Turniej KMP na maksy

Poniedziałek, 12 grudnia 2016

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Rozdanie nr 32

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Rozdanie nr 32

72

763

109432

1097

AQ98

Q105

Q76

AJ5

W/EW

J3

AK4

AKJ5

Q863

K10654

J982

8

K42

Liczba lew do wzięcia:


N	0	2	1	1	1		E	13	11	12	12	12
S	0	2	1	1	1		W	13	11	12	12	12

Minimax: 7

E, -2220
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
200	3	5 E -2		1	99.54	0.46
		PASS		1
		7 W -2		1
100	13	PASS		2	96.38	3.62
		6 W -1		8
		7 W -1		3
-150	1	4 E +1		1	93.62	6.38
-210	1	1 E +4		1	93.22	6.78
-240	1	PASS		1	92.83	7.17
-270	1	2 W +5		1	92.43	7.57
-620	1	5 E +1		1	92.04	7.96
-660	6	PASS		1	90.66	9.34
		3 E +2		1
		3 W +2		3
		5 W =		1
-690	34	PASS		3	82.76	17.24
		3 E +3		10
		3 W +3		7
		4 W +2		12
		5 W +1		2
-720	19	PASS		1	72.30	27.70
		3 E +4		5
		3 W +4		5
		4 W +3		5
		5 E +2		1
		5 W +2		2
-800	1	2 x S -4		1	68.35	31.65
-1370	6	6 E =		3	66.97	33.03
		6 W =		1
		PASS		2
-1440	99	PASS		19	46.25	53.75
		6 E =		7
		6 W =		73
-1470	64	PASS		7	14.08	85.92
		6 E +1		8
		6 W +1		49
-1680	1	6 x W =		1	1.25	98.75
-1700	1	4 x S -7		1	0.86	99.14
-1880	1	6 x W +1		1	0.46	99.54
-2220	1	7 W =		1	0.07	99.93
	4	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
CA/264	3	79	78					-1440	46.25	53.75
CA/264	4	76	81					-1370	66.97	33.03
CA/264	5	75	83					-660	90.66	9.34
CA/264	6	77	84					-1470	14.08	85.92
CA/264	7	80	85					-1440	46.25	53.75
CA/264	8	86	82					-1440	46.25	53.75
DS/144	1	87	94					-690	82.76	17.24
DS/144	2	90	91					-720	72.30	27.70
DS/144	4	95	89					200	99.54	0.46
DS/144	5	88	92					-1470	14.08	85.92
DS/72	10	120	122	6	W	3	=	-1440	46.25	53.75
DS/72	9	124	125	3	E	5	+4	-720	72.30	27.70
DS/72	8	121	128	6	W	10	=	-1440	46.25	53.75
DS/72	7	126	131	6	E	2	=	-1440	46.25	53.75
DS/72	6	123	130	7	W	10	-1	100	96.38	3.62
DS/72	5	119	127	5	E	8	-2	200	99.54	0.46
EL1/907	1	144	137	6	W	2	+1	-1470	14.08	85.92
EL1/907	2	139	145	4	W	2	+3	-720	72.30	27.70
EL1/907	3	146	142	6	E	2	+1	-1470	14.08	85.92
EL1/907	4	133	134	6	W	T	+1	-1470	14.08	85.92
EL1/907	5	136	147	6	W	9	=	-1440	46.25	53.75
EL1/907	6	138	141	6	W	2	=	-1440	46.25	53.75
EL1/907	7	140	149	6 x	W	7	+1	-1880	0.46	99.54
EL1/907	8	148	135	6	W	2	=	-1440	46.25	53.75
EL1/907	9	150	143	6	W	9	=	-1440	46.25	53.75
JG2/920	2	156	154	6	W	3	=	-1440	46.25	53.75
JG2/920	3	152	153	6	W	2	+1	-1470	14.08	85.92
JG2/920	4	158	157	6	W	9	=	-1440	46.25	53.75
JG4/917	1	159	166					-1440	46.25	53.75
JG4/917	2	162	163					-1440	46.25	53.75
JG4/917	4	167	161					-1440	46.25	53.75
JG4/917	5	160	164					100	96.38	3.62
KP/114	1	172	175	6	W	T	=	-1440	46.25	53.75
KP/114	2	169	178	4	W	9	+2	-690	82.76	17.24
KP/114	3	173	174	6	W	T	+1	-1470	14.08	85.92
KP/114	4	177	170	6	W	9	=	-1440	46.25	53.75
KP/114	5	171	176	7	W	T	-2	200	99.54	0.46
KP/114	6	180	179	6	W	9	=	-1440	46.25	53.75
KP/125	0	181	189	3	W	9	+4	-720	72.30	27.70
KP/125	0	185	192	6	W	3	=	-1440	46.25	53.75
KP/125	0	188	193	6	W	4	=	-1370	66.97	33.03
KP/125	0	183	190	5	W	4	=	-660	90.66	9.34
KP/125	0	186	187	6	W	2	+1	-1470	14.08	85.92
KP/125	0	182	184	3	E	4	+3	-690	82.76	17.24
KP/125	0	194	191	6	W	9	=	-1440	46.25	53.75
KP/50	11	207	195	3	W	10	+3	-690	82.76	17.24
KP/50	10	209	196	6	W	3	=	-1440	46.25	53.75
KP/50	9	210	197	6 x	W	9	=	-1680	1.25	98.75
KP/50	8	198	212	4	E	9	+1	-150	93.62	6.38
KP/50	7	199	214	6	W	7	+1	-1470	14.08	85.92
KP/50	6	200	206	6	E	2	+1	-1470	14.08	85.92
KP/50	5	201	208	6	W	10	=	-1440	46.25	53.75
KP/50	4	202	211	4	W	2	+2	-690	82.76	17.24
KP/50	3	203	213	5	W	2	+1	-690	82.76	17.24
KP/50	2	204	215	6	W	6	+1	-1470	14.08	85.92
KP/50	1	205	216	6	W	10	+1	-1470	14.08	85.92
LB/127	5	217	224	6	W	10	=	-1440	46.25	53.75
LB/127	6	220	221	3	E	5	+3	-690	82.76	17.24
LB/127	8	225	219	6	W	3	=	-1440	46.25	53.75
LB/127	9	218	222	4	W	9	+2	-690	82.76	17.24
LB/165	4	237	235	6	W	3	-1	100	96.38	3.62
LB/165	5	239	238	6	E	2	=	-1440	46.25	53.75
LB/165	6	233	228	6	W	6	=	-1440	46.25	53.75
LB/165	7	229	240	6	W	10	=	-1440	46.25	53.75
LB/165	8	242	234	3	E	5	+2	-660	90.66	9.34
LB/165	9	231	236	6	W	3	+1	-1470	14.08	85.92
LB/165	10	241	230	1	E	6	+4	-210	93.22	6.78
LB/165	11	227	232	6	W	7	=	-1440	46.25	53.75
LB/263	3	243	252	6	W	10	-1	100	96.38	3.62
LB/263	9	245	250	3	E	5	+3	-690	82.76	17.24
LB/263	11	254	253	3	E	5	+3	-690	82.76	17.24
LB/263	4	247	248	3	W	2	+4	-720	72.30	27.70
LB/263	1	246	249	6	W	9	=	-1440	46.25	53.75
LB/263	5	251	244	6	W	7	=	-1440	46.25	53.75
LB/265	4	259	263	6	W	2	=	-1440	46.25	53.75
LB/265	5	266	261	3	W	2	+3	-690	82.76	17.24
LB/265	6	264	255	3	E	5	+3	-690	82.76	17.24
LB/265	7	258	257	4	W	T	+2	-690	82.76	17.24
LB/265	8	260	267	6	W	T	=	-1440	46.25	53.75
LB/265	9	268	262	6	W	T	+1	-1470	14.08	85.92
LB/265	10	256	269	3	E	5	+3	-690	82.76	17.24
LB/265	11	270	265	6	W	2	+1	-1470	14.08	85.92
LB/285	1	274	277	6	W	9	=	-1440	46.25	53.75
LB/285	3	271	280	6	W	10	=	-1440	46.25	53.75
LB/285	4	275	276	6	W	10	=	-1440	46.25	53.75
LB/285	5	279	272	6	W	9	+1	-1470	14.08	85.92
LB/285	9	273	278	6	W	9	=	-1440	46.25	53.75
LB/285	11	282	281	6	W	9	=	-1440	46.25	53.75
LD/48	5	283	291	6	W	W	+1	-1470	14.08	85.92
LD/48	6	287	294	6	W	G	=	-1440	46.25	53.75
LD/48	7	290	295	6	W	10	=	-1440	46.25	53.75
LD/48	8	285	292	6	W	10	=	-1440	46.25	53.75
LD/48	9	288	289	6	W	9	=	-1440	46.25	53.75
LD/48	10	284	286	3	W	9	+3	-690	82.76	17.24
LD/48	11	296	293	6	W	9	-1	100	96.38	3.62
LD/92	1	297	304	6	W	9	+1	-1470	14.08	85.92
LD/92	2	300	301	6	W	9	+1	-1470	14.08	85.92
LD/92	4	305	299	3	W	9	+4	-720	72.30	27.70
LD/92	5	298	302	2 x	S	5	-4	-800	68.35	31.65
LG4/903	1	311	307	4	W	9	+3	-720	72.30	27.70
LG4/903	2	312	310	6	W	9	+1	-1470	14.08	85.92
LG4/903	3	309	308	5	W	7	+2	-720	72.30	27.70
LU/145	1	319	315	TD					50.00	50.00
LU/145	2	320	318	TD					50.00	50.00
LU/145	3	316	317	TD					50.00	50.00
LU/145	4	322	321	TD					50.00	50.00
LU/150	1	323	330	3	W		+2	-660	90.66	9.34
LU/150	2	326	327	6	W		=	-1440	46.25	53.75
LU/150	3	332	329	6	W		=	-1440	46.25	53.75
LU/150	4	331	325	3	E		+4	-720	72.30	27.70
LU/150	5	324	328	6	W		=	-1440	46.25	53.75
LU/90	1	333	340	6	E	9	+1	-1470	14.08	85.92
LU/90	2	336	337	6	W	T	=	-1440	46.25	53.75
LU/90	3	342	339	6	W	3	+1	-1470	14.08	85.92
LU/90	4	341	335	6	W	8	-1	100	96.38	3.62
LU/90	5	334	338	6	W	9	=	-1440	46.25	53.75
MA/46	5	455	463	6	W	10	-1	100	96.38	3.62
MA/46	6	459	466	3	E	6	+4	-720	72.30	27.70
MA/46	7	462	467	6	E	6	+1	-1470	14.08	85.92
MA/46	8	457	464	3	E	5	+3	-690	82.76	17.24
MA/46	9	460	461	6	W	10	=	-1440	46.25	53.75
MA/46	10	456	458	3	E	5	+4	-720	72.30	27.70
MP/163	1	479	475					-1440	46.25	53.75
MP/163	3	476	477					-1440	46.25	53.75
MP/163	4	482	481					-1470	14.08	85.92
MP/40	1	495	496	6	W	2	+1	-1470	14.08	85.92
MP/40	2	491	506	6	W	3	=	-1440	46.25	53.75
MP/40	3	498	507	6	W	9	+1	-1470	14.08	85.92
MP/40	4	500	504	6	W	9	=	-1440	46.25	53.75
MP/40	5	501	505	6	E	2	=	-1440	46.25	53.75
MP/40	6	508	485	6	W	4	=	-1440	46.25	53.75
MP/40	7	493	490	6	E	9	=	-1440	46.25	53.75
MP/40	8	489	492	6	W	3	+1	-1470	14.08	85.92
MP/40	9	487	503	6	W	T	=	-1440	46.25	53.75
MP/40	10	486	502	6	E	5	+1	-1470	14.08	85.92
MP/40	11	497	499	6	W	9	+1	-1470	14.08	85.92
MP/40	12	484	494	6	W	T	+1	-1470	14.08	85.92
MP/40	13	483	488	6	W	T	=	-1440	46.25	53.75
PK/118	11	540	537	6	W	2	+1	-1470	14.08	85.92
PK/118	10	528	530	6	W	3	+1	-1470	14.08	85.92
PK/118	9	532	533	6	W	7	=	-1440	46.25	53.75
PK/118	8	529	536	6	W	9	+1	-1470	14.08	85.92
PK/118	7	534	539	6	W	3	+1	-1470	14.08	85.92
PK/118	6	531	538	6	W	9	=	-1440	46.25	53.75
PK/118	5	527	535	6	W	9	+1	-1470	14.08	85.92
PM/102	10	556	543	6	W	10	=	-1440	46.25	53.75
PM/102	9	548	557	4	W	9	+2	-690	82.76	17.24
PM/102	8	546	549	4	W	2	+2	-690	82.76	17.24
PM/102	7	544	555	6	W	9	+1	-1470	14.08	85.92
PM/102	6	541	542	6	W	8	=	-1440	46.25	53.75
PM/102	5	554	550	6	W	9	+1	-1470	14.08	85.92
PM/102	4	547	553	6	W	9	+1	-1470	14.08	85.92
PM/102	3	552	545	6	E	8	=	-1370	66.97	33.03
PM/102	10	561	563	6	W	3	=	-1440	46.25	53.75
PM/102	9	565	564	6	W	10	+1	-1470	14.08	85.92
PM/102	8	560	569	6	W	6	=	-1440	46.25	53.75
PM/102	7	567	572	6	W	9	=	-1440	46.25	53.75
PM/102	6	562	571	6	E	9	+1	-1470	14.08	85.92
PM/102	5	559	566	6	W	6	=	-1440	46.25	53.75
PM/129	1	577	573					-1440	46.25	53.75
PM/129	2	578	576					-1440	46.25	53.75
PM/129	3	575	574					-1440	46.25	53.75
SZ2/910	1	585	581	4	W	9	+2	-690	82.76	17.24
SZ2/910	2	586	584	6	W	2	=	-1440	46.25	53.75
SZ2/910	3	583	582	7	W	9	-1	100	96.38	3.62
SZ2/910	4	588	587	4	W	9	+3	-720	72.30	27.70
USA/130	0	594	593	6	W	D	+1	-1470	14.08	85.92
USA/130	0	591	590	6	W	10	-1	100	96.38	3.62
USA/130	0	589	592	3	W	X	+2	-660	90.66	9.34
WM/122	2	602	615	4	W	7	+3	-720	72.30	27.70
WM/122	3	599	613	6	E	2	+1	-1470	14.08	85.92
WM/122	4	618	611	4	W	9	+3	-720	72.30	27.70
WM/122	5	604	608	3	E	5	+3	-690	82.76	17.24
WM/122	6	601	606	3	E	5	+3	-690	82.76	17.24
WM/122	7	622	614	6	W	7	+1	-1470	14.08	85.92
WM/122	8	612	598	6	W	9	+1	-1470	14.08	85.92
WM/122	9	610	597	4	W	T	+2	-690	82.76	17.24
WM/122	10	609	596	6	W	9	+1	-1470	14.08	85.92
WM/122	11	607	595	6	W	7	+1	-1470	14.08	85.92
WM/122	12	624	616	6	W	8	+1	-1470	14.08	85.92
WM/122	13	623	603	6	W	9	=	-1440	46.25	53.75
WM/122	14	621	600	3	W	9	+2	-660	90.66	9.34
WM/122	15	619	620	6	W	T	+1	-1470	14.08	85.92
WM/128	1	629	625	6	E		=	-1440	46.25	53.75
WM/128	2	630	628	5	W		+1	-690	82.76	17.24
WM/128	3	627	626	6	W		=	-1440	46.25	53.75
WM/128	4	632	631	3	W		+3	-690	82.76	17.24
WM/132	1	633	640	6	W		+1	-1470	14.08	85.92
WM/132	2	636	637	3	W		+4	-720	72.30	27.70
WM/132	4	641	635	6	W		+1	-1470	14.08	85.92
WM/132	5	634	638	6	W		=	-1440	46.25	53.75
WM/241		649	656	6	W	9	=	-1440	46.25	53.75
WM/241		652	653	6	W	9	=	-1440	46.25	53.75
WM/241		657	651	6	W	9	=	-1440	46.25	53.75
WM/241		650	654	6	W	2	+1	-1470	14.08	85.92
WM/246	1	662	658	7	W	9	-1	100	96.38	3.62
WM/246	2	663	661	7	W	9	=	-2220	0.07	99.93
WM/246	3	659	660	6	W	9	=	-1440	46.25	53.75
WP/120	1	666	674					-1470	14.08	85.92
WP/120	2	670	677					-1440	46.25	53.75
WP/120	3	673	678					-1440	46.25	53.75
WP/120	4	668	675					-1440	46.25	53.75
WP/120	5	671	672					-1440	46.25	53.75
WP/120	6	667	669					100	96.38	3.62
WP/142	1	684	680	6	E	6	=	-1440	46.25	53.75
WP/142	2	685	683	6	W	3	=	-1440	46.25	53.75
WP/142	3	682	681	3	W	3	+4	-720	72.30	27.70
WP/142	4	687	686	6	W	9	=	-1440	46.25	53.75
WP/147	9	701	695	3	E	5	+3	-690	82.76	17.24
WP/147	5	699	694	5	E	9	+2	-720	72.30	27.70
WP/147	7	691	690	3	E	2	+4	-720	72.30	27.70
WP/147	4	692	696	6	E	8	=	-1370	66.97	33.03
WP/147	8	693	700	6	W	9	=	-1440	46.25	53.75
WP/147	10	689	702	6	W	9	=	-1440	46.25	53.75
WP/147	6	697	688	6	W	9	+1	-1470	14.08	85.92
WP/147	11	703	698	6	W	3	+1	-1470	14.08	85.92
WP/247	10	725	720	6	W	2	=	-1440	46.25	53.75
WP/247	9	729	722	6	W	4	-1	100	96.38	3.62
WP/247	8	734	724	6	W	6	=	-1440	46.25	53.75
WP/247	7	726	738	4	W	2	+2	-690	82.76	17.24
WP/247	6	728	719	6	E	8	=	-1370	66.97	33.03
WP/247	5	730	723	4	W	7	+2	-690	82.76	17.24
WP/247	4	732	727	6	W	3	+1	-1470	14.08	85.92
WP/247	3	733	731	4 x	S	10	-7	-1700	0.86	99.14
WP/247	1	761	757	6	W	9	=	-1440	46.25	53.75
WP/247	10	746	739	2	W	9	+5	-270	92.43	7.57
WP/247	9	751	741	6	W	10	=	-1440	46.25	53.75
WP/247	8	755	743	6	W	3	=	-1440	46.25	53.75
WP/247	7	745	758	6	E	5	=	-1440	46.25	53.75
WP/247	6	747	740	6	W	10	+1	-1470	14.08	85.92
WP/247	5	752	744	4	W	9	+2	-690	82.76	17.24
WP/247	4	750	748	6	W	3	+1	-1470	14.08	85.92
WP/247	3	756	749	3	W	2	+3	-690	82.76	17.24
WP/247	2	754	753	4	W	3	+2	-690	82.76	17.24
ZP/116	1	765	768					-690	82.76	17.24
ZP/116	2	762	771					-240	92.83	7.17
ZP/116	3	766	767					-1440	46.25	53.75
ZP/116	4	770	763					-1470	14.08	85.92
ZP/116	5	764	769					-1440	46.25	53.75
ZP/116	6	773	772					-1440	46.25	53.75
ZP/121	2	777	778	6	W		+1	-1470	14.08	85.92
ZP/121	3	783	780	6	W		=	-1440	46.25	53.75
ZP/121	4	782	776	5	W		+2	-720	72.30	27.70
ZP/121	5	775	779	6	W		+1	-1470	14.08	85.92
ZP/215	1	784	791					-1440	46.25	53.75
ZP/215	2	787	788					-1370	66.97	33.03
ZP/215	3	793	790					-690	82.76	17.24
ZP/215	4	792	786					-1470	14.08	85.92
ZP/215	5	785	789					-1470	14.08	85.92
ZP/255	1	805	798	6	W	T	+1	-1470	14.08	85.92
ZP/255	2	800	806	5	E	8	+1	-620	92.04	7.96
ZP/255	3	807	803	6	W	9	=	-1440	46.25	53.75
ZP/255	4	794	811	6	E	4	+1	-1470	14.08	85.92
ZP/255	5	797	808	6	W	7	=	-1440	46.25	53.75
ZP/255	6	799	802	6	W	9	-1	100	96.38	3.62
ZP/255	7	801	810	3	W	2	+3	-690	82.76	17.24
ZP/255	8	809	796	3	W	9	+3	-690	82.76	17.24
ZP/255	9	813	795	6	W	9	=	-1440	46.25	53.75