Turniej KMP na maksy

Poniedziałek, 10 marca 2014

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Rozdanie nr 19

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Rozdanie nr 19

AQ987

KJ10

AJ1085

4

95

97432

AQ862

S/EW

KJ1063

643

6

10975

52

AQ872

KQ

KJ43

Liczba lew do wzięcia:


N	11	9	12	11	6		E	2	4	0	2	6
S	11	9	12	11	6		W	2	4	1	2	6

Minimax: 6

S, 980
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1510	5	7 N =		1	99.50	0.50
		7 S =		3
		PASS		1
1230	1	6 x S =		1	98.75	1.25
1100	1	5 x e -4		1	98.50	1.50
1010	40	6 S +1		32	93.39	6.61
1010	40	PASS		8	93.39	6.61
990	2	6 S =		2	88.15	11.85
980	25	6 N =		1	84.79	15.21
		6 S =		18
		PASS		6
800	4	3 x E -3		4	81.17	18.83
510	4	5 S +2		3	80.17	19.83
510	4	PASS		1	80.17	19.83
500	3	3 x E -2		2	79.30	20.70
500	3	PASS		1	79.30	20.70
490	7	PASS		3	78.05	21.95
		3 N +3		2
		3 S +3		2
480	5	4 S +2		1	76.56	23.44
480	5	5 S +1		4	76.56	23.44
460	10	PASS		4	74.69	25.31
		3 N +2		4
		3 S +2		2
450	64	4 S +1		46	65.46	34.54
		4 s +1		1
		5 N =		1
		5 S =		8
		PASS		8
430	2	PASS		1	57.23	42.77
430	2	4 S =		1	57.23	42.77
420	27	4 S =		23	53.62	46.38
420	27	PASS		4	53.62	46.38
230	1	3 S +3		1	50.12	49.88
200	3	3 x E -1		1	49.63	50.37
		3 x W -1		1
		3 S +2		1
130	1	3 N +1		1	49.13	50.87
110	1	2 N =		1	48.88	51.12
-50	105	4 S -1		3	35.66	64.34
		5 S -1		3
		6 N -1		3
		6 S -1		70
		6 s -1		1
		7 S -1		3
		PASS		16
		4 S -1		1
		5 S -1		1
		6 S -1		4
-100	60	6 N -2		1	15.09	84.91
		4 S -2		2
		6 x S -1		1
		6 N -2		4
		6 S -2		31
		PASS		14
		6 S -2		7
-150	15	4 S -3		2	5.74	94.26
		6 S -3		11
		PASS		1
		6 N -3		1
-200	9	6 xx S -1		1	2.74	97.26
		6 S -4		1
		7 S -4		2
		PASS		1
		6 S -4		3
		7 N -4		1
-250	2	PASS		2	1.37	98.63
-300	3	6 x S -2		3	0.75	99.25
-500	1	6 x S -3		1	0.25	99.75
-1600	1	2 xx S -4		1	0.00	100.00
	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
BBO/999		37	29	6	S		+1	1010	93.39	6.61
BBO/999		7	32	6	S		+1	1010	93.39	6.61
BBO/999		45	14	6	S		=	980	84.79	15.21
BBO/999		24	31	3	S		+2	460	74.69	25.31
BBO/999		18	12	4	S		+1	450	65.46	34.54
BBO/999		35	8	4	S		+1	450	65.46	34.54
BBO/999		11	10	5	S		=	450	65.46	34.54
BBO/999		47	2	4	S		+1	450	65.46	34.54
BBO/999		28	27	4	S		+1	450	65.46	34.54
BBO/999		3	42	4	S		+1	450	65.46	34.54
BBO/999		13	36	4	S		=	420	53.62	46.38
BBO/999		33	4	4	S		=	420	53.62	46.38
BBO/999		9	23	4	S		=	420	53.62	46.38
BBO/999		39	25	4	S		=	420	53.62	46.38
BBO/999		15	40	6	S		-1	-50	35.66	64.34
BBO/999		50	51	6	S		-1	-50	35.66	64.34
BBO/999		30	19	6	S		-1	-50	35.66	64.34
BBO/999		41	6	6	S		-1	-50	35.66	64.34
BBO/999		1	44	6	S		-1	-50	35.66	64.34
BBO/999		43	17	6	S		-1	-50	35.66	64.34
BBO/999		5	46	6	S		-2	-100	15.09	84.91
BBO/999		16	34	6	S		-2	-100	15.09	84.91
BBO/999		22	38	6	S		-2	-100	15.09	84.91
BBO/999		20	49	6	S		-2	-100	15.09	84.91
BBO/999		26	21	6	S		-3	-150	5.74	94.26
BR1/912	1	64	65	5	S	5	+2	510	80.17	19.83
BR1/912	2	63	60					-100	15.09	84.91
BR1/912	3	56	61					420	53.62	46.38
BR1/912	4	59	55	4	S	4	+2	480	76.56	23.44
BR1/912	5	66	57	6	S	7	-1	-50	35.66	64.34
BR1/912	6	54	58	6	S	4	-1	-50	35.66	64.34
BR1/912	7	52	62	5	S	4	=	450	65.46	34.54
BR1/912	8	67	53	6	S	A	=	990	88.15	11.85
BY2/915		72	70	4	s	4	+1	450	65.46	34.54
BY2/915		75	76	6	s	4	-1	-50	35.66	64.34
BY2/915		71	74	5 x	e	5	-4	1100	98.50	1.50
BY4/921	1	86	87	6	N		-2	-100	15.09	84.91
BY4/921	2	82	80	4	S		+1	450	65.46	34.54
BY4/921	3	88	77	6	S		+1	1010	93.39	6.61
BY4/921	4	85	81	4	S		+1	450	65.46	34.54
BY4/921	5	84	89	6	S		-2	-100	15.09	84.91
BY4/921	6	79	78	6	S		-1	-50	35.66	64.34
BY4/921	7	90	83	6	S		+1	1010	93.39	6.61
CI1/918	2	99	91	4	S	4	=	420	53.62	46.38
CI1/918	3	100	93	6	S	4	-1	-50	35.66	64.34
CI1/918	4	95	98	4	S	4	+1	450	65.46	34.54
CI1/918	5	97	92	6	S	4	-3	-150	5.74	94.26
DS/67	1	104	115	6	S	4	-1	-50	35.66	64.34
DS/67	2	109	117	6	S	4	-1	-50	35.66	64.34
DS/67	3	101	107	6	S	4	-2	-100	15.09	84.91
DS/67	4	116	112	6	S	5	-1	-50	35.66	64.34
DS/67	5	111	114	4	S	4	+1	450	65.46	34.54
DS/67	6	106	108	6	S	4	-3	-150	5.74	94.26
DS/67	7	102	103	6	S	4	=	980	84.79	15.21
DS/67	8	105	113	6	S	4	-2	-100	15.09	84.91
DS/67	9	118	110	7	S	A	=	1510	99.50	0.50
DS/72	7	132	125	6	S	5	-2	-100	15.09	84.91
DS/72	6	127	129	2	N	10	=	110	48.88	51.12
DS/72	5	120	121	6	S	A	+1	1010	93.39	6.61
DS/72	4	128	124	5	S	7	-1	-50	35.66	64.34
DS/72	3	122	131	4	S	4	+1	450	65.46	34.54
DS/72	2	119	130	4	S	4	+1	450	65.46	34.54
DS/72	1	126	123	6	S	4	-2	-100	15.09	84.91
EL1/907	1	146	138	6	S	4	-1	-50	35.66	64.34
EL1/907	2	140	141	3	N	T	+2	460	74.69	25.31
EL1/907	3	143	147	4	S	4	+1	450	65.46	34.54
EL1/907	4	134	137	6	S	4	-1	-50	35.66	64.34
EL1/907	5	136	149	6	S	4	-1	-50	35.66	64.34
EL1/907	7	150	139	4	S	4	+1	450	65.46	34.54
EL1/907	8	144	133	6	S	7	-2	-100	15.09	84.91
EL1/907	9	135	145	6	S	4	-2	-100	15.09	84.91
JG2/920	1	156	154	4	S	3	+1	450	65.46	34.54
JG2/920	2	159	151	6	S	4	-2	-100	15.09	84.91
JG2/920	3	160	153	6	S	J	-1	-50	35.66	64.34
JG2/920	4	155	158	6	S	J	-1	-50	35.66	64.34
JG2/920	5	157	152	6	S	2	-4	-200	2.74	97.26
JG4/917	1	163	161					490	78.05	21.95
JG4/917	3	168	164					500	79.30	20.70
JG4/917	4	162	165					-50	35.66	64.34
KP/114	1	176	173	5	N	4	=	450	65.46	34.54
KP/114	2	169	180	5	S	3	=	450	65.46	34.54
KP/114	3	172	181	5	S	4	=	450	65.46	34.54
KP/114	4	178	174	2 xx	S	4	-4	-1600	0.00	100.00
KP/114	5	170	171	6	S	A	+1	1010	93.39	6.61
KP/114	6	177	179	6	S	7	-2	-100	15.09	84.91
KP/114	7	182	175	3 x	E	2	-3	800	81.17	18.83
KP/125	1	187	191	6	S	A	+1	1010	93.39	6.61
KP/125	5	192	186	6	S	4	-1	-50	35.66	64.34
KP/125	8	193	185	6	S	4	-3	-150	5.74	94.26
KP/125	10	190	188	4	S	4	+1	450	65.46	34.54
KP/125	11	183	184	3	N	9	+2	460	74.69	25.31
KP/50	1	208	200	4	S	4	+1	450	65.46	34.54
KP/50	2	202	203	6	S	A	+1	1010	93.39	6.61
KP/50	3	205	209	6	S	4	-1	-50	35.66	64.34
KP/50	4	196	199	6	N	4	-1	-50	35.66	64.34
KP/50	5	198	211	6	N	T	-3	-150	5.74	94.26
KP/50	6	210	204	4	S	4	=	420	53.62	46.38
KP/50	7	212	201	4	S	3	=	420	53.62	46.38
KP/50	8	195	206	6	S	4	-1	-50	35.66	64.34
KP/50	9	207	197	6	S	4	-1	-50	35.66	64.34
LB/127	1	220	217					-50	35.66	64.34
LB/127	2	213	224					-100	15.09	84.91
LB/127	3	216	225					-250	1.37	98.63
LB/127	4	222	218					-100	15.09	84.91
LB/127	5	214	215					-50	35.66	64.34
LB/127	6	221	223					460	74.69	25.31
LB/127	7	226	219					510	80.17	19.83
LB/146	1	234	231					-50	35.66	64.34
LB/146	3	230	239					-50	35.66	64.34
LB/146	4	236	232					-50	35.66	64.34
LB/146	5	228	229					-100	15.09	84.91
LB/146	6	235	237					980	84.79	15.21
LB/146	7	240	233					430	57.23	42.77
LB/149		254	246					460	74.69	25.31
LB/149		258	249					1010	93.39	6.61
LB/149		251	255					-50	35.66	64.34
LB/149		242	245					1010	93.39	6.61
LB/149		244	257					450	65.46	34.54
LB/149		256	250					420	53.62	46.38
LB/149		259	247					-50	35.66	64.34
LB/149		252	241					980	84.79	15.21
LB/149		243	253					980	84.79	15.21
LB/149		248	260					1010	93.39	6.61
LB/30	7	261	267	6	S	4	-1	-50	35.66	64.34
LB/30	6	265	271	6	S	4	-1	-50	35.66	64.34
LB/30	5	269	268	4	S	10	+1	450	65.46	34.54
LB/30	4	266	264	3 x	E	2	-3	800	81.17	18.83
LB/30	3	263	270	4	S	4	+1	450	65.46	34.54
LB/30	1	273	274	6	S	7	-2	-100	15.09	84.91
LB/75	2	275	286	6	S	A	+1	1010	93.39	6.61
LB/75	1	282	279	6	S	A	=	980	84.79	15.21
LB/75	7	288	281	4	S	4	+1	450	65.46	34.54
LB/75	3	278	287	6	S	4	-1	-50	35.66	64.34
LB/75	4	284	280	6	S	4	-1	-50	35.66	64.34
LB/75	5	276	277	6	S	4	-1	-50	35.66	64.34
LB/75	6	283	285	6	S	7	-4	-200	2.74	97.26
LD/119	1	294	292	6	S	4	-2	-100	15.09	84.91
LD/119	2	297	289	6	S	4	-1	-50	35.66	64.34
LD/119	3	298	291	6	S	4	-1	-50	35.66	64.34
LD/119	4	293	296	6	S	4	-2	-100	15.09	84.91
LD/119	5	295	290	7	S	4	-4	-200	2.74	97.26
LD/139		304	302	6	S	4	-1	-50	35.66	64.34
LD/139		303	301	6	S	A	=	990	88.15	11.85
LD/139		299	300	6	S	A	+1	1010	93.39	6.61
LD/48	1	310	308	4	S	4	+1	450	65.46	34.54
LD/48	2	313	305	6 xx	S	4	-1	-200	2.74	97.26
LD/48	3	314	307	6	S	7	-1	-50	35.66	64.34
LD/48	4	309	312	6	S	4	-1	-50	35.66	64.34
LD/48	5	311	306	6 x	S	4	-3	-500	0.25	99.75
LD/92	1	317	315	4	S	4	+1	450	65.46	34.54
LD/92	2	320	321	6	S	A	=	980	84.79	15.21
LD/92	3	322	318	3 x	E	K	-2	500	79.30	20.70
LD/92	4	316	319	3 x	W	K	-1	200	49.63	50.37
LG4/903	1	328	326	TD					50.00	50.00
LG4/903	2	331	323	5	S	A	+2	510	80.17	19.83
LG4/903	3	332	325	6	S	4	-1	-50	35.66	64.34
LG4/903	4	327	330	3	N	4	+3	490	78.05	21.95
LG4/903	5	329	324	6	S	4	-3	-150	5.74	94.26
LU/145	1	335	333	4	S	4	+1	450	65.46	34.54
LU/145	2	338	339	4	S	4	+1	450	65.46	34.54
LU/145	3	340	336	4	S	4	+1	450	65.46	34.54
LU/145	4	334	337	5	S	4	-1	-50	35.66	64.34
LU/150	1	343	341	6	S		=	980	84.79	15.21
LU/150	2	346	347	6	S		-3	-150	5.74	94.26
LU/150	3	348	344	4	S		-1	-50	35.66	64.34
LU/150	4	342	345	4	S		=	420	53.62	46.38
LU/90	1	354	352	4	S		+1	450	65.46	34.54
LU/90	2	357	349	7	N		-4	-200	2.74	97.26
LU/90	3	358	351	6	S		-1	-50	35.66	64.34
LU/90	4	353	356	6	S		-2	-100	15.09	84.91
LU/90	5	355	350	7	S		-1	-50	35.66	64.34
MA/123	1	366	363	6	S	5	-1	-50	35.66	64.34
MA/123	2	359	370	5	S	A	+1	480	76.56	23.44
MA/123	3	362	371	6	S	4	-1	-50	35.66	64.34
MA/123	4	368	364	5	S	4	+1	480	76.56	23.44
MA/123	5	360	361	6	S	A	=	980	84.79	15.21
MA/123	6	367	369	6	S	4	-3	-150	5.74	94.26
MA/123	7	372	365	6	S	4	=	980	84.79	15.21
MA/126	1	382	398	6	S	A	+1	1010	93.39	6.61
MA/126	2	381	396	4	S	4	+1	450	65.46	34.54
MA/126	3	380	394	6	N	4	-2	-100	15.09	84.91
MA/126	4	379	392	6	N	5	-2	-100	15.09	84.91
MA/126	5	378	390	6	S	4	-1	-50	35.66	64.34
MA/126	6	377	400	5	S	4	+1	480	76.56	23.44
MA/126	7	376	402	4	S	4	=	420	53.62	46.38
MA/126	8	375	397	6	S	A	+1	1010	93.39	6.61
MA/126	9	374	395	6	S	5	-2	-100	15.09	84.91
MA/126	10	373	393	6	N	9	-2	-100	15.09	84.91
MA/126	11	391	387	6	S	A	+1	1010	93.39	6.61
MA/126	12	389	386	4	S	3	+1	450	65.46	34.54
MA/126	13	388	385	4	S	4	=	420	53.62	46.38
MA/126	14	399	384	6	S	4	-1	-50	35.66	64.34
MA/126	15	401	383	6 x	S	4	-2	-300	0.75	99.25
MA/126	1	420	411	6	S	4	-1	-50	35.66	64.34
MA/126	2	417	419	5	S	4	=	450	65.46	34.54
MA/126	3	421	418	6	S	5	=	980	84.79	15.21
MA/126	4	425	404	4	S	4	+1	450	65.46	34.54
MA/126	5	406	423	4	S	4	+1	450	65.46	34.54
MA/126	6	409	415	4	S	4	-1	-50	35.66	64.34
MA/126	7	408	414	4	S	2	+1	450	65.46	34.54
MA/126	8	424	413	4	S	2	+1	450	65.46	34.54
MA/126	9	416	422	6	S	4	-1	-50	35.66	64.34
MA/126	10	405	403	4	S	4	=	420	53.62	46.38
MA/126	12	410	407	6	N	6	-1	-50	35.66	64.34
MA/46	1	432	430	3	N	T	+2	460	74.69	25.31
MA/46	2	431	429	6	S	4	-2	-100	15.09	84.91
MA/46	3	427	428	6	S	4	-1	-50	35.66	64.34
MA/62	2	445	451	6	S	5	-2	-100	15.09	84.91
MA/62	3	434	449	5	S	4	=	450	65.46	34.54
MA/62	4	439	446	6	S	A	+1	1010	93.39	6.61
MA/62	5	447	440	6	S	4	-4	-200	2.74	97.26
MA/62	6	444	435	6	N	4	-1	-50	35.66	64.34
MA/62	7	438	441	4	S	4	-1	-50	35.66	64.34
MA/62	8	436	442	4	S	4	=	420	53.62	46.38
MA/62	9	448	437	6	S	4	-1	-50	35.66	64.34
MA/62	10	433	443	6	S	5	-2	-100	15.09	84.91
MA/65	1	455	453	3	N	J	+3	490	78.05	21.95
MA/65	2	459	458	6	S	4	-3	-150	5.74	94.26
MA/65	4	454	457	6	S	4	-1	-50	35.66	64.34
MP/138	1	468	465	6	S	4	-2	-100	15.09	84.91
MP/138	2	461	472	5	S	4	-1	-50	35.66	64.34
MP/138	3	464	473	7	S	A	-1	-50	35.66	64.34
MP/138	4	470	466	6	S	A	+1	1010	93.39	6.61
MP/138	5	462	463	4	S	7	+1	450	65.46	34.54
MP/138	6	469	471	5	S	A	+2	510	80.17	19.83
MP/138	7	474	467	4	S	4	+1	450	65.46	34.54
MP/40	1	506	502					1010	93.39	6.61
MP/40	2	486	497					-100	15.09	84.91
MP/40	3	499	483					-100	15.09	84.91
MP/40	4	495	487					-50	35.66	64.34
MP/40	5	510	489					490	78.05	21.95
MP/40	6	485	479					-100	15.09	84.91
MP/40	7	490	500					-50	35.66	64.34
MP/40	8	484	507					450	65.46	34.54
MP/40	9	481	496					-100	15.09	84.91
MP/40	10	504	477					-50	35.66	64.34
MP/40	11	476	492					-50	35.66	64.34
MP/40	12	491	478					-100	15.09	84.91
MP/40	13	480	501					1010	93.39	6.61
MP/40	14	482	503					-100	15.09	84.91
MP/40	15	508	494					-200	2.74	97.26
MP/40	16	488	475					980	84.79	15.21
MP/40	17	509	498					450	65.46	34.54
MP/40	18	505	493					460	74.69	25.31
MP/45	1	516	514	3 x	E		-3	800	81.17	18.83
MP/45	2	515	513	6	N		=	980	84.79	15.21
MP/45	3	511	512	7	N		=	1510	99.50	0.50
OL3/925	1	519	517	6	S	5	-2	-100	15.09	84.91
OL3/925	2	522	523	6	S	4	-1	-50	35.66	64.34
OL3/925	3	524	520	6	S	5	-2	-100	15.09	84.91
OL3/925	4	518	521	4	S	4	=	420	53.62	46.38
OL4/913		525	530	6	S	A	+1	1010	93.39	6.61
OL4/913		528	529	6	S	A	+1	1010	93.39	6.61
OL4/913		526	527	6	S	A	+1	1010	93.39	6.61
OP/95	1	538	535	6	S	4	=	980	84.79	15.21
OP/95	2	531	542	4	S	4	=	420	53.62	46.38
OP/95	3	534	543	6	S	4	-1	-50	35.66	64.34
OP/95	4	540	536	6	S	9	=	980	84.79	15.21
OP/95	5	532	533	6	S	4	=	980	84.79	15.21
OP/95	6	539	541	4	S	4	+1	450	65.46	34.54
OP3/911	1	550	548	6	S	A	+1	1010	93.39	6.61
OP3/911	2	549	547	4	S	4	-2	-100	15.09	84.91
OP3/911	3	545	546	4	S	4	=	420	53.62	46.38
PD/81	4	558	554	4	S	4	+1	450	65.46	34.54
PD/81	7	552	555	4	S	5	=	420	53.62	46.38
PD/81	2	553	551	6	S	4	-1	-50	35.66	64.34
PD/81	3	557	556	6	S	3	-2	-100	15.09	84.91
PK/118	7	574	565	6	S	4	-1	-50	35.66	64.34
PK/118	6	567	573	6	S	A	+1	1010	93.39	6.61
PK/118	5	572	562	4	S	4	+1	450	65.46	34.54
PK/118	4	560	571	6	S	4	-2	-100	15.09	84.91
PK/118	3	569	568	6	S	4	-1	-50	35.66	64.34
PK/118	2	564	566	6	S	4	=	980	84.79	15.21
PK/118	1	570	561	3	S	5	+3	230	50.12	49.88
PK/118	11	559	563	7	S	A	-1	-50	35.66	64.34
PK/51	6	583	585	6	S	4	-1	-50	35.66	64.34
PK/51	5	576	577	6	S	4	-1	-50	35.66	64.34
PK/51	4	584	580	6	S	A	+1	1010	93.39	6.61
PK/51	3	578	587	6	S	4	-1	-50	35.66	64.34
PK/51	2	575	586	6	S	4	-1	-50	35.66	64.34
PK/51	1	582	579	6	S	4	-1	-50	35.66	64.34
PM/102	7	589	606	6	S	A	+1	1010	93.39	6.61
PM/102	6	590	608	6	S	4	-2	-100	15.09	84.91
PM/102	5	591	610	6	S	4	-1	-50	35.66	64.34
PM/102	4	592	600	6	S	A	+1	1010	93.39	6.61
PM/102	3	593	601	4	S	4	+1	450	65.46	34.54
PM/102	2	594	603	6	S	7	-1	-50	35.66	64.34
PM/102	1	595	605	6	S	A	+1	1010	93.39	6.61
PM/102	10	609	597	6	S	4	-1	-50	35.66	64.34
PM/102	9	602	598	6	S	4	-1	-50	35.66	64.34
PM/102	8	604	599	6	S	4	-1	-50	35.66	64.34
PM/102	7	613	622	6	S	A	=	980	84.79	15.21
PM/102	5	616	614	6	S	4	=	980	84.79	15.21
PM/102	1	612	620	3 x	E	A	-3	800	81.17	18.83
PM/102	10	618	611	6	S	4	-2	-100	15.09	84.91
PM/102	8	621	619	4	S	4	=	420	53.62	46.38
PM/115	1	627	631	5	S	7	+1	480	76.56	23.44
PM/115	2	632	626	6	S	A	+1	1010	93.39	6.61
PM/115	4	633	625	4	S	4	+1	450	65.46	34.54
PM/115	5	630	628	6	S	7	-1	-50	35.66	64.34
PM/115	6	623	624	6	S	A	+1	1010	93.39	6.61
PM/129	1	639	643					450	65.46	34.54
PM/129	2	644	638					490	78.05	21.95
PM/129	3	646	641					1010	93.39	6.61
PM/129	4	645	637					460	74.69	25.31
PM/129	5	642	640					-50	35.66	64.34
PM/129	6	635	636					450	65.46	34.54
SL/131	1	648	651	6	S	4	-1	-50	35.66	64.34
SL/131	2	652	649	6	S	4	=	980	84.79	15.21
SL/131	3	647	650	5	S	4	-1	-50	35.66	64.34
SU1/926	1	658	656	6	S		-1	-50	35.66	64.34
SU1/926	2	657	655	6	S		-1	-50	35.66	64.34
SU1/926	3	653	654	6	S		-2	-100	15.09	84.91
SZ2/910	1	664	662	6	S	4	-2	-100	15.09	84.91
SZ2/910	2	667	659	5	S	4	=	450	65.46	34.54
SZ2/910	3	668	661	6	S	7	-2	-100	15.09	84.91
SZ2/910	4	663	666	6	S	A	+1	1010	93.39	6.61
SZ2/910	5	665	660	4	S	4	-3	-150	5.74	94.26
USA/130		671	669	6 x	S	4	-2	-300	0.75	99.25
USA/130		675	674	4	S	4	=	420	53.62	46.38
USA/130		676	672	6 x	S	4	-1	-100	15.09	84.91
USA/130		670	673	4	S	4	+1	450	65.46	34.54
WM/122	2	704	693	4	S	4	+1	450	65.46	34.54
WM/122	3	681	690	6	S	5	-1	-50	35.66	64.34
WM/122	4	680	688	5	S	4	=	450	65.46	34.54
WM/122	5	679	696	4	S	4	-1	-50	35.66	64.34
WM/122	6	678	694	6	S	4	-1	-50	35.66	64.34
WM/122	7	677	692	6	S	5	-1	-50	35.66	64.34
WM/122	8	691	684	4	S	4	=	420	53.62	46.38
WM/122	9	689	706	7	S	A	=	1510	99.50	0.50
WM/122	10	699	700	4	S	4	=	420	53.62	46.38
WM/122	11	697	686	6	S	4	-3	-150	5.74	94.26
WM/122	13	685	707	4	S	3	+1	450	65.46	34.54
WM/122	14	682	705	4	S	4	+1	450	65.46	34.54
WM/122	15	702	703	6	N	4	-2	-100	15.09	84.91
WM/122	16	687	701	3	N	T	+1	130	49.13	50.87
WM/128	1	714	712	4	S	4	+1	450	65.46	34.54
WM/128	2	713	711	6	S	4	-1	-50	35.66	64.34
WM/128	3	709	710	7	S	A	=	1510	99.50	0.50
WM/140	1	720	718	6	S	A	=	980	84.79	15.21
WM/140	2	719	717	6	S	7	-2	-100	15.09	84.91
WM/140	3	715	716	6	S	A	-4	-200	2.74	97.26
WP/120	1	732	723					-150	5.74	94.26
WP/120	2	726	728					-100	15.09	84.91
WP/120	3	731	730					420	53.62	46.38
WP/120	4	722	733					450	65.46	34.54
WP/120	5	734	724					-250	1.37	98.63
WP/120	6	729	735					1010	93.39	6.61
WP/120	8	721	725					450	65.46	34.54
WP/142	1	739	737	4	S	4	+1	450	65.46	34.54
WP/142	2	743	742	6	S	3	-2	-100	15.09	84.91
WP/142	4	738	741	6	S	4	-3	-150	5.74	94.26
WP/147	7	763	751	6	S	A	+1	1010	93.39	6.61
WP/147	1	758	750	3	S	8	+3	490	78.05	21.95
WP/147	11	747	757	3	S	6	+3	490	78.05	21.95
WP/147	4	746	749	3	S	7	+2	460	74.69	25.31
WP/147	2	762	753	3	S	4	+2	200	49.63	50.37
WP/147	5	748	761	6	S	4	-1	-50	35.66	64.34
WP/147	6	760	754	6	S	4	-1	-50	35.66	64.34
WP/147	2	752	764	4	S	4	-2	-100	15.09	84.91
WP/147	10	756	745	6	S	7	-2	-100	15.09	84.91
WP/147	3	755	759	4	S	4	-3	-150	5.74	94.26
WP/52	7	788	780	6	S	4	-1	-50	35.66	64.34
WP/52	6	766	782	6	S	A	=	980	84.79	15.21
WP/52	5	786	784	4	S	7	+1	450	65.46	34.54
WP/52	4	768	776	6	S	4	-1	-50	35.66	64.34
WP/52	3	769	778	4	S	4	=	420	53.62	46.38
WP/52	2	770	781	4	S	4	=	420	53.62	46.38
WP/52	1	771	783	6	S	A	+1	1010	93.39	6.61
WP/52	10	787	773	6	S	4	-2	-100	15.09	84.91
WP/52	9	777	774	3	N	6	+2	460	74.69	25.31
WP/52	8	779	775	6	S	7	-2	-100	15.09	84.91
WP/52	5	767	789	4	S	8	=	430	57.23	42.77
WP/52	7	765	790	6	S	A	+1	1010	93.39	6.61
ZA2/916		796	794	4	S	5	+1	450	65.46	34.54
ZA2/916		795	793	6 x	S	A	=	1230	98.75	1.25
ZA2/916		791	793	6	S	4	-1	-50	35.66	64.34
ZP/116	1	801	805					-100	15.09	84.91
ZP/116	2	806	800					980	84.79	15.21
ZP/116	3	808	803					1010	93.39	6.61
ZP/116	5	804	802					-50	35.66	64.34
ZP/116	6	797	798					-100	15.09	84.91
ZP/121	1	820	811	7	S		-4	-200	2.74	97.26
ZP/121	2	814	816	6	S		-3	-150	5.74	94.26
ZP/121	3	819	818	3 x	E		-1	200	49.63	50.37
ZP/121	4	810	821	6	S		-2	-100	15.09	84.91
ZP/121	5	822	812	4	S		=	420	53.62	46.38
ZP/121	7	824	815	6	S		-1	-50	35.66	64.34
ZP/121	8	809	813	6 x	S		-2	-300	0.75	99.25
ZP/134	1	836	827	6	S	4	-1	-50	35.66	64.34
ZP/134	2	830	832	6	S	A	+1	1010	93.39	6.61
ZP/134	3	835	834	6	S	5	-2	-100	15.09	84.91
ZP/134	4	826	837	6	S	7	=	980	84.79	15.21
ZP/134	5	838	828	6	S	A	+1	1010	93.39	6.61
ZP/134	6	833	839	3 x	E	2	-2	500	79.30	20.70
ZP/134	7	840	831	6	S	7	-1	-50	35.66	64.34
ZP/56	1	848	845					980	84.79	15.21
ZP/56	2	841	852					-100	15.09	84.91
ZP/56	3	844	853					-50	35.66	64.34
ZP/56	4	850	846					420	53.62	46.38
ZP/56	5	842	843					450	65.46	34.54
ZP/56	6	849	851					-50	35.66	64.34
ZP/56	7	854	847					1510	99.50	0.50