Turniej KMP na maksy

Poniedziałek, 14 lipca 2014

Wyniki z 49 ośrodków

do wyników...

pobierz rozkłady turnieju

|<<

<<

*

>>

>>|

Rozdanie nr 31

\|<<	<<	*	>>	>>\|
Rozdanie nr 31

AKQ9873

K

J65

104

5

10862

AKQ873

Q2

S/NS

4

AQ9753

104

A753

J1062

J4

92

KJ986

Liczba lew do wzięcia:


N	0	9	0	0	6		E	6	4	12	12	7
S	0	9	0	0	6		W	6	4	12	12	7

Minimax: 6

x N, -800
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
650	1	5 n =		1	99.96	0.04
250	1	5 E -5		1	99.58	0.42
140	3	PASS		1	98.81	1.19
140	3	3 N =		2	98.81	1.19
50	1	PASS		1	98.04	1.96
-100	7	PASS		2	96.49	3.51
		3 N -1		2
		4 N -1		3
-200	15	PASS		2	92.25	7.75
		4 x N -1		7
		4 x n -1		1
		5 n -2		1
		5 N -2		4
-400	2	5 W =		2	88.97	11.03
-420	3	5 W +1		3	88.00	12.00
-450	74	4 E +1		12	73.15	26.85
		4 W +1		1
		5 E =		35
		5 e =		1
		5 W =		10
		PASS		15
-480	101	4 e +2		2	39.39	60.61
		4 E +2		18
		4 W +2		4
		4 w +2		1
		5 E +1		46
		5 e +1		4
		5 W +1		6
		PASS		20
-500	14	PASS		2	17.20	82.80
		4 x N -2		2
		5 x N -2		10
-510	9	4 E +3		2	12.77	87.23
		5 E +2		4
		5 w +2		1
		5 W +2		1
		PASS		1
-550	2	5 x W =		1	10.65	89.35
-550	2	PASS		1	10.65	89.35
-650	4	5 x e =		1	9.49	90.51
		5 x E =		2
		PASS		1
-690	1	4 x E +1		1	8.52	91.48
-750	1	5 x e +1		1	8.14	91.86
-800	5	PASS		1	6.98	93.02
		5 x N -3		2
		6 x N -3		2
-980	11	6 E =		5	3.89	96.11
		6 W =		3
		PASS		3
-1010	1	6 E +1		1	1.58	98.42
-1210	4	6 x E =		2	0.61	99.39
-1210	4	PASS		2	0.61	99.39
	2	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
BY2/915		41	48	5 x	e	J	=	-650	9.49	90.51
BY2/915		44	45	5	n	9	-2	-200	92.25	7.75
BY2/915		49	43	5 x	e	J	+1	-750	8.14	91.86
BY2/915		42	46	4	e	J	+2	-480	39.39	60.61
CI1/918	1	54	50	4 x	N		-1	-200	92.25	7.75
CI1/918	2	55	53	4	E		+2	-480	39.39	60.61
CI1/918	3	52	51	4	E		+2	-480	39.39	60.61
CI1/918	4	57	56	4	W		+2	-480	39.39	60.61
DS/144	11	71	68	5	E	J	+1	-480	39.39	60.61
DS/144	10	59	61	4 x	N	10	-1	-200	92.25	7.75
DS/144	9	63	64	4	E	J	+1	-450	73.15	26.85
DS/144	8	60	67	5	W	A	+1	-420	88.00	12.00
DS/144	7	65	70	5 x	N	10	-2	-500	17.20	82.80
DS/144	6	62	69	5	N	A	-2	-200	92.25	7.75
DS/144	5	58	66	5	W	A	=	-400	88.97	11.03
DS/67	1	82	93	TD					50.00	50.00
DS/67	2	81	92	5	W	A	+1	-480	39.39	60.61
DS/67	3	80	90	4	E	J	+2	-480	39.39	60.61
DS/67	4	79	88	6 x	E	2	=	-1210	0.61	99.39
DS/67	5	78	85	5	E	J	+1	-480	39.39	60.61
DS/67	6	77	83	5	E	J	+1	-480	39.39	60.61
DS/67	7	76	91	5	E	J	=	-450	73.15	26.85
DS/67	8	89	75	5 x	N	T	-2	-500	17.20	82.80
DS/67	9	87	74	6 x	E	J	=	-1210	0.61	99.39
DS/67	10	86	73	5	E	J	+1	-480	39.39	60.61
DS/67	11	84	72	5	E	J	=	-450	73.15	26.85
DS/72	10	109	96	5	W	A	+1	-480	39.39	60.61
DS/72	9	101	110	5	E	J	=	-450	73.15	26.85
DS/72	8	99	102	4	E	J	+1	-450	73.15	26.85
DS/72	7	97	108	4 x	N	10	-2	-500	17.20	82.80
DS/72	6	94	95	4	N	10	-1	-100	96.49	3.51
DS/72	5	107	103	4 x	N	4	-2	-500	17.20	82.80
DS/72	4	100	106	4 x	N	10	-1	-200	92.25	7.75
DS/72	3	105	98	5	E	2	+1	-480	39.39	60.61
EL1/907	1	112	120	4	E	J	+1	-450	73.15	26.85
EL1/907	3	119	124	6	E	J	=	-980	3.89	96.11
EL1/907	4	114	121	5	E	2	+1	-480	39.39	60.61
EL1/907	5	117	118	5	E	J	+1	-480	39.39	60.61
EL1/907	6	113	115	5	E	J	=	-450	73.15	26.85
EL1/907	7	125	122	4	E	J	+1	-450	73.15	26.85
EL2/908	1	130	126					-450	73.15	26.85
EL2/908	2	131	129					-450	73.15	26.85
EL2/908	3	128	127					-480	39.39	60.61
JG2/920	1	134	141	6	E	J	=	-980	3.89	96.11
JG2/920	2	137	138	4	E	J	+2	-480	39.39	60.61
JG2/920	4	142	136	4 x	N	2	-1	-200	92.25	7.75
JG2/920	5	135	139	4	E	2	+3	-510	12.77	87.23
JG4/917	1	148	144	6 x	N		-3	-800	6.98	93.02
JG4/917	2	149	147	5	E		=	-450	73.15	26.85
JG4/917	3	145	146	5	W		=	-450	73.15	26.85
JG4/917	4	151	150	5	E		=	-450	73.15	26.85
KP/114	1	156	160	3	N	4	=	140	98.81	1.19
KP/114	2	163	158	4 x	N	T	-1	-200	92.25	7.75
KP/114	3	161	152	5	E	J	+1	-480	39.39	60.61
KP/114	4	155	154	5	E	J	+1	-480	39.39	60.61
KP/114	6	165	159	5	E	J	=	-450	73.15	26.85
KP/114	7	153	166	4	E	J	+1	-450	73.15	26.85
KP/114	8	167	162	5	E	J	+1	-480	39.39	60.61
KP/125	3	169	178	5	N	A	-2	-200	92.25	7.75
KP/125	5	177	170	5	N	T	-2	-200	92.25	7.75
KP/125	9	171	176	5	E	W	=	-450	73.15	26.85
KP/125	4	173	174	4	E	W	+2	-480	39.39	60.61
KP/125	1	172	175	6	E	W	=	-980	3.89	96.11
KP/50	1	184	187	5 x	N	A	-3	-800	6.98	93.02
KP/50	2	181	190	5 x	N	4	-2	-500	17.20	82.80
KP/50	3	185	186	5	E	J	=	-450	73.15	26.85
KP/50	4	189	182	5	E	J	=	-450	73.15	26.85
KP/50	6	191	192	5	W	J	=	-450	73.15	26.85
LB/127	1	193	201					-450	73.15	26.85
LB/127	2	197	204					-480	39.39	60.61
LB/127	3	200	205					-550	10.65	89.35
LB/127	4	195	202					-480	39.39	60.61
LB/127	5	198	199					-480	39.39	60.61
LB/127	6	194	196					-980	3.89	96.11
LB/127	7	206	203					-1210	0.61	99.39
LB/149		211	215	4	w	A	+2	-480	39.39	60.61
LB/149		218	213	5	w	10	+2	-510	12.77	87.23
LB/149		216	207	4 x	n	10	-1	-200	92.25	7.75
LB/149		210	209	5	e	J	+1	-480	39.39	60.61
LB/149		220	214	5	e	J	+1	-480	39.39	60.61
LB/149		208	221	5	e	J	+1	-480	39.39	60.61
LB/149		222	217	5	e	J	=	-450	73.15	26.85
LD/119	1	223	230	4	W	Q	+2	-480	39.39	60.61
LD/119	2	226	227	5	E	J	+1	-480	39.39	60.61
LD/119	3	232	229	5 x	W	K	=	-550	10.65	89.35
LD/119	4	231	225	5	E	J	=	-450	73.15	26.85
LD/119	5	224	228	5 x	N	T	-3	-800	6.98	93.02
LD/48	3	238	234	5	E	J	+1	-480	39.39	60.61
LD/48	5	239	237	5	E	J	+1	-480	39.39	60.61
LD/48	6	236	235	5	E	2	+2	-510	12.77	87.23
LD/48	7	241	240	6	E	J	=	-980	3.89	96.11
LD/92	1	242	249	5	E	J	+1	-480	39.39	60.61
LD/92	2	245	246	5	E	J	+1	-480	39.39	60.61
LD/92	3	251	248	5	E	J	+1	-480	39.39	60.61
LD/92	4	250	244	5	W	K	+1	-420	88.00	12.00
LD/92	5	243	247	5 x	N	T	-2	-500	17.20	82.80
LU/145	1	256	252	5	E	J	+1	-480	39.39	60.61
LU/145	2	257	255	5	E	J	+1	-480	39.39	60.61
LU/145	3	253	254	4	E	J	+2	-480	39.39	60.61
LU/145	4	259	258	5	E	J	+1	-480	39.39	60.61
LU/146	1	264	260					-480	39.39	60.61
LU/146	2	265	263					-450	73.15	26.85
LU/146	3	262	261					-480	39.39	60.61
LU/146	4	267	266					-450	73.15	26.85
LU/150	1	272	268	4	N		-1	-100	96.49	3.51
LU/150	2	273	271	5	W		+1	-480	39.39	60.61
LU/150	3	269	270	5	E		=	-450	73.15	26.85
MA/123	1	276	283	5	E	J	+1	-480	39.39	60.61
MA/123	2	279	280	4	E	6	+3	-510	12.77	87.23
MA/123	3	285	282	5	E	J	+1	-480	39.39	60.61
MA/123	4	284	278	4	N	T	-1	-100	96.49	3.51
MA/123	5	277	281	5	E	2	=	-450	73.15	26.85
MA/46	1	346	354	4	E	J	+2	-480	39.39	60.61
MA/46	2	350	357	4	E	J	+2	-480	39.39	60.61
MA/46	3	353	358	5	E	J	+1	-480	39.39	60.61
MA/46	4	348	355	5	E	J	+1	-480	39.39	60.61
MA/46	5	351	352	5	E	2	=	-450	73.15	26.85
MA/46	6	347	349	5	E	J	=	-450	73.15	26.85
MA/46	7	359	356	5	E	J	+1	-480	39.39	60.61
MP/138	1	360	367	4	E	J	+1	-450	73.15	26.85
MP/138	2	363	364	5	E	J	=	-450	73.15	26.85
MP/138	3	369	366	5	E	J	=	-450	73.15	26.85
MP/138	4	368	362	5 x	N	4	-2	-500	17.20	82.80
MP/138	5	361	365	5	E	J	+1	-480	39.39	60.61
MP/139	1	374	370					-100	96.49	3.51
MP/139	3	371	372					-480	39.39	60.61
MP/139	4	377	376					-480	39.39	60.61
MP/40	1	385	380					-450	73.15	26.85
MP/40	2	391	390					-480	39.39	60.61
MP/40	3	384	389					-650	9.49	90.51
MP/40	4	388	387					-480	39.39	60.61
MP/40	5	386	381					-450	73.15	26.85
MP/40	6	382	379					-480	39.39	60.61
MP/40	7	378	383					-450	73.15	26.85
MP/40	8	400	393					-480	39.39	60.61
MP/40	10	397	404					-480	39.39	60.61
MP/40	11	401	402					-510	12.77	87.23
MP/40	12	399	396					-450	73.15	26.85
MP/40	13	395	394					50	98.04	1.96
MP/40	14	392	398					-450	73.15	26.85
MP/45	1	411	406	5 x	N		-2	-500	17.20	82.80
MP/45	2	407	410	5	E		+1	-480	39.39	60.61
MP/45	3	408	409	5	E		+1	-480	39.39	60.61
OL3/925	1	416	412	5	W	A	+1	-420	88.00	12.00
OL3/925	2	417	415	5	W	J	=	-450	73.15	26.85
OL3/925	3	413	414	5 x	E	J	=	-650	9.49	90.51
OL3/925	4	419	418	5 x	E	J	=	-650	9.49	90.51
OL4/913		424	420	5	n	4	=	650	99.96	0.04
OL4/913		425	423	4	e	J	+2	-480	39.39	60.61
OL4/913		421	422	5	e	J	+1	-480	39.39	60.61
OP/95	3	432	428	5	E	W	+1	-480	39.39	60.61
OP/95	5	433	431	4 x	E	W	+1	-690	8.52	91.48
OP/95	6	430	429	4	E	W	+2	-480	39.39	60.61
OP/95	7	435	434	4 x	N	10	-1	-200	92.25	7.75
PK/118	10	451	438	5	E	J	+1	-480	39.39	60.61
PK/118	9	443	452	5	W	4	+2	-510	12.77	87.23
PK/118	8	441	444	4	W	A	+2	-480	39.39	60.61
PK/118	7	439	450	6	W	K	=	-980	3.89	96.11
PK/118	6	436	437	5	E	10	+1	-480	39.39	60.61
PK/118	5	449	445	5	E	J	+1	-480	39.39	60.61
PK/118	4	442	448	5	E	J	=	-450	73.15	26.85
PK/118	3	447	440	5	E	J	=	-450	73.15	26.85
PM/102	1	464	474	5	E	J	=	-450	73.15	26.85
PM/102	2	463	472	5	E	J	+1	-480	39.39	60.61
PM/102	3	462	470	5	W	A	=	-450	73.15	26.85
PM/102	4	461	468	5	E	J	=	-450	73.15	26.85
PM/102	5	460	466	5	E	J	+1	-480	39.39	60.61
PM/102	6	459	465	5	W	A	+1	-480	39.39	60.61
PM/102	7	458	475	6	W	A	=	-980	3.89	96.11
PM/102	8	473	457	5	E	J	=	-450	73.15	26.85
PM/102	9	471	456	4	E	J	+1	-450	73.15	26.85
PM/102	10	469	455	4	E	J	+2	-480	39.39	60.61
PM/115	1	480	484	4	E	J	+2	-480	39.39	60.61
PM/115	2	487	482	4	E	J	+1	-450	73.15	26.85
PM/115	3	485	476	4	W	A	+1	-450	73.15	26.85
PM/115	4	479	478	3	N	A	-1	-100	96.49	3.51
PM/115	6	489	483	5	E	J	=	-450	73.15	26.85
PM/115	7	477	490	5	E	J	-5	250	99.58	0.42
PM/115	8	491	486	5	E	J	+1	-480	39.39	60.61
PM/129	1	492	499					-480	39.39	60.61
PM/129	3	501	498					-800	6.98	93.02
PM/129	4	500	494					-980	3.89	96.11
PM/129	5	493	497					-100	96.49	3.51
SZ2/910	1	502	509	5	E	J	=	-450	73.15	26.85
SZ2/910	2	505	506	5 x	N	T	-2	-500	17.20	82.80
SZ2/910	3	511	508	5	E	J	+1	-480	39.39	60.61
SZ2/910	4	510	504	3	N	4	=	140	98.81	1.19
SZ2/910	5	503	507	5	E	J	+1	-480	39.39	60.61
WM/122	2	519	532	5	E	J	=	-450	73.15	26.85
WM/122	3	516	530	5	E	J	+1	-480	39.39	60.61
WM/122	4	535	528	5 x	N	T	-2	-500	17.20	82.80
WM/122	5	521	525	4	E	J	+2	-480	39.39	60.61
WM/122	6	518	523	5 x	N	T	-2	-500	17.20	82.80
WM/122	7	539	531	4	E	J	+1	-450	73.15	26.85
WM/122	8	529	515	5	W	A	=	-400	88.97	11.03
WM/122	9	527	514	4	E	J	+2	-480	39.39	60.61
WM/122	10	526	513	4	E	4	+2	-480	39.39	60.61
WM/122	11	524	512	6	E	J	=	-980	3.89	96.11
WM/122	12	541	533	5	E	2	+1	-480	39.39	60.61
WM/122	13	540	520	3	N	T	-1	-100	96.49	3.51
WM/122	14	538	517	5	E	J	=	-450	73.15	26.85
WM/122	15	536	537	6	E	4	+1	-1010	1.58	98.42
WM/128	1	546	542	5	E	J	+1	-480	39.39	60.61
WM/128	2	547	545	5	E	T	=	-450	73.15	26.85
WM/128	3	543	544	4	E	J	+2	-480	39.39	60.61
WP/120	1	560	564					-480	39.39	60.61
WP/120	2	567	562					140	98.81	1.19
WP/120	3	565	556					-450	73.15	26.85
WP/120	4	559	558					-980	3.89	96.11
WP/120	5	561	568					-1210	0.61	99.39
WP/120	6	569	563					-500	17.20	82.80
WP/120	7	557	570					-500	17.20	82.80
WP/120	8	571	566					-200	92.25	7.75
WP/142	1	576	572	5	E	J	+1	-480	39.39	60.61
WP/142	2	577	575	5	E	2	=	-450	73.15	26.85
WP/142	3	574	573	4	E	2	+2	-480	39.39	60.61
WP/142	4	579	578	4	E	J	+1	-450	73.15	26.85
WP/147	3	581	590	5	N	10	-2	-200	92.25	7.75
WP/147	4	585	586	4	E	J	+2	-480	39.39	60.61
WP/147	5	589	582	5	E	J	+1	-480	39.39	60.61
WP/147	9	583	588	5	W	A	+1	-480	39.39	60.61
WP/147	11	592	591	5 x	N	10	-2	-500	17.20	82.80
WP/147	1	584	587	5	E	9	+2	-510	12.77	87.23
WP/30	11	601	604	4	E	J	+1	-450	73.15	26.85
WP/30	9	608	610	5	E	J	+1	-480	39.39	60.61
WP/30	5	606	607	5	E	J	+1	-480	39.39	60.61
WP/30	4	605	603	4	W	A	+2	-480	39.39	60.61
WP/30	3	602	609	5	E	A	=	-450	73.15	26.85
WP/30	1	611	612	5	E	5	=	-450	73.15	26.85
WP/52	1	634	635	5	W	A	+1	-480	39.39	60.61
WP/52	1	623	637	6	W	A	=	-980	3.89	96.11
WP/52	2	622	633	5	E	J	=	-450	73.15	26.85
WP/52	3	636	631	4	E	2	+1	-450	73.15	26.85
WP/52	3	621	639	5	E	J	=	-450	73.15	26.85
WP/52	4	620	629	5	E	J	=	-450	73.15	26.85
WP/52	5	638	626	5	W	J	=	-450	73.15	26.85
WP/52	5	619	640	5	E	J	=	-450	73.15	26.85
WP/52	6	618	624	5	W	A	=	-450	73.15	26.85
WP/52	7	617	632	5	E	J	+1	-480	39.39	60.61
WP/52	8	630	616	5	E	J	+1	-480	39.39	60.61
WP/52	9	628	615	5	W	A	=	-450	73.15	26.85
WP/52	10	627	614	TD					60.00	0.00
ZA2/916		646	642	5	E	10	+2	-510	12.77	87.23
ZA2/916		647	645	4	E	2	+2	-480	39.39	60.61
ZA2/916		644	643	5	E	2	=	-450	73.15	26.85
ZA2/916		649	648	5	E	2	+2	-510	12.77	87.23
ZP/116	1	653	656					-450	73.15	26.85
ZP/116	2	650	659					-450	73.15	26.85
ZP/116	3	654	655					-480	39.39	60.61
ZP/116	4	658	651					-450	73.15	26.85
ZP/116	5	652	657					-200	92.25	7.75
ZP/121	1	662	670	5	E		+1	-480	39.39	60.61
ZP/121	2	666	673	6 x	N		-3	-800	6.98	93.02
ZP/121	3	669	674	5	W		=	-450	73.15	26.85
ZP/121	4	664	671	5	W		=	-450	73.15	26.85
ZP/121	5	667	668	5	W		=	-450	73.15	26.85
ZP/121	6	663	665	4 x	N		-1	-200	92.25	7.75
ZP/56	1	679	682					-480	39.39	60.61
ZP/56	2	676	685					-480	39.39	60.61
ZP/56	3	680	681					-450	73.15	26.85
ZP/56	4	684	677					-480	39.39	60.61
ZP/56	5	678	683					-480	39.39	60.61