Turniej KMP na impy

Poniedziałek, 27 listopada 2023

Wyniki z 39 ośrodków

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Rozdanie nr 16

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Rozdanie nr 16

AQJ4

A965

7632

10

7653

Q

109

876532

W/EW

K98

J10832

QJ8

K4

102

K74

AK54

AQJ9

Liczba lew do wzięcia:


N	12	11	10	11	10		E	1	2	3	2	3
S	12	11	9	11	10		W	1	1	3	2	3

Minimax: 6

S, 990
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1400	1	2 x E -5		1	14.39	-14.39
990	1	6 S =		1	11.48	-11.48
920	4	6 N =		4	10.70	-10.70
490	69	3 N +3		15	2.91	-2.91
		3 S +3		51
		4 N +2		2
		5 S +1		1
460	92	3 N +2		10	2.12	-2.12
		3 S +2		79
		4 N +1		1
		4 S +1		1
		5 S =		1
450	1	4 N +1		1	2.10	-2.10
430	34	3 N +1		10	1.24	-1.24
430	34	3 S +1		24	1.24	-1.24
420	1	5 N +1		1	1.19	-1.19
400	13	5 N =		6	0.42	-0.42
		5 S =		1
		3 S =		6
240	2	2 S +4		2	-3.08	3.08
210	7	1 S +4		2	-3.73	3.73
210	7	2 S +3		5	-3.73	3.73
180	3	1 S +3		1	-4.19	4.19
180	3	2 S +2		2	-4.19	4.19
170	1	3 S +1		1	-4.46	4.46
150	4	2 N +3		1	-4.81	4.81
		2 S +3		1
		3 N +2		1
		4 N +1		1
140	2	3 N =		1	-5.15	5.15
140	2	2 N +1		1	-5.15	5.15
130	3	2 S +2		1	-5.23	5.23
		2 N +2		1
		3 N +1		1
120	1	2 S =		1	-5.52	5.52
110	4	2 N +1		1	-5.80	5.80
		2 N +1		1
		2 N =		2
90	1	2 S =		1	-6.19	6.19
-50	26	3 N -1		1	-8.57	8.57
		5 N -1		3
		5 S -1		1
		6 N -1		16
		6 S -1		1
		4 N -1		2
		4 S -1		1
		3 N -1		1
-100	12	5 N -2		1	-9.12	9.12
		6 N -2		7
		6 S -2		1
		7 N -2		1
		4 N -2		1
		4 N -2		1
-150	3	6 N -3		1	-9.99	9.99
		6 N -3		1
		6 S -3		1
-200	1	6 N -4		1	-10.44	10.44
-500	1	6 x S -3		1	-13.19	13.19
	1	TD

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	5	2	3	S	6	+2	460	2.12	-2.12
DS/136	4	9	1	6	N	J	-3	-150	-9.99	9.99
DS/136	8	10	4	5	N	J	=	400	0.42	-0.42
DS/136	9	8	7	6	N	3	-4	-200	-10.44	10.44
DS/136	10	3	11	6	S	Q	-2	-100	-9.12	9.12
DS/380	1	18	17	6	N	3	-2	-100	-9.12	9.12
DS/380	2	22	30	3	S	8	+2	460	2.12	-2.12
DS/380	3	31	25	3	S	Q	=	400	0.42	-0.42
DS/380	4	32	23	3	S	7	+3	490	2.91	-2.91
DS/380	5	14	33	3	N	J	+1	430	1.24	-1.24
DS/380	6	19	27	3	N	9	+1	430	1.24	-1.24
DS/380	7	15	21	3	S	Q	+1	430	1.24	-1.24
DS/380	8	34	20	3	S	5	+3	490	2.91	-2.91
DS/380	13	16	13	3	S	10	+1	430	1.24	-1.24
DS/380	14	24	28	3	S	Q	+1	430	1.24	-1.24
DS/380	15	29	26	3	S	6	+2	460	2.12	-2.12
KP/125	1	39	36	3	S	2	+3	490	2.91	-2.91
KP/125	4	43	35	3	S	8	+3	490	2.91	-2.91
KP/125	6	46	40	3	S	7	+3	490	2.91	-2.91
KP/125	8	44	38	3	S	7	+3	490	2.91	-2.91
KP/125	9	42	41	3	S	Q	+2	460	2.12	-2.12
KP/295	8	47	73	6	N	10	-1	-50	-8.57	8.57
KP/295	7	48	70	6	N	J	-1	-50	-8.57	8.57
KP/295	6	49	72	3	S	5	+2	460	2.12	-2.12
KP/295	10	50	74	3	S	Q	+2	460	2.12	-2.12
KP/295	9	51	71	2	N	Q	=	110	-5.80	5.80
KP/295	8	57	55	3	S	5	+3	490	2.91	-2.91
KP/295	7	58	52	2 x	E	2	-5	1400	14.39	-14.39
KP/295	6	59	54	3	N	9	=	140	-5.15	5.15
KP/295	10	60	56	3	S	Q	+1	430	1.24	-1.24
KP/295	9	62	53	3	S	10	+2	460	2.12	-2.12
KP/295	8	64	66	4	S	10	-1	-50	-8.57	8.57
KP/295	7	61	67	3	S	8	+3	490	2.91	-2.91
KP/295	6	63	68	6	N	J	-2	-100	-9.12	9.12
KP/295	10	65	69	2	S	Q	+2	130	-5.23	5.23
KP/353	6	82	77	5	S	8	+1	490	2.91	-2.91
KP/353	5	80	83	3	S	3	+3	490	2.91	-2.91
KP/353	4	84	78	3	S	5	+2	460	2.12	-2.12
KP/353	3	75	76	3	N	8	+3	490	2.91	-2.91
KP/353	2	81	79	3	S	Q	+1	430	1.24	-1.24
KP/50	8	100	92	3	S	8	+2	460	2.12	-2.12
KP/50	7	89	95	5	N	2	-1	-50	-8.57	8.57
KP/50	6	85	93	3	S	Q	+1	430	1.24	-1.24
KP/50	5	98	94	3	S	Q	+2	460	2.12	-2.12
KP/50	4	96	99	3	S	Q	+3	490	2.91	-2.91
KP/50	3	86	88	5	N	K	-1	-50	-8.57	8.57
KP/50	15	91	90	3	S	7	+2	460	2.12	-2.12
LB/265	1	110	101	6	N	J	-1	-50	-8.57	8.57
LB/265	2	111	105	3	S	Q	+1	430	1.24	-1.24
LB/265	3	109	112	6	N	J	-1	-50	-8.57	8.57
LB/265	4	106	108	3	N	J	+3	490	2.91	-2.91
LB/265	5	104	103	6	N	J	-1	-50	-8.57	8.57
LB/265	6	107	102	3	S	Q	+3	490	2.91	-2.91
LB/389	1	125	115	6	N	J	-2	-100	-9.12	9.12
LB/389	3	114	116	3	N	J	+2	460	2.12	-2.12
LB/389	4	124	127	6	N	3	-1	-50	-8.57	8.57
LB/389	5	126	122	3	N	3	+1	430	1.24	-1.24
LB/389	6	113	121	3	S	6	+2	460	2.12	-2.12
LB/389	7	117	123	3	S	Q	+2	460	2.12	-2.12
LB/389	15	119	118	3	S	9	+2	460	2.12	-2.12
LB/429	1	133	130	3	S	7	+3	490	2.91	-2.91
LB/429	4	137	129	3	S	8	+2	460	2.12	-2.12
LB/429	6	140	134	2	S	6	+4	240	-3.08	3.08
LB/429	8	138	132	1	S	Q	+4	210	-3.73	3.73
LB/429	9	136	135	3	S	Q	+2	460	2.12	-2.12
LB/429	10	131	139	3	N	3	+2	460	2.12	-2.12
LD/119	1	147	145	5	N	K	=	400	0.42	-0.42
LD/119	2	141	142	6	N	K	-1	-50	-8.57	8.57
LD/119	3	150	144	3	N	9	+2	460	2.12	-2.12
LD/119	4	146	149	3	S	8	+2	460	2.12	-2.12
LD/119	5	148	143	3	N	J	+3	490	2.91	-2.91
LD/257	1	156	165	3	S	7	+3	490	2.91	-2.91
LD/257	2	155	163	3	S	7	+2	460	2.12	-2.12
LD/257	3	154	161	3	N	7	+3	490	2.91	-2.91
LD/257	4	153	168	3	S	7	+3	490	2.91	-2.91
LD/257	5	152	166	3	S	Q	+2	460	2.12	-2.12
LD/257	6	151	164	3	S	Q	+2	460	2.12	-2.12
LD/257	7	162	159	5	N	9	+1	420	1.19	-1.19
LD/257	8	160	158	3	S	3	+2	460	2.12	-2.12
LD/257	9	167	157	5	N	Q	=	400	0.42	-0.42
LD/48	2	175	173	3	N	J	+2	460	2.12	-2.12
LD/48	3	169	170	3	S	6	+2	460	2.12	-2.12
LD/48	4	178	172	3	S	Q	+2	460	2.12	-2.12
LD/48	5	174	177	3	S	7	+2	460	2.12	-2.12
LD/48	6	176	171	6	S	7	=	990	11.48	-11.48
LU/96	1	184	181	2	N	Q	=	110	-5.80	5.80
LU/96	2	180	182	3	N	9	+3	490	2.91	-2.91
LU/96	3	183	179	3	N	J	+1	430	1.24	-1.24
MA/126	1	195	196	6	N	J	-1	-50	-8.57	8.57
MA/126	2	193	192	3	S	Q	+2	460	2.12	-2.12
MA/126	2	204	206	3	N	J	+3	490	2.91	-2.91
MA/126	3	191	188	3	S	10	+1	430	1.24	-1.24
MA/126	3	208	205	3	S	7	+3	490	2.91	-2.91
MA/126	4	212	202	3	S	5	+1	430	1.24	-1.24
MA/126	5	187	198	3	S	Q	+3	490	2.91	-2.91
MA/126	5	211	210	2	S	7	+4	240	-3.08	3.08
MA/126	6	185	194	6	N	9	=	920	10.70	-10.70
MA/126	6	209	203	3	S	7	+2	460	2.12	-2.12
MA/126	7	190	201	3	S	7	+3	490	2.91	-2.91
MA/126	8	186	199	3	N	J	+1	130	-5.23	5.23
MA/126	9	200	197	6	S	Q	-3	-150	-9.99	9.99
MA/262	1	242	228	3	S	7	+2	460	2.12	-2.12
MA/262	1	253	254	3	N	3	-1	-50	-8.57	8.57
MA/262	2	225	224	3	S	7	+3	490	2.91	-2.91
MA/262	2	251	248	3	S	3	+2	460	2.12	-2.12
MA/262	3	223	220	5	S	Q	-1	-50	-8.57	8.57
MA/262	3	255	250	3	S	Q	+2	460	2.12	-2.12
MA/262	4	221	216	3	S	5	+2	460	2.12	-2.12
MA/262	4	247	257	3	S	5	+2	460	2.12	-2.12
MA/262	5	219	260	3	S	3	+3	490	2.91	-2.91
MA/262	5	249	246	3	S	10	+2	460	2.12	-2.12
MA/262	6	217	240	4	N	Q	-1	-50	-8.57	8.57
MA/262	6	243	252	2	S	2	+3	150	-4.81	4.81
MA/262	7	215	236	2	S	Q	+3	210	-3.73	3.73
MA/262	8	213	232	3	S	Q	+2	460	2.12	-2.12
MA/262	8	259	230	7	N	J	-2	-100	-9.12	9.12
MA/262	9	241	226	3	S	7	+2	460	2.12	-2.12
MA/262	9	245	244	3	S	10	+1	430	1.24	-1.24
MA/262	10	239	222	3	S	Q	+2	460	2.12	-2.12
MA/262	10	258	256	3	S	10	+3	490	2.91	-2.91
MA/262	11	218	237	2	S	Q	+3	210	-3.73	3.73
MA/262	12	214	235	3	S	6	+1	430	1.24	-1.24
MA/262	13	227	233	3	S	3	=	400	0.42	-0.42
MA/262	14	238	231	TD					1.20	-1.20
MA/262	15	234	229	3	S	7	+3	490	2.91	-2.91
MA/321	2	263	261	3	N	J	+3	490	2.91	-2.91
MA/321	3	267	266	6	N	J	-1	-50	-8.57	8.57
MA/321	4	268	264	3	S	6	+2	460	2.12	-2.12
MA/321	7	262	265	3	S	7	+2	460	2.12	-2.12
MA/475	1	278	269	6	N		-1	-50	-8.57	8.57
MA/475	2	279	273	2	S	J	=	90	-6.19	6.19
MA/475	3	277	280	3	S	8	+2	460	2.12	-2.12
MA/475	4	274	276	3	S	8	+2	460	2.12	-2.12
MA/475	5	272	271	3	S	Q	+2	460	2.12	-2.12
MA/475	6	275	270	2	N	J	+1	110	-5.80	5.80
MA/65	2	283	281	3	N	9	+2	460	2.12	-2.12
MA/65	3	287	286	3	S	Q	+2	460	2.12	-2.12
MA/65	4	288	284	3	N	9	+3	490	2.91	-2.91
MA/65	7	282	285	3	S	7	=	400	0.42	-0.42
MP/40	1	293	294	6	S	Q	-1	-50	-8.57	8.57
MP/40	4	298	290	3	S	7	+2	460	2.12	-2.12
MP/40	6	289	291	5	N	J	-1	-50	-8.57	8.57
MP/40	8	297	295	6	N	J	-2	-100	-9.12	9.12
MP/40	9	292	300	3	S	6	+2	460	2.12	-2.12
MP/40	10	299	296	3	S	Q	+2	460	2.12	-2.12
OP/273	2	307	305	3	S	5	+2	460	2.12	-2.12
OP/273	3	301	302	3	N	9	+3	490	2.91	-2.91
OP/273	5	306	309	2	N	Q	+1	140	-5.15	5.15
OP/273	6	308	303	3	N	8	+1	430	1.24	-1.24
OP/401	6	318	313	3	N	J	+3	490	2.91	-2.91
OP/401	2	317	315	3	S	Q	+2	460	2.12	-2.12
OP/401	3	311	312	3	N	J	+3	490	2.91	-2.91
OP/401	4	320	314	1	S	Q	+4	210	-3.73	3.73
OP/401	5	316	319	3	S	3	+3	490	2.91	-2.91
PD/369	1	333	323	5	N	J	=	400	0.42	-0.42
PD/369	3	322	324	6	N	J	-3	-150	-9.99	9.99
PD/369	4	332	335	3	S	Q	+2	460	2.12	-2.12
PD/369	5	334	330	3	N	2	+1	430	1.24	-1.24
PD/369	6	321	329	3	S	2	+3	490	2.91	-2.91
PD/369	7	325	331	3	S	3	+2	460	2.12	-2.12
PD/369	8	336	328	2	S	Q	+3	210	-3.73	3.73
PD/369	15	327	326	3	S	7	+2	460	2.12	-2.12
PD/70	2	343	341	6	N	J	-1	-50	-8.57	8.57
PD/70	3	337	338	3	S	5	+3	490	2.91	-2.91
PD/70	5	342	345	3	S	7	+2	460	2.12	-2.12
PD/70	6	344	339	3	S	3	+3	490	2.91	-2.91
PK/118	1	351	352	3	S	6	+2	460	2.12	-2.12
PK/118	4	356	348	4	N	9	-1	-50	-8.57	8.57
PK/118	6	347	349	1	S	Q	+3	180	-4.19	4.19
PK/118	8	355	353	3	S	7	+3	490	2.91	-2.91
PK/118	9	350	358	6	N	J	-2	-100	-9.12	9.12
PK/118	10	357	354	4	N	Q	-2	-100	-9.12	9.12
PM/102	1	364	363	3	N	J	+2	460	2.12	-2.12
PM/102	2	368	376	6	N	J	-2	-100	-9.12	9.12
PM/102	3	377	371	3	S	7	+2	460	2.12	-2.12
PM/102	4	378	369	6	N	3	-2	-100	-9.12	9.12
PM/102	5	360	379	3	S	6	+3	490	2.91	-2.91
PM/102	6	365	373	6	N	J	-1	-50	-8.57	8.57
PM/102	7	361	367	3	S	6	+3	490	2.91	-2.91
PM/102	8	380	366	4	N	3	+1	460	2.12	-2.12
PM/102	10	370	374	3	S	3	+2	460	2.12	-2.12
PM/102	11	375	372	3	S	Q	+2	460	2.12	-2.12
PM/129	1	393	383	6	N	J	=	920	10.70	-10.70
PM/129	2	382	384	3	N	3	+3	490	2.91	-2.91
PM/129	3	392	395	4	N	J	+2	490	2.91	-2.91
PM/129	4	394	390	3	N	J	-1	-50	-8.57	8.57
PM/129	5	381	389	3	S	7	+3	490	2.91	-2.91
PM/129	6	385	391	3	S	Q	+2	460	2.12	-2.12
PM/129	7	396	388	3	S	Q	+1	430	1.24	-1.24
PM/129	8	387	386	3	S	8	+3	490	2.91	-2.91
SW/472	2	407	401	3	S	5	+3	490	2.91	-2.91
SW/472	1	406	397	3	S	7	+2	460	2.12	-2.12
SW/472	5	400	399	3	S	7	+1	430	1.24	-1.24
SW/472	6	403	398	3	S	7	+1	430	1.24	-1.24
SW/472	4	402	404	4	N	J	+1	150	-4.81	4.81
WM/132	3	414	411	3	S	5	+2	460	2.12	-2.12
WM/132	3	410	412	3	S	5	+3	490	2.91	-2.91
WM/132	3	409	413	3	S	5	+3	490	2.91	-2.91
WM/318	1	422	435	3	S	Q	+3	490	2.91	-2.91
WM/318	2	436	434	3	S	Q	+2	460	2.12	-2.12
WM/318	3	417	433	3	S	8	+2	460	2.12	-2.12
WM/318	4	425	432	5	N	3	=	400	0.42	-0.42
WM/318	5	418	427	3	S	6	+2	460	2.12	-2.12
WM/318	6	437	420	3	S	Q	+2	460	2.12	-2.12
WM/318	7	416	426	6 x	S	10	-3	-500	-13.19	13.19
WM/318	8	415	429	5	N	J	=	400	0.42	-0.42
WM/318	12	430	439	3	S	Q	+3	490	2.91	-2.91
WM/318	13	419	428	3	N	J	+2	460	2.12	-2.12
WM/318	14	424	431	6	N	J	=	920	10.70	-10.70
WM/318	15	423	421	6	N	2	-1	-50	-8.57	8.57
WM/337	1	453	443	3	S	3	+3	490	2.91	-2.91
WM/337	3	442	444	2	N	J	+3	150	-4.81	4.81
WM/337	4	452	455	3	S	Q	=	400	0.42	-0.42
WM/337	5	454	450	5	S	6	=	400	0.42	-0.42
WM/337	6	441	449	3	N	Q	+2	460	2.12	-2.12
WM/337	7	445	451	3	S	5	+3	490	2.91	-2.91
WM/337	8	456	448	4	N	3	+2	490	2.91	-2.91
WM/337	15	447	446	3	S	8	+2	460	2.12	-2.12
WP/120	1	467	461	3	S	8	+2	460	2.12	-2.12
WP/120	2	464	460	6	N	2	-1	-50	-8.57	8.57
WP/120	3	458	468	3	S	Q	+3	490	2.91	-2.91
WP/120	4	465	463	3	S	Q	+1	430	1.24	-1.24
WP/120	5	459	469	3	S	7	+2	460	2.12	-2.12
WP/120	6	470	462	3	S	Q	+2	460	2.12	-2.12
WP/120	9	466	457	2	S	Q	+3	210	-3.73	3.73
WP/147	1	475	472	3	S	7	+2	460	2.12	-2.12
WP/147	4	479	471	3	S	Q	+3	490	2.91	-2.91
WP/147	6	482	476	3	S	8	+2	460	2.12	-2.12
WP/147	8	480	474	3	S	5	+3	490	2.91	-2.91
WP/147	9	478	477	3	S	Q	+1	430	1.24	-1.24
WP/293	1	493	487	3	S	Q	=	400	0.42	-0.42
WP/293	2	490	486	2	N	J	+2	130	-5.23	5.23
WP/293	3	484	494	4	N	J	-2	-100	-9.12	9.12
WP/293	4	491	489	3	S	7	+2	460	2.12	-2.12
WP/293	5	485	495	3	S	7	+3	490	2.91	-2.91
WP/293	9	492	483	3	N	3	+2	460	2.12	-2.12
WP/403	1	507	508	3	S	5	+3	490	2.91	-2.91
WP/403	2	499	502	4	S	8	+1	460	2.12	-2.12
WP/403	3	510	504	2	S	Q	=	120	-5.52	5.52
WP/403	4	503	505	6	N	10	-1	-50	-8.57	8.57
WP/403	5	506	500	2	N	10	+1	110	-5.80	5.80
WP/403	6	497	501	3	S	5	+2	460	2.12	-2.12
WP/403	9	509	498	3	S	Q	+3	490	2.91	-2.91
WP/439	1	525	526	3	S	Q	+3	490	2.91	-2.91
WP/439	1	555	556	3	S	Q	+1	430	1.24	-1.24
WP/439	2	523	522	3	N	J	+3	490	2.91	-2.91
WP/439	2	550	554	3	S	Q	+1	170	-4.46	4.46
WP/439	3	521	518	3	S	Q	+1	430	1.24	-1.24
WP/439	3	543	546	3	S	7	+2	460	2.12	-2.12
WP/439	4	519	514	3	S	Q	+1	430	1.24	-1.24
WP/439	4	545	551	3	S	6	+2	460	2.12	-2.12
WP/439	5	517	540	3	N	3	+1	430	1.24	-1.24
WP/439	5	552	553	4	N	J	+1	450	2.10	-2.10
WP/439	6	515	536	3	S	7	+3	490	2.91	-2.91
WP/439	6	542	557	3	S	7	+3	490	2.91	-2.91
WP/439	7	513	532	3	S	Q	+1	430	1.24	-1.24
WP/439	7	544	547	6	N	9	-1	-50	-8.57	8.57
WP/439	8	511	528	3	N	J	+1	430	1.24	-1.24
WP/439	8	541	549	3	S	Q	+2	460	2.12	-2.12
WP/439	9	539	524	3	S	Q	+2	460	2.12	-2.12
WP/439	10	537	520	3	S	6	=	400	0.42	-0.42
WP/439	11	516	535	3	N	3	+3	490	2.91	-2.91
WP/439	12	512	533	3	S	Q	+2	460	2.12	-2.12
WP/439	13	538	531	5	S	6	=	460	2.12	-2.12
WP/439	14	534	529	3	S	Q	+1	430	1.24	-1.24
WP/439	15	530	527	3	N	10	+1	430	1.24	-1.24
WP/439	15	560	558	3	S	Q	+1	430	1.24	-1.24
ZP/116	2	563	561	3	S	7	+2	460	2.12	-2.12
ZP/116	3	567	566	2	S	Q	+2	180	-4.19	4.19
ZP/116	4	568	564	3	S	Q	+3	490	2.91	-2.91
ZP/116	7	562	565	3	N	J	+1	430	1.24	-1.24
ZP/359	4	576	572	3	S	8	+2	460	2.12	-2.12
ZP/359	3	575	574	3	S	5	+2	460	2.12	-2.12
ZP/359	2	571	569	2	S	Q	+2	180	-4.19	4.19
ZP/359	7	570	573	2	S	Q	+3	210	-3.73	3.73
ZP/433	1	589	579	3	N	8	+2	460	2.12	-2.12
ZP/433	3	578	580	3	S	7	+3	490	2.91	-2.91
ZP/433	4	588	591	3	S	10	+3	490	2.91	-2.91
ZP/433	5	590	586	6	N	9	=	920	10.70	-10.70
ZP/433	6	577	585	3	N	J	+2	150	-4.81	4.81
ZP/433	7	581	587	3	S	Q	+1	430	1.24	-1.24
ZP/433	8	592	584	3	S	6	+1	430	1.24	-1.24
ZP/452	1	603	597	3	S	Q	+3	490	2.91	-2.91
ZP/452	2	600	596	3	N	J	+3	490	2.91	-2.91
ZP/452	3	594	604	5	N	9	-2	-100	-9.12	9.12
ZP/452	4	601	599	3	S	Q	+2	460	2.12	-2.12
ZP/452	5	595	605	3	S	Q	+3	490	2.91	-2.91
ZP/452	6	606	598	3	S	Q	+2	460	2.12	-2.12