Turniej na impy (cav.)

Czwartek, 16 stycznia 2025

Wyniki z 20 ośrodków

do wyników...

pobierz rozkłady turnieju
    S 2
H AQ106
D Q974
C AKJ10		    
  S A1085
H 4
D K86
C 98653		 E/NS S KQJ976
H K75
D 3
C Q42		  
    S 43
H J9832
D AJ1052
C 7		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N6410106  E78327
S641096  W78327
Minimax: 4 S x E, 300
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
65035 H N =110.58-10.58
5 H S =2
62044 H S =410.25-10.25
50045 S x E -348.52-8.52
300204 S x E -2184.86-4.86
4 S x W -21
5 S x E -21
15015 S E -311.77-1.77
13013 D S +111.11-1.11
100414 H x E -110.48-0.48
3 S x E -11
4 S x E -16
4 S E -230
4 S W -22
5 S E -21
50153 S E -110-0.920.92
4 S E -15
-10085 D S -11-4.054.05
4 H S -11
5 H N -11
5 H S -15
-11042 S E =4-4.064.06
-14092 S E +12-4.984.98
3 S E =7
-200105 D x S -11-6.146.14
5 D S -21
6 D S -21
4 H S -21
5 H x N -12
5 H x S -12
5 H S -22
-42014 S E =1-9.759.75
-47012 S x E =1-10.3810.38
-57012 S x E +11-11.3911.39
-59014 S x E =1-11.4111.41
-110015 D x S -41-14.9814.98
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1361 3 6 3 SE C7-1 50-0.920.92
DS/1363 4 2 4 SE C7-1 50-0.920.92
DS/1364 1 7 4 SE C7-2 1000.48-0.48
DS/3362 15 13 4 S xE C7-1 1000.48-0.48
DS/3363 9 10 4 SE C7-1 50-0.920.92
DS/3365 14 17 4 SE C7-2 1000.48-0.48
DS/3366 16 11 4 S xE C7-2 3004.86-4.86
DS/3801 26 23 4 SE C7-2 1000.48-0.48
DS/3802 25 21 4 SE H8-2 1000.48-0.48
DS/3803 31 33 4 S xE C7-2 3004.86-4.86
DS/3805 20 32 4 SE C7-2 1000.48-0.48
DS/3806 30 22 6 DS SA-2 -200-6.146.14
DS/3807 24 19 5 S xE DA-2 3004.86-4.86
DS/3808 28 29 4 S xE C7-2 3004.86-4.86
DS/722 41 39 4 SE C7-2 1000.48-0.48
DS/723 35 36 4 S xE C7-2 3004.86-4.86
DS/724 44 38 5 HS SA= 65010.58-10.58
DS/725 40 43 4 S xE C7-2 3004.86-4.86
DS/726 42 37 4 SE C7-2 1000.48-0.48
KP/1604 45 51 4 S xE -2 3004.86-4.86
KP/1601 47 50 4 HS -1 -100-4.054.05
KP/1605 52 49 5 D xS -4 -1100-14.9814.98
KP/4642 53 55 4 SE H2-1 50-0.920.92
KP/4642 56 54 5 HS SA-1 -100-4.054.05
KP/509 76 65 2 SE C7+1 -140-4.984.98
KP/508 75 69 5 S xE C7-3 5008.52-8.52
KP/507 57 74 4 SE HJ-2 1000.48-0.48
KP/506 73 61 5 S xE C7-3 5008.52-8.52
KP/505 63 67 5 HN D3= 65010.58-10.58
KP/504 58 72 3 SE C7-1 50-0.920.92
KP/503 71 60 3 SE DA-1 50-0.920.92
KP/502 68 62 3 SE C7-1 50-0.920.92
KP/501 66 70 4 SE C7-2 1000.48-0.48
KP/5013 64 59 5 HS SA-2 -200-6.146.14
LD/4602 83 81 5 HS SA-1 -100-4.054.05
LD/4603 77 78 3 SE C7= -140-4.984.98
LD/4605 82 85 4 SE DA-2 1000.48-0.48
LD/4606 84 79 4 S xE C7= -590-11.4111.41
LD/4781 89 92 4 S xE C7-2 3004.86-4.86
LD/4784 87 93 4 SW C7-2 1000.48-0.48
LD/4783 90 88 4 SE H9-1 50-0.920.92
LD/4785 94 91 3 SE C7-1 50-0.920.92
MA/1261 111 112 3 SE H9-1 50-0.920.92
MA/1262 109 108 5 S xE C7-3 5008.52-8.52
MA/1263 107 104 4 SE C7-2 1000.48-0.48
MA/1264 105 100 3 SE C7= -140-4.984.98
MA/1265 103 96 4 S xE C7-2 3004.86-4.86
MA/1265 129 122 4 HS SA= 62010.25-10.25
MA/1266 101 128 4 SE C7-2 1000.48-0.48
MA/1266 127 118 5 H xS SA-1 -200-6.146.14
MA/1267 99 124 2 S xE C7+1 -570-11.3911.39
MA/1267 125 114 4 SW HJ-2 1000.48-0.48
MA/1268 97 120 4 S xE DA-2 3004.86-4.86
MA/1268 123 110 4 H xE C7-1 1000.48-0.48
MA/1269 95 116 4 SE C7-2 1000.48-0.48
MA/1269 121 106 4 S xE H3-2 3004.86-4.86
MA/12610 102 119 3 SE C7-1 50-0.920.92
MA/12611 98 117 4 SE S3= -420-9.759.75
MA/12613 126 113 4 SE C7-2 1000.48-0.48
MA/2822 132 134 4 SE C7-2 1000.48-0.48
MA/2823 136 133 3 SE C7-1 50-0.920.92
MA/2825 139 138 5 HN SK-1 -100-4.054.05
MA/2826 137 131 4 HS SA= 62010.25-10.25
MA/411 152 153 3 SE C7= -140-4.984.98
MA/412 157 145 4 HS H4= 62010.25-10.25
MA/413 150 158 4 SE C7-2 1000.48-0.48
MA/414 148 159 3 SE HJ-1 50-0.920.92
MA/415 160 147 4 SE C7-2 1000.48-0.48
MA/416 161 141 3 DS H4+1 1301.11-1.11
MA/417 143 162 4 SE C7-2 1000.48-0.48
MA/418 142 163 4 HS SA-2 -200-6.146.14
MA/419 164 149 4 S xE C7-2 3004.86-4.86
MA/4112 151 155 5 HS SA-1 -100-4.054.05
MA/4113 154 144 2 S xE C7= -470-10.3810.38
MA/882 171 169 4 S xE C7-1 1000.48-0.48
MA/883 165 166 4 S xE C7-1 1000.48-0.48
MA/884 174 168 4 SE C7-2 1000.48-0.48
MA/885 170 173 4 SE C7-1 50-0.920.92
MA/886 172 167 2 SE C7= -110-4.064.06
PD/3692 181 179 2 SE C7+1 -140-4.984.98
PD/3693 175 176 3 SE C7= -140-4.984.98
PD/3694 184 178 2 SE C7= -110-4.064.06
PD/3695 180 183 4 S xE C7-1 1000.48-0.48
PD/3696 182 177 4 S xE HJ-2 3004.86-4.86
WM/3181 193 203 4 SE DA-2 1000.48-0.48
WM/3182 200 186 5 D xS SA-1 -200-6.146.14
WM/3183 191 204 3 SE C7= -140-4.984.98
WM/3184 190 201 4 SE C7-2 1000.48-0.48
WM/3185 192 189 4 SE C7-2 1000.48-0.48
WM/3186 202 198 2 SE C7= -110-4.064.06
WM/3187 195 197 2 SE C7= -110-4.064.06
WM/3188 188 196 4 S xE C7-2 3004.86-4.86
WM/3189 185 194 5 H xS SK-1 -200-6.146.14
WM/31813 187 199 5 SE C5-3 1501.77-1.77
WP/3002 215 212 4 S xE C7-1 1000.48-0.48
WP/3002 206 216 5 S xE C7-3 5008.52-8.52
WP/3003 205 211 4 HS C8= 62010.25-10.25
WP/3003 209 218 4 SE C7-2 1000.48-0.48
WP/3004 208 217 4 SE C7-2 1000.48-0.48
WP/3004 214 210 5 DS SA-2 -200-6.146.14
WP/3005 207 213 3 SE DA-1 50-0.920.92
WP/4031 237 238 5 HS SA-2 -200-6.146.14
WP/4032 235 231 3 SE C7= -140-4.984.98
WP/4033 228 234 4 SE C7-2 1000.48-0.48
WP/4034 233 232 4 S xE C7-2 3004.86-4.86
WP/4035 229 240 5 HS SA= 65010.58-10.58
WP/4036 227 222 4 SE C7-2 1000.48-0.48
WP/4037 230 226 4 S xE C7-2 3004.86-4.86
WP/4038 241 224 4 SE DA-2 1000.48-0.48
WP/4039 221 223 5 DS H4-1 -100-4.054.05
WP/40312 225 244 4 SE C7-2 1000.48-0.48
WP/40313 243 236 5 H xN D3-1 -200-6.146.14
ZP/3081 247 250 5 H xN SK-1 -200-6.146.14
ZP/3083 248 246 4 SE C7-2 1000.48-0.48
ZP/3084 245 251 5 HS SA-1 -100-4.054.05
ZP/3085 252 249 4 S xE DA-2 3004.86-4.86
ZP/3781 255 258 5 SE C7-2 1000.48-0.48
ZP/3783 256 254 4 SE C7-2 1000.48-0.48
ZP/3784 253 259 4 S xE C7-2 3004.86-4.86
ZP/3785 260 257 3 S xE C7-1 1000.48-0.48
ZP/4331 265 262 4 S xE C7-2 3004.86-4.86
ZP/4334 269 261 3 SE C7= -140-4.984.98
ZP/4336 272 266 5 HS SA-1 -100-4.054.05
ZP/4338 270 264 4 S xE DA-1 1000.48-0.48
ZP/4339 268 267 4 S xW C7-2 3004.86-4.86