Turniej KMP na maksy

Poniedziałek, 8 czerwca 2015

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Rozdanie nr 31

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Rozdanie nr 31

Q952

A8

86

QJ752

KJ76

J5

AK542

K9

S/NS

A10

K1064

Q973

643

843

Q9732

J10

A108

Liczba lew do wzięcia:


N	3	3	5	2	6		E	9	9	8	11	7
S	3	3	5	2	6		W	9	9	8	11	7

Minimax: 3

E, -400
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
150	2	PASS		1	99.75	0.25
150	2	3 W -3		1	99.75	0.25
100	33	3 E -2		1	92.81	7.19
		PASS		5
		3 E -2		1
		3 W -2		26
50	39	2 W -1		1	78.54	21.46
		2 E -1		1
		PASS		3
		2 W -1		2
		3 E -1		3
		3 W -1		29
-90	2	PASS		1	70.41	29.59
-90	2	1 W =		1	70.41	29.59
-110	4	2 W +1		1	69.22	30.78
		3 W =		1
		PASS		1
		1 W +1		1
-120	17	PASS		2	65.06	34.94
		1 E +1		3
		2 E =		2
		2 W =		10
-130	38	2 E +2		1	54.16	45.84
		2 W +2		22
		3 W +1		11
		PASS		4
-150	44	2 W +3		16	37.91	62.09
		3 W +2		18
		PASS		5
		1 E +2		1
		2 E +1		1
		2 W +1		3
-180	15	PASS		4	26.22	73.78
		1 E +3		1
		1 W +3		2
		2 E +2		1
		2 W +2		7
-400	27	5 W =		1	17.89	82.11
		PASS		7
		3 E =		4
		3 W =		15
-430	31	PASS		4	6.40	93.60
		3 E +1		4
		3 W +1		23
-800	1	2 x N -3		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
DS/144	31	70	74	3	E	2	+1	-430	6.40	93.60
DS/144	27	77	71	3	W	5	-2	100	92.81	7.19
DS/144	19	72	73	2	W	A	+3	-150	37.91	62.09
DS/144	15	69	76	3	W	5	+1	-430	6.40	93.60
DS/72	11	114	113	2	W	Q	+2	-130	54.16	45.84
DS/72	9	105	110	3	W	A	+1	-130	54.16	45.84
DS/72	5	111	104	3	W	A	=	-110	69.22	30.78
DS/72	4	107	108	2	W	6	+1	-110	69.22	30.78
DS/72	3	103	112	3	W	5	=	-400	17.89	82.11
DS/72	1	106	109	2	W	2	+3	-150	37.91	62.09
EL1/907	1	119	123	2	W	5	+2	-130	54.16	45.84
EL1/907	2	126	121	3	W	Q	+1	-130	54.16	45.84
EL1/907	3	124	115	3	W	Q	+2	-150	37.91	62.09
EL1/907	4	118	117	2	W	A	+3	-150	37.91	62.09
EL1/907	5	120	127	3	W	7	-2	100	92.81	7.19
EL1/907	6	128	122	2	W	A	+3	-150	37.91	62.09
EL1/907	7	116	129	1	W	5	+3	-180	26.22	73.78
EL1/907	8	130	125	2	W	5	-1	50	78.54	21.46
JG2/920	1	135	131	2	W	A	+3	-150	37.91	62.09
JG2/920	2	136	134	2	W	2	+3	-150	37.91	62.09
JG2/920	3	132	133	3	W	2	+1	-430	6.40	93.60
JG2/920	4	138	137	3	W	2	+1	-430	6.40	93.60
JG4/917	1	139	146	3	E	3	+1	-430	6.40	93.60
JG4/917	2	142	143	3	W	2	-1	50	78.54	21.46
JG4/917	3	148	145	3	W	5	=	-400	17.89	82.11
JG4/917	5	140	144	3	W	5	-2	100	92.81	7.19
KP/125	1	168	171	3	W	5	=	-400	17.89	82.11
KP/125	3	165	174	2	W	Q	+1	-150	37.91	62.09
KP/125	4	169	170	2	W	A	+2	-130	54.16	45.84
KP/125	5	173	166	1	E	4	+3	-180	26.22	73.78
KP/125	9	167	172	3	E	8	-1	50	78.54	21.46
KP/50	3	188	181	3	W	2	-1	50	78.54	21.46
KP/50	4	183	189	2	W	A	+3	-150	37.91	62.09
KP/50	5	190	186	2	W	Q	+2	-130	54.16	45.84
KP/50	6	177	194	3	W	5	=	-400	17.89	82.11
KP/50	6	196	178	3	W	Q	-1	50	78.54	21.46
KP/50	7	180	191	2	W	2	=	-120	65.06	34.94
KP/50	8	182	185	3	W	5	-1	50	78.54	21.46
KP/50	9	184	193	2	W	Q	+2	-130	54.16	45.84
KP/50	10	192	179	3	W	2	+2	-150	37.91	62.09
KP/50	11	195	187	1	E	3	+1	-120	65.06	34.94
LB/127	5	197	204	3	E	5	-2	100	92.81	7.19
LB/127	6	200	201	2	E	3	+1	-150	37.91	62.09
LB/127	8	205	199	3	W	Q	-2	100	92.81	7.19
LB/127	9	198	202	3	W	Q	-1	50	78.54	21.46
LB/146	1	210	213					100	92.81	7.19
LB/146	3	207	216					-430	6.40	93.60
LB/146	4	211	212					-130	54.16	45.84
LB/146	5	215	208					-400	17.89	82.11
LB/146	9	209	214					-180	26.22	73.78
LB/146	11	218	217					50	78.54	21.46
LB/149		230	223					-400	17.89	82.11
LB/149		225	231					-150	37.91	62.09
LB/149		232	228					-120	65.06	34.94
LB/149		219	220					-150	37.91	62.09
LB/149		222	233					-150	37.91	62.09
LB/149		224	227					100	92.81	7.19
LB/149		226	235					-130	54.16	45.84
LB/149		234	221					-430	6.40	93.60
LB/149		236	229					-400	17.89	82.11
LB/165	6	240	241	3	W	5	-1	50	78.54	21.46
LB/165	9	238	242	3	W	Q	-1	50	78.54	21.46
LB/165	7	246	243	2	W	5	=	-120	65.06	34.94
LB/165	8	245	239	2	W	5	+2	-180	26.22	73.78
LB/165	5	237	244	3	E	3	=	-400	17.89	82.11
LB/75	4	247	254	2	W	A	+2	-130	54.16	45.84
LB/75	5	250	251	2	W	5	=	-120	65.06	34.94
LB/75	6	256	253	3	W	6	+1	-130	54.16	45.84
LB/75	7	255	249	2	W	A	+2	-130	54.16	45.84
LB/75	8	248	251	3	W	J	-2	100	92.81	7.19
LD/119	1	257	264	3	W	J	=	-400	17.89	82.11
LD/119	2	260	261	1	W	5	=	-90	70.41	29.59
LD/119	4	265	259	3	W	Q	=	-400	17.89	82.11
LD/119	5	258	262	1	E	J	+2	-150	37.91	62.09
LD/48	5	267	274	3	W	5	+1	-430	6.40	93.60
LD/48	6	270	271	3	W	5	+1	-430	6.40	93.60
LD/48	8	275	269	2	W	5	+3	-150	37.91	62.09
LD/48	9	268	272	3	W	5	-1	50	78.54	21.46
LD/92	1	277	284	3	W		+2	-150	37.91	62.09
LD/92	2	280	281	3	E		=	-400	17.89	82.11
LD/92	4	285	279	2	W		+2	-130	54.16	45.84
LD/92	5	278	282	3	W		+1	-130	54.16	45.84
LG4/903	1	291	287	2	W	A	+3	-150	37.91	62.09
LG4/903	2	292	290	2	W	8	+2	-130	54.16	45.84
LG4/903	3	289	288	3	W	8	+2	-150	37.91	62.09
LG4/903	4	294	293	2	W	5	=	-120	65.06	34.94
LU/145	1	299	295	3	W	5	-2	100	92.81	7.19
LU/145	3	296	297	3	W	5	-2	100	92.81	7.19
LU/145	4	302	301	3	W	5	-2	100	92.81	7.19
LU/150	1	308	303	2	W	5	+2	-180	26.22	73.78
LU/150	2	304	307	3	W	A	+2	-150	37.91	62.09
LU/150	3	305	306	3	W	5	-1	50	78.54	21.46
LU/90	2	314	312	2	E	Q	=	-120	65.06	34.94
LU/90	3	310	311	3	W	A	+1	-430	6.40	93.60
LU/90	4	316	315	3	W	3	-2	100	92.81	7.19
MA/123	1	320	323	2	W	A	+3	-150	37.91	62.09
MA/123	2	317	326	3	E	4	-2	100	92.81	7.19
MA/123	3	321	322	2	E	2	+2	-130	54.16	45.84
MA/123	4	325	318	3	W	5	-1	50	78.54	21.46
MA/123	5	319	324	3	W	5	-3	150	99.75	0.25
MA/123	6	328	327	3	W	Q	=	-400	17.89	82.11
MA/164	1	384	387	3	W		-1	50	78.54	21.46
MA/164	2	381	390	3	W		+1	-430	6.40	93.60
MA/164	3	385	386	3	W		+1	-130	54.16	45.84
MA/164	4	389	382	3	W		=	-400	17.89	82.11
MA/164	5	383	388	3	W		-1	50	78.54	21.46
MA/46	3	397	393	3	W	5	-1	50	78.54	21.46
MA/46	5	398	396	2	W	5	+2	-180	26.22	73.78
MA/46	6	395	394	3	W	5	-2	100	92.81	7.19
MA/62	6	420	417	3	W	A	+2	-150	37.91	62.09
MA/62	7	419	406	3	W	5	+1	-430	6.40	93.60
MA/62	8	418	404	3	W	Q	+2	-150	37.91	62.09
MA/62	9	416	411	3	W	5	-2	100	92.81	7.19
MA/62	10	402	423	3	W	5	-1	50	78.54	21.46
MA/62	11	414	412	2	W	A	+2	-130	54.16	45.84
MA/62	12	413	410	3	W	Q	+2	-150	37.91	62.09
MA/62	13	415	408	3	W	A	+2	-150	37.91	62.09
MA/62	14	405	407	1	E	J	+1	-120	65.06	34.94
MA/62	15	403	422	3	W	Q	+1	-130	54.16	45.84
MA/62	16	401	421	3	E	3	+1	-430	6.40	93.60
MP/138	1	425	432	3	W	2	+1	-430	6.40	93.60
MP/138	2	428	429	3	W	5	+1	-430	6.40	93.60
MP/138	3	434	431	3	W	Q	+1	-130	54.16	45.84
MP/138	4	433	427	2	W	5	=	-120	65.06	34.94
MP/138	5	426	430	3	W	A	+2	-150	37.91	62.09
MP/163	1	439	435					-110	69.22	30.78
MP/163	2	436	437					-400	17.89	82.11
MP/163	3	442	441					-400	17.89	82.11
OL3/925	1	477	473	2	W	Q	+2	-130	54.16	45.84
OL3/925	2	478	476	3	W	5	-1	50	78.54	21.46
OL3/925	3	474	475	2	W	2	+2	-180	26.22	73.78
OL3/925	4	480	479	3	W	Q	-2	100	92.81	7.19
PD/81	3	485	481	2	W	5	-1	50	78.54	21.46
PD/81	5	486	484	2	W	Q	+2	-130	54.16	45.84
PD/81	6	483	482	3	W	A	+1	-130	54.16	45.84
PD/81	7	488	487	2	W	6	+2	-130	54.16	45.84
PK/118	11	502	499	2	W	5	=	-120	65.06	34.94
PK/118	10	490	492	3	E	J	-1	50	78.54	21.46
PK/118	9	494	495	3	W	8	+1	-130	54.16	45.84
PK/118	8	491	498	3	W	A	+2	-150	37.91	62.09
PK/118	7	496	501	3	W	Q	-1	50	78.54	21.46
PK/118	6	493	500	2	W	Q	+2	-130	54.16	45.84
PK/118	5	489	497	2	W	5	+2	-130	54.16	45.84
PM/102	1	513	523	3	W	8	+1	-430	6.40	93.60
PM/102	2	510	521	3	W	2	-2	100	92.81	7.19
PM/102	3	507	519	3	W	5	-2	100	92.81	7.19
PM/102	4	525	517	2	W	A	+3	-150	37.91	62.09
PM/102	5	512	515	3	W	Q	-1	50	78.54	21.46
PM/102	6	509	514	3	W	4	=	-400	17.89	82.11
PM/102	7	528	524	2 x	N	3	-3	-800	0.06	99.94
PM/102	8	522	506	2	E	3	+2	-180	26.22	73.78
PM/102	9	520	505	3	E	4	-1	50	78.54	21.46
PM/102	10	518	504	3	W	5	-2	100	92.81	7.19
PM/102	1	530	527	3	W	5	-2	100	92.81	7.19
PM/102	2	531	511	3	W	Q	-1	50	78.54	21.46
PM/102	3	532	508	3	W	3	-2	100	92.81	7.19
PM/129	1	537	533					-130	54.16	45.84
PM/129	2	538	536					50	78.54	21.46
PM/129	3	535	534					-180	26.22	73.78
PM/129	4	540	539					100	92.81	7.19
SZ2/910	1	541	548	2	W	Q	=	-120	65.06	34.94
SZ2/910	2	544	545	2	W	A	+3	-150	37.91	62.09
SZ2/910	4	549	543	3	W	2	-1	50	78.54	21.46
SZ2/910	5	542	546	3	W	J	-1	50	78.54	21.46
WM/122	2	558	571	3	W	Q	=	-400	17.89	82.11
WM/122	3	580	569	3	W	7	+2	-150	37.91	62.09
WM/122	4	574	567	3	W	Q	-1	50	78.54	21.46
WM/122	5	560	564	3	W	J	+1	-430	6.40	93.60
WM/122	6	557	562	2	W	A	+3	-150	37.91	62.09
WM/122	7	555	570	3	W	6	+2	-150	37.91	62.09
WM/122	8	568	554	3	W	Q	-2	100	92.81	7.19
WM/122	9	566	553	3	W	6	-2	100	92.81	7.19
WM/122	10	565	552	3	W	5	-1	50	78.54	21.46
WM/122	11	563	551	3	W	6	+2	-150	37.91	62.09
WM/122	13	581	572	2	W	5	+1	-150	37.91	62.09
WM/122	14	579	559	2	W	2	+2	-130	54.16	45.84
WM/122	15	577	556	3	W	5	-2	100	92.81	7.19
WM/122	16	575	576	3	W	5	-1	50	78.54	21.46
WM/128	1	583	590	1	W		+3	-180	26.22	73.78
WM/128	2	586	587	3	W		+2	-150	37.91	62.09
WM/128	3	592	589	3	W		-2	100	92.81	7.19
WM/128	5	584	588	3	W		=	-400	17.89	82.11
WM/132	1	597	593					-130	54.16	45.84
WM/132	2	598	596					-150	37.91	62.09
WM/132	3	594	595					-180	26.22	73.78
WM/140	1	605	601	3	W	2	-1	50	78.54	21.46
WM/140	2	606	604	2	E	J	-1	50	78.54	21.46
WM/140	3	602	603	3	W	Q	=	-400	17.89	82.11
WM/241		614	613	3	W	Q	+1	-130	54.16	45.84
WM/241		609	612	2	W	5	=	-120	65.06	34.94
WM/241		610	611	3	E	J	=	-400	17.89	82.11
WP/120	1	615	623					-400	17.89	82.11
WP/120	2	619	626					-430	6.40	93.60
WP/120	3	622	627					100	92.81	7.19
WP/120	4	617	624					100	92.81	7.19
WP/120	5	620	621					-90	70.41	29.59
WP/120	6	616	618					-150	37.91	62.09
WP/120	7	628	625					-120	65.06	34.94
WP/142	1	633	629	2	W	A	+2	-130	54.16	45.84
WP/142	2	634	632	3	W	5	+1	-430	6.40	93.60
WP/142	3	631	630	1	E	3	+1	-120	65.06	34.94
WP/142	4	636	635	3	W	5	+1	-430	6.40	93.60
WP/147	10	638	640	3	W	5	-2	100	92.81	7.19
WP/147	8	639	646	2	W	Q	+2	-130	54.16	45.84
WP/147	9	642	643	2	W	5	+2	-130	54.16	45.84
WP/147	7	644	649	3	W	Q	+2	-150	37.91	62.09
WP/147	5	637	645	3	W	5	+1	-430	6.40	93.60
WP/147	6	641	648	3	E	3	+1	-430	6.40	93.60
WP/156	1	654	657	3	W	Q	-2	100	92.81	7.19
WP/156	3	651	660	3	W	Q	+1	-430	6.40	93.60
WP/156	4	655	656	3	W	5	-1	50	78.54	21.46
WP/156	5	659	652	2	W	5	+2	-180	26.22	73.78
WP/156	9	653	658	3	E	3	=	-400	17.89	82.11
WP/30	10	677	666	2	W	A	+3	-150	37.91	62.09
WP/30	9	667	672	2	W	Q	+2	-180	26.22	73.78
WP/30	8	678	670	2	W	A	+3	-150	37.91	62.09
WP/30	7	665	676	3	W	8	+1	-430	6.40	93.60
WP/30	6	669	664	3	W	5	+1	-430	6.40	93.60
WP/30	5	675	674	2	W	5	-1	50	78.54	21.46
WP/30	4	673	671	2	W	6	+2	-130	54.16	45.84
WP/30	10	687	680	3	W	6	+2	-150	37.91	62.09
WP/30	9	692	682	3	W	5	=	-400	17.89	82.11
WP/30	8	696	684	3	W	5	-1	50	78.54	21.46
WP/30	7	686	699	3	W	Q	-1	50	78.54	21.46
WP/30	6	688	681	2	W	Q	+2	-130	54.16	45.84
WP/30	5	693	685	5	W	A	=	-400	17.89	82.11
WP/30	4	691	689	2	W	5	=	-120	65.06	34.94
WP/30	3	697	690	2	W	4	+1	-150	37.91	62.09
WP/30	2	695	694	3	W	5	-1	50	78.54	21.46
WP/30	1	700	698	3	W	Q	=	-400	17.89	82.11
ZA2/916		706	702	3	W	5	-2	100	92.81	7.19
ZA2/916		707	705	3	W	5	-1	50	78.54	21.46
ZA2/916		704	703	2	W	2	+2	-180	26.22	73.78
ZA2/916		709	708	3	W	2	+1	-430	6.40	93.60
ZP/116	1	713	716					-400	17.89	82.11
ZP/116	3	714	715					-180	26.22	73.78
ZP/116	4	718	711					150	99.75	0.25
ZP/116	5	712	717					-430	6.40	93.60
ZP/116	6	721	720					50	78.54	21.46
ZP/121	1	722	730	2	W		=	-120	65.06	34.94
ZP/121	2	726	733	3	W		=	-400	17.89	82.11
ZP/121	3	729	734	3	W		-2	100	92.81	7.19
ZP/121	4	724	731	2	W		+3	-150	37.91	62.09
ZP/121	5	727	728	2	E		=	-120	65.06	34.94
ZP/121	6	723	725	2	W		+2	-130	54.16	45.84
ZP/63	1	753	746	3	W	5	-2	100	92.81	7.19
ZP/63	2	748	754	3	W	Q	+2	-150	37.91	62.09
ZP/63	3	755	751	3	W	5	+1	-430	6.40	93.60
ZP/63	4	742	759	3	W	5	+1	-430	6.40	93.60
ZP/63	5	745	756	3	W	5	+1	-430	6.40	93.60
ZP/63	6	747	750	3	W	2	+1	-430	6.40	93.60
ZP/63	7	749	758	1	W	6	+1	-110	69.22	30.78
ZP/63	9	761	743	3	W	5	+1	-130	54.16	45.84