Turniej KMP na maksy

Poniedziałek, 8 września 2014

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Rozdanie nr 11

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Rozdanie nr 11

AJ97

AKJ42

K1096

1086543

62

Q106

AJ

S/-

AKJ9

Q

953

87532

Q72

K108543

87

Q4

Liczba lew do wzięcia:


N	10	6	12	12	9		E	2	7	0	1	4
S	10	6	12	12	9		W	2	7	0	1	4

Minimax: 6

S, 980
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
2000	1	2 x E -8		1	100.00	0.00
1620	1	6 xx n =		1	99.66	0.34
1400	1	6 x W -6		1	99.33	0.67
1210	6	6 x S =		6	98.17	1.83
980	47	6 N =		12	89.37	10.63
		6 S =		29
		6 s =		2
		PASS		4
920	1	PASS		1	81.39	18.61
800	4	6 x E -4		1	80.56	19.44
800	4	6 x W -4		3	80.56	19.44
750	3	5 x N +1		1	79.40	20.60
750	3	5 x S +1		2	79.40	20.60
510	1	PASS		1	78.74	21.26
500	18	PASS		2	75.58	24.42
		4 x E -3		5
		4 x e -3		1
		4 x W -3		1
		5 x W -3		9
490	1	3 N +3		1	72.42	27.58
480	149	4 N +2		16	47.51	52.49
		4 S +2		68
		4 s +2		5
		5 N +1		4
		5 S +1		38
		PASS		17
		5 S +1		1
460	5	PASS		1	21.93	78.07
		3 n +2		1
		3 N +2		3
450	11	4 N +1		2	19.27	80.73
		4 S +1		3
		4 s +1		1
		5 S =		2
		PASS		3
420	1	4 N =		1	17.28	82.72
400	1	5 N =		1	16.95	83.05
300	7	PASS		1	15.62	84.38
		4 x E -2		2
		4 x W -2		4
230	7	2 N +4		2	13.29	86.71
		2 S +4		2
		3 S +3		1
		PASS		2
210	1	PASS		1	11.96	88.04
170	2	2 S +4		1	11.46	88.54
170	2	3 N +3		1	11.46	88.54
150	7	2 S +3		2	9.97	90.03
		3 N +2		1
		4 N +1		1
		PASS		1
		4 E -3		2
130	1	2 S +2		1	8.64	91.36
110	1	3 N =		1	8.31	91.69
100	10	PASS		5	6.48	93.52
		3 x W -1		2
		4 W -2		3
50	5	3 W -1		3	3.99	96.01
50	5	4 W -1		2	3.99	96.01
-50	3	5 N -1		1	2.66	97.34
-50	3	6 S -1		2	2.66	97.34
-100	1	6 x S -1		1	2.00	98.00
-110	1	2 W =		1	1.66	98.34
-150	1	2 N -3		1	1.33	98.67
-200	3	3 N -4		3	0.67	99.33
-1100	1	4 x N -5		1	0.00	100.00
	1	TD

Kliknij na numer pary, żeby obejrzeć historię.

Kliknij na nagłówki kolumn, żeby zmienić sortowanie.

ośrodek	runda	NS	EW	kontrakt	rozg.	wist	lew	zapis	% NS	% EW
BBO/999		3	14	6	S		=	980	89.37	10.63
BBO/999		13	31	6	S		=	980	89.37	10.63
BBO/999		15	10	6	S		=	980	89.37	10.63
BBO/999		26	25	6	N		=	980	89.37	10.63
BBO/999		35	17	5	S		+1	480	47.51	52.49
BBO/999		28	32	5	S		+1	480	47.51	52.49
BBO/999		9	6	4	S		+2	480	47.51	52.49
BBO/999		11	38	5	S		+1	480	47.51	52.49
BBO/999		1	12	5	S		+1	480	47.51	52.49
BBO/999		30	27	5	N		+1	480	47.51	52.49
BBO/999		7	23	4	N		+2	480	47.51	52.49
BBO/999		37	36	4	S		+2	480	47.51	52.49
BBO/999		20	19	4	S		+2	480	47.51	52.49
BBO/999		22	21	4	N		+2	480	47.51	52.49
BBO/999		16	29	4	N		+2	480	47.51	52.49
BBO/999		39	8	5	S		+1	480	47.51	52.49
BBO/999		18	34	2	N		+4	230	13.29	86.71
BBO/999		33	4	2	S		+3	150	9.97	90.03
BBO/999		5	2	2	S		+2	130	8.64	91.36
BBO/999		24	40	3	N		-4	-200	0.67	99.33
BY2/915	1	42	47	5 x	S		+1	750	79.40	20.60
BY2/915	2	45	46	4	S		+2	480	47.51	52.49
BY2/915	3	41	44	5	S		+1	480	47.51	52.49
BY4/921	1	54	50	4	S		+2	480	47.51	52.49
BY4/921	2	53	61	2	S		+4	230	13.29	86.71
BY4/921	3	58	57	4	S		+1	450	19.27	80.73
BY4/921	4	62	52	4	S		+2	480	47.51	52.49
BY4/921	6	51	49	4	S		+2	480	47.51	52.49
BY4/921	7	60	56	4	S		+2	480	47.51	52.49
CI1/918		65	66	5	S	8	+1	480	47.51	52.49
CI1/918		68	64	4	E	7	-3	150	9.97	90.03
CI1/918		67	63	4	N	A	=	420	17.28	82.72
DS/144	11	76	71	4	W	A	-2	100	6.48	93.52
DS/144	6	73	74	4	S	8	+2	480	47.51	52.49
DS/144	1	70	75	4	E	8	-3	150	9.97	90.03
DS/144	24	69	72	5	S	8	+1	480	47.51	52.49
DS/67	1	91	78	4	S	A	+2	480	47.51	52.49
DS/67	2	86	89	4	N	A	+2	480	47.51	52.49
DS/67	3	88	84	5	S	T	+1	480	47.51	52.49
DS/67	4	90	83	4 x	E	7	-3	500	75.58	24.42
DS/67	5	79	85	4	S	A	+2	480	47.51	52.49
DS/67	7	81	80	6	S	A	=	980	89.37	10.63
DS/67	8	87	77	4	S	A	+2	480	47.51	52.49
DS/72	2	99	93	4	S	A	+2	480	47.51	52.49
DS/72	9	94	98	3	W	A	-1	50	3.99	96.01
DS/72	8	101	102	6	S	A	=	980	89.37	10.63
DS/72	7	97	95	5	S	8	+1	480	47.51	52.49
DS/72	5	100	103	4	S	6	+2	480	47.51	52.49
EL1/907	2	118	105	5 x	W	A	-3	500	75.58	24.42
EL1/907	3	110	119	4	S	8	+2	480	47.51	52.49
EL1/907	5	113	106	5	S	T	=	450	19.27	80.73
EL1/907	6	116	115	6	S	A	=	980	89.37	10.63
EL1/907	7	107	109	5	S	A	+1	480	47.51	52.49
EL1/907	8	112	111	6	S	4	-1	-50	2.66	97.34
JG2/920	1	122	127	3 x	W	A	-1	100	6.48	93.52
JG2/920	2	125	126	4	N	Q	+1	150	9.97	90.03
JG2/920	3	128	123	4	S	A	+2	480	47.51	52.49
JG2/920	4	121	124	4	S	A	+2	480	47.51	52.49
KP/114	1	135	129	4	N	2	+2	480	47.51	52.49
KP/114	2	140	132	4	S	8	+2	480	47.51	52.49
KP/114	4	133	131	4	W	6	-2	100	6.48	93.52
KP/114	5	137	138	4	S	A	+2	480	47.51	52.49
KP/114	6	130	134	6	S	A	=	980	89.37	10.63
KP/125	1	147	143	5	N	A	=	400	16.95	83.05
KP/125	2	150	151	4	N	A	+2	480	47.51	52.49
KP/125	3	146	148	5	N	A	-1	-50	2.66	97.34
KP/125	4	154	144	6	S	A	=	980	89.37	10.63
KP/125	9	145	142	4	S	8	+2	480	47.51	52.49
KP/125	10	149	152	4	S	A	+2	480	47.51	52.49
KP/125	11	141	153	4 x	E	K	-2	300	15.62	84.38
KP/50	1	164	156	4	N	8	+2	480	47.51	52.49
KP/50	2	155	171	4	S	8	+2	480	47.51	52.49
KP/50	3	170	161	4	S	A	+2	480	47.51	52.49
KP/50	4	173	158	3	S	A	+3	230	13.29	86.71
KP/50	5	166	163	4 x	E	5	-2	300	15.62	84.38
KP/50	6	165	167	6	S	8	=	980	89.37	10.63
KP/50	7	168	157	4	S	6	+2	480	47.51	52.49
KP/50	8	159	172	5	S	A	+1	480	47.51	52.49
KP/50	9	162	169	6	S	A	=	980	89.37	10.63
LB/127	2	177	180					920	81.39	18.61
LB/127	3	179	183					480	47.51	52.49
LB/127	4	178	176					100	6.48	93.52
LB/127	5	181	182					300	15.62	84.38
LB/146	2	187	190	TD					60.00	60.00
LB/146	3	189	193					150	9.97	90.03
LB/146	4	188	186					480	47.51	52.49
LB/146	5	191	192					100	6.48	93.52
LB/149		204	196	4	s	A	+2	480	47.51	52.49
LB/149		195	211	3	n	A	+2	460	21.93	78.07
LB/149		210	201	4	s	8	+2	480	47.51	52.49
LB/149		206	203	4	s	8	+2	480	47.51	52.49
LB/149		205	207	6	s	8	=	980	89.37	10.63
LB/149		208	197	6	s	6	=	980	89.37	10.63
LB/149		199	200	4 x	e	8	-3	500	75.58	24.42
LB/149		202	209	4	s	8	+2	480	47.51	52.49
LB/165	1	213	218	3	N	K	+2	460	21.93	78.07
LB/165	2	217	216	6	N	K	=	980	89.37	10.63
LB/165	3	219	214	5 x	W	7	-3	500	75.58	24.42
LB/165	6	212	215	6	S	8	=	980	89.37	10.63
LB/75	5	227	230	6	S	5	=	980	89.37	10.63
LB/75	8	228	229	6	S	8	=	980	89.37	10.63
LB/75	4	231	223	5 x	W	K	-3	500	75.58	24.42
LB/75	2	226	220	5	S	8	+1	480	47.51	52.49
LB/75	7	224	222	4	S	8	+2	480	47.51	52.49
LB/75	9	221	225	3	N	5	-4	-200	0.67	99.33
LD/119	1	241	232	5	S	A	+1	480	47.51	52.49
LD/119	2	234	237	6	N	A	=	980	89.37	10.63
LD/119	4	235	233	4	S	2	+2	480	47.51	52.49
LD/119	5	238	239	4	N	K	+2	480	47.51	52.49
LD/48	1	248	244	4	S	A	+2	480	47.51	52.49
LD/48	2	251	252	3	N	A	+2	150	9.97	90.03
LD/48	3	247	249	6	N	A	=	980	89.37	10.63
LD/48	4	255	245	4	S	5	+2	480	47.51	52.49
LD/48	9	246	243	6 x	S	5	=	1210	98.17	1.83
LD/48	10	250	253	6	S	A	=	980	89.37	10.63
LD/48	11	242	254	4 x	W	K	-3	500	75.58	24.42
LD/92	1	265	256	5 x	W	A	-3	500	75.58	24.42
LD/92	2	258	261	4 x	E	7	-3	500	75.58	24.42
LD/92	3	260	264	6	S	T	-1	-50	2.66	97.34
LD/92	4	259	257	2	S	6	+4	170	11.46	88.54
LD/92	5	262	263	3	N	A	=	110	8.31	91.69
LG4/903	2	271	270	3	N	K	+2	460	21.93	78.07
LG4/903	3	273	268	6	S	A	=	980	89.37	10.63
LG4/903	4	266	269	2	W	A	=	-110	1.66	98.34
LU/145	1	275	280	3 x	W	K	-1	100	6.48	93.52
LU/145	2	278	279	2	S	A	+4	230	13.29	86.71
LU/145	3	281	276	4	S	T	+2	480	47.51	52.49
LU/145	4	274	277	6 x	W	A	-4	800	80.56	19.44
LU/150	1	283	288	5	S		+1	480	47.51	52.49
LU/150	2	286	287	4	S		+2	480	47.51	52.49
LU/150	3	289	284	4	S		+2	480	47.51	52.49
LU/150	4	282	285	4	W		-1	50	3.99	96.01
LU/90	1	295	291	4	S		+2	480	47.51	52.49
LU/90	2	292	290	6	S		=	980	89.37	10.63
LU/90	3	293	294	4	S		+2	480	47.51	52.49
MA/123	1	305	296	5	S	5	+1	480	47.51	52.49
MA/123	2	298	301	5	S	A	+1	480	47.51	52.49
MA/123	3	300	304	5	S	2	+1	480	47.51	52.49
MA/123	4	299	297	4 x	W	A	-2	300	15.62	84.38
MA/123	5	302	303	3	W	A	-1	50	3.99	96.01
MA/126	1	311	327	6	S	8	=	980	89.37	10.63
MA/126	2	310	325	5	S	A	+1	480	47.51	52.49
MA/126	3	309	323	6 x	S	A	=	1210	98.17	1.83
MA/126	4	308	333	4 x	E	K	-3	500	75.58	24.42
MA/126	5	307	335	4	N	A	+2	480	47.51	52.49
MA/126	6	306	330	3	N	K	+3	490	72.42	27.58
MA/126	7	320	328	5	N	A	+1	480	47.51	52.49
MA/126	8	319	326	4	N	3	+2	480	47.51	52.49
MA/126	9	318	324	4	S	8	+2	480	47.51	52.49
MA/126	10	317	322	4 x	N	Q	-5	-1100	0.00	100.00
MA/126	11	321	316	4	S	A	+2	480	47.51	52.49
MA/126	12	332	315	4	S	5	+2	480	47.51	52.49
MA/126	13	334	314	5	S	A	+1	480	47.51	52.49
MA/126	14	331	313	5	S	A	+1	480	47.51	52.49
MA/126	15	329	312	5	S	8	+1	480	47.51	52.49
MA/126	1	339	357	6 x	W	A	-4	800	80.56	19.44
MA/126	2	342	358	6 x	E	A	-4	800	80.56	19.44
MA/126	3	341	348	6	N	A	=	980	89.37	10.63
MA/126	4	345	350	6	S	2	=	980	89.37	10.63
MA/126	5	344	354	6	S	A	=	980	89.37	10.63
MA/126	6	338	340	5	S	A	+1	480	47.51	52.49
MA/126	9	336	353	5 x	W	A	-3	500	75.58	24.42
MA/126	10	337	352	4	S	J	+2	480	47.51	52.49
MA/126	11	349	351	6	N	A	=	980	89.37	10.63
MA/126	12	346	356	6 x	W	A	-6	1400	99.33	0.67
MA/46	1	365	361	6 x	S	6	=	1210	98.17	1.83
MA/46	2	362	360	5	S	A	+1	480	47.51	52.49
MA/46	3	363	364	2	N	K	+4	230	13.29	86.71
MA/62	4	366	376	6	N	A	=	980	89.37	10.63
MA/62	5	375	369	3	N	5	-4	-200	0.67	99.33
MA/62	7	370	373	4	W	A	-1	50	3.99	96.01
MA/62	8	371	374	2	S	3	+3	150	9.97	90.03
MA/62	9	372	368	4	S	8	+1	450	19.27	80.73
MA/65	2	383	379	4	S	A	+2	480	47.51	52.49
MA/65	2	380	378	6	S	A	=	980	89.37	10.63
MA/65	2	381	382	4	S	A	+2	480	47.51	52.49
MP/138	1	385	390	2	N	Q	-3	-150	1.33	98.67
MP/138	2	388	389	5 x	W	A	-3	500	75.58	24.42
MP/138	3	391	386	5	S	A	+1	480	47.51	52.49
MP/138	4	384	387	6	S	A	=	980	89.37	10.63
MP/40	1	411	408	5	S	8	+1	480	47.51	52.49
MP/40	2	394	403	6	S	8	=	980	89.37	10.63
MP/40	3	413	399	4	N	A	+2	480	47.51	52.49
MP/40	4	402	406	5	S	3	+1	480	47.51	52.49
MP/40	5	396	395	5	S	8	+1	480	47.51	52.49
MP/40	6	398	412	5	S	A	+1	480	47.51	52.49
MP/40	7	409	410	4	S	3	+2	480	47.51	52.49
MP/40	8	392	407	6	N	A	=	980	89.37	10.63
MP/40	9	404	401	4	S	A	+2	480	47.51	52.49
MP/40	10	393	400	6	N	A	=	980	89.37	10.63
MP/40	11	397	414	5	S	A	+1	480	47.51	52.49
MP/45	1	421	417	6	S		=	980	89.37	10.63
MP/45	2	418	416	4	S		+2	480	47.51	52.49
MP/45	3	419	420	4	S		+2	480	47.51	52.49
OL3/925	1	427	423	6 x	W	K	-4	800	80.56	19.44
OL3/925	2	424	422	4	S	8	+2	480	47.51	52.49
OL3/925	3	425	426	4	S	A	+2	480	47.51	52.49
OL4/913		429	434	4	s	8	+1	450	19.27	80.73
OL4/913		432	433	4	s	A	+2	480	47.51	52.49
OL4/913		428	431	6 xx	n	A	=	1620	99.66	0.34
OP/95	1	436	441	4 x	E	8	-3	500	75.58	24.42
OP/95	2	440	439	5	S	A	+1	480	47.51	52.49
OP/95	3	442	437	4	S	A	+2	480	47.51	52.49
OP/95	6	435	438	4	S	8	+2	480	47.51	52.49
PD/81	2	444	448	6	S	8	=	980	89.37	10.63
PD/81	2	443	446	4 x	E	5	-3	500	75.58	24.42
PD/81	2	445	447	4	S	2	+2	480	47.51	52.49
PK/118	4	462	452	5	N	K	+1	480	47.51	52.49
PK/118	3	454	456	3	N	A	+2	460	21.93	78.07
PK/118	2	458	459	4	S	A	+2	480	47.51	52.49
PK/118	1	455	451	5	S	A	+1	480	47.51	52.49
PK/118	11	449	461	5 x	W	K	-3	500	75.58	24.42
PK/118	10	457	460	6 x	S	2	=	1210	98.17	1.83
PK/118	9	453	450	4	S	8	+2	480	47.51	52.49
PM/115	1	464	469	4	S	8	+2	480	47.51	52.49
PM/115	2	468	467	4	S	T	+2	480	47.51	52.49
PM/115	3	470	465	4	S	6	+1	450	19.27	80.73
PM/129	1	480	471					480	47.51	52.49
PM/129	2	473	476					480	47.51	52.49
PM/129	3	475	479					230	13.29	86.71
PM/129	4	474	472					480	47.51	52.49
PM/129	5	477	478					480	47.51	52.49
PM/166	1	484	495	4	N	K	+2	480	47.51	52.49
PM/166	2	483	493	4	N	K	+2	480	47.51	52.49
PM/166	3	482	502	6	N	2	=	980	89.37	10.63
PM/166	4	481	501	5	S	A	+1	480	47.51	52.49
PM/166	5	491	499	4	N	5	+2	480	47.51	52.49
PM/166	6	490	497	5	S	8	+1	480	47.51	52.49
PM/166	7	494	489	2 x	E	5	-8	2000	100.00	0.00
PM/166	8	492	488	5 x	W	K	-3	500	75.58	24.42
PM/166	9	500	487	4	S	A	+2	480	47.51	52.49
PM/166	10	498	486	4	N	A	+2	480	47.51	52.49
SZ2/910	1	504	509	6 x	S	8	-1	-100	2.00	98.00
SZ2/910	2	508	507	5	S	A	+1	480	47.51	52.49
SZ2/910	3	510	505	5	S	A	+1	480	47.51	52.49
SZ2/910	4	503	506	3	N	Q	+3	170	11.46	88.54
USA/130	0	517	511	4	S	X	+2	480	47.51	52.49
USA/130	0	518	521	4	S	A	+2	480	47.51	52.49
USA/130	0	515	513	5	S	A	+1	480	47.51	52.49
USA/130	0	519	520	4	S	A	+2	480	47.51	52.49
USA/130	0	512	516	6	S	A	=	980	89.37	10.63
WM/122	2	524	534					480	47.51	52.49
WM/122	3	523	544					230	13.29	86.71
WM/122	4	522	542					980	89.37	10.63
WM/122	5	547	540					980	89.37	10.63
WM/122	6	532	538					210	11.96	88.04
WM/122	7	535	529					480	47.51	52.49
WM/122	8	533	526					480	47.51	52.49
WM/122	9	541	545					480	47.51	52.49
WM/122	10	539	531					980	89.37	10.63
WM/122	11	537	528					450	19.27	80.73
WM/122	12	543	549					480	47.51	52.49
WM/122	13	530	548					450	19.27	80.73
WM/122	14	527	546					480	47.51	52.49
WM/128	2	554	555	6 x	S		=	1210	98.17	1.83
WM/128	3	557	552	6	N		=	980	89.37	10.63
WM/128	4	550	553	4 x	W		-2	300	15.62	84.38
WP/120	1	567	568					450	19.27	80.73
WP/120	2	563	565					510	78.74	21.26
WP/120	3	571	561					980	89.37	10.63
WP/120	4	562	559					460	21.93	78.07
WP/120	5	566	569					480	47.51	52.49
WP/120	6	558	570					480	47.51	52.49
WP/142	1	573	578	5 x	W	A	-3	500	75.58	24.42
WP/142	2	577	576	4	S	T	+2	480	47.51	52.49
WP/142	3	579	574	6	S	A	=	980	89.37	10.63
WP/142	4	572	575	4	N	A	+1	450	19.27	80.73
WP/147	2	593	580	5 x	N	A	+1	750	79.40	20.60
WP/147	1	589	592	4	S	8	+2	480	47.51	52.49
WP/147	4	595	583	4	S	8	+2	480	47.51	52.49
WP/147	8	588	581	4	S	A	+2	480	47.51	52.49
WP/147	11	587	586	4	S	8	+2	480	47.51	52.49
WP/147	3	585	594	5	S	8	=	450	19.27	80.73
WP/147	10	582	584	3	W	A	-1	50	3.99	96.01
WP/52	4	596	616	5	S	8	+1	480	47.51	52.49
WP/52	3	597	618	4	S	8	+2	480	47.51	52.49
WP/52	2	598	608	6 x	S	8	=	1210	98.17	1.83
WP/52	1	599	610	4	N	A	+1	450	19.27	80.73
WP/52	10	613	619	6	S	A	=	980	89.37	10.63
WP/52	9	615	602	6	N	A	=	980	89.37	10.63
WP/52	8	607	617	5	S	8	+1	480	47.51	52.49
WP/52	7	604	609	4	S	7	+2	480	47.51	52.49
WP/52	6	605	612	4 x	W	A	-2	300	15.62	84.38
WP/52	5	606	614	6	S	A	=	980	89.37	10.63
WP/52	8	620	603	4 x	W	A	-2	300	15.62	84.38
WP/52	10	621	601	6	S	5	=	980	89.37	10.63
ZA2/916		627	623	4	S	7	+2	480	47.51	52.49
ZA2/916		624	622	4	S	8	+2	480	47.51	52.49
ZA2/916		625	626	5 x	S	3	+1	750	79.40	20.60
ZP/116	1	637	638					500	75.58	24.42
ZP/116	2	633	635					480	47.51	52.49
ZP/116	3	641	631					480	47.51	52.49
ZP/116	4	632	629					100	6.48	93.52
ZP/116	5	636	639					100	6.48	93.52
ZP/121	1	648	642	4	S		+2	480	47.51	52.49
ZP/121	2	653	645	4	S		+2	480	47.51	52.49
ZP/121	3	649	652	4	W		-2	100	6.48	93.52
ZP/121	4	646	644	4	N		+2	480	47.51	52.49
ZP/121	5	650	651	5	N		+1	480	47.51	52.49
ZP/121	6	643	647	4	S		+2	480	47.51	52.49
ZP/167	2	659	658					480	47.51	52.49
ZP/167	3	661	656					100	6.48	93.52
ZP/167	4	654	657					500	75.58	24.42