Turniej na impy (cav.)

Czwartek, 6 marca 2025

Wyniki z 17 ośrodków

do wyników...

pobierz rozkłady turnieju
    S 92
H J75
D 1063
C AK652		    
  S A10
H 83
D AJ874
C 10987		 S/EW S KQ63
H K4
D Q95
C QJ43		  
    S J8754
H AQ10962
D K2
C 		   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N46934  E874109
S56934  W56399
Minimax: 4 H x N, -100
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
80015 C x E -3111.26-11.26
69014 H x S +119.86-9.86
59014 H x S =18.52-8.52
53013 H x S =17.34-7.34
45074 H N +125.92-5.92
4 H S +15
420244 H S =245.25-5.25
20062 H S +310.31-0.31
3 H S +25
170172 H S +28-0.230.23
3 H N +11
3 H S +18
140182 H N +12-1.151.15
2 H S +15
3 H N =2
3 H S =9
11062 H S =4-1.881.88
2 S S =2
10053 D W -14-2.132.13
4 D W -11
-50163 H S -12-5.425.42
4 H S -113
2 S S -11
-10054 H S -24-6.556.55
2 S S -21
-11023 D W =2-6.636.63
-13013 D W +11-6.966.96
-15013 S S -31-7.387.38
-60013 NT E =1-12.6212.62
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/3364 6 2 2 HS SA+2 170-0.230.23
DS/3366 7 5 4 HS SA-1 -50-5.425.42
DS/3367 4 3 3 HS SA= 140-1.151.15
DS/3801 22 9 4 HS C10= 4205.25-5.25
DS/3805 12 19 3 HS C10+1 170-0.230.23
DS/3806 18 16 2 HS C9+2 170-0.230.23
DS/3807 20 13 2 SS C9-1 -50-5.425.42
DS/3808 11 17 4 HS C9= 4205.25-5.25
DS/3809 10 21 2 HS C10+1 140-1.151.15
DS/38010 15 14 4 HS SA-1 -50-5.425.42
DS/721 30 23 3 HS SA= 140-1.151.15
DS/724 28 24 4 HS SA-1 -50-5.425.42
DS/726 29 27 3 HN SK= 140-1.151.15
DS/727 26 25 3 HS SA+1 170-0.230.23
KP/1601 35 36 4 HS = 4205.25-5.25
KP/1601 33 34 3 HS +2 2000.31-0.31
KP/1601 31 32 3 HS +1 170-0.230.23
KP/501 55 42 4 HS C10= 4205.25-5.25
KP/5013 43 54 4 HS D4= 4205.25-5.25
KP/5012 53 47 3 HS SA+1 170-0.230.23
KP/5011 49 40 3 DW CK-1 100-2.132.13
KP/5010 44 52 4 HS DA= 4205.25-5.25
KP/509 51 46 4 HS C10= 4205.25-5.25
KP/508 41 48 3 DW H7-1 100-2.132.13
KP/507 39 50 4 HS C10+1 4505.92-5.92
KP/506 37 45 3 HS C10+2 2000.31-0.31
LD/4601 64 57 4 HS C10-1 -50-5.425.42
LD/4604 62 58 3 HS C10+2 2000.31-0.31
LD/4606 63 61 2 HS DA+2 170-0.230.23
LD/4607 60 59 3 HS SA= 140-1.151.15
LD/4781 78 65 4 DW CA-1 100-2.132.13
LD/4784 74 69 4 HS SA-1 -50-5.425.42
LD/4785 75 73 3 HN D9+1 170-0.230.23
LD/4786 67 72 4 HS C10= 4205.25-5.25
LD/4788 68 66 3 HS SA= 140-1.151.15
LD/4789 71 77 3 HS SA= 140-1.151.15
MA/1261 81 82 4 HS C9+1 4505.92-5.92
MA/1261 117 118 3 DW CA-1 100-2.132.13
MA/1262 115 114 2 HS H8= 110-1.881.88
MA/1263 113 110 3 HN D9= 140-1.151.15
MA/1264 111 106 2 SS C9-2 -100-6.556.55
MA/1265 99 92 2 HS C9+2 170-0.230.23
MA/1265 109 102 3 HS SA= 140-1.151.15
MA/1266 97 88 5 C xE S8-3 80011.26-11.26
MA/1266 107 98 3 NTE HA= -600-12.6212.62
MA/1267 95 84 4 HS C10= 4205.25-5.25
MA/1267 105 94 4 H xS H3= 5908.52-8.52
MA/1268 93 80 4 HS SA-2 -100-6.556.55
MA/1268 103 90 4 HS C9= 4205.25-5.25
MA/1269 91 120 4 HS C9= 4205.25-5.25
MA/1269 101 86 3 HS SA+1 170-0.230.23
MA/12610 116 89 4 HN C9+1 4505.92-5.92
MA/12611 112 87 2 HS C9+2 170-0.230.23
MA/12612 108 85 3 SS DA-3 -150-7.387.38
MA/12612 100 121 3 HS C9+1 170-0.230.23
MA/12613 104 83 4 HS C9+1 4505.92-5.92
MA/12613 96 119 4 H xS C9+1 6909.86-9.86
MA/2821 123 124 4 HS SA= 4205.25-5.25
MA/2824 130 127 4 HS H3= 4205.25-5.25
MA/2826 128 125 2 HS SA+1 140-1.151.15
MA/2827 126 129 4 HS SA-1 -50-5.425.42
MA/881 133 137 2 HS SA= 110-1.881.88
MA/886 132 139 2 HN CQ+1 140-1.151.15
MA/887 135 136 3 HS SA= 140-1.151.15
MA/889 131 134 4 HS SA-2 -100-6.556.55
PD/3691 143 147 4 HS C10= 4205.25-5.25
PD/3696 142 149 4 HS C10+1 4505.92-5.92
PD/3697 145 146 2 SS D7= 110-1.881.88
PD/3698 150 148 3 DW S2= -110-6.636.63
PD/3699 141 144 4 HN CQ+1 4505.92-5.92
WM/3181 152 162 4 HS SA-1 -50-5.425.42
WM/3182 151 167 3 HS SA= 140-1.151.15
WM/3186 161 160 2 HS C6+2 170-0.230.23
WM/3188 168 166 2 HS C9+3 2000.31-0.31
WM/3189 157 159 3 HS SA+1 170-0.230.23
WM/31810 156 153 4 HS SA= 4205.25-5.25
WM/31811 170 154 4 HS C10= 4205.25-5.25
WM/31812 158 164 2 HS DA+2 170-0.230.23
WM/31813 155 163 4 HS C10= 4205.25-5.25
WP/3001 190 178 4 HS C9-2 -100-6.556.55
WP/3001 183 184 2 HS C7+2 170-0.230.23
WP/3002 172 171 4 HS C9= 4205.25-5.25
WP/3003 175 174 3 DW CA= -110-6.636.63
WP/3003 185 188 4 HS SA-1 -50-5.425.42
WP/3004 186 180 3 H xS SA= 5307.34-7.34
WP/3004 177 176 4 HS C9+1 4505.92-5.92
WP/3005 187 173 4 HS C9= 4205.25-5.25
WP/3005 182 181 4 HS C10= 4205.25-5.25
WP/4031 193 194 2 HS SA= 110-1.881.88
WP/4032 191 209 4 HS SA= 4205.25-5.25
WP/4035 200 212 3 DW CA+1 -130-6.966.96
WP/4036 199 210 4 HS SA-2 -100-6.556.55
WP/4037 207 206 2 HS SA+1 140-1.151.15
WP/4038 205 208 2 SS C9= 110-1.881.88
WP/4039 192 211 4 HS C9= 4205.25-5.25
WP/40310 195 202 3 HS SA+2 2000.31-0.31
WP/40311 204 201 4 HS C10= 4205.25-5.25
WP/40312 197 203 3 HS SA+2 2000.31-0.31
WP/40313 198 196 2 HN SK+1 140-1.151.15
ZP/3081 215 219 2 HS SA= 110-1.881.88
ZP/3086 214 221 3 HS SA= 140-1.151.15
ZP/3087 217 218 2 HS C7+1 140-1.151.15
ZP/3089 213 216 4 HS SA-1 -50-5.425.42
ZP/3781 225 229 4 HS SA-1 -50-5.425.42
ZP/3786 224 231 2 HS SA+1 140-1.151.15
ZP/3787 227 228 4 HS SA-1 -50-5.425.42
ZP/3788 232 230 4 HS SA-1 -50-5.425.42
ZP/3789 223 226 3 HS C10-1 -50-5.425.42
ZP/4331 235 239 3 HS C9+1 170-0.230.23
ZP/4336 234 241 3 HS SA-1 -50-5.425.42
ZP/4337 237 238 4 HS SA-1 -50-5.425.42
ZP/4338 242 240 3 DW CA-1 100-2.132.13
ZP/4339 233 236 4 HS SA= 4205.25-5.25