Turniej KMP na impy

Poniedziałek, 25 listopada 2024

Wyniki z 47 ośrodków

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Rozdanie nr 9

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Rozdanie nr 9

Q97

10762

732

432

K654

J4

KJ108

J87

N/EW

AJ1083

985

Q96

65

2

AKQ3

A54

AKQ109

Liczba lew do wzięcia:


N	8	5	11	6	10		E	3	8	2	7	3
S	8	5	11	6	10		W	3	8	2	7	3

Minimax: 4

S, 450
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
980	3	6 N =		2	12.53	-12.53
980	3	6 S =		1	12.53	-12.53
500	3	3 x E -2		3	6.99	-6.99
480	6	4 N +2		4	6.30	-6.30
		4 S +2		1
		5 S +1		1
460	7	3 N +2		6	5.94	-5.94
460	7	3 S +2		1	5.94	-5.94
450	64	4 N +1		44	5.93	-5.93
		4 S +1		16
		5 N =		4
430	12	3 N +1		3	5.06	-5.06
430	12	3 S +1		9	5.06	-5.06
420	3	4 N =		1	5.04	-5.04
420	3	4 S =		2	5.04	-5.04
400	3	5 S =		2	4.70	-4.70
400	3	3 N =		1	4.70	-4.70
230	2	1 S +5		2	0.87	-0.87
210	3	2 S +3		3	0.16	-0.16
200	20	1 S +4		11	0.12	-0.12
		2 S +3		1
		3 N +2		2
		3 S +2		4
		3 x E -1		1
		3 x W -1		1
180	19	1 S +3		3	-0.26	0.26
180	19	2 S +2		16	-0.26	0.26
150	4	2 S +3		3	-1.02	1.02
150	4	4 S +1		1	-1.02	1.02
130	127	1 S +3		2	-1.71	1.71
		2 S +2		34
		3 N +1		2
		3 S +1		82
		4 S =		7
120	8	1 N +1		1	-1.73	1.73
120	8	2 S =		7	-1.73	1.73
110	4	3 S =		4	-2.37	2.37
100	3	2 E -1		3	-2.43	2.43
-50	50	5 S -1		24	-5.96	5.96
		2 N -1		1
		6 N -1		5
		6 S -1		4
		3 N -1		9
		3 S -1		7
-100	5	6 S -2		2	-6.89	6.89
		6 N -2		1
		6 S -2		1
		3 x N -1		1
-110	1	2 E =		1	-6.91	6.91
-150	1	2 S -3		1	-7.85	7.85
-160	1	1 x E =		1	-7.88	7.88
	1	TD

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ośrodek	runda	NS	EW	kontrakt	rozg.	wist	lew	zapis	IMP NS	IMP EW
DS/136	1	10	1	3	S	4	+1	130	-1.71	1.71
DS/136	2	3	6	3	S	4	+2	200	0.12	-0.12
DS/136	3	5	9	5	S	K	-1	-50	-5.96	5.96
DS/136	8	4	2	3	S	4	+1	130	-1.71	1.71
DS/136	9	7	8	3	S	4	=	110	-2.37	2.37
DS/269	1	16	18	4	S	6	+1	450	5.93	-5.93
DS/269	3	22	13	2	S	J	+2	130	-1.71	1.71
DS/269	5	17	11	5	S	J	-1	-50	-5.96	5.96
DS/269	6	15	14	2	S	J	+2	180	-0.26	0.26
DS/269	7	20	21	3	S	J	+1	130	-1.71	1.71
DS/269	8	12	19	3	S	J	+1	130	-1.71	1.71
DS/336	1	25	27	3	S	4	+1	130	-1.71	1.71
DS/336	2	23	31	3	S	J	=	110	-2.37	2.37
DS/336	3	26	30	2	S	J	+3	150	-1.02	1.02
DS/336	7	32	29	4	S	4	+1	150	-1.02	1.02
DS/336	8	33	24	6	S	J	-2	-100	-6.89	6.89
DS/336	9	28	34	3	S	J	+1	130	-1.71	1.71
DS/380	1	54	37	4	N	6	+1	450	5.93	-5.93
DS/380	2	55	45	4	N	A	+1	450	5.93	-5.93
DS/380	3	47	56	2	S	J	+3	150	-1.02	1.02
DS/380	4	46	57	1	S	4	+4	200	0.12	-0.12
DS/380	5	58	39	3	S	J	+1	130	-1.71	1.71
DS/380	8	41	49	5	N	A	=	450	5.93	-5.93
DS/380	9	44	48	3	S	J	+1	130	-1.71	1.71
DS/380	10	50	36	5	S	7	-1	-50	-5.96	5.96
DS/380	11	42	43	4	N	A	+1	450	5.93	-5.93
DS/380	12	51	35	3	N	J	+2	460	5.94	-5.94
DS/380	13	40	52	4	S	4	=	130	-1.71	1.71
DS/380	14	38	53	3	S	4	+1	130	-1.71	1.71
DS/72	1	68	59	3	S	4	-1	-50	-5.96	5.96
DS/72	2	61	64	2	S	4	=	120	-1.73	1.73
DS/72	3	63	67	3	N	J	+2	460	5.94	-5.94
DS/72	8	62	60	3	S	4	+1	130	-1.71	1.71
DS/72	9	65	66	3	S	K	+1	430	5.06	-5.06
KP/125	1	74	76	1	S	10	+3	130	-1.71	1.71
KP/125	5	75	69	3	S	4	+1	130	-1.71	1.71
KP/125	6	73	72	3	S	J	+1	130	-1.71	1.71
KP/125	7	78	79	3	S	5	-1	-50	-5.96	5.96
KP/125	8	70	77	4	N	6	+1	450	5.93	-5.93
KP/295	5	81	107	3	S	J	+1	130	-1.71	1.71
KP/295	4	82	109	3	S	J	+1	130	-1.71	1.71
KP/295	3	83	96	1	S	J	+3	180	-0.26	0.26
KP/295	2	84	98	3	S	J	=	110	-2.37	2.37
KP/295	1	85	100	1	S	6	+4	200	0.12	-0.12
KP/295	15	102	86	3	N	8	+2	460	5.94	-5.94
KP/295	14	104	87	5	S	4	-1	-50	-5.96	5.96
KP/295	13	106	88	4	N	5	+1	450	5.93	-5.93
KP/295	12	108	89	4	N	A	+1	450	5.93	-5.93
KP/295	11	110	90	5	S	7	-1	-50	-5.96	5.96
KP/295	10	97	91	4	S	J	+1	450	5.93	-5.93
KP/295	9	92	99	4	S	J	+1	450	5.93	-5.93
KP/295	8	93	101	4	N	6	+1	450	5.93	-5.93
KP/295	7	94	103	5	S	4	-1	-50	-5.96	5.96
KP/295	6	95	105	6	N	6	=	980	12.53	-12.53
KP/353	3	124	113	2	S	J	+2	130	-1.71	1.71
KP/353	2	119	123	3	S	J	+1	130	-1.71	1.71
KP/353	1	116	114	3	S	8	+1	130	-1.71	1.71
KP/353	9	118	122	3	N	8	-1	-50	-5.96	5.96
KP/353	8	115	111	2	S	5	=	120	-1.73	1.73
KP/353	7	121	112	4	N	A	+1	450	5.93	-5.93
KP/353	6	120	117	3 x	E	K	-1	200	0.12	-0.12
KP/464	3	138	127	3	S	3	-1	-50	-5.96	5.96
KP/464	2	133	137	2	S	J	+3	210	0.16	-0.16
KP/464	1	130	128	3	S	J	+1	130	-1.71	1.71
KP/464	9	132	136	3	S	4	+1	130	-1.71	1.71
KP/464	8	129	125	2	S	J	+2	180	-0.26	0.26
KP/464	7	135	126	2	S	7	+2	130	-1.71	1.71
KP/50	5	156	143	5	S	8	-1	-50	-5.96	5.96
KP/50	4	146	153	3	S	4	+1	130	-1.71	1.71
KP/50	3	150	151	5	S	4	-1	-50	-5.96	5.96
KP/50	2	139	141	2	S	8	+2	130	-1.71	1.71
KP/50	1	144	147	3	N	J	+1	430	5.06	-5.06
KP/50	15	145	155	1	S	J	+3	180	-0.26	0.26
KP/50	14	149	140	2	S	J	+2	180	-0.26	0.26
KP/50	13	142	154	4	S	4	+1	450	5.93	-5.93
KP/50	12	148	152	3	S	J	+1	130	-1.71	1.71
LB/265	1	165	161	2	S	5	-3	-150	-7.85	7.85
LB/265	2	163	160	4	S	8	+1	450	5.93	-5.93
LB/265	3	166	159	3	S	J	+1	130	-1.71	1.71
LB/265	6	158	164	4	N	5	+2	480	6.30	-6.30
LB/265	7	157	162	5	S	4	=	400	4.70	-4.70
LB/389	1	175	178	3	S	4	+2	200	0.12	-0.12
LB/389	2	177	173	6	S	8	-2	-100	-6.89	6.89
LB/389	3	179	172	3	S	J	+1	130	-1.71	1.71
LB/389	4	168	174	2	S	10	+2	180	-0.26	0.26
LB/389	12	170	169	3	S	J	+1	130	-1.71	1.71
LB/389	13	176	181	1	S	K	+4	200	0.12	-0.12
LB/389	15	180	167	5	S	J	-1	-50	-5.96	5.96
LB/429	1	184	189	3	S	J	+1	130	-1.71	1.71
LB/429	2	188	187	3	S	J	+1	130	-1.71	1.71
LB/429	3	190	185	3	S	J	+1	130	-1.71	1.71
LB/429	6	183	186	5	S	4	-1	-50	-5.96	5.96
LD/119	2	196	195	3	S	J	+1	130	-1.71	1.71
LD/119	3	198	193	3	S	4	+1	130	-1.71	1.71
LD/119	4	191	194	2	S	J	+2	130	-1.71	1.71
LD/257	1	201	210	6	S	A	-1	-50	-5.96	5.96
LD/257	2	200	208	3	N	J	-1	-50	-5.96	5.96
LD/257	3	199	215	3	N	5	+2	200	0.12	-0.12
LD/257	5	206	211	3	S	4	+1	130	-1.71	1.71
LD/257	6	205	209	3	S	4	+1	130	-1.71	1.71
LD/257	7	216	204	5	S	J	-1	-50	-5.96	5.96
LD/257	8	214	203	4	N	6	+1	450	5.93	-5.93
LD/257	9	212	202	3 x	E	A	-2	500	6.99	-6.99
LD/48	1	218	223	2	E	K	=	-110	-6.91	6.91
LD/48	2	222	221	2	S	J	+2	130	-1.71	1.71
LD/48	3	224	219	4	N	Q	+1	450	5.93	-5.93
LD/48	6	217	220	3	S	J	+1	430	5.06	-5.06
LU/288	1	226	231	4	N	6	+1	450	5.93	-5.93
LU/288	2	230	229	1	S	7	+4	200	0.12	-0.12
LU/288	3	232	227	3	S	4	+1	130	-1.71	1.71
LU/288	6	225	228	2	S	J	+2	130	-1.71	1.71
LU/468	1	234	239	2	S	5	=	120	-1.73	1.73
LU/468	2	238	237	6	S	4	=	980	12.53	-12.53
LU/468	6	233	236	4	S	K	=	130	-1.71	1.71
MA/126	1	243	244	3	S	J	+1	130	-1.71	1.71
MA/126	1	255	256	6	N	A	=	980	12.53	-12.53
MA/126	3	241	251	3	S	J	+1	130	-1.71	1.71
MA/126	5	252	242	4	N	9	+1	450	5.93	-5.93
MA/126	5	264	254	3	S	J	+1	130	-1.71	1.71
MA/126	6	245	247	2	S	8	+2	130	-1.71	1.71
MA/126	6	257	259	3	N	J	-1	-50	-5.96	5.96
MA/126	7	249	248	4	N	A	=	420	5.04	-5.04
MA/126	7	261	260	5	S	4	-1	-50	-5.96	5.96
MA/126	8	246	250	4	N	A	+1	450	5.93	-5.93
MA/126	8	258	262	4	N	8	+1	450	5.93	-5.93
MA/262	1	273	274	4	N	5	+1	450	5.93	-5.93
MA/262	1	285	286	3	S	J	+1	130	-1.71	1.71
MA/262	1	301	302	5	S	8	-1	-50	-5.96	5.96
MA/262	2	271	270	1	S	J	+4	200	0.12	-0.12
MA/262	2	283	282	3	S	4	+1	130	-1.71	1.71
MA/262	2	308	300	3 x	E	Q	-2	500	6.99	-6.99
MA/262	3	269	266	5	S	J	-1	-50	-5.96	5.96
MA/262	3	281	278	2	S	4	+2	130	-1.71	1.71
MA/262	3	297	312	3	S	4	+1	130	-1.71	1.71
MA/262	4	267	296	3	S	J	+1	130	-1.71	1.71
MA/262	5	265	290	2	S	4	+2	130	-1.71	1.71
MA/262	6	307	299	4	N	A	+2	480	6.30	-6.30
MA/262	7	311	310	3 x	N	J	-1	-100	-6.89	6.89
MA/262	8	303	306	2	S	8	+2	180	-0.26	0.26
MA/262	9	305	309	3	N	A	+1	130	-1.71	1.71
MA/262	10	298	304	6	N	A	-2	-100	-6.89	6.89
MA/262	12	272	295	2	S	J	+2	130	-1.71	1.71
MA/262	13	288	279	3	S	J	+1	130	-1.71	1.71
MA/262	13	268	291	3	N	J	+2	460	5.94	-5.94
MA/262	14	284	277	2	S	4	+2	130	-1.71	1.71
MA/262	14	294	289	2	S	J	+2	130	-1.71	1.71
MA/262	15	280	275	2	S	J	+2	130	-1.71	1.71
MA/262	15	293	287	2	S	4	=	120	-1.73	1.73
MA/321	1	318	320	4	N	A	+1	450	5.93	-5.93
MA/321	3	324	315	5	S	4	-1	-50	-5.96	5.96
MA/321	5	319	313	4	N	5	+2	480	6.30	-6.30
MA/321	6	317	316	2	S	4	+2	130	-1.71	1.71
MA/321	7	322	323	2	S	J	+2	130	-1.71	1.71
MA/321	8	314	321	4	N	5	+1	450	5.93	-5.93
MA/483	1	344	327	3	S	4	-1	-50	-5.96	5.96
MA/483	2	345	335	3	S	J	+1	130	-1.71	1.71
MA/483	3	337	346	3	N	8	-1	-50	-5.96	5.96
MA/483	4	336	347	3	S	7	+2	460	5.94	-5.94
MA/483	5	348	329	2	N	6	-1	-50	-5.96	5.96
MA/483	9	334	338	4	S	4	+1	450	5.93	-5.93
MA/483	10	340	326	4	S	8	+1	450	5.93	-5.93
MA/483	11	332	333	2	S	J	+2	130	-1.71	1.71
MA/483	12	341	325	3	S	3	+1	130	-1.71	1.71
MA/483	13	330	342	3	N	6	+2	200	0.12	-0.12
MA/483	14	328	343	2	S	J	+2	130	-1.71	1.71
MA/493	1	360	358	2	S	J	+2	130	-1.71	1.71
MA/493	2	356	362	5	S	Q	+1	480	6.30	-6.30
MA/493	3	350	359	4	S	J	+1	450	5.93	-5.93
MA/493	4	354	355	2	S	J	+2	130	-1.71	1.71
MA/493	5	364	353	TD					1.20	1.20
MA/493	11	352	349	4	S	4	=	420	5.04	-5.04
MA/493	12	351	361	2	S	10	+2	130	-1.71	1.71
MA/493	13	357	363	3	S	6	+1	130	-1.71	1.71
MA/65	1	370	372	3	S	4	+1	130	-1.71	1.71
MA/65	3	376	367	5	S	J	-1	-50	-5.96	5.96
MA/65	5	371	365	2	S	J	+2	130	-1.71	1.71
MA/65	6	369	368	6	S	4	-1	-50	-5.96	5.96
MA/65	7	374	375	3	S	K	+1	130	-1.71	1.71
MA/65	8	366	373	5	S	J	-1	-50	-5.96	5.96
MP/40	1	381	382	4	S	4	+1	450	5.93	-5.93
MP/40	2	388	379	2	S	J	+2	130	-1.71	1.71
MP/40	3	386	380	2	S	J	+3	210	0.16	-0.16
MP/40	7	387	383	3	S	4	+1	130	-1.71	1.71
MP/40	8	385	377	6	S	5	-1	-50	-5.96	5.96
MP/40	9	378	384	3 x	W	A	-1	200	0.12	-0.12
MP/457	1	398	389	3	S	4	+1	130	-1.71	1.71
MP/457	2	391	394	3	S	4	+1	130	-1.71	1.71
MP/457	3	393	397	3	S	4	+1	130	-1.71	1.71
MP/457	8	392	390	4	N	A	+1	450	5.93	-5.93
MP/457	9	395	396	4	S	J	+1	450	5.93	-5.93
OP/401	1	404	402	3	S	J	+1	130	-1.71	1.71
OP/401	9	406	410	3	S	4	+1	130	-1.71	1.71
OP/401	8	403	399	3	S	J	+1	130	-1.71	1.71
OP/401	7	409	400	2	S	J	+2	130	-1.71	1.71
OP/401	6	408	405	2	E	K	-1	100	-2.43	2.43
OP/401	2	407	411	3	S	J	+1	130	-1.71	1.71
PD/431	1	418	420	3	S	K	+1	130	-1.71	1.71
PD/431	3	424	415	2	S	4	+3	200	0.12	-0.12
PD/431	5	419	413	3	S	6	+1	130	-1.71	1.71
PD/431	6	417	416	6	N	A	-1	-50	-5.96	5.96
PD/431	7	422	423	3	N	J	=	400	4.70	-4.70
PD/431	8	414	421	3	S	4	-1	-50	-5.96	5.96
PD/70	1	434	425	4	N	A	+1	450	5.93	-5.93
PD/70	2	427	430	1	S	J	+3	180	-0.26	0.26
PD/70	3	429	433	3	S	4	-1	-50	-5.96	5.96
PD/70	8	428	426	2	E	A	-1	100	-2.43	2.43
PD/70	9	431	432	2	S	J	+2	130	-1.71	1.71
PK/118	1	439	440	4	N	4	+1	450	5.93	-5.93
PK/118	2	444	437	5	S	4	-1	-50	-5.96	5.96
PK/118	3	435	446	6	S	5	-1	-50	-5.96	5.96
PK/118	8	442	447	3	N	J	+1	430	5.06	-5.06
PK/118	9	443	438	4	N	J	+1	450	5.93	-5.93
PK/118	10	445	436	3	N	4	+1	130	-1.71	1.71
PM/102	1	468	456	1	S	J	+4	200	0.12	-0.12
PM/102	2	462	469	3	S	J	+1	430	5.06	-5.06
PM/102	3	452	460	1	S	4	+3	130	-1.71	1.71
PM/102	4	463	454	4	N	6	+1	450	5.93	-5.93
PM/102	5	470	453	3	S	4	+1	130	-1.71	1.71
PM/102	6	449	461	3	S	6	+1	130	-1.71	1.71
PM/102	7	457	464	3	S	4	+1	130	-1.71	1.71
PM/102	8	465	459	1	S	3	+4	200	0.12	-0.12
PM/102	9	451	450	3	N	J	-1	-50	-5.96	5.96
PM/102	10	455	466	1	S	2	+5	230	0.87	-0.87
PM/102	11	467	458	3	S	J	+1	130	-1.71	1.71
PM/129	1	480	471	3	S	K	+1	130	-1.71	1.71
PM/129	2	473	476	3	N	J	-1	-50	-5.96	5.96
PM/129	3	475	479	2	S	J	+2	180	-0.26	0.26
PM/129	8	474	472	3	S	J	+1	430	5.06	-5.06
PM/129	9	477	478	2	S	8	+2	130	-1.71	1.71
SW/472	2	489	493	4	N	5	+2	480	6.30	-6.30
SW/472	1	486	484	3	S	8	+1	430	5.06	-5.06
SW/472	8	485	481	3	N	9	+1	430	5.06	-5.06
SW/472	3	494	483	2	S	J	+2	130	-1.71	1.71
SW/472	6	490	487	3	S	J	+1	130	-1.71	1.71
SW/472	7	491	482	3	S	4	+1	130	-1.71	1.71
SW/472	9	488	492	2	S	4	=	120	-1.73	1.73
WM/132	2	500	496	4	N	A	+1	450	5.93	-5.93
WM/132	2	495	497	3	S	J	+1	130	-1.71	1.71
WM/132	2	499	498	2	S	J	+2	130	-1.71	1.71
WM/337	1	506	509	5	S	4	-1	-50	-5.96	5.96
WM/337	2	501	503	2	S	8	+2	180	-0.26	0.26
WM/337	3	512	513	2	S	J	+2	130	-1.71	1.71
WM/337	4	515	508	4	S	8	+1	450	5.93	-5.93
WM/337	5	518	505	3	N	8	-1	-50	-5.96	5.96
WM/337	12	514	510	3	S	J	+1	130	-1.71	1.71
WM/337	14	511	502	5	S	8	-1	-50	-5.96	5.96
WM/337	15	517	507	6	N	8	-1	-50	-5.96	5.96
WM/459	1	523	534	6	N	A	-1	-50	-5.96	5.96
WM/459	2	528	533	5	S	5	-1	-50	-5.96	5.96
WM/459	3	540	520	3	S	J	+1	130	-1.71	1.71
WM/459	4	538	526	3	N	J	-1	-50	-5.96	5.96
WM/459	5	519	537	1	S	J	+5	230	0.87	-0.87
WM/459	10	530	522	4	N	9	+1	450	5.93	-5.93
WM/459	12	527	535	3	N	3	-1	-50	-5.96	5.96
WM/459	13	531	521	5	S	4	-1	-50	-5.96	5.96
WM/459	14	529	536	4	N	8	+1	450	5.93	-5.93
WM/459	15	524	532	6	N	A	-1	-50	-5.96	5.96
WP/120	1	543	545	4	S	8	+1	450	5.93	-5.93
WP/120	2	541	549	1	N	8	+1	120	-1.73	1.73
WP/120	3	544	548	2	S	4	+2	130	-1.71	1.71
WP/120	7	550	547	3	S	J	+1	130	-1.71	1.71
WP/120	8	551	542	3	S	J	+1	430	5.06	-5.06
WP/120	9	546	552	3	S	J	+1	130	-1.71	1.71
WP/293	1	554	559	4	N	5	+1	450	5.93	-5.93
WP/293	2	558	557	1	S	J	+4	200	0.12	-0.12
WP/293	3	560	555	4	N	8	+1	450	5.93	-5.93
WP/293	6	553	556	3	S	4	+2	200	0.12	-0.12
WP/403	1	569	570	3 x	E	A	-2	500	6.99	-6.99
WP/403	1	587	588	1 x	E	A	=	-160	-7.88	7.88
WP/403	2	573	572	4	N	6	+1	450	5.93	-5.93
WP/403	2	595	590	2	S	J	+2	180	-0.26	0.26
WP/403	3	574	577	2	S	4	=	120	-1.73	1.73
WP/403	3	583	591	4	S	K	=	130	-1.71	1.71
WP/403	4	576	564	4	S	6	=	130	-1.71	1.71
WP/403	4	585	582	3	S	4	+1	130	-1.71	1.71
WP/403	5	561	566	2	S	6	=	120	-1.73	1.73
WP/403	5	579	593	1	S	J	+4	200	0.12	-0.12
WP/403	10	580	597	3	S	J	+1	130	-1.71	1.71
WP/403	11	567	578	3	S	J	+1	130	-1.71	1.71
WP/403	11	581	589	3	S	J	+1	130	-1.71	1.71
WP/403	12	575	563	1	S	8	+4	200	0.12	-0.12
WP/403	12	596	594	3	S	4	+1	130	-1.71	1.71
WP/403	13	571	565	5	S	7	-1	-50	-5.96	5.96
WP/403	13	584	592	2	S	J	+2	180	-0.26	0.26
WP/403	14	562	568	1	S	4	+4	200	0.12	-0.12
WP/403	14	598	586	3	N	J	+2	460	5.94	-5.94
WP/439	1	607	608	2	S	J	+2	130	-1.71	1.71
WP/439	2	605	604	5	N	A	=	450	5.93	-5.93
WP/439	3	603	600	3	S	J	+1	130	-1.71	1.71
WP/439	4	601	626	4	N	8	+1	450	5.93	-5.93
WP/439	5	599	622	3	S	7	+1	130	-1.71	1.71
WP/439	6	627	618	3	S	4	=	110	-2.37	2.37
WP/439	7	625	614	4	N	5	+1	450	5.93	-5.93
WP/439	8	623	610	5	S	4	-1	-50	-5.96	5.96
WP/439	9	621	606	3	S	10	+1	430	5.06	-5.06
WP/439	10	619	602	2	S	10	+2	180	-0.26	0.26
WP/439	11	628	617	4	N	9	+1	450	5.93	-5.93
WP/439	12	624	615	4	N	6	+1	450	5.93	-5.93
WP/439	13	620	613	4	S	4	=	130	-1.71	1.71
WP/439	14	616	611	3	S	J	+1	130	-1.71	1.71
WP/439	15	612	609	3	S	4	+1	130	-1.71	1.71
WP/462	1	638	629	3	S	J	+1	130	-1.71	1.71
WP/462	2	631	634	4	N	9	+1	450	5.93	-5.93
WP/462	3	633	637	4	S	4	=	130	-1.71	1.71
WP/462	8	632	630	4	S	10	+1	450	5.93	-5.93
WP/462	9	635	636	2	E	A	-1	100	-2.43	2.43
ZP/116	1	644	646	4	S	4	=	130	-1.71	1.71
ZP/116	5	645	639	2	S	8	+3	150	-1.02	1.02
ZP/116	6	643	642	4	N	6	+1	450	5.93	-5.93
ZP/116	7	648	649	2	S	J	+2	130	-1.71	1.71
ZP/116	8	640	647	4	S	J	+1	450	5.93	-5.93
ZP/167	1	667	658	4	S	8	+2	480	6.30	-6.30
ZP/167	2	664	654	4	N	9	+1	450	5.93	-5.93
ZP/167	3	668	659	2	S	J	+2	130	-1.71	1.71
ZP/167	4	663	669	4	N	9	+1	450	5.93	-5.93
ZP/167	5	670	655	4	N	A	+1	450	5.93	-5.93
ZP/167	10	651	656	4	N	9	+1	450	5.93	-5.93
ZP/167	11	660	662	3	S	8	+1	130	-1.71	1.71
ZP/167	12	652	665	3	S	4	+1	130	-1.71	1.71
ZP/167	13	657	666	3	S	4	+1	130	-1.71	1.71
ZP/167	14	661	653	4	N	5	+1	450	5.93	-5.93
ZP/359	1	673	674	3	S	J	+1	430	5.06	-5.06
ZP/359	3	672	676	4	S	8	=	420	5.04	-5.04
ZP/359	6	675	671	3	S	J	+1	430	5.06	-5.06
ZP/375	1	678	683	4	N	5	+1	450	5.93	-5.93
ZP/375	2	682	681	3	S	4	-1	-50	-5.96	5.96
ZP/375	3	684	679	3	S	J	+1	130	-1.71	1.71
ZP/375	6	677	680	6	N	A	-1	-50	-5.96	5.96
ZP/41	1	689	690	5	N	A	=	450	5.93	-5.93
ZP/41	1	707	708	4	N	A	+1	450	5.93	-5.93
ZP/41	2	687	686	3	S	4	+2	200	0.12	-0.12
ZP/41	2	705	704	5	S	K	=	400	4.70	-4.70
ZP/41	3	685	700	2	S	4	+2	180	-0.26	0.26
ZP/41	3	703	718	2	S	J	+2	180	-0.26	0.26
ZP/41	4	701	696	4	N	8	+1	450	5.93	-5.93
ZP/41	4	719	714	2	S	J	+2	180	-0.26	0.26
ZP/41	5	699	692	2	S	J	+2	130	-1.71	1.71
ZP/41	6	697	688	2	S	J	+3	210	0.16	-0.16
ZP/41	6	715	706	5	N	5	=	450	5.93	-5.93
ZP/41	7	702	695	3	S	J	+1	130	-1.71	1.71
ZP/41	7	720	713	4	S	J	+1	450	5.93	-5.93
ZP/41	8	698	693	3	N	J	+2	460	5.94	-5.94
ZP/41	8	716	711	6	S	K	-2	-100	-6.89	6.89
ZP/41	9	694	691	2	S	8	+2	180	-0.26	0.26
ZP/41	9	712	709	4	N	5	+1	450	5.93	-5.93
ZP/433	1	724	733	3	S	4	+1	130	-1.71	1.71
ZP/433	2	729	728	2	S	J	+2	180	-0.26	0.26
ZP/433	3	734	723	4	N	5	+1	450	5.93	-5.93
ZP/433	8	722	730	4	S	4	+1	450	5.93	-5.93
ZP/433	9	732	727	2	S	J	+2	180	-0.26	0.26