Turniej KMP na maksy

Poniedziałek, 10 marca 2014

Wyniki z 60 ośrodków

do wyników...

pobierz rozkłady turnieju

|<<

<<

*

>>

>>|

Rozdanie nr 27

\|<<	<<	*	>>	>>\|
Rozdanie nr 27

K8

J543

AQ9

Q972

A1093

Q6

K862

KJ6

S/-

QJ62

72

J754

A103

754

AK1098

103

854

Liczba lew do wzięcia:


N	8	6	9	5	8		E	5	7	4	7	5
S	8	6	9	5	8		W	5	7	4	8	5

Minimax: 3

S, 140
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
560	1	1 x x N =		1	100.00	0.00
530	3	3 x S =		2	99.50	0.50
530	3	PASS		1	99.50	0.50
500	5	PASS		1	98.51	1.49
		3 x E -3		2
		4 x E -3		2
420	1	4 S =		1	97.77	2.23
300	5	3 x W -2		1	97.02	2.98
		PASS		1
		3 x E -2		1
		4 x E -2		2
200	3	PASS		1	96.03	3.97
200	3	4 E -4		2	96.03	3.97
170	7	2 S +2		2	94.79	5.21
		3 N +1		1
		3 S +1		4
150	18	PASS		5	91.69	8.31
		3 E -3		4
		4 E -3		6
		4 W -3		2
		3 E -3		1
140	50	1 S +2		1	83.25	16.75
		2 N +1		1
		2 S +1		4
		3 N =		5
		3 S =		31
		PASS		7
		3 S =		1
100	102	PASS		22	64.39	35.61
		2 E -2		6
		2 W -2		1
		3 x E -1		1
		3 E -2		59
		3 W -2		7
		4 E -2		5
		1 E -2		1
90	1	1 N =		1	51.61	48.39
50	132	PASS		18	35.11	64.89
		2 E -1		72
		2 W -1		10
		3 E -1		22
		3 W -1		3
		4 E -1		1
		5 E -1		1
		1 e -1		1
		1 E -1		2
		1 W -1		2
-50	15	3 N -1		1	16.87	83.13
		3 S -1		5
		4 N -1		2
		4 S -1		3
		PASS		4
-80	1	1 E =		1	14.89	85.11
-90	2	2 W =		1	14.52	85.48
-90	2	1 W =		1	14.52	85.48
-100	13	4 x N -1		1	12.66	87.34
		4 x S -1		7
		4 s -2		1
		PASS		3
		3 N -2		1
-110	38	2 E +1		1	6.33	93.67
		PASS		6
		2 E =		29
		2 W =		2
-140	2	3 E =		1	1.37	98.63
-140	2	3 W =		1	1.37	98.63
-170	1	2 E +2		1	0.99	99.01
-300	3	4 x S -2		3	0.50	99.50
-600	1	5 xx s -2		1	0.00	100.00
	2	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		43	32	3	S		=	140	83.25	16.75
BBO/999		45	10	2	S		+1	140	83.25	16.75
BBO/999		1	27	3	E		-2	100	64.39	35.61
BBO/999		15	8	3	E		-2	100	64.39	35.61
BBO/999		50	12	3	E		-2	100	64.39	35.61
BBO/999		11	42	3	E		-2	100	64.39	35.61
BBO/999		35	6	4	E		-2	100	64.39	35.61
BBO/999		16	2	3	E		-2	100	64.39	35.61
BBO/999		24	19	3	W		-2	100	64.39	35.61
BBO/999		7	46	3	E		-2	100	64.39	35.61
BBO/999		37	25	2	E		-2	100	64.39	35.61
BBO/999		9	29	2	E		-1	50	35.11	64.89
BBO/999		18	4	3	E		-1	50	35.11	64.89
BBO/999		5	40	3	E		-1	50	35.11	64.89
BBO/999		13	23	3	E		-1	50	35.11	64.89
BBO/999		3	36	2	E		-1	50	35.11	64.89
BBO/999		20	21	4 x	S		-1	-100	12.66	87.34
BBO/999		30	44	2	E		=	-110	6.33	93.67
BBO/999		28	34	2	E		=	-110	6.33	93.67
BBO/999		26	38	2	E		=	-110	6.33	93.67
BBO/999		47	31	2	E		=	-110	6.33	93.67
BBO/999		41	17	2	E		=	-110	6.33	93.67
BBO/999		33	14	2	E		=	-110	6.33	93.67
BBO/999		39	49	2	E		=	-110	6.33	93.67
BBO/999		22	51	TD					50.00	60.00
BR1/912	1	67	69	3	S	3	=	140	83.25	16.75
BR1/912	2	55	68					200	96.03	3.97
BR1/912	3	64	63	3	E	A	-1	50	35.11	64.89
BR1/912	4	58	56	2	E	A	=	-110	6.33	93.67
BR1/912	5	59	61	2	E	K	=	-110	6.33	93.67
BR1/912	6	66	62	2	E	A	=	-110	6.33	93.67
BR1/912	7	65	57	2	E	T	-1	50	35.11	64.89
BR1/912	8	54	53	3	S	A	+1	170	94.79	5.21
BR1/912	9	52	60	2	E	A	-1	50	35.11	64.89
BY2/915		73	76	5 xx	s	A	-2	-600	0.00	100.00
BY2/915		74	72	1	e	8	-1	50	35.11	64.89
BY2/915		70	71	4	s	A	-2	-100	12.66	87.34
BY4/921	1	78	87	4	E		-2	100	64.39	35.61
BY4/921	2	84	82	3	E		-1	50	35.11	64.89
BY4/921	3	88	79	3	E		-2	100	64.39	35.61
BY4/921	4	77	83	2	W		=	-90	14.52	85.48
BY4/921	5	86	89	2	E		=	-110	6.33	93.67
BY4/921	6	81	80	2	E		=	-110	6.33	93.67
BY4/921	7	90	85	2	S		+1	140	83.25	16.75
CI1/918	1	98	96	2	E	K	-1	50	35.11	64.89
CI1/918	2	92	93	1	W	3	=	-90	14.52	85.48
CI1/918	3	100	95	3	E	A	-2	100	64.39	35.61
CI1/918	4	97	91	4	E	A	-3	150	91.69	8.31
DS/67	1	108	104	3	S	3	=	140	83.25	16.75
DS/67	2	113	117	3	E	A	-1	50	35.11	64.89
DS/67	3	105	111	2	W	J	-1	50	35.11	64.89
DS/67	4	116	101	3	S	9	-1	-50	16.87	83.13
DS/67	5	115	103	2	E	A	=	-110	6.33	93.67
DS/67	6	110	112	3	E	A	-2	100	64.39	35.61
DS/67	7	106	107	4	N	Q	-1	-50	16.87	83.13
DS/67	8	109	102	2	E	K	-1	50	35.11	64.89
DS/67	9	118	114	3	E	A	-2	100	64.39	35.61
DS/72	9	132	127	3 x	W	2	-2	300	97.02	2.98
DS/72	8	129	120	3	E	A	-2	100	64.39	35.61
DS/72	7	122	123	2	E	10	-1	50	35.11	64.89
DS/72	6	119	126	1	E	K	=	-80	14.89	85.11
DS/72	5	124	131	3	E	K	-1	50	35.11	64.89
DS/72	4	121	130	4 x	E	5	-2	300	97.02	2.98
DS/72	3	128	125	3	S	A	=	140	83.25	16.75
EL1/907	1	144	135	2	E	A	-2	100	64.39	35.61
EL1/907	2	137	145	3	S	3	=	140	83.25	16.75
EL1/907	3	146	140	3	S	A	=	140	83.25	16.75
EL1/907	4	142	143	3	W	3	-2	100	64.39	35.61
EL1/907	5	134	147	2	E	K	-1	50	35.11	64.89
EL1/907	6	136	139	3	E	T	-1	50	35.11	64.89
EL1/907	7	138	149	3	E	A	-1	50	35.11	64.89
EL1/907	9	150	141	3	E	A	-3	150	91.69	8.31
JG2/920	1	158	156	4 x	S	A	-1	-100	12.66	87.34
JG2/920	2	152	153	3	E	A	-2	100	64.39	35.61
JG2/920	3	160	155	2	E	A	-1	50	35.11	64.89
JG2/920	4	157	151	2	E	A	-1	50	35.11	64.89
JG2/920	5	159	154	3	E	A	-2	100	64.39	35.61
JG4/917	2	165	163					150	91.69	8.31
JG4/917	3	161	162					50	35.11	64.89
JG4/917	4	168	166					150	91.69	8.31
KP/114	1	178	175	3	E	A	-2	100	64.39	35.61
KP/114	2	171	180	2	E	K	-1	50	35.11	64.89
KP/114	3	174	181	3	S	A	=	140	83.25	16.75
KP/114	4	169	176	2	E	A	-1	50	35.11	64.89
KP/114	5	172	173	3	S	A	=	140	83.25	16.75
KP/114	6	179	170	2	E	K	-1	50	35.11	64.89
KP/114	7	182	177	2	E	5	-1	50	35.11	64.89
KP/125	1	192	190	3	E	A	-1	50	35.11	64.89
KP/125	2	185	186	2	W	3	-1	50	35.11	64.89
KP/125	3	189	193	3	E	K	-2	100	64.39	35.61
KP/125	7	183	188	4	E	K	-2	100	64.39	35.61
KP/125	10	184	187	3	E	A	-2	100	64.39	35.61
KP/50	1	206	197	2	W	K	-1	50	35.11	64.89
KP/50	2	199	207	4	E	A	-3	150	91.69	8.31
KP/50	3	208	202	2	E	K	+2	-170	0.99	99.01
KP/50	4	204	205	3	S	3	=	140	83.25	16.75
KP/50	5	196	209	2	E	K	-1	50	35.11	64.89
KP/50	6	198	201	2	E	A	-1	50	35.11	64.89
KP/50	7	200	211	2	E	A	=	-110	6.33	93.67
KP/50	8	210	195	2	E	3	-1	50	35.11	64.89
KP/50	9	203	212	3	S	3	-1	-50	16.87	83.13
LB/127	1	222	219					-100	12.66	87.34
LB/127	2	215	224					100	64.39	35.61
LB/127	3	218	225					150	91.69	8.31
LB/127	4	213	220					140	83.25	16.75
LB/127	5	216	217					100	64.39	35.61
LB/127	6	223	214					-50	16.87	83.13
LB/127	7	226	221					50	35.11	64.89
LB/146	1	236	233					-50	16.87	83.13
LB/146	3	232	239					100	64.39	35.61
LB/146	4	227	234					140	83.25	16.75
LB/146	5	230	231					100	64.39	35.61
LB/146	6	237	228					-110	6.33	93.67
LB/146	7	240	235					100	64.39	35.61
LB/149		252	243					50	35.11	64.89
LB/149		245	253					300	97.02	2.98
LB/149		254	248					100	64.39	35.61
LB/149		258	251					-110	6.33	93.67
LB/149		242	255					50	35.11	64.89
LB/149		244	247					50	35.11	64.89
LB/149		246	257					-110	6.33	93.67
LB/149		256	241					50	35.11	64.89
LB/149		259	249					50	35.11	64.89
LB/149		250	260					140	83.25	16.75
LB/30	9	261	265	3	S	A	=	140	83.25	16.75
LB/30	8	271	269	2	S	2	+2	170	94.79	5.21
LB/30	7	263	274	3	N	Q	=	140	83.25	16.75
LB/30	6	262	273	3	E	K	-2	100	64.39	35.61
LB/30	5	264	270	2	E	K	=	-110	6.33	93.67
LB/30	3	266	267	2	E	K	=	-110	6.33	93.67
LB/75	6	275	282	3	S	A	=	140	83.25	16.75
LB/75	3	284	281	1	E	10	-2	100	64.39	35.61
LB/75	7	278	279	2	W	3	-2	100	64.39	35.61
LB/75	8	285	276	3	E	A	-2	100	64.39	35.61
LB/75	4	277	286	2	E	K	-1	50	35.11	64.89
LB/75	5	280	287	2	E	A	-1	50	35.11	64.89
LB/75	9	288	283	3	E	K	-1	50	35.11	64.89
LD/119	1	296	294	2	E	A	=	-110	6.33	93.67
LD/119	2	290	291	4	E	A	-2	100	64.39	35.61
LD/119	3	298	293	2	E	K	-1	50	35.11	64.89
LD/119	4	295	289	3	E	A	-2	100	64.39	35.61
LD/119	5	297	292	3	E	A	-2	100	64.39	35.61
LD/139		304	303	3	E	A	-1	50	35.11	64.89
LD/139		299	302	2	E	A	-1	50	35.11	64.89
LD/139		300	301	3	S	6	=	140	83.25	16.75
LD/48	1	312	310	1	E	K	-1	50	35.11	64.89
LD/48	2	306	307	2	E	A	-1	50	35.11	64.89
LD/48	3	314	309	4 x	S	2	-2	-300	0.50	99.50
LD/48	4	311	305	2	E	3	-1	50	35.11	64.89
LD/48	5	313	308	3	S	K	+1	170	94.79	5.21
LD/92	1	318	321	2	E	A	-1	50	35.11	64.89
LD/92	2	319	317	3	E	K	-2	100	64.39	35.61
LD/92	3	315	316	4 x	S	A	-1	-100	12.66	87.34
LD/92	4	322	320	2	E	A	-1	50	35.11	64.89
LG4/903	1	330	328	3	E	A	-2	100	64.39	35.61
LG4/903	2	324	325	2	E	K	-1	50	35.11	64.89
LG4/903	3	332	327	3	E	T	-3	150	91.69	8.31
LG4/903	4	329	323	2	E	A	-1	50	35.11	64.89
LG4/903	5	331	326	3 x	E	K	-3	500	98.51	1.49
LU/145	1	336	339	2	E	A	-1	50	35.11	64.89
LU/145	2	337	335	2	E	A	-1	50	35.11	64.89
LU/145	3	333	334	2	E	A	-1	50	35.11	64.89
LU/145	4	340	338	4	E	A	-3	150	91.69	8.31
LU/150	1	344	347	2	E		-2	100	64.39	35.61
LU/150	2	345	343	3	S		=	140	83.25	16.75
LU/150	3	341	342	3	E		-2	100	64.39	35.61
LU/150	4	348	346	2	E		-1	50	35.11	64.89
LU/90	1	356	354	4 x	S		-1	-100	12.66	87.34
LU/90	2	350	351	2	E		=	-110	6.33	93.67
LU/90	3	358	353	3	W		=	-140	1.37	98.63
LU/90	4	355	349	3	E		-2	100	64.39	35.61
LU/90	5	357	352	3	E		-2	100	64.39	35.61
MA/123	1	368	365	3	E	K	-2	100	64.39	35.61
MA/123	2	361	370	3	W	3	-1	50	35.11	64.89
MA/123	3	364	371	2	E	4	-1	50	35.11	64.89
MA/123	4	359	366	4 x	S	2	-2	-300	0.50	99.50
MA/123	5	362	363	3	S	2	=	140	83.25	16.75
MA/123	6	369	360	3	E	A	-2	100	64.39	35.61
MA/123	7	372	367	2	E	A	-1	50	35.11	64.89
MA/126	1	386	399	2	E	A	-1	50	35.11	64.89
MA/126	2	385	401	2	W	A	-1	50	35.11	64.89
MA/126	3	384	398	3	E	A	-1	50	35.11	64.89
MA/126	4	383	396	4	N	Q	-1	-50	16.87	83.13
MA/126	5	382	394	3	S	A	=	140	83.25	16.75
MA/126	6	381	392	4	S	A	-1	-50	16.87	83.13
MA/126	7	380	390	2	E	A	-2	100	64.39	35.61
MA/126	8	379	400	3	E	A	-2	100	64.39	35.61
MA/126	9	378	402	2	E	A	-2	100	64.39	35.61
MA/126	10	377	397	2	E	K	-1	50	35.11	64.89
MA/126	11	395	376	1	W	2	-1	50	35.11	64.89
MA/126	12	393	375	3	E	A	-3	150	91.69	8.31
MA/126	13	391	374	2	E	A	-1	50	35.11	64.89
MA/126	14	389	373	2	E	5	-1	50	35.11	64.89
MA/126	15	388	387	1	E	A	-1	50	35.11	64.89
MA/126	2	410	403	3	E	A	-2	100	64.39	35.61
MA/126	3	416	420	2	E	3	-1	50	35.11	64.89
MA/126	4	413	419	3	S	2	=	140	83.25	16.75
MA/126	5	422	418	4	S	A	-1	-50	16.87	83.13
MA/126	6	415	417	3	S	A	+1	170	94.79	5.21
MA/126	7	406	404	3	S	Q	=	140	83.25	16.75
MA/126	8	409	414	2	E	K	-1	50	35.11	64.89
MA/126	9	408	407	3 x	E	K	-1	100	64.39	35.61
MA/126	10	423	425	3	S	A	=	140	83.25	16.75
MA/126	11	421	412	3	S	A	=	140	83.25	16.75
MA/126	12	405	411	3	E	A	-2	100	64.39	35.61
MA/46	1	432	431	2	E	A	-1	50	35.11	64.89
MA/46	2	427	430	3	W	3	-2	100	64.39	35.61
MA/46	3	428	429	4	E	K	-3	150	91.69	8.31
MA/62	6	443	451	2	E	K	=	-110	6.33	93.67
MA/62	7	448	449	3	E	A	-1	50	35.11	64.89
MA/62	8	444	446	3 x	S	2	=	530	99.50	0.50
MA/62	9	436	445	4	S	A	-1	-50	16.87	83.13
MA/62	10	440	434	4 x	S	A	-1	-100	12.66	87.34
MA/62	11	452	435	2	E	10	-1	50	35.11	64.89
MA/62	12	442	437	2	E	A	=	-110	6.33	93.67
MA/62	13	439	438	3	E	A	-1	50	35.11	64.89
MA/62	14	433	447	3	E	A	-2	100	64.39	35.61
MA/65	1	456	459	3	N	Q	+1	170	94.79	5.21
MA/65	2	457	455	2	E	A	-1	50	35.11	64.89
MA/65	3	454	453	3	S	A	=	140	83.25	16.75
MP/138	1	470	467	1	N	4	=	90	51.61	48.39
MP/138	2	463	472	4 x	E	A	-3	500	98.51	1.49
MP/138	3	466	473	2	E	A	=	-110	6.33	93.67
MP/138	4	461	468	2	E	A	=	-110	6.33	93.67
MP/138	5	464	465	3	N	2	-2	-100	12.66	87.34
MP/138	6	471	462	3	E	K	-2	100	64.39	35.61
MP/138	7	474	469	4	S	T	=	420	97.77	2.23
MP/40	1	506	483					530	99.50	0.50
MP/40	2	502	495	TD					50.00	50.00
MP/40	3	497	510					50	35.11	64.89
MP/40	4	486	499					-50	16.87	83.13
MP/40	5	478	484					-110	6.33	93.67
MP/40	6	481	490					100	64.39	35.61
MP/40	7	479	494					-100	12.66	87.34
MP/40	8	477	507					50	35.11	64.89
MP/40	9	487	492					100	64.39	35.61
MP/40	10	500	489					50	35.11	64.89
MP/40	11	476	488					50	35.11	64.89
MP/40	12	504	480					50	35.11	64.89
MP/40	13	496	485					50	35.11	64.89
MP/40	14	501	505					140	83.25	16.75
MP/40	15	482	509					100	64.39	35.61
MP/40	16	503	475					50	35.11	64.89
MP/40	17	491	498					100	64.39	35.61
MP/40	18	508	493					150	91.69	8.31
MP/45	1	516	515	2	E		-1	50	35.11	64.89
MP/45	2	511	514	4 x	N		-1	-100	12.66	87.34
MP/45	3	512	513	2	E		-1	50	35.11	64.89
OL3/925	1	520	523	3	S	2	=	140	83.25	16.75
OL3/925	2	521	519	3	E	K	=	-140	1.37	98.63
OL3/925	3	517	518	1	W	3	-1	50	35.11	64.89
OL3/925	4	524	522	4	W	3	-3	150	91.69	8.31
OL4/913		525	528	3	S	A	=	140	83.25	16.75
OL4/913		526	530	3	S	2	+1	170	94.79	5.21
OL4/913		527	529	3	N	Q	=	140	83.25	16.75
OP/95	1	540	537	2	E	A	-1	50	35.11	64.89
OP/95	2	533	542	2	N	2	+1	140	83.25	16.75
OP/95	3	536	543	2	E	A	-1	50	35.11	64.89
OP/95	4	531	538	3	S	A	-1	-50	16.87	83.13
OP/95	5	534	535	2	E	T	-1	50	35.11	64.89
OP/95	6	541	532	2	E	T	-1	50	35.11	64.89
OP3/911	1	550	549	2	E	A	-1	50	35.11	64.89
OP3/911	2	545	548	4	E	T	-3	150	91.69	8.31
OP3/911	3	546	547	3	S	A	=	140	83.25	16.75
PD/81	2	554	557	3	E	K	-2	100	64.39	35.61
PD/81	4	555	553	3	E	A	-2	100	64.39	35.61
PD/81	5	552	551	3	E	A	-2	100	64.39	35.61
PD/81	6	558	556	2	E	K	-1	50	35.11	64.89
PK/118	9	574	567	3	E	A	-2	100	64.39	35.61
PK/118	8	569	573	3	W	3	-2	100	64.39	35.61
PK/118	7	572	564	3	E	K	-2	100	64.39	35.61
PK/118	6	562	571	3	E	A	-2	100	64.39	35.61
PK/118	5	560	559	3	E	A	-2	100	64.39	35.61
PK/118	4	566	568	2	W	3	-1	50	35.11	64.89
PK/118	3	570	563	3	S	2	=	140	83.25	16.75
PK/118	2	561	565	3 x	E	K	-3	500	98.51	1.49
PK/51	8	585	576	2	E	A	-1	50	35.11	64.89
PK/51	7	578	579	3	N	Q	=	140	83.25	16.75
PK/51	6	575	582	3	E	A	-1	50	35.11	64.89
PK/51	5	580	587	2	E	A	=	-110	6.33	93.67
PK/51	4	577	586	2	E	K	-2	100	64.39	35.61
PK/51	3	584	581	3	S	10	=	140	83.25	16.75
PM/102	9	604	589	2	E	A	-1	50	35.11	64.89
PM/102	8	606	590	3	N	10	=	140	83.25	16.75
PM/102	7	591	608	3 x	S	2	=	530	99.50	0.50
PM/102	6	592	610	3	E	A	-3	150	91.69	8.31
PM/102	5	593	600	2	E	K	-1	50	35.11	64.89
PM/102	4	594	601	3	S	Q	=	140	83.25	16.75
PM/102	3	595	603	2	E	A	-1	50	35.11	64.89
PM/102	2	596	605	2	E	K	-1	50	35.11	64.89
PM/102	1	597	607	3	W	2	-1	50	35.11	64.89
PM/102	10	602	599	1 xx	N	5	=	560	100.00	0.00
PM/102	9	613	620	2	E	A	-1	50	35.11	64.89
PM/102	7	617	611	3	E	K	-2	100	64.39	35.61
PM/102	3	622	621	3	S	A	=	140	83.25	16.75
PM/102	2	619	614	2	E	K	-1	50	35.11	64.89
PM/102	1	616	618	4 x	S	Q	-1	-100	12.66	87.34
PM/102	10	615	612	2	E	K	-1	50	35.11	64.89
PM/115	1	632	630	1	S	K	+2	140	83.25	16.75
PM/115	2	625	626	3	E	A	-1	50	35.11	64.89
PM/115	3	629	633	3	E	K	-2	100	64.39	35.61
PM/115	4	623	628	2	E	A	-1	50	35.11	64.89
PM/115	6	624	627	3	E	T	-2	100	64.39	35.61
PM/129	1	644	642					100	64.39	35.61
PM/129	2	637	638					50	35.11	64.89
PM/129	3	641	645					100	64.39	35.61
PM/129	4	635	640					50	35.11	64.89
PM/129	5	646	643					50	35.11	64.89
PM/129	6	636	639					100	64.39	35.61
SL/131	1	649	650	3	S	2	=	140	83.25	16.75
SL/131	2	647	648	2	W	J	-1	50	35.11	64.89
SL/131	3	652	651	2	E	T	-1	50	35.11	64.89
SU1/926	1	658	657	2	S		+2	170	94.79	5.21
SU1/926	2	653	656	3	E		-1	50	35.11	64.89
SU1/926	3	654	655	3	S		=	140	83.25	16.75
SZ2/910	1	666	664	3 x	E	K	-2	300	97.02	2.98
SZ2/910	2	660	661	3	S	3	-1	-50	16.87	83.13
SZ2/910	3	668	663	3	E	A	-2	100	64.39	35.61
SZ2/910	4	665	659	2	W	A	-1	50	35.11	64.89
SZ2/910	5	667	662	3	E	K	-1	50	35.11	64.89
USA/130		672	675	4	E	K	-1	50	35.11	64.89
USA/130		673	671	4	W	3	-3	150	91.69	8.31
USA/130		670	669	3	E	A	-2	100	64.39	35.61
USA/130		676	674	2	E	A	=	-110	6.33	93.67
WM/122	2	682	695	2	E	A	=	-110	6.33	93.67
WM/122	3	702	693	3	W	3	-2	100	64.39	35.61
WM/122	4	687	690	3	E	K	-2	100	64.39	35.61
WM/122	5	681	688	3	E	A	-2	100	64.39	35.61
WM/122	6	680	696	3	E	A	-1	50	35.11	64.89
WM/122	7	679	694	4	E	A	-4	200	96.03	3.97
WM/122	8	692	678	2	E	A	=	-110	6.33	93.67
WM/122	9	691	677	2	W	3	-1	50	35.11	64.89
WM/122	10	689	704	3	E	T	-2	100	64.39	35.61
WM/122	11	699	698	3	E	A	-2	100	64.39	35.61
WM/122	13	706	707	3	N	2	-1	-50	16.87	83.13
WM/122	14	700	705	3	S	A	=	140	83.25	16.75
WM/122	15	703	686	2	W	2	=	-110	6.33	93.67
WM/122	16	701	683	3	E	A	-1	50	35.11	64.89
WM/128	1	714	713	2	E	A	-1	50	35.11	64.89
WM/128	2	709	712	4 x	E	A	-2	300	97.02	2.98
WM/128	3	710	711	3	S	2	=	140	83.25	16.75
WM/140	1	720	719	3	E	A	-1	50	35.11	64.89
WM/140	2	715	718	3	N	2	=	140	83.25	16.75
WM/140	3	716	717	3	E	A	-2	100	64.39	35.61
WP/120	1	723	727					-110	6.33	93.67
WP/120	2	732	725					100	64.39	35.61
WP/120	3	728	730					140	83.25	16.75
WP/120	4	722	721					100	64.39	35.61
WP/120	5	724	733					100	64.39	35.61
WP/120	6	734	726					100	64.39	35.61
WP/120	7	731	735					-110	6.33	93.67
WP/142	1	740	743	3	E	A	-2	100	64.39	35.61
WP/142	2	741	739	2	E	A	=	-110	6.33	93.67
WP/142	3	738	737	3	E	K	-2	100	64.39	35.61
WP/147	3	758	752	3	E	K	-2	100	64.39	35.61
WP/147	4	754	764	3	E	A	-2	100	64.39	35.61
WP/147	6	748	751	3	W	3	-2	100	64.39	35.61
WP/147	7	750	761	4	E	T	-2	100	64.39	35.61
WP/147	4	762	755	2	E	K	-1	50	35.11	64.89
WP/147	5	746	759	2	E	A	-1	50	35.11	64.89
WP/147	8	760	745	2	E	A	-1	50	35.11	64.89
WP/147	9	763	753	2	E	A	-1	50	35.11	64.89
WP/147	1	756	747	4 x	S	A	-1	-100	12.66	87.34
WP/147	2	749	757	2	E	A	=	-110	6.33	93.67
WP/52	9	779	765	3	E	A	-2	100	64.39	35.61
WP/52	8	780	766	2	S	2	+1	140	83.25	16.75
WP/52	7	767	782	2	E	A	=	-110	6.33	93.67
WP/52	6	768	784	2	S	A	+1	140	83.25	16.75
WP/52	5	788	776	3	S	Q	-1	-50	16.87	83.13
WP/52	4	770	778	3	E	10	-2	100	64.39	35.61
WP/52	3	786	781	3	E	A	-2	100	64.39	35.61
WP/52	2	772	783	2	E	A	-1	50	35.11	64.89
WP/52	1	773	785	2	E	A	-1	50	35.11	64.89
WP/52	10	777	775	4	E	10	-3	150	91.69	8.31
WP/52	3	771	789	3	W	2	-2	100	64.39	35.61
WP/52	5	769	790	2	W	5	-1	50	35.11	64.89
ZA2/916		796	795	4 x	E	K	-3	500	98.51	1.49
ZA2/916		791	794	5	E	5	-1	50	35.11	64.89
ZA2/916		792	793	4 x	S	2	-2	-300	0.50	99.50
ZP/116	1	806	804					150	91.69	8.31
ZP/116	2	799	800					-100	12.66	87.34
ZP/116	4	797	802					-50	16.87	83.13
ZP/116	5	808	805					100	64.39	35.61
ZP/116	6	798	801					100	64.39	35.61
ZP/121	1	811	815	3	S		=	140	83.25	16.75
ZP/121	2	820	813	3	E		-2	100	64.39	35.61
ZP/121	3	816	818	4	E		-4	200	96.03	3.97
ZP/121	4	810	809	2	W		-1	50	35.11	64.89
ZP/121	5	812	821	2	E		+1	-110	6.33	93.67
ZP/121	6	822	814	2	W		=	-110	6.33	93.67
ZP/121	8	824	817	2	E		-1	50	35.11	64.89
ZP/134	1	827	831	2	E	T	-1	50	35.11	64.89
ZP/134	2	836	829	2	E	K	-1	50	35.11	64.89
ZP/134	3	832	834	3	W	2	-1	50	35.11	64.89
ZP/134	4	826	825	3	E	K	-2	100	64.39	35.61
ZP/134	5	828	837	2	E	T	-1	50	35.11	64.89
ZP/134	6	838	830	3	E	A	-3	150	91.69	8.31
ZP/134	7	835	839	2	E	A	-1	50	35.11	64.89
ZP/134	8	840	833	3	E	A	-2	100	64.39	35.61
ZP/56	1	850	847					140	83.25	16.75
ZP/56	2	843	852					100	64.39	35.61
ZP/56	3	846	853					140	83.25	16.75
ZP/56	4	841	848					500	98.51	1.49
ZP/56	5	844	845					100	64.39	35.61
ZP/56	6	851	842					50	35.11	64.89
ZP/56	7	854	849					100	64.39	35.61