Turniej na impy (cav.)

Czwartek, 26 lutego 2026

Wyniki z 28 ośrodków

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pobierz rozkłady turnieju
    S 92
H J64
D 76542
C AQ3		    
  S Q753
H A8
D 983
C J987		 S/Obie S J1064
H Q73
D QJ10
C 542		  
    S AK8
H K10952
D AK
C K106		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N119121110  E24123
S119121110  W24123
Minimax: 6 H S, 1430
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
166016 H x S =114.04-14.04
143056 H S =512.80-12.80
69083 NT N +321.32-1.32
3 NT S +36
680764 H S +2701.27-1.27
5 H S +16
660233 NT N +230.43-0.43
3 NT S +220
650144 H N +110.38-0.38
4 H S +112
5 H S =1
63073 NT N +13-0.490.49
3 NT S +13
4 NT N =1
60033 NT S =3-0.890.89
24021 NT S +52-8.398.39
23071 H S +54-8.578.57
2 H S +42
3 H S +31
21021 NT S +42-8.788.78
20031 H S +41-8.828.82
2 H S +31
3 H S +21
18011 NT S +31-9.479.47
17011 H S +31-9.509.50
15023 D N +21-9.829.82
1 NT S +21
13012 C S +21-9.979.97
-10025 H S -11-12.3212.32
6 H S -11
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/3361 3 5 4 HS D8+1 6500.38-0.38
DS/3362 1 9 4 HS HA+1 6500.38-0.38
DS/3363 4 8 4 HS D9+1 6500.38-0.38
DS/3367 10 7 4 HS D9+2 6801.27-1.27
DS/3368 11 2 4 HS S3+2 6801.27-1.27
DS/3801 15 25 4 HS C7+2 6801.27-1.27
DS/3802 23 18 3 NTN S4+3 6901.32-1.32
DS/3803 22 29 3 HS C9+2 200-8.828.82
DS/3804 30 16 3 HS C9+3 230-8.578.57
DS/38010 14 27 4 HS D8+2 6801.27-1.27
DS/38011 28 19 4 HS D8+2 6801.27-1.27
DS/38012 13 21 5 HS C9+1 6801.27-1.27
DS/38013 26 24 3 NTS S3+3 6901.32-1.32
DS/38014 17 20 3 NTS S3+3 6901.32-1.32
DS/721 36 38 3 NTS S3+2 6600.43-0.43
DS/723 42 33 3 NTS S3+2 6600.43-0.43
DS/725 37 31 3 NTS S3+2 6600.43-0.43
DS/726 35 34 4 HS D8+2 6801.27-1.27
DS/727 40 41 4 HS S5+2 6801.27-1.27
DS/728 32 39 3 NTS C9+2 6600.43-0.43
DS/941 46 43 3 NTS S3= 600-0.890.89
DS/941 45 44 4 HS D9+1 6500.38-0.38
KP/4641 49 51 4 HS C7+2 6801.27-1.27
KP/4642 47 55 4 HS C9+2 6801.27-1.27
KP/4643 50 54 6 HS S3= 143012.80-12.80
KP/4647 56 53 3 NTN DQ+1 630-0.490.49
KP/4648 57 48 3 NTS S3+3 6901.32-1.32
KP/4649 52 58 4 HS D8+2 6801.27-1.27
KP/504 76 62 4 HS C7+2 6801.27-1.27
KP/503 65 72 1 HS D9+5 230-8.578.57
KP/502 69 70 4 HS S3+2 6801.27-1.27
KP/501 73 60 6 HS D8= 143012.80-12.80
KP/5015 63 66 3 NTS D8+1 630-0.490.49
KP/5014 64 75 4 HS C7+1 6500.38-0.38
KP/5013 68 59 4 HS C9+2 6801.27-1.27
KP/5012 61 74 3 NTS C7+1 630-0.490.49
KP/5011 67 71 4 HS S3+1 6500.38-0.38
KP/5180 77 82 4 HS +2 6801.27-1.27
KP/5180 84 78 3 NTS +2 6600.43-0.43
KP/5180 81 80 2 HS +4 230-8.578.57
LB/3851 87 89 4 HS S3+2 6801.27-1.27
LB/3852 85 93 4 HS HA+2 6801.27-1.27
LB/3853 88 92 4 HS C9+2 6801.27-1.27
LB/3858 95 86 4 HS D9+2 6801.27-1.27
LB/3859 90 96 1 NTS S3+5 240-8.398.39
LB/5261 101 100 4 HS C7+2 6801.27-1.27
LB/5265 103 99 3 NTS C7+2 6600.43-0.43
LB/5267 97 102 1 NTS HA+5 240-8.398.39
LD/4601 114 105 3 NTS HA+3 6901.32-1.32
LD/4602 107 110 3 NTS S3+2 6600.43-0.43
LD/4603 109 113 2 CS HA+2 130-9.979.97
LD/4608 108 106 3 NTN S4+2 6600.43-0.43
LD/4609 111 112 4 HS S5+2 6801.27-1.27
LD/4781 124 115 4 HS HA+2 6801.27-1.27
LD/4782 117 120 4 HS D8+2 6801.27-1.27
LD/4783 119 123 4 HS HA+2 6801.27-1.27
LD/4788 118 116 4 HS HA+2 6801.27-1.27
LD/4789 121 122 1 HS D8+5 230-8.578.57
LU/2882 134 135 4 HS D8+2 6801.27-1.27
LU/2883 128 130 4 HS D8+2 6801.27-1.27
LU/2884 132 126 3 NTS C7+2 6600.43-0.43
LU/28811 127 137 4 HS D8+2 6801.27-1.27
LU/28812 129 133 3 NTS S3+2 6600.43-0.43
LU/28813 131 136 4 HS S3+2 6801.27-1.27
MA/2821 143 144 3 NTS C7+2 6600.43-0.43
MA/2822 150 141 3 NTS S3+2 6600.43-0.43
MA/2823 148 142 4 HS C9+1 6500.38-0.38
MA/2827 149 145 6 HS S5-1 -100-12.3212.32
MA/2828 147 139 3 NTS C7+3 6901.32-1.32
MA/2829 140 146 3 NTS S3+2 6600.43-0.43
MA/461 154 151 4 HS C7+2 6801.27-1.27
MA/461 152 153 4 HS D9+2 6801.27-1.27
MA/4831 157 159 4 HS C9+2 6801.27-1.27
MA/4832 155 163 4 HS D8+2 6801.27-1.27
MA/4833 158 162 4 HS C7+2 6801.27-1.27
MA/4837 164 161 5 HS D2+1 6801.27-1.27
MA/4838 165 156 6 HS HA= 143012.80-12.80
MA/4839 160 166 1 HS S3+5 230-8.578.57
MA/5081 171 172 3 NTS C7+2 6600.43-0.43
MA/5082 167 175 3 NTS C9+2 6600.43-0.43
MA/5083 170 174 3 NTS S3+2 6600.43-0.43
MA/5089 168 173 4 HN S3+1 6500.38-0.38
MP/5241 183 184 3 NTS S3+2 6600.43-0.43
MP/5242 181 180 4 HS S3+2 6801.27-1.27
MP/5243 179 204 5 HS S3+1 6801.27-1.27
MP/5244 177 200 4 HS S3+2 6801.27-1.27
MP/5245 203 196 4 HS S10+1 6500.38-0.38
MP/5246 201 192 4 HS D8+2 6801.27-1.27
MP/5247 199 188 5 HS D8-1 -100-12.3212.32
MP/5248 197 182 4 HS S3+2 6801.27-1.27
MP/5249 195 178 1 HS D7+4 200-8.828.82
MP/52410 202 193 5 HS D8= 6500.38-0.38
MP/52411 198 191 5 HS S3+1 6801.27-1.27
MP/52412 194 189 4 HS D8+1 6500.38-0.38
MP/52413 190 187 4 HS S3+1 6500.38-0.38
PD/3691 210 212 4 HS C9+2 6801.27-1.27
PD/3693 216 207 4 HS S3+2 6801.27-1.27
PD/3695 211 205 6 HS C9= 143012.80-12.80
PD/3696 209 208 6 H xS S3= 166014.04-14.04
PD/3697 214 215 4 HS D9+2 6801.27-1.27
PD/3698 206 213 4 HS D8+2 6801.27-1.27
SL/5251 219 220 1 NTS C7+3 180-9.479.47
SL/5255 222 223 3 NTS S3= 600-0.890.89
SL/5257 218 224 4 HS S3+2 6801.27-1.27
WM/4591 228 237 4 HS D9+2 6801.27-1.27
WM/4592 229 240 4 HS D8+2 6801.27-1.27
WM/4593 234 235 3 NTS S5+2 6600.43-0.43
WM/4594 225 232 3 NTN DQ+1 630-0.490.49
WM/4599 241 242 4 HS D8+2 6801.27-1.27
WM/45910 238 239 4 HS S5+2 6801.27-1.27
WM/45911 231 233 1 NTS S3+4 210-8.788.78
WM/45912 230 236 4 HS D9+2 6801.27-1.27
WM/45913 227 226 4 HS S3+2 6801.27-1.27
WM/5032 248 244 4 HS S5+2 6801.27-1.27
WM/5032 243 245 2 HS S8+4 230-8.578.57
WM/5032 247 246 4 HS S3+1 6500.38-0.38
WP/4031 255 256 4 HS S3+2 6801.27-1.27
WP/4032 257 261 1 NTS S3+2 150-9.829.82
WP/4033 251 254 4 HS S5+1 6500.38-0.38
WP/4034 249 270 3 NTS C7+3 6901.32-1.32
WP/4038 269 272 4 HS C9+2 6801.27-1.27
WP/4039 271 266 4 HS S3+2 6801.27-1.27
WP/40310 267 250 4 HS C9+2 6801.27-1.27
WP/40311 265 268 4 HS C8+2 6801.27-1.27
WP/40312 263 273 3 NTN SJ+2 6600.43-0.43
WP/40313 252 262 3 NTS C7+1 630-0.490.49
WP/40314 264 260 3 NTS S3+2 6600.43-0.43
WP/4391 277 291 4 HS D8+2 6801.27-1.27
WP/4391 288 289 4 HS D8+2 6801.27-1.27
WP/4392 279 278 4 HS D8+2 6801.27-1.27
WP/4392 292 276 3 NTS S3+2 6600.43-0.43
WP/4393 285 280 4 HS D8+2 6801.27-1.27
WP/4394 287 281 4 HS D8+2 6801.27-1.27
WP/4394 286 284 4 HS S3+2 6801.27-1.27
WP/4395 282 275 3 NTN DQ+2 6600.43-0.43
WP/4395 283 290 4 HS D8+2 6801.27-1.27
WP/5071 302 293 3 NTN S4+3 6901.32-1.32
WP/5072 295 298 4 HS D8+2 6801.27-1.27
WP/5078 296 294 4 NTN DJ= 630-0.490.49
WP/5079 299 300 1 HS D8+3 170-9.509.50
ZP/3081 308 310 4 HS HA+2 6801.27-1.27
ZP/3085 309 303 4 HS S3+2 6801.27-1.27
ZP/3086 307 306 5 HS HA+1 6801.27-1.27
ZP/3087 312 313 1 HS D9+5 230-8.578.57
ZP/3088 304 311 3 NTS S3= 600-0.890.89
ZP/3781 324 315 6 HS C9= 143012.80-12.80
ZP/3782 317 320 4 HS S3+2 6801.27-1.27
ZP/3783 319 323 4 HS C9+2 6801.27-1.27
ZP/3788 318 316 1 NTS S5+4 210-8.788.78
ZP/3789 321 322 3 NTN S4+1 630-0.490.49
ZP/4332 327 330 3 NTS C9+2 6600.43-0.43
ZP/4333 329 333 4 HS C9+2 6801.27-1.27
ZP/4338 328 326 4 HS CJ+2 6801.27-1.27
ZP/4339 331 332 5 HS D8+1 6801.27-1.27
ZP/5012 337 340 3 DN C2+2 150-9.829.82
ZP/5013 339 343 4 HS C9+2 6801.27-1.27
ZP/5018 338 336 4 HS S3+2 6801.27-1.27
ZP/5019 341 342 2 HS S7+3 200-8.828.82