3 S xS D5-3 -500-4.264.26
PD/3699 344 352 3 NTE S4+1 -630-6.536.53
PD/36910 348 354 4 HW S6-1 1006.83-6.83
PD/36911 356 351 2 SS H9= 1106.83-6.83
PK/1181 365 366 3 S xS C6-1 -1003.59-3.59
PK/1182 361 364 4 HE C2= -620-6.496.49
PK/1183 368 363 4 HW CK= -620-6.496.49
PK/1186 358 367 3 NTE C2+1 -630-6.536.53
PK/1188 357 360 3 NTE D4-1 1006.83-6.83
PK/11810 362 359 3 SS H10-1 -504.37-4.37
PM/1021 385 375 3 SxS H3-1 -1003.59-3.59
PM/1022 383 386 3 NTE HQ-1 1006.83-6.83
PM/1023 370 387 4 HE C2= -620-6.496.49
PM/1024 376 388 4 HE S2-1 1006.83-6.83
PM/1025 378 381 2 SS HT-1 -504.37-4.37
PM/1026 389 377 2 NTE S5+1 -1502.56-2.56
PM/1027 390 382 3 NTW CK= -600-6.056.05
PM/1028 391 371 4 HW S2-1 1006.83-6.83
PM/1029 373 374 3 HE C2+1 -1702.15-2.15
PM/10210 372 380 4 HW S2= -620-6.496.49
PM/10211 392 379 2 HE SQ+2 -1702.15-2.15
PM/1291 408 397 2 NTE D4-2 2008.56-8.56
PM/1292 399 409 3 NTE D4-3 30010.05-10.05
PM/1293 394 410 4 HW CK= -620-6.496.49
PM/1295 407 395 5 HxE S2-2 50012.23-12.23
PM/1296 406 405 3 NTE SQ+1 -630-6.536.53
PM/1297 393 401 3 DS S8-3 -1502.56-2.56
PM/1298 396 400 3 NTE SQ= -600-6.056.05
PM/1299 398 404 2 HE SQ+2 -1702.15-2.15
PM/12910 412 403 2 SS H4= 1106.83-6.83
SL/4654 417 415 4 S xS HK-2 -300-0.470.47
SL/4655 414 413 4 HE C2= -620-6.496.49
SL/4652 416 419 3 NT xW CK= -750-8.608.60
WM/1322 424 427 4 HW S2= -620-6.496.49
WM/1324 425 423 2 HE C3+1 -1402.60-2.60
WM/1325 422 421 3 HE C2+1 -1702.15-2.15
WM/1326 428 426 3 NTE C2-2 2008.56-8.56
WM/3371 429 439 3 NTE SQ-1 1006.83-6.83
WM/3372 435 433 3 HW S2+1 -1702.15-2.15
WM/3373 440 430 3 NTE SQ= -600-6.056.05
WM/3374 438 434 3 NTE S5+1 -630-6.536.53
WM/3376 432 431 3 NTE C2= -600-6.056.05
WM/3377 442 436 3 SxN SA-1 -1003.59-3.59
WM/4591 453 464 2 NTE HQ-1 1006.83-6.83
WM/4592 459 452 6 NTE D6-5 50012.23-12.23
WM/4593 455 462 3 NTE S4= -600-6.056.05
WM/4594 457 461 4 HE C2= -620-6.496.49
WM/4595 456 460 3 NTE SQ= -600-6.056.05
WM/4596 450 449 4 HW CK-1 1006.83-6.83
WM/4597 454 458 4 HE C2= -620-6.496.49
WM/4598 446 451 3 NTE DJ= -600-6.056.05
WM/4599 445 448 3 NTE D9= -600-6.056.05
WM/45910 447 444 2 SS H10-1 -504.37-4.37
WM/45911 443 463 4 HE C2= -620-6.496.49
WP/1204 473 471 2 HE C2+1 -1402.60-2.60
WP/1205 467 468 4 HE C2-1 1006.83-6.83
WP/1206 474 470 3 NTE S5+1 -630-6.536.53
WP/1207 472 466 2 SS D2= 1106.83-6.83
WP/1208 465 469 2 SS H10= 1106.83-6.83
WP/1474 483 481 2 HW CK+2 -1702.15-2.15
WP/1476 484 480 4 HE SQ-1 1006.83-6.83
WP/1477 482 476 3 NTE SQ+1 -630-6.536.53
WP/1478 475 479 3 NTE SQ= -600-6.056.05
WP/2934 495 491 2 NTE SQ= -1203.14-3.14
WP/2935 486 496 3 NTE SQ-3 30010.05-10.05
WP/2936 492 485 4 S xS H10-3 -500-4.264.26
WP/2937 490 489 3 NTE S4= -600-6.056.05
WP/2938 493 488 3 NTE SQ= -600-6.056.05
WP/4391 537 538 3 HE C6+1 -1702.15-2.15
WP/4392 515 513 4 HW S2-2 2008.56-8.56
WP/4392 535 520 2 HE C2+2 -1702.15-2.15
WP/4393 506 514 3 NTE SQ-1 1006.83-6.83
WP/4393 533 539 3 NTE HQ-1 1006.83-6.83
WP/4394 504 512 3 NTE SQ= -600-6.056.05
WP/4394 531 518 2 SS H4-2 -1003.59-3.59
WP/4395 507 510 3 NTE SQ-2 2008.56-8.56
WP/4395 527 530 3 NTE S5= -600-6.056.05
WP/4396 502 500 4 HE C2= -620-6.496.49
WP/4396 524 528 2 HE C2+2 -1702.15-2.15
WP/4397 511 508 4 HW S6= -620-6.496.49
WP/4397 541 526 3 NTE S5= -600-6.056.05
WP/4398 498 503 3 NTE D4= -600-6.056.05
WP/4398 523 534 3 HW S2+1 -1702.15-2.15
WP/4399 516 505 2 SS H4-2 -1003.59-3.59
WP/4399 522 525 3 SS H10-1 -504.37-4.37
WP/43910 509 499 3 DW S2-2 2008.56-8.56
WP/43910 519 521 3 NTE S3+1 -630-6.536.53
WP/43911 497 501 4 HE S2= -620-6.496.49
WP/43911 517 529 3 NTE SQ+1 -630-6.536.53
WP/43914 536 542 3 D xS H10-2 -300-0.470.47
WP/43915 532 540 4 HW S6= -620-6.496.49
ZP/1161 552 551 3 NTE SQ-3 30010.05-10.05
ZP/1162 547 553 3 HW S2+1 -1702.15-2.15
ZP/1163 549 546 2 NTE S5+2 -1801.89-1.89
ZP/1166 543 545 4 HW S2= -620-6.496.49
ZP/1168 554 550 2 HE SQ+2 -1702.15-2.15
ZP/11610 544 548 3 NTE SQ= -600-6.056.05
ZP/3596 562 560 4 HW S2-1 1006.83-6.83
ZP/3595 556 555 1 SE C2-3 30010.05-10.05
ZP/3594 559 557 4 HW S6-1 1006.83-6.83
ZP/3592 558 561 3 C xN SA-4 -800-9.509.50
ZP/4333 567 563 2 SS C6+1 1407.51-7.51
ZP/4334 572 578 2 CE SQ-1 1006.83-6.83
ZP/4335 564 570 3 HW CK= -1402.60-2.60
ZP/4336 579 575 4 S xS HK-2 -300-0.470.47
ZP/4337 574 577 3 S xS DQ-1 -1003.59-3.59
ZP/4338 569 571 2 HE C2+2 -1702.15-2.15
ZP/4339 565 566 3 NTE SQ+1 -630-6.536.53
ZP/43310 568 576 3 NTE S5+1 -630-6.536.53
ZP/43311 580 573 2 NTE S5+1 -1502.56-2.56
ZP/4522 590 583 4 HW S2-1 1006.83-6.83
ZP/4523 591 587 4 HE SQ= -620-6.496.49
ZP/4524 581 586 3 HW S4+1 -1702.15-2.15
ZP/4525 584 592 3 NTE D4-1 1006.83-6.83
ZP/4526 582 589 3 NTE S5= -600-6.056.05
ZP/4527 585 593 2 SS C6+1 1407.51-7.51
ZP/4528 594 588 3 NTE S5= -600-6.056.05