Turniej na maksy

Poniedziałek, 26 listopada 2018

Wyniki z 23 ośrodków

do wyników...
    S KQJ73
H 5
D Q9
C QJ1095
   
  S 862
H AKJ106
D K1083
C 3
E/- S A1054
H 32
D J72
C A862
 
    S 9
H Q9874
D A654
C K74
   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N56448  E76884
S56448  W76884
Minimax: 3 C x N, -100
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień
kontraktliczba
wystąpień
% NS% EW
50013 H x W -3199.680.32
47013 C x N =198.521.48
30023 H x W -2296.763.24
12012 NT S =195.014.99
11053 C N =391.508.50
3 C S =1
1 S N +11
10053 H x W -1285.6614.34
3 H W -21
2 NT E -22
9052 C N =579.8120.19
50102 D W -1171.0428.96
3 D W -12
2 H E -11
2 H W -12
1 NT E -13
2 NT E -11
-50162 C N -1255.8544.15
3 C N -111
2 NT S -12
3 NT S -11
-9011 NT E =145.9154.09
-100192 C N -2134.2265.78
3 C x N -18
3 C N -23
3 C S -22
4 C N -21
2 H S -21
2 S N -22
3 NT S -21
-11042 D W +1120.7779.23
2 H W =3
-14022 H W +1217.2782.73
-15053 C N -3113.1886.82
2 S N -32
1 NT E +21
3 NT S -31
-17012 H W +219.6790.33
-25012 NT S -518.5091.50
-30022 NT x N -216.7593.25
3 NT x N -21
-50015 C x N -314.9995.01
-53013 H x W =13.8296.18
-57012 H x W +112.6597.35
-80023 D x S -410.9099.10
4 S x N -41
1TD
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapis% NS% EW
KP/5015 59 70 3 NTS H10-2 -10034.2265.78
KP/5014 50 68 2 HW SK-1 5071.0428.96
KP/5013 58 51 3 NTS HA-1 -5055.8544.15
KP/5012 45 69 3 C xN H2-1 -10034.2265.78
KP/5011 57 66 2 NTE S9-2 10085.6614.34
KP/5010 53 67 3 H xW SK-1 10085.6614.34
KP/509 48 64 2 HW SK= -11020.7779.23
KP/508 65 49 2 NTS HA-1 -5055.8544.15
KP/507 62 47 3 CN H3-2 -10034.2265.78
KP/506 63 56 3 NTS D3-3 -15013.1886.82
KP/505 54 52 3 CN H3= 11091.508.50
KP/504 46 60 1 NTE H7= -9045.9154.09
KP/503 55 61 2 DW SK-1 5071.0428.96
LD/487 114 113 2 SN H2-2 -10034.2265.78
LD/488 105 110 3 CN H3-2 -10034.2265.78
LD/4810 109 111 2 NTE S9-1 5071.0428.96
LD/4811 104 107 3 CN H2= 11091.508.50
LD/4812 106 102 3 CN H3-1 -5055.8544.15
LD/4813 108 101 2 SN H2-3 -15013.1886.82
LD/4814 112 103 2 HW S4= -11020.7779.23
MA/467 134 133 3 DW SK-1 5071.0428.96
MA/467 131 136 2 CN H3= 9079.8120.19
MA/467 132 135 2 HS S6-2 -10034.2265.78
MP/1382 151 154 3 NTxN S3-2 -3006.7593.25
MP/1383 152 153 2 CN H3= 9079.8120.19
MP/31710 161 159 3 CS HA= 11091.508.50
MP/31710 170 158 2 HW SK+1 -14017.2782.73
MP/31710 163 169 1 NTE S9-1 5071.0428.96
MP/31710 165 157 3 CN H2= 11091.508.50
MP/31710 168 166 2 NTE S9-2 10085.6614.34
MP/31710 171 160 2 HW SK= -11020.7779.23
MP/31710 164 167 3 CN H2-1 -5055.8544.15
PK/35410 244 242 3 C xN H2-1 -10034.2265.78
PK/3548 235 237 TD 0.0060.00
PK/3545 241 238 4 CN H2-2 -10034.2265.78
PK/3544 239 243 3 C xN H2= 47098.521.48
PK/3543 234 233 3 C xN H2-1 -10034.2265.78
PK/3542 236 240 2 NTS HJ-1 -5055.8544.15
PM/10215 270 259 2 CN H2= 9079.8120.19
PM/10214 268 250 3 H xW C5-2 30096.763.24
PM/10213 258 251 4 S xN H5-4 -8000.9099.10
PM/10212 269 245 3 CN H2-1 -5055.8544.15
PM/10211 257 266 1 NTE H9-1 5071.0428.96
PM/10210 253 267 3 HW SK-2 10085.6614.34
PM/1029 248 264 3 C xN D7-1 -10034.2265.78
PM/1028 265 249 2 DW SK+1 -11020.7779.23
PM/1027 262 247 3 H xW SK-3 50099.680.32
PM/1026 263 256 2 NT xN H2-2 -3006.7593.25
PM/1025 254 252 3 CS HA-2 -10034.2265.78
PM/1024 246 260 3 CN H3-2 -10034.2265.78
PM/1023 255 261 3 CN H2-1 -5055.8544.15
PM/2992 284 300 3 CN H2-1 -5055.8544.15
PM/2993 283 295 2 SN H3-3 -15013.1886.82
PM/2994 282 293 3 CS HA-2 -10034.2265.78
PM/2995 281 291 3 CN H2-1 -5055.8544.15
PM/2996 280 289 2 NTS HK-5 -2508.5091.50
PM/2997 279 287 3 CN H2-1 -5055.8544.15
PM/2998 278 286 3 CN H2-3 -15013.1886.82
PM/2999 277 297 1 SN H3+1 11091.508.50
PM/29910 276 299 2 NTS C3= 12095.014.99
PM/29911 296 275 2 CN H2= 9079.8120.19
PM/29912 294 274 3 H xW SK-2 30096.763.24
PM/29913 292 273 1 NTE S9-1 5071.0428.96
PM/29914 290 272 3 H xW SK-1 10085.6614.34
PM/29915 288 271 2 CN H3-2 -10034.2265.78
SL/1063 315 312 2 HW SK-1 5071.0428.96
SL/1066 309 322 3 DW SK-1 5071.0428.96
SL/1061 318 321 3 CN H3-1 -5055.8544.15
SL/1062 316 317 3 CN H2-1 -5055.8544.15
SL/1067 307 319 2 CN H2-1 -5055.8544.15
SL/1065 311 304 2 SN H10-2 -10034.2265.78
SL/10610 306 301 3 C xN H2-1 -10034.2265.78
SL/1069 310 303 1 NTE H4+2 -15013.1886.82
SL/1068 314 305 2 HW SK+2 -1709.6790.33
SL/1064 313 308 3 D xS HK-4 -8000.9099.10
ZP/25515 400 391 2 H xW DQ+1 -5702.6597.35
ZP/25514 384 377 3 H xW SK= -5303.8296.18
ZP/25513 385 386 3 CN H2-1 -5055.8544.15
ZP/25512 398 383 2 CN H2= 9079.8120.19
ZP/25511 399 379 3 C xN H2-1 -10034.2265.78
ZP/25510 396 389 3 CN H2-1 -5055.8544.15
ZP/2559 390 378 2 CN H3-1 -5055.8544.15
ZP/2558 388 397 5 C xN H3-3 -5004.9995.01
ZP/2557 382 394 3 C xN H6-1 -10034.2265.78
ZP/2556 380 395 2 HE SK-1 5071.0428.96
ZP/2555 392 387 3 C xN H2-1 -10034.2265.78
ZP/2554 381 393 2 HW SK+1 -14017.2782.73