Turniej KMP na maksy

Poniedziałek, 9 kwietnia 2018

Wyniki z 55 ośrodków

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Rozdanie nr 32

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Rozdanie nr 32

73

10542

QJ1084

64

K62

KQ963

72

K92

W/EW

A

A8

AK65

AQ10875

QJ109854

J7

93

J3

Liczba lew do wzięcia:


N	0	5	1	3	0		E	13	8	12	10	13
S	0	5	1	3	0		W	13	8	12	10	13

Minimax: 7

E, -2220
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
300	1	7 W -3		1	99.93	0.07
200	2	5 E -2		1	99.32	0.68
200	2	6 E -2		1	99.32	0.68
100	4	5 E -1		1	98.11	1.89
		6 W -1		1
		7 E -1		1
		7 W -1		1
-110	2	2 E +1		1	96.89	3.11
-110	2	3 E =		1	96.89	3.11
-190	9	3 E +4		4	94.66	5.34
		4 E +3		4
		?		1
-300	1	2 x S -2		1	92.63	7.37
-500	1	?		1	92.22	7.78
-640	15	5 E +2		12	88.97	11.03
		5 W +2		1
		?		2
-650	1	4 W +1		1	85.72	14.28
-680	26	4 E +2		1	80.24	19.76
		4 W +2		22
		5 W +1		3
-690	5	3 E +3		3	73.95	26.05
		3 W +3		1
		5 E +1		1
-710	1	?		1	72.73	27.27
-720	18	3 E +4		10	68.88	31.12
		3 W +4		6
		4 W +3		1
		?		1
-800	3	3 x S -4		1	64.61	35.39
-800	3	4 x S -4		2	64.61	35.39
-1100	2	4 x S -5		1	63.60	36.40
-1100	2	6 x S -5		1	63.60	36.40
-1390	47	6 E +1		46	53.65	46.35
-1390	47	6 W +1		1	53.65	46.35
-1400	2	5 x S -6		1	43.71	56.29
-1400	2	6 x S -6		1	43.71	56.29
-1430	29	6 E =		1	37.42	62.58
		6 W =		25
		?		3
-1440	2	6 E =		2	31.12	68.88
-1470	28	6 E +1		17	25.03	74.97
-1470	28	6 W +1		11	25.03	74.97
-1490	1	?		1	19.15	80.85
-1700	1	6 x S -7		1	18.74	81.26
-2140	23	7 E =		19	13.87	86.13
		7 W =		1
		?		3
-2220	22	7 E =		15	4.73	95.27
		7 W =		6
		?		1
-2490	1	7 x E =		1	0.07	99.93
	3	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
DS/136	5	9	16	6	E	Q	+1	-1470	25.03	74.97
DS/136	6	12	13	6	W	7	=	-1430	37.42	62.58
DS/136	7	18	15	5	E	Q	+2	-640	88.97	11.03
DS/136	8	17	11	4	W	3	+2	-680	80.24	19.76
DS/136	9	10	14	6	E	Q	+1	-1390	53.65	46.35
DS/144	1	22	25					-720	68.88	31.12
DS/144	2	19	28					-2140	13.87	86.13
DS/144	3	23	24					-1430	37.42	62.58
DS/144	4	27	20					-1430	37.42	62.58
DS/144	5	21	26					-2220	4.73	95.27
DS/144	6	30	29					-500	92.22	7.78
DS/267	9	32	36	3 x	S	K	-4	-800	64.61	35.39
DS/267	6	34	35	6	E	Q	+1	-1390	53.65	46.35
DS/267	8	39	33	6	E	Q	+1	-1390	53.65	46.35
DS/267	7	40	37	6	E	Q	+1	-1470	25.03	74.97
DS/267	5	31	38	7	W	Q	=	-2220	4.73	95.27
DS/269	5	41	48	6	W	Q	+1	-1470	25.03	74.97
DS/269	6	44	45	7	E	8	=	-2220	4.73	95.27
DS/269	7	50	47	6	E	Q	-2	200	99.32	0.68
DS/269	8	49	43	6	E	Q	+1	-1470	25.03	74.97
DS/269	9	42	46	6	W	7	=	-1430	37.42	62.58
DS/72	11	100	97	5	W	3	+1	-680	80.24	19.76
DS/72	10	88	90	6	E	Q	+1	-1390	53.65	46.35
DS/72	9	92	93	7	E	Q	=	-2140	13.87	86.13
DS/72	8	89	96	4	W	7	+2	-680	80.24	19.76
DS/72	7	94	99	7	W	J	=	-2220	4.73	95.27
DS/72	6	91	98	7	E	Q	=	-2140	13.87	86.13
DS/72	5	87	95	6	W	7	=	-1430	37.42	62.58
EL1/907	1	101	109	6	E	Q	+1	-1390	53.65	46.35
EL1/907	2	105	112	TD					50.00	50.00
EL1/907	3	108	113	4	W	7	+2	-680	80.24	19.76
EL1/907	4	103	110	6	E	Q	+1	-1470	25.03	74.97
EL1/907	5	106	107	6	W	Q	+1	-1470	25.03	74.97
EL1/907	6	102	104	6	E	Q	+1	-1390	53.65	46.35
EL1/907	7	114	111	7	E	Q	=	-2220	4.73	95.27
KP/125	1	134	137	5	E	Q	+2	-640	88.97	11.03
KP/125	3	131	140	5	E	Q	-2	200	99.32	0.68
KP/125	4	135	136	6	E	Q	+1	-1390	53.65	46.35
KP/125	5	139	132	6	E	Q	+1	-1390	53.65	46.35
KP/125	9	133	138	6	E	Q	+1	-1390	53.65	46.35
KP/50	11	172	169	7	W	Q	=	-2220	4.73	95.27
KP/50	10	160	162	4	W	3	+1	-650	85.72	14.28
KP/50	9	164	165	6	E	Q	+1	-1470	25.03	74.97
KP/50	8	161	168	4	W	3	+2	-680	80.24	19.76
KP/50	7	166	171	6	E	Q	+1	-1390	53.65	46.35
KP/50	6	163	170	3	E	Q	+4	-720	68.88	31.12
KP/50	5	159	167	7	E	Q	=	-2220	4.73	95.27
KP/50	11	186	182	7	E	Q	=	-2140	13.87	86.13
KP/50	10	175	177	6	E	Q	+1	-1390	53.65	46.35
KP/50	9	179	178	3	E	3	+4	-190	94.66	5.34
KP/50	8	174	183	6	W	3	=	-1430	37.42	62.58
KP/50	7	181	184	7	E	Q	=	-2140	13.87	86.13
KP/50	5	173	180	6	E	Q	+1	-1390	53.65	46.35
LB/127	6	190	191	3	W	2	+4	-720	68.88	31.12
LB/127	7	196	193	4 x	S	K	-5	-1100	63.60	36.40
LB/127	9	188	192	6	E	9	+1	-1390	53.65	46.35
LB/127	5	187	194	6	E	3	=	-1430	37.42	62.58
LB/127	8	195	189	6	E	5	+1	-1470	25.03	74.97
LB/263	3	201	197	4	E	Q	+3	-190	94.66	5.34
LB/263	6	199	198	4	W	3	+2	-680	80.24	19.76
LB/263	5	202	200	6	E	Q	+1	-1390	53.65	46.35
LB/263	7	204	203	6	E	Q	+1	-1470	25.03	74.97
LB/285	4	219	223	6	E	Q	+1	-1390	53.65	46.35
LB/285	5	226	221	3	E	Q	+4	-720	68.88	31.12
LB/285	6	224	215	6	W	Q	=	-1430	37.42	62.58
LB/285	7	218	217	6	E	Q	+1	-1390	53.65	46.35
LB/285	8	220	227	5	W	3	+1	-680	80.24	19.76
LB/285	9	228	222	4	W	Q	+3	-720	68.88	31.12
LB/285	10	216	229	3	E	Q	+4	-720	68.88	31.12
LB/285	11	230	225	6 x	S	K	-5	-1100	63.60	36.40
LD/48	4	235	239	6	W	7	=	-1430	37.42	62.58
LD/48	5	242	237	5	E	7	+2	-640	88.97	11.03
LD/48	6	240	231	3	W	7	+3	-690	73.95	26.05
LD/48	7	234	233	6	W	Q	+1	-1470	25.03	74.97
LD/48	8	236	243	7	W	Q	=	-2140	13.87	86.13
LD/48	9	244	238	5	E	3	+2	-640	88.97	11.03
LD/48	10	232	245	6	E	Q	+1	-1390	53.65	46.35
	11	246	241	TD					0.00	60.00
LD/92	1	247	255	6	W	Q	=	-1430	37.42	62.58
LD/92	2	251	258	6	E	Q	+1	-1390	53.65	46.35
LD/92	3	254	259	5	E	Q	+2	-640	88.97	11.03
LD/92	4	249	256	6	E	Q	+1	-1470	25.03	74.97
LD/92	5	252	253	6	E	Q	+1	-1390	53.65	46.35
LD/92	6	248	250	6	W	Q	=	-1430	37.42	62.58
LD/92	7	260	257	5	E	Q	+2	-640	88.97	11.03
LU/145	1	272	275	6	E	Q	+1	-1470	25.03	74.97
LU/145	2	269	278	5	E	Q	+2	-640	88.97	11.03
LU/145	3	273	274	6	W	Q	=	-1430	37.42	62.58
LU/145	4	277	270	4	E	3	+2	-680	80.24	19.76
LU/145	5	271	276	6	E	Q	+1	-1390	53.65	46.35
LU/145	6	280	279	7	E	9	-1	100	98.11	1.89
LU/150	1	285	281	2	E	Q	+1	-110	96.89	3.11
LU/150	2	286	284	6	E	Q	+1	-1390	53.65	46.35
LU/150	3	282	283	7	E	Q	=	-2220	4.73	95.27
MA/123	1	298	301	7	E	Q	=	-2140	13.87	86.13
MA/123	2	295	304	6	W	3	=	-1430	37.42	62.58
MA/123	3	299	300	7	E	Q	=	-2220	4.73	95.27
MA/123	4	303	296	3	E	Q	+4	-720	68.88	31.12
MA/123	5	297	302	6	E	Q	+1	-1390	53.65	46.35
MA/126	10	330	310	4	W	3	+2	-680	80.24	19.76
MA/126	9	332	312	6	W	3	+1	-1470	25.03	74.97
MA/126	8	334	314	7	W	3	=	-2220	4.73	95.27
MA/126	7	316	336	4	W	3	+2	-680	80.24	19.76
MA/126	6	319	326	7	E	Q	=	-2140	13.87	86.13
MA/126	5	321	327	4	W	3	+2	-680	80.24	19.76
MA/126	4	322	329	4	W	3	+2	-680	80.24	19.76
MA/126	3	323	331	3	E	Q	+4	-720	68.88	31.12
MA/126	2	324	333	6	E	Q	+1	-1390	53.65	46.35
MA/126	1	325	335	6	W	3	=	-1430	37.42	62.58
MA/126	10	315	337	5	W	4	+2	-640	88.97	11.03
MA/126	9	318	338	7	E	Q	=	-2220	4.73	95.27
MA/126	8	307	342	7	E	7	=	-2140	13.87	86.13
MA/126	7	343	311	7	E	Q	=	-2140	13.87	86.13
MA/126	6	340	350	6	E	Q	+1	-1390	53.65	46.35
MA/126	5	341	348	6	W	7	=	-1430	37.42	62.58
MA/126	4	347	317	4 x	S	K	-4	-800	64.61	35.39
MA/126	3	346	320	7	E	Q	=	-2140	13.87	86.13
MA/126	2	345	309	5	E	Q	+2	-640	88.97	11.03
MA/126	1	344	313	6	E	Q	+1	-1390	53.65	46.35
MA/46	5	426	425	6	W	Q	=	-1430	37.42	62.58
MA/46	5	421	424	6	E	Q	+1	-1390	53.65	46.35
MA/46	5	422	423	7	E	Q	=	-2220	4.73	95.27
MP/138	1	437	433	7	E	Q	=	-2140	13.87	86.13
MP/138	2	438	436	4	W	3	+2	-680	80.24	19.76
MP/138	3	434	435	6	W	7	=	-1430	37.42	62.58
MP/163	1	446	445					-640	88.97	11.03
MP/163	2	441	444					-1490	19.15	80.85
MP/163	3	442	443					-710	72.73	27.27
OP/273	5	447	455	7	W	2	-3	300	99.93	0.07
OP/273	6	451	458	6	E	Q	=	-1440	31.12	68.88
OP/273	7	454	459	7	E	Q	=	-2220	4.73	95.27
OP/273	8	449	456	3	E	Q	+4	-720	68.88	31.12
OP/273	9	452	453	4	W	3	+2	-680	80.24	19.76
OP/273	10	448	450	6	E	Q	+1	-1470	25.03	74.97
PK/118	10	476	478	7	W	Q	=	-2220	4.73	95.27
PK/118	9	480	481	6	E	Q	+1	-1390	53.65	46.35
PK/118	8	477	484	6	E	Q	+1	-1470	25.03	74.97
PK/118	7	482	487	3	W	6	+4	-720	68.88	31.12
PK/118	6	479	486	7	W	Q	=	-2220	4.73	95.27
PK/118	5	475	483	3	W	Q	+4	-720	68.88	31.12
PM/102	1	499	511	6	E	Q	+1	-1390	53.65	46.35
PM/102	2	496	509	6	W	3	=	-1430	37.42	62.58
PM/102	3	493	507	6	E	Q	=	-1440	31.12	68.88
PM/102	4	490	505	5	E	Q	-1	100	98.11	1.89
PM/102	5	498	502	3	W	Q	+4	-720	68.88	31.12
PM/102	6	495	500	6	W	Q	=	-1430	37.42	62.58
PM/102	7	492	508	4	W	3	+2	-680	80.24	19.76
PM/102	8	506	516	6	E	Q	+1	-1390	53.65	46.35
PM/102	9	504	514	7	E	Q	=	-2140	13.87	86.13
PM/102	10	503	512	6	E	Q	+1	-1390	53.65	46.35
PM/102	8	518	489	6	E	Q	+1	-1390	53.65	46.35
PM/102	9	517	497	6	W	6	=	-1430	37.42	62.58
PM/102	10	515	494	6	E	Q	+1	-1470	25.03	74.97
PM/129	1	523	519	6	E	Q	+1	-1390	53.65	46.35
PM/129	2	524	522	5	E	Q	+2	-640	88.97	11.03
PM/129	3	521	520	6 x	S	K	-6	-1400	43.71	56.29
PM/129	4	526	525	6	W	Q	+1	-1470	25.03	74.97
SW/287	7	550	561	4	E	Q	+3	-190	94.66	5.34
SW/287	11	564	557	3	E	Q	+4	-190	94.66	5.34
SW/287	4	553	559	5	E	Q	+2	-640	88.97	11.03
SW/287	5	560	556	4	W	3	+2	-680	80.24	19.76
SW/287	8	552	555	4	W	3	+2	-680	80.24	19.76
SW/287	9	554	563	4	W	3	+2	-680	80.24	19.76
SW/287	3	558	551	3	E	Q	+4	-720	68.88	31.12
SW/287	10	562	549	4 x	S	K	-4	-800	64.61	35.39
SW/287	6	547	548	7	E	J	=	-2140	13.87	86.13
SZ2/910	1	568	571	6	W	Q	+1	-1470	25.03	74.97
SZ2/910	2	565	574	6	E	Q	+1	-1470	25.03	74.97
SZ2/910	3	569	570	6	E	Q	+1	-1390	53.65	46.35
SZ2/910	4	573	566	6	E	Q	+1	-1390	53.65	46.35
SZ2/910	5	567	572	6	E	Q	+1	-1390	53.65	46.35
USA/130	0	579	578	3	E	X	+4	-190	94.66	5.34
USA/130	0	582	581	6	W	X	+1	-1470	25.03	74.97
USA/130	0	577	580	7	E	Q	=	-2220	4.73	95.27
WM/122	2	590	603	5	W	3	+1	-680	80.24	19.76
WM/122	3	587	601	6	W	Q	+1	-1470	25.03	74.97
WM/122	4	606	599	6	W	Q	=	-1430	37.42	62.58
WM/122	5	592	596	5	E	Q	+2	-640	88.97	11.03
WM/122	6	589	594	6	E	Q	+1	-1390	53.65	46.35
WM/122	7	610	602	6 x	S	2	-7	-1700	18.74	81.26
WM/122	8	600	586	7	E	Q	=	-2140	13.87	86.13
WM/122	9	598	585	7	E	Q	=	-2140	13.87	86.13
WM/122	10	597	584	7	E	Q	=	-2220	4.73	95.27
WM/122	11	595	583	6	E	Q	+1	-1390	53.65	46.35
WM/122	12	612	604	7	E	Q	=	-2220	4.73	95.27
WM/122	13	611	591	3	E	Q	+3	-690	73.95	26.05
WM/122	14	609	588	6	E	Q	+1	-1470	25.03	74.97
WM/122	15	607	608	4	W	2	+2	-680	80.24	19.76
WM/241		623	619	3	E	Q	+3	-690	73.95	26.05
WM/241		624	622	4	E	Q	+3	-190	94.66	5.34
WM/241		620	621	3	E	Q	+4	-720	68.88	31.12
WM/241		626	625	6	W	3	=	-1430	37.42	62.58
WM/324	9	632	633	5	E		+2	-640	88.97	11.03
WM/324	10	628	630	4	W		+2	-680	80.24	19.76
WM/324	5	627	635	6	E		+1	-1390	53.65	46.35
WM/324	6	631	638	5 x	S		-6	-1400	43.71	56.29
WM/324	8	629	636	6	W		=	-1430	37.42	62.58
WM/324	11	640	637	6	W		=	-1430	37.42	62.58
WM/324	7	634	639	7	E		=	-2140	13.87	86.13
WP/120	1	641	648	TD					50.00	50.00
WP/120	2	644	645	7	E	Q	=	-2220	4.73	95.27
WP/120	3	650	647	4	W	3	+2	-680	80.24	19.76
WP/120	4	649	643	6	E	Q	+1	-1390	53.65	46.35
WP/120	5	642	646	6	W	3	-1	100	98.11	1.89
WP/247	10	676	671	4	W	7	+2	-680	80.24	19.76
WP/247	9	680	673	7	E	Q	=	-2140	13.87	86.13
WP/247	8	685	675	6	E	Q	+1	-1390	53.65	46.35
WP/247	7	677	689	6	E	Q	+1	-1470	25.03	74.97
WP/247	6	679	670	6	E	Q	+1	-1470	25.03	74.97
WP/247	5	681	674	6	E	Q	+1	-1470	25.03	74.97
WP/247	4	683	678	6	E	Q	+1	-1390	53.65	46.35
WP/247	3	684	682	6	E	Q	+1	-1390	53.65	46.35
WP/247	2	686	687	6	E	Q	+1	-1390	53.65	46.35
WP/247	1	688	690	6	W	J	+1	-1390	53.65	46.35
WP/247	10	696	695	6	E	9	+1	-1390	53.65	46.35
WP/247	9	700	693	6	E	3	+1	-1390	53.65	46.35
WP/247	8	704	699	3	E	Q	+4	-720	68.88	31.12
WP/247	7	697	709	6	W	3	=	-1430	37.42	62.58
WP/247	6	703	694	3	W	3	+4	-720	68.88	31.12
WP/247	5	701	698	7	E	Q	=	-2220	4.73	95.27
WP/247	4	707	702	5	E	Q	+1	-690	73.95	26.05
WP/247	3	705	706	6	E	Q	+1	-1390	53.65	46.35
WP/247	2	710	711	6	W	Q	+1	-1470	25.03	74.97
WP/247	1	708	712	7	E	Q	=	-2140	13.87	86.13
ZP/116	1	728	731					-2140	13.87	86.13
ZP/116	2	725	734					-190	94.66	5.34
ZP/116	3	729	730					-1430	37.42	62.58
ZP/116	4	733	726					-640	88.97	11.03
ZP/116	5	727	732					-2140	13.87	86.13
ZP/121	1	737	744	4	W		+2	-680	80.24	19.76
ZP/121	2	740	741	6	W		=	-1430	37.42	62.58
ZP/121	3	746	743	7	E		=	-2220	4.73	95.27
ZP/121	5	738	742	4	E		+3	-190	94.66	5.34
ZP/167	16	747	754	3	E	Q	=	-110	96.89	3.11
ZP/167	20	750	751	3	E	Q	+3	-690	73.95	26.05
ZP/167	28	755	749	3	E	Q	+4	-190	94.66	5.34
ZP/167	32	748	752	7	E	Q	=	-2140	13.87	86.13
ZP/215	1	757	764	7	W	3	-1	100	98.11	1.89
ZP/215	2	760	761	7	E	Q	=	-2140	13.87	86.13
ZP/215	4	765	759	7	E	Q	=	-2220	4.73	95.27
ZP/215	5	758	762	6	W	Q	+1	-1470	25.03	74.97
ZP/255	1	778	771	6	W	7	=	-1430	37.42	62.58
ZP/255	2	773	779	7 x	E	Q	=	-2490	0.07	99.93
ZP/255	3	780	776	4	W	3	+2	-680	80.24	19.76
ZP/255	4	767	784	4	W	3	+2	-680	80.24	19.76
ZP/255	5	770	781	3	E	Q	+4	-720	68.88	31.12
ZP/255	6	772	775	2 x	S	2	-2	-300	92.63	7.37
ZP/255	7	774	783	6	W	Q	+1	-1470	25.03	74.97
ZP/255	8	782	769	3	W	3	+4	-720	68.88	31.12
ZP/255	9	786	768	6	W	3	=	-1430	37.42	62.58