Turniej KMP na impy

Poniedziałek, 27 kwietnia 2026

Wyniki z 53 ośrodków

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Rozdanie nr 13

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Rozdanie nr 13

KQ972

A1072

9832

4

A982

Q9

KJ10765

N/Obie

53

J10654

6543

AQ

AJ1086

KQ73

KJ8

4

Liczba lew do wzięcia:


N	6	12	4	10	5		E	4	0	7	2	6
S	6	12	5	10	5		W	4	0	7	2	7

Minimax: 6

S, 1430
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1460	1	6 S +1		1	12.64	-12.64
1430	10	6 N =		4	12.26	-12.26
1430	10	6 S =		6	12.26	-12.26
1400	2	5 x E -5		2	11.79	-11.79
1100	4	5 x W -4		1	8.62	-8.62
		5 x E -4		2
		6 x W -4		1
1050	1	5 x S +1		1	8.05	-8.05
850	2	5 x N =		1	4.15	-4.15
850	2	5 x S =		1	4.15	-4.15
800	5	5 x E -3		5	2.72	-2.72
710	137	4 N +3		19	0.46	-0.46
		4 S +3		116
		5 N +2		1
		5 S +2		1
680	174	4 N +2		21	-0.51	0.51
		4 S +2		142
		5 N +1		8
		5 S +1		3
650	59	4 N +1		7	-1.46	1.46
		4 S +1		45
		5 N =		5
		5 S =		2
620	2	4 S =		2	-2.40	2.40
260	1	3 S +4		1	-9.30	9.30
230	2	2 N +4		1	-9.76	9.76
230	2	3 S +3		1	-9.76	9.76
200	2	2 S +3		2	-10.28	10.28
-200	1	3 N -2		1	-13.34	13.34
-400	2	4 N -4		2	-14.36	14.36
-500	1	4 N -5		1	-14.99	14.99

Kliknij na numer pary, żeby obejrzeć historię.

Kliknij na nagłówki kolumn, żeby zmienić sortowanie.

ośrodek	runda	NS	EW	kontrakt	rozg.	wist	lew	zapis	IMP NS	IMP EW
DS/136	1	6	4	4	S	Q	+3	710	0.46	-0.46
DS/136	2	9	1	4	S	4	+2	680	-0.51	0.51
DS/136	3	10	3	4	S	J	+2	680	-0.51	0.51
DS/136	4	5	8	5 x	E	4	-3	800	2.72	-2.72
DS/136	5	7	2	4	S	J	+1	650	-1.46	1.46
DS/144	1	16	14	4	S	Q	+3	710	0.46	-0.46
DS/144	2	19	11	4	S	Q	+3	710	0.46	-0.46
DS/144	3	20	13	4	S	4	+1	650	-1.46	1.46
DS/144	4	15	18	4	S	4	+3	710	0.46	-0.46
DS/144	5	17	12	6	N	A	=	1430	12.26	-12.26
DS/158	3	30	23	4	S	Q	+3	710	0.46	-0.46
DS/158	4	25	28	4	S	Q	+3	710	0.46	-0.46
DS/158	5	27	22	4	S	Q	+3	710	0.46	-0.46
DS/158	2	29	21	4	S	9	+2	680	-0.51	0.51
DS/158	1	26	24	4	S	J	+1	650	-1.46	1.46
DS/336	1	41	34	4	S	A	+3	710	0.46	-0.46
DS/336	2	38	42	4	S	5	+2	680	-0.51	0.51
DS/336	3	35	37	4	S	A	+3	710	0.46	-0.46
DS/336	4	33	32	4	S	J	+2	680	-0.51	0.51
DS/336	5	36	31	4	S	A	+2	680	-0.51	0.51
DS/336	9	40	39	4	S	4	+3	710	0.46	-0.46
DS/380	1	53	54	4	S	J	+2	680	-0.51	0.51
DS/380	1	71	72	4	S	J	+2	680	-0.51	0.51
DS/380	2	65	60	4	S	4	+2	680	-0.51	0.51
DS/380	3	47	51	4	S	J	+1	650	-1.46	1.46
DS/380	3	61	74	4	N	A	-4	-400	-14.36	14.36
DS/380	4	52	56	4	S	J	+2	680	-0.51	0.51
DS/380	4	67	69	2	S	J	+3	200	-10.28	10.28
DS/380	5	46	50	5	N	A	+1	680	-0.51	0.51
DS/380	5	70	68	5 x	N	A	=	850	4.15	-4.15
DS/380	6	57	48	4	S	Q	+3	710	0.46	-0.46
DS/380	6	66	62	4	S	J	=	620	-2.40	2.40
DS/380	7	43	49	4	S	Q	+2	680	-0.51	0.51
DS/380	7	59	75	4	N	4	+3	710	0.46	-0.46
DS/380	13	55	45	5	S	4	+1	680	-0.51	0.51
DS/380	13	64	76	4	S	J	+2	680	-0.51	0.51
DS/380	14	58	44	4	S	Q	+2	680	-0.51	0.51
DS/380	14	73	63	4	S	J	+2	680	-0.51	0.51
DS/72	3	84	86	4	S	Q	+3	710	0.46	-0.46
DS/72	5	88	81	4	S	Q	+3	710	0.46	-0.46
DS/72	7	85	79	4	S	4	+2	680	-0.51	0.51
DS/72	8	83	82	4	S	Q	+2	680	-0.51	0.51
DS/72	9	78	87	4	S	4	+3	710	0.46	-0.46
DS/72	10	80	77	4	S	A	+3	710	0.46	-0.46
KP/125	3	96	98	4	N	J	+3	710	0.46	-0.46
KP/125	5	100	93	4	S	2	+2	680	-0.51	0.51
KP/125	7	97	91	4	S	4	+2	680	-0.51	0.51
KP/125	8	95	94	4	S	4	+2	680	-0.51	0.51
KP/125	9	90	99	4	S	4	+2	680	-0.51	0.51
KP/125	10	92	89	4	S	Q	+2	680	-0.51	0.51
KP/295	7	126	107	4	S	4	+1	650	-1.46	1.46
KP/295	6	125	113	4	N	J	+3	710	0.46	-0.46
KP/295	5	106	114	4	S	4	+3	710	0.46	-0.46
KP/295	4	124	108	5	N	A	+1	680	-0.51	0.51
KP/295	3	105	123	5 x	S	A	=	850	4.15	-4.15
KP/295	2	101	122	4	S	Q	+3	710	0.46	-0.46
KP/295	1	111	121	4	S	4	+2	680	-0.51	0.51
KP/295	15	120	112	6	S	A	=	1430	12.26	-12.26
KP/295	14	119	110	4	S	4	+3	710	0.46	-0.46
KP/295	13	118	104	4	N	J	+3	710	0.46	-0.46
KP/295	12	102	115	4	S	Q	+3	710	0.46	-0.46
KP/295	11	109	117	4	S	2	+2	680	-0.51	0.51
KP/353	4	128	139	4	S	Q	+3	710	0.46	-0.46
KP/353	3	134	132	6	N	4	=	1430	12.26	-12.26
KP/353	2	127	138	5 x	S	A	+1	1050	8.05	-8.05
KP/353	1	133	129	4	S	Q	+2	680	-0.51	0.51
KP/353	9	137	130	4	S	A	+1	650	-1.46	1.46
KP/353	8	136	135	4	S	A	+3	710	0.46	-0.46
KP/464	1	149	150	4	S	J	+2	680	-0.51	0.51
KP/464	2	147	146	4	S	A	+2	680	-0.51	0.51
KP/464	3	145	142	4	S	J	+1	650	-1.46	1.46
KP/464	4	143	158	4	S	A	+3	710	0.46	-0.46
KP/464	5	141	154	4	S	4	+1	650	-1.46	1.46
KP/464	7	144	157	4	S	4	+1	650	-1.46	1.46
KP/464	8	160	155	4	S	Q	+3	710	0.46	-0.46
KP/464	9	156	153	4	S	A	+2	680	-0.51	0.51
KP/50	2	161	163	4	S	4	+2	680	-0.51	0.51
KP/50	3	171	174	4	N	J	+1	650	-1.46	1.46
KP/50	4	173	169	5	N	J	+2	710	0.46	-0.46
KP/50	5	175	168	4	S	A	+1	650	-1.46	1.46
KP/50	6	164	170	4	S	A	+3	710	0.46	-0.46
KP/50	7	176	167	4	N	J	+3	710	0.46	-0.46
KP/50	14	166	165	4	S	Q	+3	710	0.46	-0.46
KP/50	15	172	162	4	S	4	+3	710	0.46	-0.46
LB/265	1	187	180	5	N	3	=	650	-1.46	1.46
LB/265	2	184	188	4	S	4	+2	680	-0.51	0.51
LB/265	3	181	183	4	N	A	+2	680	-0.51	0.51
LB/265	4	179	178	6	S	4	+1	1460	12.64	-12.64
LB/265	5	182	177	5	S	10	=	650	-1.46	1.46
LB/265	9	186	185	4	S	A	+2	680	-0.51	0.51
LB/389	1	195	191	4	S	4	+3	710	0.46	-0.46
LB/389	2	189	200	4	S	2	+3	710	0.46	-0.46
LB/389	3	196	194	5 x	E	4	-3	800	2.72	-2.72
LB/389	4	190	201	4	S	4	+2	680	-0.51	0.51
LB/389	8	198	197	4	S	4	+3	710	0.46	-0.46
LB/389	9	199	192	4	N	J	+3	710	0.46	-0.46
LB/49	1	214	211	4	S	A	+3	710	0.46	-0.46
LB/49	2	209	205	3	N	A	-2	-200	-13.34	13.34
LB/49	3	208	215	4	S	4	+3	710	0.46	-0.46
LB/49	4	203	212	4	N	3	+2	680	-0.51	0.51
LB/49	9	210	213	4	S	J	+1	650	-1.46	1.46
LB/49	10	206	204	4	N	A	+2	680	-0.51	0.51
LD/119	1	222	220	4	S	4	+3	710	0.46	-0.46
LD/119	3	226	219	4	S	J	+2	680	-0.51	0.51
LD/119	4	221	224	4	S	Q	+3	710	0.46	-0.46
LD/119	5	223	218	2	N	J	+4	230	-9.76	9.76
LD/257	5	247	238	6	S	A	=	1430	12.26	-12.26
LD/257	4	246	239	4	S	9	+3	710	0.46	-0.46
LD/257	6	231	236	4	S	4	+3	710	0.46	-0.46
LD/257	7	248	233	4	S	Q	+3	710	0.46	-0.46
LD/257	1	230	244	4	S	J	+2	680	-0.51	0.51
LD/257	2	229	240	4	S	A	+2	680	-0.51	0.51
LD/257	3	237	245	4	S	Q	+2	680	-0.51	0.51
LD/257	12	235	234	4	S	J	+2	680	-0.51	0.51
LD/257	14	232	243	4	S	J	+2	680	-0.51	0.51
LD/257	13	227	242	3	S	Q	+4	260	-9.30	9.30
LD/48	1	254	252	4	S	10	+2	680	-0.51	0.51
LD/48	2	257	249	4	S	2	+3	710	0.46	-0.46
LD/48	3	258	251	6	S	A	=	1430	12.26	-12.26
LD/48	4	253	256	6	S	A	=	1430	12.26	-12.26
LD/48	5	255	250	4	S	J	+1	650	-1.46	1.46
LU/150	1	264	262	4	S	K	+2	680	-0.51	0.51
LU/150	3	268	261	4	S	A	+3	710	0.46	-0.46
LU/150	4	263	266	4	S	J	+2	680	-0.51	0.51
LU/150	5	265	260	4	S	4	+3	710	0.46	-0.46
LU/288	1	274	272	4	S	Q	+3	710	0.46	-0.46
LU/288	2	277	269	4	S	Q	+3	710	0.46	-0.46
LU/288	3	278	271	5 x	W	K	-4	1100	8.62	-8.62
LU/288	4	273	276	4	S	J	+2	680	-0.51	0.51
LU/288	5	275	270	4	S	A	=	620	-2.40	2.40
LU/468	1	284	282	4	S	K	+1	650	-1.46	1.46
LU/468	2	287	279	4	N	3	+1	650	-1.46	1.46
LU/468	3	288	281	4	S	Q	+3	710	0.46	-0.46
LU/468	4	283	286	4	S	4	+3	710	0.46	-0.46
LU/468	5	285	280	4	S	A	+2	680	-0.51	0.51
MA/126	1	301	302	4	S	4	+3	710	0.46	-0.46
MA/126	2	299	298	4	S	Q	+2	680	-0.51	0.51
MA/126	3	297	294	5	N	A	+1	680	-0.51	0.51
MA/126	4	295	290	4	S	A	+2	680	-0.51	0.51
MA/126	5	293	316	4	N	4	+3	710	0.46	-0.46
MA/126	6	291	312	4	S	J	+2	680	-0.51	0.51
MA/126	7	289	308	4	N	Q	+2	680	-0.51	0.51
MA/126	9	315	300	4	S	4	+3	710	0.46	-0.46
MA/126	10	313	296	4	S	Q	+3	710	0.46	-0.46
MA/126	11	292	311	5	S	J	=	650	-1.46	1.46
MA/126	12	318	309	4	S	A	+1	650	-1.46	1.46
MA/126	13	314	307	4	S	Q	+3	710	0.46	-0.46
MA/126	14	310	305	4	S	4	+2	680	-0.51	0.51
MA/126	15	306	303	4	S	4	+2	680	-0.51	0.51
MA/46	4	320	327	4	N	A	+2	680	-0.51	0.51
MA/46	5	319	324	4	S	4	+1	650	-1.46	1.46
MA/46	4	321	328	4	S	Q	+3	710	0.46	-0.46
MA/46	6	322	325	4	S	6	+2	680	-0.51	0.51
MA/46	6	323	326	4	S	5	+1	650	-1.46	1.46
MA/483	1	336	346	4	S	4	+2	680	-0.51	0.51
MA/483	2	334	347	4	N	4	+3	710	0.46	-0.46
MA/483	3	348	333	4	N	J	+2	680	-0.51	0.51
MA/483	4	349	341	4	S	4	+1	650	-1.46	1.46
MA/483	5	329	350	4	S	Q	+3	710	0.46	-0.46
MA/483	6	342	351	4	S	4	+3	710	0.46	-0.46
MA/483	7	352	335	5 x	E	A	-4	1100	8.62	-8.62
MA/483	11	340	330	4	S	J	+2	680	-0.51	0.51
MA/483	12	344	332	4	S	9	+3	710	0.46	-0.46
MA/483	13	338	339	4	S	J	+2	680	-0.51	0.51
MA/483	14	345	331	4	S	4	+2	680	-0.51	0.51
MA/493	1	361	362	4	S	4	+3	710	0.46	-0.46
MA/493	2	359	358	4	S	4	+3	710	0.46	-0.46
MA/493	3	357	354	4	S	A	+2	680	-0.51	0.51
MA/493	4	355	368	4	S	Q	+3	710	0.46	-0.46
MA/493	5	353	364	4	S	4	+2	680	-0.51	0.51
MA/493	6	369	360	4	S	A	+3	710	0.46	-0.46
MA/493	7	356	367	4	N	J	+2	680	-0.51	0.51
MA/493	8	370	365	4	S	J	+2	680	-0.51	0.51
MA/493	9	366	363	4	S	4	+1	650	-1.46	1.46
MA/509	1	383	384	4	S	A	+2	680	-0.51	0.51
MA/509	1	413	414	4	S	A	+2	680	-0.51	0.51
MA/509	2	381	380	4	S	Q	+2	680	-0.51	0.51
MA/509	2	411	410	4	S	A	+2	680	-0.51	0.51
MA/509	3	409	406	4	S	4	+3	710	0.46	-0.46
MA/509	4	377	372	4	S	J	+1	650	-1.46	1.46
MA/509	4	407	402	4	N	3	+2	680	-0.51	0.51
MA/509	5	375	398	3	S	7	+3	230	-9.76	9.76
MA/509	5	405	428	4	S	Q	+3	710	0.46	-0.46
MA/509	6	373	394	4	S	Q	+3	710	0.46	-0.46
MA/509	6	403	424	4	S	Q	+3	710	0.46	-0.46
MA/509	7	371	390	4	S	Q	+3	710	0.46	-0.46
MA/509	7	401	420	4	S	J	+1	650	-1.46	1.46
MA/509	8	416	386	4	S	Q	+3	710	0.46	-0.46
MA/509	9	397	382	4	S	Q	+3	710	0.46	-0.46
MA/509	9	427	412	4	S	A	+2	680	-0.51	0.51
MA/509	10	378	395	4	S	4	+2	680	-0.51	0.51
MA/509	10	408	425	4	N	J	+2	680	-0.51	0.51
MA/509	11	374	393	4	S	Q	+3	710	0.46	-0.46
MA/509	11	404	423	4	S	4	+3	710	0.46	-0.46
MA/509	13	396	389	5 x	E	A	-3	800	2.72	-2.72
MA/509	13	426	419	4	S	Q	+3	710	0.46	-0.46
MA/509	14	392	387	4	S	4	+1	650	-1.46	1.46
MA/509	14	422	417	5 x	E	4	-3	800	2.72	-2.72
MA/511	1	443	444	5	N	J	=	650	-1.46	1.46
MA/511	2	432	442	4	S	9	+3	710	0.46	-0.46
MA/511	3	438	440	4	S	2	+2	680	-0.51	0.51
MA/511	4	437	434	4	S	J	+2	680	-0.51	0.51
MA/511	5	451	453	4	N	J	+1	650	-1.46	1.46
MA/511	6	433	446	6	N	J	=	1430	12.26	-12.26
MA/511	7	431	450	4	S	Q	+2	680	-0.51	0.51
MA/511	10	439	456	4	N	5	+1	650	-1.46	1.46
MA/511	11	455	454	4	S	7	+1	650	-1.46	1.46
MA/511	12	435	441	4	S	Q	+3	710	0.46	-0.46
MA/511	13	449	452	4	S	J	+2	680	-0.51	0.51
MA/511	14	447	436	4	N	3	+2	680	-0.51	0.51
MA/511	15	445	448	4	S	Q	+3	710	0.46	-0.46
MA/65	3	464	466	4	S	J	+2	680	-0.51	0.51
MA/65	5	468	461	4	S	J	+2	680	-0.51	0.51
MA/65	7	465	459	4	S	A	+2	680	-0.51	0.51
MA/65	8	463	462	4	S	A	+1	650	-1.46	1.46
MA/65	9	458	467	4	S	2	+3	710	0.46	-0.46
MA/65	10	460	457	4	S	J	+1	650	-1.46	1.46
MP/40	1	481	482	4	S	J	+1	650	-1.46	1.46
MP/40	2	473	483	4	S	Q	+3	710	0.46	-0.46
MP/40	3	479	475	5	N	A	+1	680	-0.51	0.51
MP/40	4	471	485	4	S	A	+2	680	-0.51	0.51
MP/40	5	474	488	4	S	A	+2	680	-0.51	0.51
MP/40	6	476	477	4	S	J	+2	680	-0.51	0.51
MP/40	7	469	478	4	S	4	+1	650	-1.46	1.46
MP/40	14	472	486	4	S	Q	+3	710	0.46	-0.46
MP/40	15	480	484	4	S	A	+3	710	0.46	-0.46
OP/273	1	494	492	4	S	A	+3	710	0.46	-0.46
OP/273	2	497	489	4	S	4	+2	680	-0.51	0.51
OP/273	4	493	496	4	S	Q	+2	680	-0.51	0.51
OP/273	5	495	490	4	S	Q	+3	710	0.46	-0.46
OP/363	3	505	507	4	S	A	+2	680	-0.51	0.51
OP/363	5	509	502	6	S	4	=	1430	12.26	-12.26
OP/363	7	506	500	4	S	4	+3	710	0.46	-0.46
OP/363	8	504	503	4	S	A	+1	650	-1.46	1.46
OP/363	10	501	498	4	S	A	+2	680	-0.51	0.51
OP/506	1	516	512	4	S	Q	+2	680	-0.51	0.51
OP/506	2	510	521	4	S	4	+3	710	0.46	-0.46
OP/506	3	517	515	4	S	Q	+3	710	0.46	-0.46
OP/506	4	511	522	4	S	4	+3	710	0.46	-0.46
OP/506	8	519	518	4	S	Q	+2	680	-0.51	0.51
OP/506	9	520	513	4	S	J	+2	680	-0.51	0.51
PD/369	2	524	526	4	S	4	+2	680	-0.51	0.51
PD/369	4	536	532	4	N	J	+3	710	0.46	-0.46
PD/369	5	538	531	4	N	J	+2	680	-0.51	0.51
PD/369	6	527	533	5	N	A	=	650	-1.46	1.46
PD/369	7	539	530	4	S	A	+3	710	0.46	-0.46
PD/369	14	529	528	4	S	4	+2	680	-0.51	0.51
PD/369	15	535	525	4	S	4	+3	710	0.46	-0.46
PD/70	1	545	543	4	N	J	+3	710	0.46	-0.46
PD/70	2	548	540	4	N	4	+3	710	0.46	-0.46
PD/70	3	549	542	4	S	A	+1	650	-1.46	1.46
PD/70	4	544	547	4	S	Q	+3	710	0.46	-0.46
PD/70	5	546	541	4	N	A	+2	680	-0.51	0.51
PK/118	2	551	563	5 x	E	4	-3	800	2.72	-2.72
PK/118	3	554	552	4	S	Q	+3	710	0.46	-0.46
PK/118	4	562	558	4	S	Q	+3	710	0.46	-0.46
PK/118	5	560	564	4	S	J	+2	680	-0.51	0.51
PK/118	6	555	556	4	N	3	+2	680	-0.51	0.51
PK/118	7	550	565	4	N	J	+2	680	-0.51	0.51
PK/118	14	557	553	4	S	4	+3	710	0.46	-0.46
PK/118	15	559	561	4	S	A	+2	680	-0.51	0.51
PM/102	1	572	586	5	N	3	+1	680	-0.51	0.51
PM/102	2	571	584	5	N	A	=	650	-1.46	1.46
PM/102	3	570	582	4	N	3	+2	680	-0.51	0.51
PM/102	4	569	580	4	S	4	+3	710	0.46	-0.46
PM/102	5	568	592	4	S	4	+3	710	0.46	-0.46
PM/102	6	567	590	4	N	J	+1	650	-1.46	1.46
PM/102	7	566	588	4	S	4	+1	650	-1.46	1.46
PM/102	9	578	583	5	S	A	+2	710	0.46	-0.46
PM/102	10	577	581	4	S	J	+1	650	-1.46	1.46
PM/102	11	593	576	4	S	Q	+3	710	0.46	-0.46
PM/102	12	591	575	4	N	J	+3	710	0.46	-0.46
PM/102	13	589	574	4	S	J	+1	650	-1.46	1.46
PM/102	14	587	573	4	N	J	+2	680	-0.51	0.51
PM/129	1	605	602	4	S	6	+2	680	-0.51	0.51
PM/129	2	600	596	4	S	4	+2	680	-0.51	0.51
PM/129	3	599	606	4	N	5	+2	680	-0.51	0.51
PM/129	4	594	603	4	N	J	+3	710	0.46	-0.46
PM/129	5	607	598	6 x	W	K	-4	1100	8.62	-8.62
PM/129	9	601	604	4	N	5	+3	710	0.46	-0.46
PM/129	10	597	595	4	N	A	+3	710	0.46	-0.46
SW/472	4	609	620	6	N	A	=	1430	12.26	-12.26
SW/472	2	608	619	4	S	4	+3	710	0.46	-0.46
SW/472	9	618	611	4	S	Q	+3	710	0.46	-0.46
SW/472	3	615	613	4	S	A	+2	680	-0.51	0.51
SW/472	5	621	612	4	S	A	+2	680	-0.51	0.51
SW/472	8	617	616	4	S	4	+2	680	-0.51	0.51
SW/472	1	614	610	4	S	5	+1	650	-1.46	1.46
WM/132	3	627	624	4	S	A	+2	680	-0.51	0.51
WM/132	3	623	625	4	S	J	+2	680	-0.51	0.51
WM/132	3	622	626	4	S	J	+2	680	-0.51	0.51
WM/321	2	635	639	4	S	J	+2	680	-0.51	0.51
WM/321	3	632	634	4	S	A	+2	680	-0.51	0.51
WM/321	4	630	629	4	S	Q	+2	680	-0.51	0.51
WM/321	5	633	628	4	S	A	+2	680	-0.51	0.51
WM/321	9	637	636	5	N	J	=	650	-1.46	1.46
WM/337	1	645	658	5	N	A	+1	680	-0.51	0.51
WM/337	2	650	653	4	S	5	+2	680	-0.51	0.51
WM/337	3	649	648	4	S	J	+2	680	-0.51	0.51
WM/337	4	651	644	4	S	J	+1	650	-1.46	1.46
WM/337	5	654	643	4	N	J	+1	650	-1.46	1.46
WM/337	6	641	647	4	S	10	+2	680	-0.51	0.51
WM/337	7	659	646	4	S	J	+2	680	-0.51	0.51
WM/337	13	655	640	4	S	Q	+2	680	-0.51	0.51
WM/337	14	642	656	4	S	J	+2	680	-0.51	0.51
WM/337	15	652	657	5 x	E	A	-5	1400	11.79	-11.79
WM/459	1	666	677	4	S	A	+2	680	-0.51	0.51
WM/459	2	668	661	4	S	J	+2	680	-0.51	0.51
WM/459	3	680	675	4	S	4	+1	650	-1.46	1.46
WM/459	4	663	676	6	S	J	=	1430	12.26	-12.26
WM/459	5	662	669	4	S	4	+2	680	-0.51	0.51
WM/459	6	672	674	4	S	4	+3	710	0.46	-0.46
WM/459	7	660	667	4	S	2	+2	680	-0.51	0.51
WM/459	11	670	665	4	S	A	+2	680	-0.51	0.51
WM/459	12	664	673	4	S	4	+2	680	-0.51	0.51
WM/459	13	671	679	5	S	A	+1	680	-0.51	0.51
WM/459	14	681	678	4	S	4	+3	710	0.46	-0.46
WP/120	1	690	697	4	S	2	+3	710	0.46	-0.46
WP/120	2	694	686	4	S	Q	+3	710	0.46	-0.46
WP/120	3	698	691	4	S	Q	+3	710	0.46	-0.46
WP/120	4	683	687	4	S	A	+1	650	-1.46	1.46
WP/120	5	699	692	4	S	2	+3	710	0.46	-0.46
WP/120	6	682	700	5 x	E	4	-5	1400	11.79	-11.79
WP/120	12	684	689	4	S	4	+3	710	0.46	-0.46
WP/120	13	693	695	4	S	J	+2	680	-0.51	0.51
WP/120	14	685	696	4	S	2	+2	680	-0.51	0.51
WP/147	3	709	711	4	S	Q	+3	710	0.46	-0.46
WP/147	5	713	706	4	S	5	+2	680	-0.51	0.51
WP/147	8	708	707	4	S	Q	+3	710	0.46	-0.46
WP/147	9	703	712	4	S	10	+2	680	-0.51	0.51
WP/147	10	705	702	4	S	Q	+3	710	0.46	-0.46
WP/292	3	719	716	4	N	J	+3	710	0.46	-0.46
WP/292	3	715	717	4	N	J	+1	650	-1.46	1.46
WP/292	3	714	718	4	N	A	-5	-500	-14.99	14.99
WP/293	1	725	723	4	S	A	+3	710	0.46	-0.46
WP/293	2	728	720	4	S	J	+2	680	-0.51	0.51
WP/293	4	724	727	4	S	4	+2	680	-0.51	0.51
WP/293	5	726	721	4	S	9	+1	650	-1.46	1.46
WP/403	1	740	741	4	S	J	+2	680	-0.51	0.51
WP/403	1	758	759	4	S	A	+3	710	0.46	-0.46
WP/403	2	752	747	4	S	K	+1	650	-1.46	1.46
WP/403	3	734	738	4	S	J	+2	680	-0.51	0.51
WP/403	3	748	761	4	N	A	-4	-400	-14.36	14.36
WP/403	4	739	743	4	S	Q	+2	680	-0.51	0.51
WP/403	4	754	756	4	S	Q	+2	680	-0.51	0.51
WP/403	5	733	737	4	S	J	+2	680	-0.51	0.51
WP/403	5	757	755	4	S	4	+3	710	0.46	-0.46
WP/403	6	744	735	4	N	5	+3	710	0.46	-0.46
WP/403	6	753	749	5 x	E	A	-4	1100	8.62	-8.62
WP/403	7	730	736	4	S	J	+2	680	-0.51	0.51
WP/403	7	746	762	4	S	4	+1	650	-1.46	1.46
WP/403	13	742	732	4	S	Q	+3	710	0.46	-0.46
WP/403	13	751	763	4	N	A	+2	680	-0.51	0.51
WP/403	14	745	731	4	N	5	+2	680	-0.51	0.51
WP/403	14	760	750	4	S	4	+3	710	0.46	-0.46
WP/439	1	792	793	4	S	4	+2	680	-0.51	0.51
WP/439	2	765	777	4	S	J	+1	650	-1.46	1.46
WP/439	2	790	789	4	S	J	+2	680	-0.51	0.51
WP/439	3	768	766	5	N	J	+1	680	-0.51	0.51
WP/439	3	791	785	4	S	4	+3	710	0.46	-0.46
WP/439	4	776	772	4	S	4	+1	650	-1.46	1.46
WP/439	4	796	783	4	S	J	+2	680	-0.51	0.51
WP/439	5	774	778	4	N	5	+2	680	-0.51	0.51
WP/439	6	769	770	4	S	J	+2	680	-0.51	0.51
WP/439	6	787	784	4	S	J	+2	680	-0.51	0.51
WP/439	7	764	779	4	S	J	+2	680	-0.51	0.51
WP/439	7	780	794	4	S	J	+2	680	-0.51	0.51
WP/439	14	771	767	4	S	J	+2	680	-0.51	0.51
WP/439	14	781	782	4	S	J	+2	680	-0.51	0.51
WP/439	15	773	775	5	S	5	+1	680	-0.51	0.51
WP/439	15	788	795	4	S	J	+1	650	-1.46	1.46
WP/462	1	809	806	4	S	J	+2	680	-0.51	0.51
WP/462	2	804	800	4	S	A	+2	680	-0.51	0.51
WP/462	3	803	810	4	S	Q	+2	680	-0.51	0.51
WP/462	4	798	807	4	S	4	+2	680	-0.51	0.51
WP/462	5	811	802	4	S	10	+2	680	-0.51	0.51
WP/462	9	805	808	4	S	9	+2	680	-0.51	0.51
WP/462	10	801	799	4	N	5	+2	680	-0.51	0.51
ZP/116	1	822	815	4	S	4	+3	710	0.46	-0.46
ZP/116	2	819	823	4	S	Q	+3	710	0.46	-0.46
ZP/116	3	816	818	4	S	Q	+3	710	0.46	-0.46
ZP/116	4	814	813	4	S	Q	+3	710	0.46	-0.46
ZP/116	5	817	812	4	S	9	+2	680	-0.51	0.51
ZP/116	9	821	820	4	S	A	+2	680	-0.51	0.51
ZP/167	1	832	839	5	N	A	+1	680	-0.51	0.51
ZP/167	2	836	828	4	S	A	+3	710	0.46	-0.46
ZP/167	3	840	833	4	S	4	+3	710	0.46	-0.46
ZP/167	4	825	829	4	S	J	+1	650	-1.46	1.46
ZP/167	5	841	834	4	S	Q	+1	650	-1.46	1.46
ZP/167	6	824	842	4	S	Q	+3	710	0.46	-0.46
ZP/167	7	843	830	4	S	J	+1	650	-1.46	1.46
ZP/167	12	826	831	4	S	4	+3	710	0.46	-0.46
ZP/167	13	835	837	4	S	4	+2	680	-0.51	0.51
ZP/167	14	827	838	4	N	4	+3	710	0.46	-0.46
ZP/359	1	854	847	4	S	J	+2	680	-0.51	0.51
ZP/359	2	851	855	4	S	4	+2	680	-0.51	0.51
ZP/359	3	848	850	4	S	J	+2	680	-0.51	0.51
ZP/359	4	846	845	2	S	9	+3	200	-10.28	10.28
ZP/359	5	849	844	4	S	4	+3	710	0.46	-0.46
ZP/375	1	861	859	4	S	A	+2	680	-0.51	0.51
ZP/375	2	864	856	4	S	A	+2	680	-0.51	0.51
ZP/375	4	860	863	4	S	A	+1	650	-1.46	1.46
ZP/375	5	862	857	4	S	4	+3	710	0.46	-0.46
ZP/433	2	868	866	4	N	4	+3	710	0.46	-0.46
ZP/433	3	872	871	4	S	Q	+3	710	0.46	-0.46
ZP/433	7	867	870	4	S	J	+2	680	-0.51	0.51