Turniej KMP na maksy

Poniedziałek, 11 kwietnia 2016

Wyniki z 55 ośrodków

do wyników...

pobierz rozkłady turnieju

|<<

<<

*

>>

>>|

Rozdanie nr 9

\|<<	<<	*	>>	>>\|
Rozdanie nr 9

10853

K3

J6

A10865

KQ

AQJ7642

4

742

N/EW

A7

5

AKQ97532

Q9

J9642

1098

108

KJ3

Liczba lew do wzięcia:


N	2	6	3	0	7		E	8	6	10	11	5
S	2	6	3	0	7		W	8	6	10	11	5

Minimax: 4

W, -620
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
800	5	6 x W -3		2	99.47	0.53
		7 x W -3		1
		7 x W -3		2
500	15	7 x E -2		1	96.81	3.19
		6 x W -2		7
		PASS		1
		6 x E -2		2
		6 x W -2		1
		7 x E -2		3
400	3	4 E -4		1	94.41	5.59
		6 E -4		1
		6 W -4		1
300	9	6 E -3		1	92.82	7.18
		6 W -3		6
		5 E -3		1
		6 E -3		1
200	68	6 E -2		18	82.58	17.42
		6 W -2		1
		7 E -2		1
		4 W -2		1
		5 E -2		1
		5 W -2		6
		6 x W -1		1
		6 E -2		1
		6 W -2		20
		PASS		9
		4 E -2		1
		6 x E -1		4
		6 E -2		3
		6 W -2		1
100	91	5 E -1		5	61.44	38.56
		6 E -1		35
		6 W -1		2
		4 W -1		2
		5 W -1		16
		6 W -1		1
		PASS		11
		3 E -1		1
		6 E -1		18
-170	1	3 W +1		1	49.20	50.80
-500	1	PASS		1	48.94	51.06
-600	40	5 E =		28	43.48	56.52
		5 W =		1
		PASS		9
		3 E =		2
-620	45	5 E +1		4	32.18	67.82
		4 E =		1
		4 W =		31
		PASS		8
		4 W =		1
-640	19	5 E +2		18	23.67	76.33
-640	19	PASS		1	23.67	76.33
-660	26	PASS		3	17.69	82.31
		3 E +2		13
		4 E +1		7
		4 W +1		1
		5 E =		2
-680	4	4 W +2		2	13.70	86.30
		5 W +1		1
		PASS		1
-690	1	5 E +1		1	13.03	86.97
-720	1	PASS		1	12.77	87.23
-800	2	PASS		1	12.37	87.63
-800	2	5 x S -4		1	12.37	87.63
-1370	6	6 E =		5	11.31	88.69
-1370	6	PASS		1	11.31	88.69
-1390	30	6 E +1		27	6.52	93.48
-1390	30	PASS		3	6.52	93.48
-1440	3	6 E =		3	2.13	97.87
-1740	3	6 x E +1		2	1.33	98.67
-1740	3	PASS		1	1.33	98.67
-1800	1	PASS		1	0.80	99.20
-2140	1	7 E =		1	0.53	99.47
-2330	1	7 x E =		1	0.27	99.73
-2510	1	6 xx E +1		1	0.00	100.00
	5	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
BBO/999		5	40	7 x	W		-3	800	99.47	0.53
BBO/999		42	34	7 x	E		-2	500	96.81	3.19
BBO/999		61	21	6	W		-3	300	92.82	7.18
BBO/999		11	10	6	W		-2	200	82.58	17.42
BBO/999		30	27	6 x	E		-1	200	82.58	17.42
BBO/999		35	37	6	E		-1	100	61.44	38.56
BBO/999		3	4	5	W		-1	100	61.44	38.56
BBO/999		48	43	6	E		-1	100	61.44	38.56
BBO/999		55	56	6	E		-1	100	61.44	38.56
BBO/999		32	54	6	E		-1	100	61.44	38.56
BBO/999		53	49	5	E		=	-600	43.48	56.52
BBO/999		9	60	4	W		=	-620	32.18	67.82
BBO/999		13	12	4	W		=	-620	32.18	67.82
BBO/999		46	6	4	W		=	-620	32.18	67.82
BBO/999		44	17	4	W		=	-620	32.18	67.82
BBO/999		7	19	4	W		=	-620	32.18	67.82
BBO/999		57	29	4	W		=	-620	32.18	67.82
BBO/999		41	31	4	W		=	-620	32.18	67.82
BBO/999		18	52	4	W		=	-620	32.18	67.82
BBO/999		59	23	5	E		+2	-640	23.67	76.33
BBO/999		38	36	5	E		+2	-640	23.67	76.33
BBO/999		51	16	5	E		+2	-640	23.67	76.33
BBO/999		20	64	4	E		+1	-660	17.69	82.31
BBO/999		15	47	5	E		=	-660	17.69	82.31
BBO/999		28	25	4	E		+1	-660	17.69	82.31
BBO/999		22	62	5	W		+1	-680	13.70	86.30
BBO/999		24	45	6	E		=	-1370	11.31	88.69
BBO/999		63	66	6	E		+1	-1390	6.52	93.48
BBO/999		1	2	6	E		+1	-1390	6.52	93.48
BBO/999		65	39	6	E		+1	-1390	6.52	93.48
BBO/999		33	14	6 x	E		+1	-1740	1.33	98.67
BBO/999		50	8	6 xx	E		+1	-2510	0.00	100.00
BBO/999		26	58	TD					50.00	50.00
BY4/921	1	72	75	3	E		+2	-660	17.69	82.31
BY4/921	2	67	69	5	E		=	-600	43.48	56.52
BY4/921	3	78	79	6	E		+1	-1390	6.52	93.48
BY4/921	4	74	81	6	E		-1	100	61.44	38.56
BY4/921	5	84	71	6	W		-2	200	82.58	17.42
BY4/921	6	76	80	6 x	E		+1	-1740	1.33	98.67
BY4/921	8	77	68	6	E		-2	200	82.58	17.42
BY4/921	9	73	82	5	E		+2	-640	23.67	76.33
CA/264	2	89	92					-660	17.69	82.31
CA/264	3	94	87					-600	43.48	56.52
CA/264	3	93	91					200	82.58	17.42
CA/264	7	88	90					200	82.58	17.42
CA/264	8	85	86					-620	32.18	67.82
DS/144	1	104	95					200	82.58	17.42
DS/144	2	97	100					-600	43.48	56.52
DS/144	3	99	103					-680	13.70	86.30
DS/144	4	98	96					-1390	6.52	93.48
DS/144	5	101	102					-1800	0.80	99.20
DS/266	3	109	113	6	W	A	-3	300	92.82	7.18
DS/266	2	107	110	5	W	A	-1	100	61.44	38.56
DS/266	9	111	112	6	E	8	-1	100	61.44	38.56
DS/266	8	108	106	5	E	2	+1	-620	32.18	67.82
DS/67	1	120	123	5	E	K	=	-600	43.48	56.52
DS/67	2	115	117	5	E	T	+1	-620	32.18	67.82
DS/67	3	126	127	6	E	K	-1	100	61.44	38.56
DS/67	4	129	122	4	W	A	=	-620	32.18	67.82
DS/67	5	132	119	6	E	2	-2	200	82.58	17.42
DS/67	12	128	124	6	W	A	-2	200	82.58	17.42
DS/67	13	118	131	5	E	9	=	-600	43.48	56.52
DS/67	14	125	116	5	E	T	+2	-640	23.67	76.33
DS/67	15	130	121	6	W	A	-2	200	82.58	17.42
DS/72	2	137	139	5	E	4	=	-600	43.48	56.52
DS/72	1	141	142	4	E	10	+1	-660	17.69	82.31
DS/72	11	138	134	6	E	3	-1	100	61.44	38.56
DS/72	10	143	145	TD					50.00	60.00
DS/72	9	140	144	5	W	A	-1	100	61.44	38.56
DS/72	8	136	133	6	E	4	=	-1370	11.31	88.69
EL1/907	2	162	152	6	E	J	-1	100	61.44	38.56
EL1/907	3	164	149	7	E	9	=	-2140	0.53	99.47
EL1/907	4	158	154	5	E	4	=	-660	17.69	82.31
EL1/907	5	156	159	4	E	2	+1	-660	17.69	82.31
EL1/907	6	160	148	4	W	2	=	-620	32.18	67.82
EL1/907	7	150	151	6 x	W	A	-2	500	96.81	3.19
EL1/907	8	153	161	4	W	A	=	-620	32.18	67.82
EL1/907	9	155	147	6	E	T	+1	-1390	6.52	93.48
JG2/920	1	168	169	4	W	A	=	-620	32.18	67.82
JG2/920	2	172	166	6 x	W	A	-2	500	96.81	3.19
JG2/920	3	171	167	6	W	A	-2	200	82.58	17.42
JG2/920	4	165	170	6	W	A	-2	200	82.58	17.42
JG4/917	1	178	183	6	E	4	+1	-1390	6.52	93.48
JG4/917	3	179	182	6	E	K	-4	400	94.41	5.59
JG4/917	4	176	174	4	W	A	-1	100	61.44	38.56
JG4/917	5	180	181	5	E	K	-3	300	92.82	7.18
JG4/917	6	173	177	6	E	K	-1	100	61.44	38.56
KP/114	1	193	194	6	E	4	-2	200	82.58	17.42
KP/114	2	189	191	5	E	9	+2	-640	23.67	76.33
KP/114	3	198	187	6	E	9	-2	200	82.58	17.42
KP/114	4	188	185	5	E	9	+2	-640	23.67	76.33
KP/114	5	192	196	6 x	W	A	-2	500	96.81	3.19
KP/114	7	190	186	6	W	A	-2	200	82.58	17.42
KP/125	9	206	210	6	W	6	-4	400	94.41	5.59
KP/125	8	202	199	6	E	9	-2	200	82.58	17.42
KP/125	10	209	211	5	W	A	-2	200	82.58	17.42
KP/125	2	203	205	5	W	6	-1	100	61.44	38.56
KP/125	11	204	200	6	E	K	-1	100	61.44	38.56
KP/125	1	207	208	5	E	T	=	-600	43.48	56.52
KP/125	3	212	201	5	E	3	=	-600	43.48	56.52
KP/50	1	233	228	6	W	A	-2	200	82.58	17.42
KP/50	2	218	236	6	W	K	-1	100	61.44	38.56
KP/50	2	238	221	6	E	10	-3	300	92.82	7.18
KP/50	3	224	215	3	E	9	+2	-660	17.69	82.31
KP/50	3	227	237	6	E	2	+1	-1390	6.52	93.48
KP/50	4	231	226	6	W	A	-3	300	92.82	7.18
KP/50	5	220	214	5	W	A	-1	100	61.44	38.56
KP/50	6	225	234	6 x	W	J	-3	800	99.47	0.53
KP/50	7	229	235	6	W	A	-2	200	82.58	17.42
KP/50	8	230	232	6	E	6	-2	200	82.58	17.42
KP/50	9	219	223	6	E	4	+1	-1390	6.52	93.48
KP/50	10	216	217	6	E	4	+1	-1390	6.52	93.48
KP/50	11	213	222	6	E	4	-2	200	82.58	17.42
LB/127	1	244	249	3	E	9	+2	-660	17.69	82.31
LB/127	3	250	241	6 x	W	A	-2	500	96.81	3.19
LB/127	4	245	248	5	E	9	=	-600	43.48	56.52
LB/127	6	242	240	5	E	3	+2	-640	23.67	76.33
LB/127	7	246	247	5	E	6	+2	-640	23.67	76.33
LB/127	8	239	243	5	E	5	=	-600	43.48	56.52
LB/149		261	267	5	E	10	-1	100	61.44	38.56
LB/149		266	256	6	E	2	=	-1370	11.31	88.69
LB/149		269	253	5	W	A	-1	100	61.44	38.56
LB/149		262	258	4	W	3	=	-620	32.18	67.82
LB/149		260	263	5	W	8	-2	200	82.58	17.42
LB/149		264	252	6	W	A	-1	100	61.44	38.56
LB/149		268	255	7 x	W	A	-3	800	99.47	0.53
LB/149		257	265	6	E	4	-1	100	61.44	38.56
LB/149		259	251	6	E	4	-1	100	61.44	38.56
LB/165	1	274	273	6	E	4	-1	100	61.44	38.56
LB/165	5	276	272	4	W	J	+2	-680	13.70	86.30
LB/165	7	270	275	3	E	4	=	-600	43.48	56.52
LB/263	1	286	287					200	82.58	17.42
LB/263	2	282	284					-600	43.48	56.52
LB/263	3	291	280					-620	32.18	67.82
LB/263	8	281	278					-660	17.69	82.31
LB/263	10	288	290					200	82.58	17.42
LB/263	11	283	279					100	61.44	38.56
LB/265	1	302	308	5	E	T	=	-600	43.48	56.52
LB/265	2	307	297	5	E	T	+1	-620	32.18	67.82
LB/265	6	303	299	5	E	9	=	-600	43.48	56.52
LB/265	7	301	304	5	W	A	-1	100	61.44	38.56
LB/265	8	305	293	6	E	K	-1	100	61.44	38.56
LB/265	9	295	296	5	E	T	=	-600	43.48	56.52
LB/265	10	298	306	6	E	T	-1	100	61.44	38.56
LB/265	11	300	292	6	E	K	-1	100	61.44	38.56
LB/75	5	312	310	6	E	3	-1	100	61.44	38.56
LB/75	5	315	311	6	E	10	-1	100	61.44	38.56
LB/75	5	313	314	6	W	A	-3	300	92.82	7.18
LD/48	1	329	326	5	E	9	=	-600	43.48	56.52
LD/48	2	320	330	4	W	2	=	-620	32.18	67.82
LD/48	3	331	318	4	E	4	+1	-660	17.69	82.31
LD/48	7	323	316	4	W	J	+2	-680	13.70	86.30
LD/48	9	317	319	6	E	8	+1	-1390	6.52	93.48
LD/48	10	322	321	TD					40.00	40.00
LD/48	11	324	328	6	E	3	-1	100	61.44	38.56
LD/92	1	341	332	6	E		-2	200	82.58	17.42
LD/92	2	334	337	3	W		+1	-170	49.20	50.80
LD/92	3	336	340	5	E		+2	-640	23.67	76.33
LD/92	4	335	333	5	E		=	-600	43.48	56.52
LD/92	5	338	339	4	W		-1	100	61.44	38.56
LG4/903	1	347	352	6	E	T	+1	-1390	6.52	93.48
LG4/903	3	348	351	6	E	9	-1	100	61.44	38.56
LG4/903	4	345	343	3	E	4	+2	-660	17.69	82.31
LG4/903	5	349	350	4	W	A	=	-620	32.18	67.82
LG4/903	6	342	346	6	W	A	-2	200	82.58	17.42
LU/145	1	359	364	6	E	T	+1	-1390	6.52	93.48
LU/145	2	365	356	3	E	4	+2	-660	17.69	82.31
LU/145	3	360	363	5	E	J	-1	100	61.44	38.56
LU/145	4	357	355	5	E	T	=	-600	43.48	56.52
LU/145	5	361	362	6	E	3	-1	100	61.44	38.56
LU/150	1	371	367	6	E		+1	-1390	6.52	93.48
LU/150	2	368	366	TD					50.00	50.00
LU/150	3	369	370	6	E		-1	100	61.44	38.56
LU/90	1	375	376	6	W	A	-2	200	82.58	17.42
LU/90	2	379	373	6	E	4	-1	100	61.44	38.56
LU/90	4	372	377	6	E	K	-1	100	61.44	38.56
MA/123	1	388	389					200	82.58	17.42
MA/123	2	384	386					-600	43.48	56.52
MA/123	3	393	382					-720	12.77	87.23
MA/123	4	383	380					-620	32.18	67.82
MA/123	5	387	391					100	61.44	38.56
MA/123	6	390	392					-800	12.37	87.63
MA/123	7	385	381					-500	48.94	51.06
MA/126	5	395	427	4	W	3	=	-620	32.18	67.82
MA/126	4	396	425	5	E	4	-1	100	61.44	38.56
MA/126	3	397	414	6	E	K	-1	100	61.44	38.56
MA/126	2	398	415	7 x	W	A	-3	800	99.47	0.53
MA/126	1	400	417	6	E	6	-1	100	61.44	38.56
MA/126	15	419	402	6	E	9	-2	200	82.58	17.42
MA/126	14	421	404	6	E	6	-2	200	82.58	17.42
MA/126	13	423	406	6	W	A	-2	200	82.58	17.42
MA/126	12	428	407	3	E	4	+2	-660	17.69	82.31
MA/126	11	426	408	4	W	6	=	-620	32.18	67.82
MA/126	10	409	416	4	E	K	-2	200	82.58	17.42
MA/126	9	410	418	5	W	8	=	-600	43.48	56.52
MA/126	8	411	420	3	E	6	+2	-660	17.69	82.31
MA/126	7	412	422	6	E	6	-2	200	82.58	17.42
MA/126	6	413	424	5	E	K	=	-600	43.48	56.52
MA/126	5	431	438	6	E	K	-1	100	61.44	38.56
MA/126	4	403	436	3	E	4	+2	-660	17.69	82.31
MA/126	3	433	399	5	E	10	+2	-640	23.67	76.33
MA/126	2	430	394	6	E	J	-1	100	61.44	38.56
MA/126	1	435	401	6	E	2	-1	100	61.44	38.56
MA/126	15	429	439	6	W	A	-2	200	82.58	17.42
MA/126	13	434	432	7	E	8	-2	200	82.58	17.42
MA/126	12	437	405	6	E	2	-1	100	61.44	38.56
MA/262	1	448	449	5	W	A	-2	200	82.58	17.42
MA/262	2	441	455	4	W	8	-2	200	82.58	17.42
MA/262	3	442	452	6	E	9	-2	200	82.58	17.42
MA/262	4	446	451	6	E	9	-1	100	61.44	38.56
MA/262	5	440	443	6	E	8	-2	200	82.58	17.42
MA/262	12	458	444	5	E	10	+2	-640	23.67	76.33
MA/262	13	453	456	5	E	4	=	-600	43.48	56.52
MA/262	14	445	447	6	E	2	-2	200	82.58	17.42
MA/262	15	450	454	6	E	10	+1	-1390	6.52	93.48
MA/262	1	465	468	5	E	K	=	-600	43.48	56.52
MA/262	2	461	471	4	W	A	=	-620	32.18	67.82
MA/262	3	469	466	6 x	W	A	-1	200	82.58	17.42
MA/262	4	470	473	6	E	4	+1	-1390	6.52	93.48
MA/262	12	464	472	6	W	A	-2	200	82.58	17.42
MA/262	13	463	467	3	E	4	=	-600	43.48	56.52
MA/262	15	459	460	4	W	3	=	-620	32.18	67.82
MA/46	2	476	479	5	E	2	+2	-640	23.67	76.33
MA/46	3	478	482	6	E	2	-1	100	61.44	38.56
MA/46	8	477	475	6	E	4	+1	-1390	6.52	93.48
MA/46	9	480	481	6 x	E	9	-1	200	82.58	17.42
MA/88	0	486	489	6	W	A	-2	200	82.58	17.42
MA/88	0	487	485	3	E	4	+2	-660	17.69	82.31
MA/88	0	490	491	5	E	K	+1	-690	13.03	86.97
MA/88	0	493	484	6	E	4	=	-1370	11.31	88.69
MP/138	1	497	498	6	E	3	-1	100	61.44	38.56
MP/138	2	501	495	5	W	A	-1	100	61.44	38.56
MP/138	3	500	496	6	E	4	+1	-1390	6.52	93.48
MP/138	4	494	499	5	W	A	-1	100	61.44	38.56
MP/163	1	505	506					100	61.44	38.56
MP/163	2	509	503					100	61.44	38.56
MP/163	3	508	504					-620	32.18	67.82
MP/40	1	514	529	6	E	4	+1	-1390	6.52	93.48
MP/40	2	513	527	6	E	4	-1	100	61.44	38.56
MP/40	3	512	525	TD					50.00	50.00
MP/40	4	511	539	7 x	E	4	-2	500	96.81	3.19
MP/40	5	510	537	6 x	E	4	-2	500	96.81	3.19
MP/40	6	526	535	6	E	A	-1	100	61.44	38.56
MP/40	7	524	533	5	W	A	-1	100	61.44	38.56
MP/40	8	523	531	4	W	A	=	-620	32.18	67.82
MP/40	9	522	530	4	W	A	=	-620	32.18	67.82
MP/40	10	521	528	6	E	4	+1	-1390	6.52	93.48
MP/40	12	540	519	5	W	8	-1	100	61.44	38.56
MP/40	13	538	518	6 x	E	4	-1	200	82.58	17.42
MP/40	14	536	517	4	W	5	=	-620	32.18	67.82
MP/40	15	534	516	6	W	A	-2	200	82.58	17.42
MP/45	1	547	543	3	E		-1	100	61.44	38.56
MP/45	2	544	542	6	E		-1	100	61.44	38.56
MP/45	3	545	546	6	E		=	-1370	11.31	88.69
PD/81	2	549	553	6 x	W	A	-2	500	96.81	3.19
PD/81	2	548	551	4	W	4	+1	-660	17.69	82.31
PD/81	2	550	552	6	E	6	+1	-1390	6.52	93.48
PK/118	2	558	560	3	E	4	+2	-660	17.69	82.31
PK/118	1	562	563	6 x	E	4	-2	500	96.81	3.19
PK/118	11	559	555	6	E	6	+1	-1390	6.52	93.48
PK/118	10	564	566	6	E	4	-1	100	61.44	38.56
PK/118	9	561	565	4	W	8	=	-620	32.18	67.82
PK/118	8	557	554	4	E	4	+1	-660	17.69	82.31
PM/102	1	570	589	6	E	3	-2	200	82.58	17.42
PM/102	2	592	573	6 x	W	A	-2	500	96.81	3.19
PM/102	3	571	579	5	W	2	-1	100	61.44	38.56
PM/102	4	591	578	6 x	E	J	-1	200	82.58	17.42
PM/102	5	593	572	6	E	4	=	-1440	2.13	97.87
PM/102	6	568	584	6	W	A	-3	300	92.82	7.18
PM/102	7	574	583	6 x	W	A	-3	800	99.47	0.53
PM/102	8	582	580	6	E	4	=	-1440	2.13	97.87
PM/102	9	586	569	6	E	4	-3	300	92.82	7.18
PM/102	10	585	575	6	E	3	-1	100	61.44	38.56
PM/102	11	588	577	5	E	4	=	-600	43.48	56.52
PM/102	12	576	587	3	E	T	+2	-660	17.69	82.31
PM/102	13	581	590	6	E	4	-1	100	61.44	38.56
PM/129	1	603	594					100	61.44	38.56
PM/129	2	596	599					-660	17.69	82.31
PM/129	4	597	595					-620	32.18	67.82
PM/129	5	600	601					100	61.44	38.56
SZ2/910	2	606	609	6	E	2	-2	200	82.58	17.42
SZ2/910	3	608	612	6	W	A	-1	100	61.44	38.56
SZ2/910	4	607	605	6	E	K	-1	100	61.44	38.56
SZ2/910	5	610	611	6	E	4	+1	-1390	6.52	93.48
USA/130	0	616	619	6	W	A	-3	300	92.82	7.18
USA/130	0	618	622	4	W	A	=	-620	32.18	67.82
USA/130	0	617	615	6	E	X	-1	100	61.44	38.56
USA/130	0	620	621	6 x	W	A	-2	500	96.81	3.19
WM/122	2	624	634	5	E	4	+1	-620	32.18	67.82
WM/122	3	623	642	6	E	3	-1	100	61.44	38.56
WM/122	4	627	640	4	E	A	=	-620	32.18	67.82
WM/122	5	646	638	6	E	K	-2	200	82.58	17.42
WM/122	6	632	637	6	E	4	-1	100	61.44	38.56
WM/122	7	629	635	5	E	K	=	-600	43.48	56.52
WM/122	8	645	626	7 x	E	9	-2	500	96.81	3.19
WM/122	9	643	644	6	E	K	-1	100	61.44	38.56
WM/122	10	641	631	5	E	9	=	-600	43.48	56.52
WM/122	11	639	628	6	E	3	-1	100	61.44	38.56
WM/122	12	633	648	4	W	A	=	-620	32.18	67.82
WM/122	13	630	647	6	E	3	-1	100	61.44	38.56
WM/128	1	653	652	5	E		=	-600	43.48	56.52
WM/128	2	656	650	5	W		-1	100	61.44	38.56
WM/128	3	655	651	6	E		-2	200	82.58	17.42
WM/128	4	649	654	5	W		-2	200	82.58	17.42
WM/132	1	662	658					500	96.81	3.19
WM/132	2	659	657					200	82.58	17.42
WM/132	3	660	661					100	61.44	38.56
WM/140	1	666	667	5	E	4	+2	-640	23.67	76.33
WM/140	3	669	665	6	W	A	-2	200	82.58	17.42
WM/140	4	663	668	7 x	E	T	-2	500	96.81	3.19
WM/241		674	675	6	W	6	-2	200	82.58	17.42
WM/241		677	673	5	W	A	-1	100	61.44	38.56
WM/241		671	676	5	E	4	+2	-640	23.67	76.33
WM/246	1	681	682	6 x	W	A	-2	500	96.81	3.19
WM/246	2	685	679	6	E	T	-1	100	61.44	38.56
WM/246	3	684	680	5	E	T	-2	200	82.58	17.42
WM/246	4	678	683	5	E	4	-1	100	61.44	38.56
WP/120	1	696	702					-600	43.48	56.52
WP/120	2	701	691					100	61.44	38.56
WP/120	4	697	693					-600	43.48	56.52
WP/120	5	695	698					100	61.44	38.56
WP/120	6	699	687					-620	32.18	67.82
WP/120	7	689	690					-620	32.18	67.82
WP/120	8	692	700					-1740	1.33	98.67
WP/120	9	694	686					-640	23.67	76.33
WP/142	1	708	707	6	E	4	+1	-1390	6.52	93.48
WP/142	2	711	705	5	W	A	-1	100	61.44	38.56
WP/142	3	710	706	6	W	A	-2	200	82.58	17.42
WP/142	4	704	709	5	W	A	-1	100	61.44	38.56
WP/147	2	727	717	6	E	9	-2	200	82.58	17.42
WP/147	6	723	719	6	W	8	-2	200	82.58	17.42
WP/147	8	725	713	6	W	A	-2	200	82.58	17.42
WP/147	10	718	726	6	E	4	-2	200	82.58	17.42
WP/147	7	721	724	6	E	9	-1	100	61.44	38.56
WP/147	9	715	716	6	E	K	-1	100	61.44	38.56
WP/147	3	729	714	4	W	A	=	-620	32.18	67.82
WP/147	11	720	712	5 x	S	4	-4	-800	12.37	87.63
WP/156	1	735	737	5	E	8	+2	-640	23.67	76.33
WP/156	3	741	732	5	E	8	=	-600	43.48	56.52
WP/156	5	736	730	4	W	A	=	-620	32.18	67.82
WP/156	6	734	733	5	E	6	-1	100	61.44	38.56
WP/156	7	739	740	5	E	6	+2	-640	23.67	76.33
WP/156	8	731	738	6	E	8	+1	-1390	6.52	93.48
WP/244	3	742	755	6	E	8	-2	200	82.58	17.42
WP/244	2	752	745	6	E	8	+1	-1390	6.52	93.48
WP/244	1	746	747	6	E	K	-1	100	61.44	38.56
WP/244	10	753	757	4	W	8	=	-620	32.18	67.82
WP/244	9	756	744	6	E	5	-2	200	82.58	17.42
WP/244	7	751	743	5	W	8	-2	200	82.58	17.42
WP/244	3	758	778	6	E	4	+1	-1390	6.52	93.48
WP/244	2	759	760	3	E	4	+2	-660	17.69	82.31
WP/244	1	761	764	6	E	4	=	-1440	2.13	97.87
WP/244	10	769	765	4	W	A	=	-620	32.18	67.82
WP/244	9	773	767	5	E	9	=	-600	43.48	56.52
WP/244	8	777	772	4	W	8	=	-620	32.18	67.82
WP/244	7	770	762	5	E	9	=	-600	43.48	56.52
WP/244	6	776	766	6	E	9	-1	100	61.44	38.56
WP/244	5	774	771	6	W	A	-2	200	82.58	17.42
WP/244	4	779	775	5	E	9	=	-600	43.48	56.52
ZP/116	1	788	789					100	61.44	38.56
ZP/116	2	784	786					-620	32.18	67.82
ZP/116	3	793	782					-1390	6.52	93.48
ZP/116	4	783	780					-600	43.48	56.52
ZP/116	5	787	791					200	82.58	17.42
ZP/116	7	785	781					-1390	6.52	93.48
ZP/121	1	803	794	5	E		=	-600	43.48	56.52
ZP/121	2	796	799	5	W		-2	200	82.58	17.42
ZP/121	3	798	802	4	E		-4	400	94.41	5.59
ZP/121	4	797	795	5	E		=	-600	43.48	56.52
ZP/215	1	813	804					200	82.58	17.42
ZP/215	2	806	809					-600	43.48	56.52
ZP/215	3	808	812					-600	43.48	56.52
ZP/215	4	807	805					-1370	11.31	88.69
ZP/215	5	810	811					100	61.44	38.56
ZP/255	1	822	823	6	E	3	-1	100	61.44	38.56
ZP/255	2	824	817	4	E	2	+1	-660	17.69	82.31
ZP/255	3	825	821	5	E	6	+2	-640	23.67	76.33
ZP/255	4	819	826	6	E	T	+1	-1390	6.52	93.48
ZP/255	5	814	829	4	W	6	=	-620	32.18	67.82
ZP/255	7	815	832	4	W	8	=	-620	32.18	67.82
ZP/255	8	818	830	7 x	E	4	=	-2330	0.27	99.73
ZP/255	9	833	827	3	E	4	+2	-660	17.69	82.31