Turniej na impy (cav.)

Czwartek, 26 lutego 2026

Wyniki z 28 ośrodków

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pobierz rozkłady turnieju
    S 42
H 853
D Q7643
C K63		    
  S J86
H 974
D AJ10
C AJ105		 N/Obie S A9753
H A2
D 982
C Q94		  
    S KQ10
H KQJ106
D K5
C 872		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N65866  E68567
S65866  W68567
Minimax: 2 S W, -110
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
50014 S x E -2110.59-10.59
20033 S E -215.17-5.17
4 S E -22
17013 H S +114.74-4.74
15012 NT S +113.88-3.88
140211 H S +2103.83-3.83
2 H S +17
3 H S =4
12031 NT N +113.42-3.42
1 NT S +11
2 NT S =1
110181 H S +1123.24-3.24
2 H S =6
10092 S E -142.77-2.77
3 S E -14
3 S W -11
9031 NT S =32.50-2.50
8031 H S =32.41-2.41
01PASS10.38-0.38
-8031 S E =3-1.611.61
-100152 H S -13-2.262.26
3 H S -111
4 H S -11
-110651 S E +110-2.372.37
2 S E =55
-14081 S E +21-3.233.23
2 S E +17
-20014 H S -21-4.834.83
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/3361 11 4 2 SE HK= -110-2.372.37
DS/3363 5 7 2 SE HK= -110-2.372.37
DS/3364 3 2 2 HS SJ= 1103.24-3.24
DS/3365 6 1 2 SE HK= -110-2.372.37
DS/3369 10 9 2 SE HK= -110-2.372.37
DS/3801 16 24 2 SE HK= -110-2.372.37
DS/3802 15 13 1 HS H7= 802.41-2.41
DS/3803 20 23 2 SE C8+1 -140-3.233.23
DS/3804 18 14 1 NTN S9+1 1203.42-3.42
DS/3805 26 21 3 SW H5-1 1002.77-2.77
DS/3806 25 29 1 SE HK+1 -110-2.372.37
DS/3807 30 19 3 HS S8-1 -100-2.262.26
DS/38013 17 27 2 SE HK= -110-2.372.37
DS/38014 28 22 2 SE HK-1 1002.77-2.77
DS/723 38 40 3 HS SJ-1 -100-2.262.26
DS/725 42 35 2 SE HK= -110-2.372.37
DS/727 39 33 2 HS H7-1 -100-2.262.26
DS/728 37 36 4 SE HK-2 2005.17-5.17
DS/729 32 41 2 SE HK= -110-2.372.37
DS/7210 34 31 3 HS SJ= 1403.83-3.83
DS/942 46 44 1 SE C8= -80-1.611.61
DS/942 43 45 3 SE HK-2 2005.17-5.17
KP/4641 57 50 1 HS SJ+2 1403.83-3.83
KP/4642 54 58 2 SE HK= -110-2.372.37
KP/4643 51 53 1 HS S8+2 1403.83-3.83
KP/4644 49 48 2 HS H4+1 1403.83-3.83
KP/4645 52 47 1 SE HK+1 -110-2.372.37
KP/4649 56 55 2 SE HK= -110-2.372.37
KP/507 76 65 2 SE HK= -110-2.372.37
KP/506 68 60 3 SE HK-1 1002.77-2.77
KP/505 72 73 2 HS SJ= 1103.24-3.24
KP/504 61 63 1 SE H6+2 -140-3.233.23
KP/503 66 69 2 HS C5= 1103.24-3.24
KP/502 67 75 1 HS DJ+1 1103.24-3.24
KP/501 71 62 3 HS S6-1 -100-2.262.26
KP/5015 64 74 1 SE HK+1 -110-2.372.37
KP/5014 70 59 2 SE HK= -110-2.372.37
KP/5180 78 81 4 S xE -2 50010.59-10.59
KP/5180 79 77 2 SE = -110-2.372.37
KP/5180 84 80 2 SE +1 -140-3.233.23
LB/3851 95 88 2 SE HK= -110-2.372.37
LB/3852 92 96 1 HS S6= 802.41-2.41
LB/3853 89 91 2 HS H7+1 1403.83-3.83
LB/3854 87 86 1 HS H4+1 1103.24-3.24
LB/3855 90 85 2 SE H10= -110-2.372.37
LB/5262 99 97 1 SE HK+1 -110-2.372.37
LB/5263 103 102 2 SE HK-1 1002.77-2.77
LB/5267 98 101 2 SE HK= -110-2.372.37
LD/4601 110 108 2 SE HK= -110-2.372.37
LD/4602 113 105 2 SE HK= -110-2.372.37
LD/4603 114 107 2 SE HK= -110-2.372.37
LD/4604 109 112 2 SE HK= -110-2.372.37
LD/4605 111 106 3 HS S6= 1403.83-3.83
LD/4782 123 115 3 HS SJ-1 -100-2.262.26
LD/4784 119 122 3 HS H7-1 -100-2.262.26
LD/4781 120 118 2 SE HK= -110-2.372.37
LD/4783 124 117 2 SE HK= -110-2.372.37
LD/4785 121 116 2 SE HK= -110-2.372.37
LU/2881 130 127 2 SE HK= -110-2.372.37
LU/2882 132 136 1 HS S8+2 1403.83-3.83
LU/2883 134 126 PASS = 00.38-0.38
LU/2885 137 125 2 SE HK= -110-2.372.37
LU/2886 131 133 2 SE HK= -110-2.372.37
LU/2887 135 129 2 HS S8+1 1403.83-3.83
MA/2821 147 148 2 SE HK= -110-2.372.37
MA/2822 142 146 2 SE HK= -110-2.372.37
MA/2823 144 145 2 SE HK= -110-2.372.37
MA/2824 143 139 2 SE HK+1 -140-3.233.23
MA/2825 140 150 3 HS SJ-1 -100-2.262.26
MA/2829 149 141 1 HS CJ+1 1103.24-3.24
MA/4831 165 158 2 HS S6-1 -100-2.262.26
MA/4832 162 166 1 HS S6+2 1403.83-3.83
MA/4833 159 161 1 HS H4+2 1403.83-3.83
MA/4834 157 156 2 SE HK= -110-2.372.37
MA/4835 160 155 1 SE HK= -80-1.611.61
MA/4839 164 163 1 SE HK= -80-1.611.61
MA/5082 174 172 2 NTS SJ= 1203.42-3.42
MA/5083 171 167 2 HS DA= 1103.24-3.24
MA/5084 170 173 1 HS SJ+1 1103.24-3.24
MA/5085 168 169 1 SE H10+1 -110-2.372.37
MP/5241 189 190 1 HS S8+1 1103.24-3.24
MP/5242 187 186 1 NTS SJ+1 1203.42-3.42
MP/5243 185 182 3 SE HK-1 1002.77-2.77
MP/5244 183 178 2 SE HK= -110-2.372.37
MP/5245 181 202 1 HS DJ+2 1403.83-3.83
MP/5246 179 198 3 HS S8+1 1704.74-4.74
MP/5247 177 194 3 HS S8-1 -100-2.262.26
MP/5248 203 188 2 SE DK+1 -140-3.233.23
MP/5249 201 184 2 SE HK= -110-2.372.37
MP/52410 180 199 1 HS S8+1 1103.24-3.24
MP/52411 204 197 2 SE HK= -110-2.372.37
MP/52412 200 195 1 HS S8+2 1403.83-3.83
MP/52413 196 193 1 HS S8+2 1403.83-3.83
PD/3693 212 214 3 HS H4-1 -100-2.262.26
PD/3695 216 209 2 HS S8+1 1403.83-3.83
PD/3697 213 207 1 HS CJ= 802.41-2.41
PD/3698 211 210 2 SE HK= -110-2.372.37
PD/3699 206 215 2 HS DJ+1 1403.83-3.83
PD/36910 208 205 2 SE HK= -110-2.372.37
SL/5252 223 218 1 NTS CJ= 902.50-2.50
SL/5253 222 224 3 HS S8= 1403.83-3.83
SL/5257 221 219 2 SE HK= -110-2.372.37
WM/4591 231 240 1 SE HK+1 -110-2.372.37
WM/4592 230 227 2 SE HK= -110-2.372.37
WM/4593 241 228 1 SE HK+1 -110-2.372.37
WM/4594 236 238 1 SE HK+1 -110-2.372.37
WM/4595 226 229 2 SE HK= -110-2.372.37
WM/4596 232 235 2 SE HK= -110-2.372.37
WM/4597 225 239 1 HS C10+1 1103.24-3.24
WM/45912 234 242 2 SE HK= -110-2.372.37
WM/45913 233 237 2 HS H7+1 1403.83-3.83
WM/5033 248 245 2 SE HK= -110-2.372.37
WM/5033 244 246 2 SE HK= -110-2.372.37
WM/5033 243 247 1 HS DJ+2 1403.83-3.83
WP/4031 261 262 2 SE HK= -110-2.372.37
WP/4032 250 260 2 HS SJ-1 -100-2.262.26
WP/4033 256 258 2 SE HK= -110-2.372.37
WP/4034 255 252 2 HS S6= 1103.24-3.24
WP/4035 269 271 2 HS SJ+1 1403.83-3.83
WP/4036 251 264 4 HS S8-1 -100-2.262.26
WP/4037 249 268 1 SE HK+1 -110-2.372.37
WP/40311 273 272 3 HS S8= 1403.83-3.83
WP/40312 253 259 1 NTS C5= 902.50-2.50
WP/40313 267 270 1 HS CA+1 1103.24-3.24
WP/40314 265 254 2 SE HK= -110-2.372.37
WP/4391 281 282 2 NTS H7+1 1503.88-3.88
WP/4391 292 286 2 SE HK= -110-2.372.37
WP/4392 275 291 4 SE HK-2 2005.17-5.17
WP/4392 285 283 2 SE HK= -110-2.372.37
WP/4393 277 278 2 SE HK= -110-2.372.37
WP/4393 284 289 2 SE HK= -110-2.372.37
WP/4394 280 279 1 NTS CJ= 902.50-2.50
WP/4394 276 290 2 SE HK= -110-2.372.37
WP/4395 287 288 2 SE HK= -110-2.372.37
WP/5071 298 296 2 SE HK+1 -140-3.233.23
WP/5072 301 293 2 SE HK-1 1002.77-2.77
WP/5073 302 295 2 SE HK= -110-2.372.37
WP/5075 299 294 2 SE HK+1 -140-3.233.23
ZP/3083 310 312 4 HS H7-2 -200-4.834.83
ZP/3087 311 305 2 SE HK+1 -140-3.233.23
ZP/3088 309 308 1 HS C5+1 1103.24-3.24
ZP/3089 304 313 1 HS H4+1 1103.24-3.24
ZP/30810 306 303 3 HS H7-1 -100-2.262.26
ZP/3781 320 318 2 SE HK= -110-2.372.37
ZP/3782 323 315 2 SE HK= -110-2.372.37
ZP/3783 324 317 3 HS SJ-1 -100-2.262.26
ZP/3784 319 322 1 SE HK+1 -110-2.372.37
ZP/3785 321 316 1 HS H9+1 1103.24-3.24
ZP/4331 330 328 3 HS H4-1 -100-2.262.26
ZP/4332 333 325 2 SE HK-1 1002.77-2.77
ZP/4334 329 332 1 HS S6+2 1403.83-3.83
ZP/4335 331 326 2 HS CJ= 1103.24-3.24
ZP/5011 340 338 3 SE HK-1 1002.77-2.77
ZP/5012 343 335 2 SE HK= -110-2.372.37
ZP/5014 339 342 3 SE HK-1 1002.77-2.77
ZP/5015 336 341 1 HS C10+1 1103.24-3.24
MA/462 154 152 4 SE D8+2 -680-1.001.001
MA/462 153 151 5 SE H2= -6501.00-1.001