O Podkowę Kasztanki Marszałka

Sobota, 11 listopada 2017

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Rozdanie nr 11

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Rozdanie nr 11

1052

KJ743

Q8

1043

QJ874

85

93

K976

S/-

A96

AK76542

A82

AK963

Q102

J10

QJ5

Liczba lew do wzięcia:


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

Minimax: 3

E, -430
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
110	1	2 N =		1	100.00	0.00
100	3	5 x E -1		2	99.44	0.56
100	3	3 x W -1		1	99.44	0.56
50	7	4 E -1		1	98.06	1.94
		5 E -1		5
		6 E -1		1
-100	8	3 N -2		1	95.98	4.02
		1 x S -1		2
		2 S -2		3
		3 S -2		2
-130	36	2 E +2		2	89.89	10.11
		3 E +1		24
		4 E =		10
-150	139	3 E +2		1	65.65	34.35
		2 E +3		3
		3 E +2		72
		3 W +2		1
		4 E +1		53
		4 N -3		1
		3 S -3		8
-170	24	2 E +4		1	43.08	56.92
		3 E +3		13
		4 E +2		10
-200	9	3 S -4		8	38.50	61.50
-200	9	4 S -4		1	38.50	61.50
-300	15	3 x N -2		1	35.18	64.82
		3 x S -2		1
		1 x S -2		9
		2 x S -2		4
-400	17	5 E =		15	30.75	69.25
		3 E =		1
		3 W =		1
-420	3	5 E +1		3	27.98	72.02
-430	10	3 E +1		1	26.18	73.82
-430	10	3 W +1		9	26.18	73.82
-460	18	3 E +2		2	22.30	77.70
-460	18	3 W +2		16	22.30	77.70
-490	8	3 E +3		1	18.70	81.30
-490	8	3 W +3		7	18.70	81.30
-500	30	4 x N -3		1	13.44	86.56
		2 x S -3		12
		3 x N -3		2
		3 x S -3		15
-520	2	3 W +4		2	9.01	90.99
-550	4	5 x E =		3	8.17	91.83
-550	4	3 x W =		1	8.17	91.83
-610	1	4 x E +1		1	7.48	92.52
-710	3	4 x E +2		3	6.93	93.07
-800	19	5 x N -4		1	3.88	96.12
		1 x S -4		1
		3 x S -4		16
		4 x S -4		1
-1100	5	3 x S -5		2	0.56	99.44
-1100	5	4 x S -5		3	0.56	99.44
	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	% NS	% EW
DS/104	1	6	2	4	E	A	+1	-150	65.65	34.35
DS/104	3	10	9	5	E	A	-1	50	98.06	1.94
DS/104	4	14	4	4	E	A	+1	-150	65.65	34.35
DS/104	8	7	11	3	E	10	+2	-460	22.30	77.70
DS/104	9	3	1	3	S	3	-2	-100	95.98	4.02
DS/104	10	12	8	3	S	9	-4	-200	38.50	61.50
DS/72	6	22	38	4 x	E	A	+1	-610	7.48	92.52
DS/72	10	23	40	3 x	W	4	-1	100	99.44	0.56
DS/72	9	24	42	3	W	5	+2	-460	22.30	77.70
DS/72	8	25	37	3 x	S	6	-3	-500	13.44	86.56
DS/72	7	26	39	3	E	5	+3	-490	18.70	81.30
DS/72	6	49	28	3	E	A	+1	-130	89.89	10.11
DS/72	10	50	30	3	E	A	+3	-170	43.08	56.92
DS/72	9	47	32	3	E	A	+3	-170	43.08	56.92
DS/72	8	48	27	4	E	A	=	-130	89.89	10.11
DS/72	7	53	29	3	E	A	+2	-150	65.65	34.35
DS/72	6	55	31	3	E	K	+2	-150	65.65	34.35
DS/72	10	56	33	4	E	K	+1	-150	65.65	34.35
DS/72	9	62	35	3	E	K	+2	-150	65.65	34.35
DS/72	8	61	34	2 x	S	5	-3	-500	13.44	86.56
DS/72	7	60	36	2 x	S	8	-3	-500	13.44	86.56
DS/72	6	70	41	3	S	3	-4	-200	38.50	61.50
DS/72	10	69	46	3	W	10	+2	-460	22.30	77.70
DS/72	9	68	44	4	E	A	+1	-150	65.65	34.35
DS/72	8	67	45	3	E	4	+2	-460	22.30	77.70
DS/72	7	74	43	3	E	A	+3	-170	43.08	56.92
DS/72	6	20	54	5	E	A	=	-400	30.75	69.25
DS/72	10	21	52	3	E	A	+2	-150	65.65	34.35
DS/72	9	15	58	3	W	5	+3	-490	18.70	81.30
DS/72	8	16	51	3	E	A	+2	-150	65.65	34.35
DS/72	7	17	57	5	E	A	=	-400	30.75	69.25
DS/72	6	59	73	3	E	K	+3	-170	43.08	56.92
DS/72	10	66	71	3	W	5	+3	-490	18.70	81.30
DS/72	9	65	19	4	E	A	+1	-150	65.65	34.35
DS/72	8	64	72	3	E	A	+1	-130	89.89	10.11
KOIM/155	6	75	112	3	E	K	+2	-150	65.65	34.35
KOIM/155	10	76	118	3	E	A	+2	-150	65.65	34.35
KOIM/155	9	77	116	3 x	S	3	-4	-800	3.88	96.12
KOIM/155	8	78	119	3	E	A	+1	-130	89.89	10.11
KOIM/155	7	79	117	2	E	J	+2	-130	89.89	10.11
KOIM/155	6	91	94	3	E	K	+2	-150	65.65	34.35
KOIM/155	10	90	99	4 x	E	A	+2	-710	6.93	93.07
KOIM/155	9	93	97	5 x	E	K	-1	100	99.44	0.56
KOIM/155	8	92	98	3	S	3	-4	-200	38.50	61.50
KOIM/155	7	95	96	5	E	3	+1	-420	27.98	72.02
KOIM/155	6	102	107	3	S	9	-3	-150	65.65	34.35
KOIM/155	10	103	105	3	W	2	+2	-460	22.30	77.70
KOIM/155	9	100	111	2	S	8	-2	-100	95.98	4.02
KOIM/155	8	101	104	3	E	A	+2	-150	65.65	34.35
KOIM/155	7	106	110	TD					0.00	60.00
KOIM/155	6	123	81	2	E	A	+2	-130	89.89	10.11
KOIM/155	10	122	83	3	E	Q	+1	-130	89.89	10.11
KOIM/155	9	121	85	5	E	A	-1	50	98.06	1.94
KOIM/155	8	120	80	4	E	A	=	-130	89.89	10.11
KOIM/155	7	124	82	3 x	S	3	-3	-500	13.44	86.56
KOIM/155	6	84	108	2 x	S	7	-2	-300	35.18	64.82
KOIM/155	10	87	115	1 x	S	9	-2	-300	35.18	64.82
KOIM/155	9	86	113	3	E	10	+1	-130	89.89	10.11
KOIM/155	8	89	109	5	E	Q	=	-400	30.75	69.25
KOIM/155	7	88	114	1 x	S	6	-2	-300	35.18	64.82
KP/107	6	126	159	4	E	A	+1	-150	65.65	34.35
KP/107	10	127	166	4	E	A	+1	-150	65.65	34.35
KP/107	9	128	164	3 x	S	3	-4	-800	3.88	96.12
KP/107	8	129	160	4	E	A	+1	-150	65.65	34.35
KP/107	7	130	165	4	E	A	+2	-170	43.08	56.92
KP/107	6	142	153	4	E	K	+1	-150	65.65	34.35
KP/107	10	141	151	3	S	3	-4	-200	38.50	61.50
KP/107	9	144	157	4	E	A	+2	-170	43.08	56.92
KP/107	8	143	154	3 x	S	3	-4	-800	3.88	96.12
KP/107	7	146	152	3	E	K	+2	-150	65.65	34.35
KP/107	6	163	132	2	E	Q	+3	-150	65.65	34.35
KP/107	10	170	134	3 x	S	4	-3	-500	13.44	86.56
KP/107	9	169	136	4	E	K	+1	-150	65.65	34.35
KP/107	8	168	131	5	E	A	+1	-420	27.98	72.02
KP/107	7	167	133	1 x	S	5	-2	-300	35.18	64.82
KP/107	6	174	145	3	W	4	+3	-490	18.70	81.30
KP/107	10	173	150	3 x	S	3	-4	-800	3.88	96.12
KP/107	9	172	148	4	E	6	=	-130	89.89	10.11
KP/107	8	171	149	1 x	S	5	-1	-100	95.98	4.02
KP/107	7	178	147	4	E	A	=	-130	89.89	10.11
KP/107	6	158	135	2 x	S	5	-3	-500	13.44	86.56
KP/107	10	177	137	3	W	5	+2	-460	22.30	77.70
KP/107	9	156	139	4	E	K	+1	-150	65.65	34.35
KP/107	8	161	138	3	E	A	+1	-130	89.89	10.11
KP/107	7	175	140	4	E	K	+1	-150	65.65	34.35
KP/107	10	155	176	3	E	A	+2	-150	65.65	34.35
KP/50	6	184	200	3	E	A	+3	-170	43.08	56.92
KP/50	10	185	202	3	E	K	+1	-130	89.89	10.11
KP/50	9	186	204	4	E	A	+1	-150	65.65	34.35
KP/50	8	187	199	3	E	A	+2	-150	65.65	34.35
KP/50	7	188	201	3 x	S	9	-3	-500	13.44	86.56
KP/50	6	190	193	4 x	S	7	-4	-800	3.88	96.12
KP/50	10	203	195	5 x	E	A	=	-550	8.17	91.83
KP/50	9	180	197	4	E	K	+1	-150	65.65	34.35
KP/50	8	191	196	3 x	S	5	-4	-800	3.88	96.12
KP/50	7	182	198	5	E	A	=	-400	30.75	69.25
KP/50	10	189	181	4	E	A	+1	-150	65.65	34.35
KP/50	7	194	179	3 x	S	9	-3	-500	13.44	86.56
KP/50	9	192	183	4	E	K	+1	-150	65.65	34.35
LB/127	3	209	224	3	E	A	+1	-130	89.89	10.11
LB/127	4	227	213	3	E	A	+1	-130	89.89	10.11
LB/127	6	228	210	4	E	A	=	-130	89.89	10.11
LB/127	13	214	216	4	E	K	=	-130	89.89	10.11
LB/127	16	211	215	4	E	A	=	-130	89.89	10.11
LB/127	5	226	219	4	E	K	+1	-150	65.65	34.35
LB/127	14	208	205	3	E	J	+3	-170	43.08	56.92
LB/127	12	223	221	3	S	9	-4	-200	38.50	61.50
LB/127	1	206	222	2 x	S	5	-2	-300	35.18	64.82
LB/127	15	217	212	1 x	S	5	-2	-300	35.18	64.82
LB/127	2	218	225	2 x	S	3	-3	-500	13.44	86.56
LB/127	11	207	220	3 x	W	5	=	-550	8.17	91.83
LB/265	2	235	237	3	E	K	+2	-150	65.65	34.35
LB/265	6	236	230	3	S	3	-3	-150	65.65	34.35
LB/265	7	234	233	4 x	N	A	-3	-500	13.44	86.56
LB/265	8	229	239	5	E	A	-1	50	98.06	1.94
LB/265	9	231	238	3 x	S	3	-4	-800	3.88	96.12
LD/257	1	246	263	3	E	A	+2	-150	65.65	34.35
LD/257	2	245	261	3 x	S	3	-3	-500	13.44	86.56
LD/257	3	244	259	4	E	A	+1	-150	65.65	34.35
LD/257	4	243	272	3	W	10	+4	-520	9.01	90.99
LD/257	5	242	271	4	E	K	+1	-150	65.65	34.35
LD/257	6	241	269	3 x	N	8	-3	-500	13.44	86.56
LD/257	7	257	267	3	E	A	+2	-150	65.65	34.35
LD/257	8	255	265	3	E	J	+2	-150	65.65	34.35
LD/257	9	254	260	3	E	J	+2	-150	65.65	34.35
LD/257	10	253	258	3	E	A	+2	-150	65.65	34.35
LD/257	11	256	252	3 x	S	3	-4	-800	3.88	96.12
LD/257	12	270	251	3	E	A	+2	-150	65.65	34.35
LD/257	13	268	250	4	E	K	+1	-150	65.65	34.35
LD/257	14	266	249	2	N	A	=	110	100.00	0.00
LD/257	15	264	248	3	W	5	+2	-460	22.30	77.70
LD/48	1	279	283	3 x	S	3	-4	-800	3.88	96.12
LD/48	2	281	273	3	E	3	+2	-150	65.65	34.35
LD/48	3	286	275	5	E	A	-1	50	98.06	1.94
LD/48	4	284	285	3 x	S	9	-4	-800	3.88	96.12
LD/48	5	278	280	4	E	A	+1	-150	65.65	34.35
LD/48	6	282	276	5	E	K	=	-400	30.75	69.25
LD/48	13	277	274	4	E	A	+1	-150	65.65	34.35
LU/96	1	290	306	3	E	A	+2	-150	65.65	34.35
LU/96	2	294	307	3	S	3	-3	-150	65.65	34.35
LU/96	3	293	305	5	E	J	=	-400	30.75	69.25
LU/96	4	292	310	3	W	A	+2	-150	65.65	34.35
LU/96	5	291	308	2 x	S	3	-3	-500	13.44	86.56
LU/96	1	296	299	3	W	5	+2	-460	22.30	77.70
LU/96	2	289	304	3 x	S	3	-3	-500	13.44	86.56
LU/96	3	297	302	3	W	5	+2	-460	22.30	77.70
LU/96	4	298	303	3	E	A	+2	-150	65.65	34.35
LU/96	5	309	301	2 x	S	5	-3	-500	13.44	86.56
LU/96	7	295	288	3	W	4	=	-400	30.75	69.25
MA/262	7	346	353	5 x	E	A	-1	100	99.44	0.56
MA/262	10	312	336	6	E	A	-1	50	98.06	1.94
MA/262	6	327	344	4	E	A	=	-130	89.89	10.11
MA/262	6	367	343	4	E	A	=	-130	89.89	10.11
MA/262	8	332	373	3	E	J	+1	-130	89.89	10.11
MA/262	8	378	340	3	E	A	+1	-130	89.89	10.11
MA/262	9	313	342	3	E	A	+1	-130	89.89	10.11
MA/262	9	335	380	3	E	A	+1	-130	89.89	10.11
MA/262	6	320	370	3	E	A	+2	-150	65.65	34.35
MA/262	6	330	372	3	E	A	+2	-150	65.65	34.35
MA/262	6	362	348	3	E	K	+2	-150	65.65	34.35
MA/262	7	321	356	3	E	A	+2	-150	65.65	34.35
MA/262	7	333	375	3	E	A	+2	-150	65.65	34.35
MA/262	8	314	339	4	E	A	+1	-150	65.65	34.35
MA/262	8	318	358	3	E	A	+2	-150	65.65	34.35
MA/262	8	325	371	3	E	A	+2	-150	65.65	34.35
MA/262	10	326	351	3	E	K	+2	-150	65.65	34.35
MA/262	10	361	354	3	E	A	+2	-150	65.65	34.35
MA/262	6	311	338	3	E	A	+3	-170	43.08	56.92
MA/262	8	328	345	4	E	A	+2	-170	43.08	56.92
MA/262	9	377	347	3	E	K	+3	-170	43.08	56.92
MA/262	10	334	374	5	E	A	=	-400	30.75	69.25
MA/262	7	331	350	3	E	A	+1	-430	26.18	73.82
MA/262	9	329	349	3	W	4	+1	-430	26.18	73.82
MA/262	6	317	359	3	W	10	+2	-460	22.30	77.70
MA/262	9	360	352	3	W	10	+2	-460	22.30	77.70
MA/262	9	319	363	3	W	10	+3	-490	18.70	81.30
MA/262	7	315	337	3 x	S	5	-3	-500	13.44	86.56
MA/262	7	324	365	2 x	S	5	-3	-500	13.44	86.56
MA/262	8	368	355	3 x	S	3	-3	-500	13.44	86.56
MA/262	9	322	366	3 x	S	3	-3	-500	13.44	86.56
MA/262	10	323	364	2 x	S	5	-3	-500	13.44	86.56
MA/262	10	316	357	3 x	S	3	-4	-800	3.88	96.12
MA/262	10	376	341	3 x	S	3	-4	-800	3.88	96.12
MA/288	3	381	395	2	S	9	-2	-100	95.98	4.02
MA/288	6	396	386	3	E	A	+1	-130	89.89	10.11
MA/288	5	387	390	4	E	A	+1	-150	65.65	34.35
MA/288	8	392	384	3	S	9	-3	-150	65.65	34.35
MA/288	7	394	385	3	E	A	+3	-170	43.08	56.92
MA/288	2	382	389	5	E	K	=	-400	30.75	69.25
MA/88	1	406	409	4	E	A	+1	-150	65.65	34.35
MA/88	2	410	397	4	E	K	+2	-170	43.08	56.92
MA/88	3	402	411	3	E	A	+2	-150	65.65	34.35
MA/88	4	412	400	3	E	K	+2	-150	65.65	34.35
MA/88	8	405	398	4 x	S	3	-5	-1100	0.56	99.44
MA/88	9	408	407	2 x	S	5	-3	-500	13.44	86.56
MA/88	10	399	401	3 x	S	3	-5	-1100	0.56	99.44
MA/88	11	404	403	3	E	A	+2	-150	65.65	34.35
MP/138	1	414	419	5	E	A	-1	50	98.06	1.94
MP/138	2	417	418	4	E	K	+2	-170	43.08	56.92
MP/138	4	413	416	4	E	A	-1	50	98.06	1.94
MP/317	2	427	421	3	E	K	+1	-130	89.89	10.11
MP/317	4	432	424	3	E	A	+1	-130	89.89	10.11
MP/317	5	428	431	3	E	Q	+1	-130	89.89	10.11
MP/317	7	425	423	3	E	A	+1	-130	89.89	10.11
MP/317	8	429	430	4	E	A	+1	-150	65.65	34.35
MP/317	9	422	426	4	E	A	+1	-150	65.65	34.35
MP/40	1	433	469	3	E	A	+2	-150	65.65	34.35
MP/40	3	435	452	4	E	A	+1	-150	65.65	34.35
MP/40	4	436	455	4	E	A	+1	-150	65.65	34.35
MP/40	5	437	454	3	E	K	+2	-150	65.65	34.35
MP/40	6	438	457	4	E	A	+2	-170	43.08	56.92
MP/40	7	439	456	3	E	A	+2	-150	65.65	34.35
MP/40	8	440	459	4	E	K	+1	-150	65.65	34.35
MP/40	9	441	458	3	E	A	+2	-150	65.65	34.35
MP/40	10	442	461	2 x	S	3	-3	-500	13.44	86.56
MP/40	11	443	460	3	S	3	-4	-200	38.50	61.50
MP/40	12	444	463	4	E	A	+1	-150	65.65	34.35
MP/40	13	445	462	3 x	S	2	-4	-800	3.88	96.12
MP/40	14	446	466	2	E	K	+3	-150	65.65	34.35
MP/40	15	447	467	4	E	K	+2	-170	43.08	56.92
MP/40	16	449	464	3 x	S	3	-3	-500	13.44	86.56
MP/40	17	448	465	3	E	K	+3	-170	43.08	56.92
MP/40	18	451	470	4	E	K	+1	-150	65.65	34.35
MP/40	19	450	471	2 x	S	3	-3	-500	13.44	86.56
MP/40	20	453	468	3	W	5	+3	-490	18.70	81.30
PD/70	6	473	489	4	E	A	+1	-150	65.65	34.35
PD/70	10	474	491	4	E	A	+1	-150	65.65	34.35
PD/70	9	475	493	5	E	K	+1	-420	27.98	72.02
PD/70	8	476	488	3	W	4	+1	-430	26.18	73.82
PD/70	7	477	490	3 x	N	K	-2	-300	35.18	64.82
PD/70	6	479	500	3 x	S	3	-5	-1100	0.56	99.44
PD/70	10	478	498	3	E	A	+2	-150	65.65	34.35
PD/70	9	481	503	5 x	N	K	-4	-800	3.88	96.12
PD/70	8	480	501	3	E	A	+2	-150	65.65	34.35
PD/70	7	483	499	3	E	A	+2	-150	65.65	34.35
PD/70	6	482	492	3	E	K	+2	-150	65.65	34.35
PD/70	10	504	497	3	S	3	-3	-150	65.65	34.35
PD/70	9	484	495	4	E	A	+2	-170	43.08	56.92
PD/70	8	487	496	4	E	A	+1	-150	65.65	34.35
PD/70	7	486	494	3	E	A	+2	-150	65.65	34.35
PD/70	10	485	502	4	E	K	=	-130	89.89	10.11
PK/51	3	508	512	1 x	S	8	-4	-800	3.88	96.12
PK/51	2	505	513	3	E	A	+2	-150	65.65	34.35
PK/51	9	506	511	4	E	A	+1	-150	65.65	34.35
PK/51	8	514	507	5	E	A	=	-400	30.75	69.25
PM/299	1	527	529	3	E	A	+1	-130	89.89	10.11
PM/299	2	519	522	3 x	S	9	-3	-500	13.44	86.56
PM/299	3	518	525	4	E	K	+1	-150	65.65	34.35
PM/299	4	532	515	3	W	10	+3	-490	18.70	81.30
PM/299	5	526	521	3 x	S	3	-3	-500	13.44	86.56
PM/299	6	520	531	3	S	3	-3	-150	65.65	34.35
PM/299	14	516	517	3	E	K	+2	-150	65.65	34.35
PM/299	15	524	528	2	E	A	+3	-150	65.65	34.35
PM/61	6	533	560	3	E	A	+2	-150	65.65	34.35
PM/61	10	534	558	3	E	2	+2	-150	65.65	34.35
PM/61	9	535	564	3 x	S	3	-3	-500	13.44	86.56
PM/61	8	536	561	4	E	A	+1	-150	65.65	34.35
PM/61	7	537	559	4 x	E	A	+2	-710	6.93	93.07
PM/61	6	566	542	3	S	8	-2	-100	95.98	4.02
PM/61	10	567	544	5	E	A	=	-400	30.75	69.25
PM/61	9	572	546	3	W	5	+2	-460	22.30	77.70
PM/61	8	571	545	3	W	4	+1	-430	26.18	73.82
PM/61	7	570	547	3	E	K	+2	-150	65.65	34.35
PM/61	6	552	549	3	E	K	+2	-150	65.65	34.35
PM/61	10	556	551	2 x	S	3	-3	-500	13.44	86.56
PM/61	9	557	553	4	E	A	+1	-150	65.65	34.35
PM/61	8	554	548	3 x	S	5	-3	-500	13.44	86.56
PM/61	7	540	550	2 x	S	6	-2	-300	35.18	64.82
PM/61	6	565	539	4	E	K	+1	-150	65.65	34.35
PM/61	10	562	541	3	E	4	=	-400	30.75	69.25
PM/61	9	563	543	3	E	A	+2	-150	65.65	34.35
SL/87	6	573	589	3	E	J	+2	-150	65.65	34.35
SL/87	10	574	591	4	N	K	-3	-150	65.65	34.35
SL/87	9	575	593	3	W	4	+2	-460	22.30	77.70
SL/87	8	576	588	3	E	A	+2	-150	65.65	34.35
SL/87	7	577	590	4	S	9	-4	-200	38.50	61.50
SL/87	6	579	600	3	E	J	+2	-150	65.65	34.35
SL/87	10	578	598	1 x	S	8	-2	-300	35.18	64.82
SL/87	9	581	604	2	E	J	+4	-170	43.08	56.92
SL/87	8	580	601	3	E	K	+2	-150	65.65	34.35
SL/87	7	583	599	3	S	3	-4	-200	38.50	61.50
SL/87	6	582	606	3	E	J	+1	-130	89.89	10.11
SL/87	10	585	613	4	E	K	+1	-150	65.65	34.35
SL/87	9	584	611	4	E	A	+1	-150	65.65	34.35
SL/87	8	587	607	3 x	N	3	-3	-500	13.44	86.56
SL/87	7	586	612	4	E	K	+1	-150	65.65	34.35
SL/87	6	592	621	3	E	A	+2	-150	65.65	34.35
SL/87	10	596	619	3	E	A	+1	-130	89.89	10.11
SL/87	9	597	625	4	E	K	+1	-150	65.65	34.35
SL/87	8	594	620	4	E	K	+1	-150	65.65	34.35
SL/87	7	595	618	3	W	5	+3	-490	18.70	81.30
SL/87	6	605	632	4 x	S	6	-5	-1100	0.56	99.44
SL/87	10	602	626	3	E	A	+2	-150	65.65	34.35
SL/87	9	603	628	3	W	5	+2	-460	22.30	77.70
SL/87	8	608	633	3	W	10	+2	-460	22.30	77.70
SL/87	7	609	627	3	E	A	+3	-170	43.08	56.92
SL/87	6	610	629	3	E	K	+2	-150	65.65	34.35
SL/87	10	617	636	3 x	S	3	-4	-800	3.88	96.12
SL/87	9	616	638	3	W	4	+1	-430	26.18	73.82
SL/87	8	615	635	4	E	A	+2	-170	43.08	56.92
SL/87	7	614	637	3	E	K	+1	-130	89.89	10.11
SL/87	6	634	624	3	W	10	+2	-460	22.30	77.70
SL/87	6	631	623	3	W	10	+4	-520	9.01	90.99
SL/87	6	630	622	3	E	A	+2	-150	65.65	34.35
SW/287	1	642	655	1 x	S	5	-1	-100	95.98	4.02
SW/287	3	640	662	3	S	9	-3	-150	65.65	34.35
SW/287	5	650	659	3	S	3	-3	-150	65.65	34.35
SW/287	2	641	652	1 x	S	9	-2	-300	35.18	64.82
SW/287	4	639	661	3 x	S	3	-4	-800	3.88	96.12
WM/122	1	666	677	4	E	A	+1	-150	65.65	34.35
WM/122	2	665	675	4 x	S	9	-5	-1100	0.56	99.44
WM/122	3	664	684	4	E	A	+1	-150	65.65	34.35
WM/122	4	663	683	5	E	A	=	-400	30.75	69.25
WM/122	6	672	679	3	E	A	+1	-130	89.89	10.11
WM/122	7	671	676	3	E	A	+2	-150	65.65	34.35
WM/122	8	670	674	5	E	A	=	-400	30.75	69.25
WM/122	9	682	669	4 x	E	Q	+2	-710	6.93	93.07
WM/122	10	680	668	4	E	K	+1	-150	65.65	34.35
WM/122	11	678	667	3 x	S	9	-4	-800	3.88	96.12
WP/247	6	686	702	2	S	9	-2	-100	95.98	4.02
WP/247	10	687	704	3 x	S	3	-4	-800	3.88	96.12
WP/247	9	688	706	3	E	A	+2	-150	65.65	34.35
WP/247	8	689	701	4	E	A	+1	-150	65.65	34.35
WP/247	7	690	703	3	E	K	+2	-150	65.65	34.35
WP/247	6	692	713	3	W	5	+1	-430	26.18	73.82
WP/247	10	691	711	3	W	4	+1	-430	26.18	73.82
WP/247	9	694	717	3	W	J	+1	-430	26.18	73.82
WP/247	8	693	714	3	E	A	+2	-150	65.65	34.35
WP/247	7	696	712	3	S	9	-4	-200	38.50	61.50
WP/247	6	695	718	2 x	S	6	-2	-300	35.18	64.82
WP/247	10	698	716	4	E	A	+1	-150	65.65	34.35
WP/247	9	697	722	5	E	A	=	-400	30.75	69.25
WP/247	8	700	715	3	W	10	+2	-460	22.30	77.70
WP/247	7	699	721	1 x	S	5	-2	-300	35.18	64.82
WP/247	6	734	705	5	E	K	=	-400	30.75	69.25
WP/247	10	733	710	4	E	A	+1	-150	65.65	34.35
WP/247	9	732	708	3	E	A	+2	-150	65.65	34.35
WP/247	8	731	709	3 x	S	2	-2	-300	35.18	64.82
WP/247	7	738	707	3	E	A	+2	-150	65.65	34.35
WP/247	6	719	723	1 x	S	5	-2	-300	35.18	64.82
WP/247	10	737	729	3	W	5	+1	-430	26.18	73.82
WP/247	9	726	727	3	W	5	+1	-430	26.18	73.82
WP/247	8	725	730	3	E	K	+2	-150	65.65	34.35
WP/247	7	735	728	3	E	A	+2	-150	65.65	34.35
WP/247	10	720	736	1 x	S	5	-2	-300	35.18	64.82
ZP/116	6	739	751	4	E	K	+1	-150	65.65	34.35
ZP/116	5	740	748	5	E	K	=	-400	30.75	69.25
ZP/116	4	753	742	4	E	A	+1	-150	65.65	34.35
ZP/116	3	743	759	3	E	A	+2	-150	65.65	34.35
ZP/116	2	745	747	4	E	A	+2	-170	43.08	56.92
ZP/116	1	749	750	5 x	E	A	=	-550	8.17	91.83
ZP/116	15	754	752	3	E	K	+3	-170	43.08	56.92
ZP/116	14	741	755	5 x	E	A	=	-550	8.17	91.83
ZP/116	13	746	757	3	E	A	+2	-150	65.65	34.35
ZP/116	12	756	744	3	E	K	+2	-150	65.65	34.35
ZP/116	6	758	766	3	E	2	+1	-130	89.89	10.11
ZP/116	5	761	769	3	E	K	+2	-150	65.65	34.35
ZP/116	4	773	774	3	E	A	+2	-150	65.65	34.35
ZP/116	3	767	770	3	W	5	+2	-460	22.30	77.70
ZP/116	2	771	762	3	E	A	+2	-150	65.65	34.35
ZP/116	1	768	772	3	E	A	+2	-150	65.65	34.35
ZP/116	15	760	776	3	E	K	+3	-170	43.08	56.92
ZP/116	13	764	765	3	N	K	-2	-100	95.98	4.02
SW/287	9	660	646	3 x	W	9	-3	500	92.97	7.03	1
SW/287	7	648	653	3	N	5	+2	460	57.16	42.84	1
SW/287	8	647	651	3	N	10	+2	460	57.16	42.84	1
SW/287	10	658	645	3	N	5	+2	460	57.16	42.84	1
SW/287	11	656	644	3	N	5	+2	460	57.16	42.84	1
SW/287	6	649	657	4	S	J	+1	150	14.19	85.81	1
SW/287	12	654	643	3	S	K	+2	150	14.19	85.81	1