Turniej KMP na maksy

Poniedziałek, 9 czerwca 2014

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Rozdanie nr 31

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Rozdanie nr 31

K4

AKJ1076532

Q4

AQJ875

K65

AKJ9

S/NS

1063

4

AJ10982

Q82

92

Q98

73

1076543

Liczba lew do wzięcia:


N	2	1	10	1	4		E	4	12	3	11	8
S	2	1	10	1	4		W	4	12	3	12	9

Minimax: 7

x N, -800
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
620	2	4 N =		2	99.74	0.26
400	1	6 W -8		1	99.11	0.89
300	4	7 x E -2		1	98.06	1.94
300	4	7 x W -2		3	98.06	1.94
250	1	7 W -5		1	97.02	2.98
200	1	6 W -4		1	96.60	3.40
150	1	6 W -3		1	96.18	3.82
100	6	6 x E -1		2	94.72	5.28
		PASS		3
		7 x W -1		1
50	29	6 E -1		5	87.41	12.59
		7 E -1		1
		PASS		7
		6 E -1		1
		6 W -1		15
-100	1	6 N -1		1	81.14	18.86
-200	16	4 x N -1		1	77.58	22.42
		5 x N -1		10
		PASS		5
-300	1	7 n -3		1	74.03	25.97
-420	4	5 E +1		4	72.99	27.01
-450	18	PASS		4	68.39	31.61
		4 W +1		6
		5 W =		7
		5 w =		1
-480	62	PASS		7	51.67	48.33
		4 W +2		15
		4 w +2		1
		5 W +1		36
		5 w +1		3
-500	22	5 x N -2		1	34.12	65.88
		6 x N -2		18
		7 x N -2		1
		PASS		2
-650	1	5 x W =		1	29.31	70.69
-750	4	PASS		1	28.27	71.73
-750	4	5 x W +1		3	28.27	71.73
-790	1	4 x W +2		1	27.22	72.78
-800	12	6 x N -3		1	24.51	75.49
		7 x N -3		10
		PASS		1
-920	12	6 E =		5	19.49	80.51
		6 e =		2
		6 W =		1
		PASS		4
-980	26	PASS		5	11.55	88.45
		6 e =		1
		6 W =		19
		6 w =		1
-1090	5	6 x E =		3	5.07	94.93
-1090	5	PASS		2	5.07	94.93
-1210	9	6 x E =		1	2.15	97.85
-1210	9	6 x W =		8	2.15	97.85
-1380	1	6 xx E =		1	0.06	99.94

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
CI1/918	1	57	53	7	W		-5	250	97.02	2.98
CI1/918	2	58	56	5	W		+1	-480	51.67	48.33
CI1/918	3	55	54	6	W		-1	50	87.41	12.59
CI1/918	4	60	59	6 x	N		-2	-500	34.12	65.88
DS/144	11	74	71	6	W	A	=	-980	11.55	88.45
DS/144	10	62	64	4	W	A	+2	-480	51.67	48.33
DS/144	9	66	67	6	W	A	=	-980	11.55	88.45
DS/144	8	63	70	6 x	W	A	=	-1210	2.15	97.85
DS/144	7	68	73	6 x	N	A	-2	-500	34.12	65.88
DS/144	6	65	72	4	W	A	+2	-480	51.67	48.33
DS/144	5	61	69	6 x	N	6	-2	-500	34.12	65.88
DS/72	11	106	103	5	W	A	+1	-480	51.67	48.33
DS/72	10	94	96	5 x	N	6	-1	-200	77.58	22.42
DS/72	9	98	99	4	W	K	+1	-450	68.39	31.61
DS/72	8	95	102	5	W	A	+1	-480	51.67	48.33
DS/72	7	100	105	7 x	W	A	-2	300	98.06	1.94
DS/72	6	97	104	6 x	N	A	-2	-500	34.12	65.88
DS/72	5	93	101	6	W	A	=	-980	11.55	88.45
EL1/907	1	107	115	5	W	A	+1	-480	51.67	48.33
EL1/907	2	111	118	4	W	A	+2	-480	51.67	48.33
EL1/907	3	114	119	7 x	N	A	-3	-800	24.51	75.49
EL1/907	4	109	116	5	W	A	+1	-480	51.67	48.33
EL1/907	5	112	113	5	E	Q	+1	-420	72.99	27.01
EL1/907	6	108	110	4	W	K	+2	-480	51.67	48.33
EL1/907	7	120	117	5	W	K	=	-450	68.39	31.61
JG2/920	1	125	121	5 x	N	T	-1	-200	77.58	22.42
JG2/920	2	126	124	6	W	A	=	-980	11.55	88.45
JG2/920	3	122	123	5	W	K	+1	-480	51.67	48.33
JG4/917	1	133	129	5	W		+1	-480	51.67	48.33
JG4/917	2	134	132	4	W		+2	-480	51.67	48.33
JG4/917	3	130	131	4	W		+2	-480	51.67	48.33
KP/114	1	137	145	6	E	Q	-1	50	87.41	12.59
KP/114	2	141	148	5 x	N	6	-1	-200	77.58	22.42
KP/114	3	144	149	7 x	N	A	-3	-800	24.51	75.49
KP/114	4	139	146	6	W	A	=	-980	11.55	88.45
KP/114	5	142	143	6	W	A	-1	50	87.41	12.59
KP/114	6	138	140	6 x	N	6	-2	-500	34.12	65.88
KP/125	8	159	153	4	W	A	+1	-450	68.39	31.61
KP/125	5	151	158	5	W	K	+1	-480	51.67	48.33
KP/125	7	160	157	6 x	N	K	-2	-500	34.12	65.88
KP/125	6	154	155	6	W	K	=	-980	11.55	88.45
KP/125	9	152	156	6	W	4	=	-980	11.55	88.45
KP/50	1	165	169	7 x	N	6	-3	-800	24.51	75.49
KP/50	2	172	167	6	E	Q	=	-920	19.49	80.51
KP/50	3	170	161	7 x	E	7	-2	300	98.06	1.94
KP/50	4	164	163	6	W	K	-1	50	87.41	12.59
KP/50	5	166	173	5	W	A	+1	-480	51.67	48.33
KP/50	6	168	174	6	W	A	-1	50	87.41	12.59
KP/50	7	175	162	4	W	A	+2	-480	51.67	48.33
KP/50	8	171	176	5	W	A	+1	-480	51.67	48.33
LB/127	1	177	185					-980	11.55	88.45
LB/127	2	181	188					-450	68.39	31.61
LB/127	3	184	189					-500	34.12	65.88
LB/127	4	179	186					-200	77.58	22.42
LB/127	5	182	183					-920	19.49	80.51
LB/127	6	178	180					-200	77.58	22.42
LB/127	7	190	187					-980	11.55	88.45
LB/146	1	191	198					-920	19.49	80.51
LB/146	2	194	195					-750	28.27	71.73
LB/146	4	199	193					100	94.72	5.28
LB/146	5	192	196					50	87.41	12.59
LB/149		201	209	5	w	A	=	-450	68.39	31.61
LB/149		205	212	6	e	Q	=	-980	11.55	88.45
LB/149		208	213	6	w	A	=	-980	11.55	88.45
LB/149		203	210	5	w	A	+1	-480	51.67	48.33
LB/149		206	207	7	n	A	-3	-300	74.03	25.97
LB/149		202	204	6	e	8	=	-920	19.49	80.51
LB/149		214	211	6	e	Q	=	-920	19.49	80.51
LD/119	1	218	221	7 x	W	A	-2	300	98.06	1.94
LD/119	2	215	224	5	W	K	+1	-480	51.67	48.33
LD/119	3	219	220	5 x	N	6	-2	-500	34.12	65.88
LD/119	4	223	216	5	W	A	=	-450	68.39	31.61
LD/119	5	217	222	6	N	6	-1	-100	81.14	18.86
LD/48	1	230	233	5 x	N	6	-1	-200	77.58	22.42
LD/48	3	227	236	6 x	N	6	-2	-500	34.12	65.88
LD/48	4	231	232	6 x	E	Q	=	-1090	5.07	94.93
LD/48	5	235	228	6	W	A	-1	50	87.41	12.59
LD/48	9	229	234	6	W	A	-1	50	87.41	12.59
LD/92	1	242	245	6	W	A	=	-980	11.55	88.45
LD/92	2	239	248	6	W	A	=	-980	11.55	88.45
LD/92	3	243	244	4	N	A	=	620	99.74	0.26
LD/92	4	247	240	6 x	W	A	=	-1210	2.15	97.85
LD/92	5	241	246	6	W	A	-1	50	87.41	12.59
LG4/903	1	255	251	4 x	W	A	+2	-790	27.22	72.78
LG4/903	2	256	254	4	W	A	+1	-450	68.39	31.61
LG4/903	3	253	252	6 x	N	A	-2	-500	34.12	65.88
LU/145	1	259	266	5	W	4	+1	-480	51.67	48.33
LU/145	2	262	263	6 x	N	6	-2	-500	34.12	65.88
LU/145	3	268	265	7 x	N	A	-3	-800	24.51	75.49
LU/145	4	267	261	5	W	A	+1	-480	51.67	48.33
LU/145	5	260	264	5	W	A	+1	-480	51.67	48.33
MA/123	1	275	282	6	W	A	=	-980	11.55	88.45
MA/123	2	278	279	7 x	N	A	-2	-500	34.12	65.88
MA/123	3	284	281	6	W	A	-8	400	99.11	0.89
MA/123	4	283	277	6	E	7	-1	50	87.41	12.59
MA/123	5	276	280	6	E	Q	-1	50	87.41	12.59
MA/46	1	335	342	5	W	A	+1	-480	51.67	48.33
MA/46	2	338	339	5 x	N	T	-1	-200	77.58	22.42
MA/46	4	343	337	6	W	A	-1	50	87.41	12.59
MA/46	5	336	340	5	W	A	+1	-480	51.67	48.33
MA/65	31	362	366	6 x	N	6	-2	-500	34.12	65.88
MA/65	27	369	363	6 x	N	6	-2	-500	34.12	65.88
MA/65	19	364	365	6 x	E	9	=	-1210	2.15	97.85
MA/65	15	361	368	5	W	A	=	-450	68.39	31.61
MP/138	1	374	377	4	W	A	+2	-480	51.67	48.33
MP/138	2	371	380	6	W	K	=	-980	11.55	88.45
MP/138	3	375	376	7 x	N	A	-3	-800	24.51	75.49
MP/138	4	379	372	5	W	A	+1	-480	51.67	48.33
MP/138	5	373	378	6	W	K	-1	50	87.41	12.59
MP/139	1	388	383					-980	11.55	88.45
MP/139	2	384	387					-480	51.67	48.33
MP/139	3	385	386					-450	68.39	31.61
MP/45	1	426	421	5	W		=	-450	68.39	31.61
MP/45	2	422	425	5	W		+1	-480	51.67	48.33
MP/45	3	423	424	6 x	E		=	-1090	5.07	94.93
OL3/925	1	431	427	4	W	A	+2	-480	51.67	48.33
OL3/925	2	432	430	6 x	N	A	-2	-500	34.12	65.88
OL3/925	3	428	429	5	W	K	+1	-480	51.67	48.33
OL4/913		440	435	5	w	A	+1	-480	51.67	48.33
OL4/913		436	439	4	w	A	+2	-480	51.67	48.33
OL4/913		437	438	5	w	A	+1	-480	51.67	48.33
OP/95	3	445	441	5	W	K	+1	-480	51.67	48.33
OP/95	5	446	444	5 x	W	A	+1	-750	28.27	71.73
OP/95	6	443	442	6 x	W	A	=	-1210	2.15	97.85
OP/95	7	448	447	7 x	N	Q	-3	-800	24.51	75.49
PD/81	5	454	452	4	W	A	+2	-480	51.67	48.33
PD/81	6	451	450	4	W	A	+2	-480	51.67	48.33
PD/81	3	453	449	6 x	N	A	-3	-800	24.51	75.49
PD/81	7	456	455	6	W	A	=	-980	11.55	88.45
PK/118	11	474	467	5 x	N	6	-1	-200	77.58	22.42
PK/118	10	472	459	6	W	A	=	-980	11.55	88.45
PK/118	9	464	473	5	W	A	=	-450	68.39	31.61
PK/118	8	462	465	4	W	A	+2	-480	51.67	48.33
PK/118	7	460	471	6 x	N	8	-2	-500	34.12	65.88
PK/118	6	457	458	5 x	W	A	+1	-750	28.27	71.73
PK/118	5	470	466	4	W	A	+2	-480	51.67	48.33
PK/118	4	463	469	6	W	A	=	-980	11.55	88.45
PK/118	3	468	461	6 x	E	3	-1	100	94.72	5.28
PM/115	1	478	481	6	W	K	-3	150	96.18	3.82
PM/115	2	475	484	5	W	K	+1	-480	51.67	48.33
PM/115	3	479	480	6	W	K	=	-980	11.55	88.45
PM/115	5	477	482	4	N	A	=	620	99.74	0.26
PM/115	6	486	485	4 x	N	6	-1	-200	77.58	22.42
PM/129	1	491	487					-200	77.58	22.42
PM/129	2	492	490					50	87.41	12.59
PM/129	3	489	488					-920	19.49	80.51
PM/129	4	494	493					-500	34.12	65.88
SZ2/910	1	498	501	6 x	W	A	=	-1210	2.15	97.85
SZ2/910	2	495	504	5	W	A	+1	-480	51.67	48.33
SZ2/910	3	499	500	6	W	A	=	-980	11.55	88.45
SZ2/910	4	503	496	6 xx	E	Q	=	-1380	0.06	99.94
SZ2/910	5	497	502	7 x	W	A	-2	300	98.06	1.94
USA/130	0	509	508	5	E	Q	+1	-420	72.99	27.01
USA/130	0	511	507	5	W	A	=	-450	68.39	31.61
USA/130	0	512	510	5	W	A	+1	-480	51.67	48.33
USA/130	0	514	513	6	W	A	=	-980	11.55	88.45
WM/122	2	522	535	6	E	Q	-1	50	87.41	12.59
WM/122	3	519	533	7 x	W	A	-1	100	94.72	5.28
WM/122	4	538	531	7 x	N	6	-3	-800	24.51	75.49
WM/122	5	524	528	5	W	A	+1	-480	51.67	48.33
WM/122	6	521	526	5 x	N	T	-1	-200	77.58	22.42
WM/122	7	518	534	6 x	E	3	-1	100	94.72	5.28
WM/122	8	532	536	6	W	A	=	-980	11.55	88.45
WM/122	9	530	523	5 x	W	A	+1	-750	28.27	71.73
WM/122	10	529	516	5	W	K	+1	-480	51.67	48.33
WM/122	11	515	527	6 x	N	A	-2	-500	34.12	65.88
WM/122	12	540	520	5	W	A	+1	-480	51.67	48.33
WM/122	13	539	517	5	E	9	+1	-420	72.99	27.01
WM/128	1	545	541	6	E	Q	-1	50	87.41	12.59
WM/128	2	546	544	5	W	A	+1	-480	51.67	48.33
WM/128	3	542	543	6 x	W	A	=	-1210	2.15	97.85
WM/128	4	548	547	6	E	9	=	-920	19.49	80.51
WM/132	1	553	549					-480	51.67	48.33
WM/132	2	554	552					-200	77.58	22.42
WM/132	3	550	551					50	87.41	12.59
WM/140	1	561	557	6	W	K	-1	50	87.41	12.59
WM/140	2	562	560	6 x	N	A	-2	-500	34.12	65.88
WM/140	3	558	559	6 x	N	A	-2	-500	34.12	65.88
WM/140	4	564	563	5 x	N	T	-1	-200	77.58	22.42
WP/120	1	576	569					-480	51.67	48.33
WP/120	2	571	577					-480	51.67	48.33
WP/120	3	578	574					100	94.72	5.28
WP/120	4	565	566					-980	11.55	88.45
WP/120	5	568	579					-980	11.55	88.45
WP/120	6	570	573					100	94.72	5.28
WP/120	7	572	581					50	87.41	12.59
WP/120	8	580	567					50	87.41	12.59
WP/142	1	583	590	6	E	2	=	-920	19.49	80.51
WP/142	2	586	587	5	W	K	+1	-480	51.67	48.33
WP/142	4	591	585	6 x	W	K	=	-1210	2.15	97.85
WP/142	5	584	588	5	W	A	+1	-480	51.67	48.33
WP/147	4	597	601	5 x	N	A	-1	-200	77.58	22.42
WP/147	10	594	607	5 x	N	10	-1	-200	77.58	22.42
WP/147	6	602	593	5	W	A	+1	-480	51.67	48.33
WP/147	7	596	595	5	W	A	+1	-480	51.67	48.33
WP/147	9	606	600	5	W	A	+1	-480	51.67	48.33
WP/147	8	598	605	6 x	N	A	-2	-500	34.12	65.88
WP/147	5	604	599	6 x	E	8	=	-1090	5.07	94.93
WP/30	10	624	611	5 x	W	A	=	-650	29.31	70.69
WP/30	9	616	625	5	W	K	+1	-480	51.67	48.33
WP/30	8	614	617	6 x	W	A	=	-1210	2.15	97.85
WP/30	7	612	623	5	W	A	=	-450	68.39	31.61
WP/30	6	609	610	7	E	2	-1	50	87.41	12.59
WP/30	5	622	618	4	W	A	+1	-450	68.39	31.61
WP/30	4	615	621	5	W	5	+1	-480	51.67	48.33
WP/30	3	620	613	4	W	K	+2	-480	51.67	48.33
WP/52	11	627	630	5	W	A	+1	-480	51.67	48.33
WP/52	9	634	636	6	W	K	-1	50	87.41	12.59
WP/52	5	632	633	5	E	Q	+1	-420	72.99	27.01
WP/52	4	631	629	4	W	K	+1	-450	68.39	31.61
WP/52	3	628	635	6	E	Q	=	-920	19.49	80.51
WP/52	1	637	638	6	W	A	-1	50	87.41	12.59
ZA2/916		643	639	7 x	N	10	-3	-800	24.51	75.49
ZA2/916		644	642	6	W	A	-4	200	96.60	3.40
ZA2/916		641	640	6	W	5	-1	50	87.41	12.59
ZP/116	1	650	653					-450	68.39	31.61
ZP/116	2	647	656					50	87.41	12.59
ZP/116	3	651	652					-1090	5.07	94.93
ZP/116	4	655	648					-920	19.49	80.51
ZP/116	5	649	654					-480	51.67	48.33
ZP/116	6	658	657					50	87.41	12.59
ZP/121	1	659	667	6 x	W		=	-1210	2.15	97.85
ZP/121	2	663	670	5	W		+1	-480	51.67	48.33
ZP/121	3	666	671	4	W		+2	-480	51.67	48.33
ZP/121	4	661	668	6	E		-1	50	87.41	12.59
ZP/121	5	664	665	6 x	N		-2	-500	34.12	65.88
ZP/121	6	660	662	6	W		-1	50	87.41	12.59
ZP/56	1	673	681					-450	68.39	31.61
ZP/56	2	677	684					-480	51.67	48.33
ZP/56	3	680	685					-200	77.58	22.42
ZP/56	4	675	682					-800	24.51	75.49
ZP/56	5	678	679					-480	51.67	48.33
ZP/56	6	674	676					-1090	5.07	94.93
ZP/63	1	691	695	6	E	Q	=	-920	19.49	80.51
ZP/63	2	698	693	6	W	A	-1	50	87.41	12.59
ZP/63	3	696	687	6	W	4	=	-980	11.55	88.45
ZP/63	4	690	689	7 x	N	8	-3	-800	24.51	75.49
ZP/63	5	692	699	7 x	N	A	-3	-800	24.51	75.49
ZP/63	6	700	694	6	W	A	=	-920	19.49	80.51
ZP/63	7	688	701	4	W	A	+1	-450	68.39	31.61