Turniej KMP na maksy

Poniedziałek, 14 grudnia 2015

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Rozdanie nr 26

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Rozdanie nr 26

J854

QJ95

KJ842

Q73

6

A10874

A765

E/Obie

AKJ10987542

K2

9

AK10962

Q3

63

Q103

Liczba lew do wzięcia:


N	0	9	0	6	8		E	11	4	13	6	5
S	0	9	0	6	8		W	11	4	13	6	5

Minimax: 7

x S, -1100
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
990	1	4 x S +1		1	100.00	0.00
600	1	5 W -6		1	99.73	0.27
400	2	4 E -4		1	99.32	0.68
400	2	6 E -4		1	99.32	0.68
200	1	6 x E -1		1	98.91	1.09
-200	8	4 x S -1		8	97.68	2.32
-300	1	6 S -3		1	96.46	3.54
-500	11	5 x S -2		9	94.82	5.18
-500	11	6 x S -2		2	94.82	5.18
-650	1	5 E =		1	93.19	6.81
-660	1	4 E +1		1	92.92	7.08
-680	4	4 E +2		4	92.23	7.77
-710	98	4 E +3		64	78.34	21.66
		4 W +3		1
		5 E +2		25
		5 W +2		2
		PASS		6
-800	17	PASS		1	62.67	37.33
		6 x N -3		3
		6 x S -3		12
		7 x S -3		1
-1050	1	5 x E +1		1	60.22	39.78
-1100	10	PASS		3	58.72	41.28
		6 x S -4		1
		7 x S -4		6
-1250	5	5 x E +2		5	56.68	43.32
-1430	6	6 E =		5	55.18	44.82
-1430	6	6 W =		1	55.18	44.82
-1460	126	6 E +1		98	37.19	62.81
		6 W +1		23
		PASS		3
		6 W +1		2
-1470	2	6 W +1		2	19.75	80.25
-1860	16	6 x E +1		14	17.30	82.70
		6 x W +1		1
		PASS		1
-2070	1	6 xx E =		1	14.99	85.01
-2210	42	7 E =		23	9.13	90.87
		7 W =		12
		PASS		7
-2470	13	6 xx E +1		3	1.64	98.36
		6 x x E +1		1
		7 x E =		7
		7 x W =		2
	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		24	2	4 x	S		-1	-200	97.68	2.32
BBO/999		42	58	4	E		+3	-710	78.34	21.66
BBO/999		46	56	4	E		+3	-710	78.34	21.66
BBO/999		51	40	4	E		+3	-710	78.34	21.66
BBO/999		63	45	4	E		+3	-710	78.34	21.66
BBO/999		61	14	4	E		+3	-710	78.34	21.66
BBO/999		11	16	5	E		+2	-710	78.34	21.66
BBO/999		33	12	5	E		+2	-710	78.34	21.66
BBO/999		32	6	4	E		+3	-710	78.34	21.66
BBO/999		30	21	5	E		+2	-710	78.34	21.66
BBO/999		59	34	6 x	S		-3	-800	62.67	37.33
BBO/999		5	31	7 x	S		-3	-800	62.67	37.33
BBO/999		50	43	6	E		+1	-1460	37.19	62.81
BBO/999		48	54	6	E		+1	-1460	37.19	62.81
BBO/999		55	64	6	W		+1	-1460	37.19	62.81
BBO/999		53	62	6	E		+1	-1460	37.19	62.81
BBO/999		35	23	6	E		+1	-1460	37.19	62.81
BBO/999		15	4	6	W		+1	-1460	37.19	62.81
BBO/999		1	10	6	E		+1	-1460	37.19	62.81
BBO/999		3	25	6	E		+1	-1460	37.19	62.81
BBO/999		28	17	6 x	E		+1	-1860	17.30	82.70
BBO/999		18	49	6 x	E		+1	-1860	17.30	82.70
BBO/999		65	47	7	E		=	-2210	9.13	90.87
BBO/999		9	36	7	E		=	-2210	9.13	90.87
BBO/999		13	39	7	E		=	-2210	9.13	90.87
BBO/999		22	60	7	W		=	-2210	9.13	90.87
BBO/999		38	29	7	E		=	-2210	9.13	90.87
BBO/999		7	27	7	E		=	-2210	9.13	90.87
BBO/999		26	19	7	E		=	-2210	9.13	90.87
BBO/999		20	37	7	W		=	-2210	9.13	90.87
BBO/999		57	66	7 x	E		=	-2470	1.64	98.36
BBO/999		41	8	6 xx	E		+1	-2470	1.64	98.36
BBO/999		44	52	TD					60.00	39.48
BY2/915		70	73	6	W		+1	-1470	19.75	80.25
BY2/915		71	69	6	E		=	-1430	55.18	44.82
BY2/915		67	68	6	E		+1	-1460	37.19	62.81
BY4/921	1	74	77	5 x	S		-2	-500	94.82	5.18
BY4/921	2	79	84	4	E		+3	-710	78.34	21.66
BY4/921	3	81	75	6 x	S		-3	-800	62.67	37.33
BY4/921	4	85	83	4	E		+2	-680	92.23	7.77
BY4/921	5	80	86	6	E		+1	-1460	37.19	62.81
BY4/921	6	87	76	6 x	E		+1	-1860	17.30	82.70
BY4/921	7	78	88	4 x	S		-1	-200	97.68	2.32
BY4/921	8	89	82	4	E		+3	-710	78.34	21.66
DS/144	26	98	93	5	E	3	+2	-710	78.34	21.66
DS/144	22	96	90	4	E	A	+3	-710	78.34	21.66
DS/144	18	99	94	6	E	A	=	-1430	55.18	44.82
DS/144	14	91	92	4	E	A	+3	-710	78.34	21.66
DS/144	10	97	95	6	W	4	+1	-1460	37.19	62.81
DS/67	4	116	106	6 x	E	A	+1	-1860	17.30	82.70
DS/67	5	108	115	6	E	K	+1	-1460	37.19	62.81
DS/67	6	103	118	4	E	A	+3	-710	78.34	21.66
DS/67	7	111	117	4 x	S	6	-1	-200	97.68	2.32
DS/67	8	101	104	4	E	A	+3	-710	78.34	21.66
DS/67	9	100	114	4	E	A	+3	-710	78.34	21.66
DS/67	10	102	110	6	E	A	+1	-1460	37.19	62.81
DS/67	11	105	109	7	W	4	=	-2210	9.13	90.87
DS/67	12	107	113	6	E	A	+1	-1460	37.19	62.81
DS/67	13	119	112	4	E	A	+3	-710	78.34	21.66
DS/72	12	129	120	6	E	K	+1	-1460	37.19	62.81
DS/72	11	125	133	7	E	3	=	-2210	9.13	90.87
DS/72	10	123	134	4	E	A	+3	-710	78.34	21.66
DS/72	9	121	124	7	E	A	=	-2210	9.13	90.87
DS/72	8	126	128	6	E	A	+1	-1460	37.19	62.81
DS/72	6	122	127	4	E	A	+3	-710	78.34	21.66
DS/72	5	131	130	6	E	A	+1	-1460	37.19	62.81
EL1/907	1	138	142	6	E	A	+1	-1460	37.19	62.81
EL1/907	2	147	140	6	E	K	+1	-1460	37.19	62.81
EL1/907	3	143	145	4	E	A	+3	-710	78.34	21.66
EL1/907	4	137	136	6	E	A	=	-1430	55.18	44.82
EL1/907	5	139	148	6	E	A	+1	-1460	37.19	62.81
EL1/907	6	149	141	7 x	S	6	-4	-1100	58.72	41.28
EL1/907	8	151	144	7 x	S	4	-4	-1100	58.72	41.28
JG2/920	1	159	157	5 x	S	2	-2	-500	94.82	5.18
JG2/920	2	153	154	4	E	A	+2	-680	92.23	7.77
JG2/920	3	161	156	5 x	S	6	-2	-500	94.82	5.18
JG2/920	4	158	152	7 x	S	A	-4	-1100	58.72	41.28
JG2/920	5	160	155	6	E	2	+1	-1460	37.19	62.81
JG4/917	1	169	167	5	E	A	+2	-710	78.34	21.66
JG4/917	2	163	164	7 x	E	A	=	-2470	1.64	98.36
JG4/917	3	171	166	4	E	A	+3	-710	78.34	21.66
JG4/917	4	168	162	6	E	A	+1	-1460	37.19	62.81
JG4/917	5	170	165	6	E	A	+1	-1460	37.19	62.81
KP/114	1	181	178	6	W	4	+1	-1460	37.19	62.81
KP/114	2	174	183	6	E	A	+1	-1460	37.19	62.81
KP/114	3	177	184	5 x	S	6	-2	-500	94.82	5.18
KP/114	4	172	179	4	E	K	+3	-710	78.34	21.66
KP/114	5	175	176	5 x	E	A	+2	-1250	56.68	43.32
KP/114	7	185	180	6	E	K	+1	-1460	37.19	62.81
KP/125	3	195	192	4	E	K	+3	-710	78.34	21.66
KP/125	4	188	197	6	E	A	+1	-1460	37.19	62.81
KP/125	5	191	198	5	E	K	+2	-710	78.34	21.66
KP/125	6	186	193	4	E	K	+3	-710	78.34	21.66
KP/125	7	189	190	6 x	E	A	+1	-1860	17.30	82.70
KP/125	8	196	187	5	E	A	+2	-710	78.34	21.66
KP/50	1	217	218	6	E	K	+1	-1460	37.19	62.81
KP/50	2	222	215	7	W	4	=	-2210	9.13	90.87
KP/50	3	213	216	6 x	S	6	-4	-1100	58.72	41.28
KP/50	4	201	205	7 x	S	A	-4	-1100	58.72	41.28
KP/50	5	209	210	6	W	4	+1	-1460	37.19	62.81
KP/50	6	206	204	5	E	K	+2	-710	78.34	21.66
KP/50	7	214	221	6	E	K	+1	-1460	37.19	62.81
KP/50	8	200	223	6	E	K	+1	-1460	37.19	62.81
KP/50	9	211	208	6	E	A	+1	-1460	37.19	62.81
KP/50	9	219	224	5 x	E	K	+1	-1050	60.22	39.78
KP/50	10	212	220	6	E	K	+1	-1460	37.19	62.81
KP/50	11	202	207	6 x	E	K	+1	-1860	17.30	82.70
LB/127	1	235	233	6	W	8	+1	-1460	37.19	62.81
LB/127	2	228	229	7	E	A	=	-2210	9.13	90.87
LB/127	3	232	236	4	E	K	+3	-710	78.34	21.66
LB/127	7	226	231	6	E	A	+1	-1460	37.19	62.81
LB/127	9	237	234	4	E	K	+1	-660	92.92	7.08
LB/127	10	227	230	6 x	E	J	+1	-1860	17.30	82.70
LB/146	4	240	249	4	E	A	+3	-710	78.34	21.66
LB/146	5	243	250	4	E	A	+3	-710	78.34	21.66
LB/146	9	251	246	6	E	K	=	-1430	55.18	44.82
LB/146	3	247	244	6	W	J	+1	-1460	37.19	62.81
LB/146	6	238	245	6	E	A	+1	-1460	37.19	62.81
LB/146	7	241	242	6	E	K	+1	-1460	37.19	62.81
LB/146	8	248	239	7	E	A	=	-2210	9.13	90.87
LB/149		261	258	4	E	A	+3	-710	78.34	21.66
LB/149		254	263	5	E	A	+2	-710	78.34	21.66
LB/149		257	264	5	E	A	+2	-710	78.34	21.66
LB/149		252	259	6	E	A	+1	-1460	37.19	62.81
LB/149		255	256	6 x	S	6	-3	-800	62.67	37.33
LB/149		262	253	6	E	A	+1	-1460	37.19	62.81
LB/149		265	260	4	E	A	+3	-710	78.34	21.66
LB/165	6	273	271	5 x	S	6	-2	-500	94.82	5.18
LB/165	4	270	268	6	W	8	+1	-1460	37.19	62.81
LB/165	2	269	272	6 x	W	4	+1	-1860	17.30	82.70
LB/165	5	267	266	7 x	E	K	=	-2470	1.64	98.36
LB/75	3	281	279	7	E	A	=	-2210	9.13	90.87
LB/75	4	275	276	6	E	A	+1	-1460	37.19	62.81
LB/75	5	283	278	6	E	A	+1	-1460	37.19	62.81
LB/75	6	280	274	6	E	A	+1	-1460	37.19	62.81
LD/48	3	291	289	6	W	4	+1	-1460	37.19	62.81
LD/48	4	285	286	6	E	A	+1	-1460	37.19	62.81
LD/48	5	293	288	7 x	S	6	-4	-1100	58.72	41.28
LD/48	6	290	284	6	W	4	+1	-1460	37.19	62.81
LD/48	7	292	287	6	W	4	+1	-1460	37.19	62.81
LD/92	1	301	299	7 x	S	6	-4	-1100	58.72	41.28
LD/92	2	295	296	6 x	E	A	+1	-1860	17.30	82.70
LD/92	4	300	294	6	W	4	+1	-1460	37.19	62.81
LD/92	5	302	297	6	W	Q	+1	-1470	19.75	80.25
LG4/903	1	311	309	5 x	E	K	+2	-1250	56.68	43.32
LG4/903	2	305	306	4	E	K	+3	-710	78.34	21.66
LG4/903	4	310	304	4	E	K	+3	-710	78.34	21.66
LG4/903	5	312	307	6	S	8	-3	-300	96.46	3.54
LU/145	1	317	320	4	E	A	+3	-710	78.34	21.66
LU/145	2	318	316	6	E	K	+1	-1460	37.19	62.81
LU/145	3	314	315	6	W	8	+1	-1460	37.19	62.81
LU/145	4	321	319	4	E	K	+2	-680	92.23	7.77
LU/150	1	331	329	5	E		+2	-710	78.34	21.66
LU/150	2	324	325	7	E		=	-2210	9.13	90.87
LU/150	3	328	332	5	E		+2	-710	78.34	21.66
LU/150	4	322	327	6	E		+1	-1460	37.19	62.81
LU/150	6	323	326	4	E		+2	-680	92.23	7.77
LU/90	2	338	336	6	E	A	+1	-1460	37.19	62.81
LU/90	3	334	335	6	E	A	+1	-1460	37.19	62.81
LU/90	4	341	339	5	E	A	+2	-710	78.34	21.66
MA/123	1	353	352	4	E	A	+3	-710	78.34	21.66
MA/123	2	344	349	6	E	A	+1	-1460	37.19	62.81
MA/123	3	348	350	6	E	A	+1	-1460	37.19	62.81
MA/123	4	343	346	6	E	A	+1	-1460	37.19	62.81
MA/123	5	345	356	6 x	S	3	-3	-800	62.67	37.33
MA/123	6	347	355	4	E	A	+3	-710	78.34	21.66
MA/123	7	351	342	7 x	E	A	=	-2470	1.64	98.36
MA/126	1	370	385	4	E	K	+3	-710	78.34	21.66
MA/126	2	369	381	6	W	4	+1	-1460	37.19	62.81
MA/126	3	368	379	6	E	A	+1	-1460	37.19	62.81
MA/126	4	367	377	4	E	A	+3	-710	78.34	21.66
MA/126	5	366	375	4	E	A	+3	-710	78.34	21.66
MA/126	6	365	373	6	E	5	+1	-1460	37.19	62.81
MA/126	7	364	372	6	E	A	+1	-1460	37.19	62.81
MA/126	8	363	384	6	E	A	+1	-1460	37.19	62.81
MA/126	9	362	382	5	E	A	+2	-710	78.34	21.66
MA/126	10	361	380	6 x	S	6	-3	-800	62.67	37.33
MA/126	11	378	360	5 x	S	6	-2	-500	94.82	5.18
MA/126	12	376	359	6 x	S	A	-2	-500	94.82	5.18
MA/126	13	374	358	7 x	W	8	=	-2470	1.64	98.36
	14	371	413	5 x	S	6	-2	-500	94.82	5.18
MA/126	1	398	412	7	E	A	=	-2210	9.13	90.87
MA/126	2	399	406	5	E	A	+2	-710	78.34	21.66
MA/126	3	393	404	5	E	K	+2	-710	78.34	21.66
MA/126	4	394	410	6	E	A	+1	-1460	37.19	62.81
MA/126	5	395	408	6	E	A	+1	-1460	37.19	62.81
MA/126	6	396	400	7	W	Q	=	-2210	9.13	90.87
MA/126	7	390	402	6	E	A	+1	-1460	37.19	62.81
MA/126	9	392	405	6 x	E	A	+1	-1860	17.30	82.70
MA/126	10	391	403	6	E	A	+1	-1460	37.19	62.81
MA/126	11	409	387	7	W	4	=	-2210	9.13	90.87
MA/126	12	407	386	6	E	A	+1	-1460	37.19	62.81
MA/126	13	401	388	7	E	A	=	-2210	9.13	90.87
MA/164	1	417	420	4	E		+3	-710	78.34	21.66
MA/164	2	418	416	6	E		+1	-1460	37.19	62.81
MA/164	3	415	414	4	E		+3	-710	78.34	21.66
MA/164	4	421	419	TD					60.00	0.00
MA/46	2	425	428	6	E	A	+1	-1460	37.19	62.81
MA/46	4	426	424	6	E	4	+1	-1460	37.19	62.81
MA/46	5	423	422	4	E	A	+3	-710	78.34	21.66
MA/46	6	429	427	6	E	6	+1	-1460	37.19	62.81
MA/62	1	453	456	5	E	A	+2	-710	78.34	21.66
MA/62	2	451	452	4	E	A	+3	-710	78.34	21.66
MA/62	3	449	448	6	E	A	+1	-1460	37.19	62.81
MA/62	4	447	443	4	E	A	+3	-710	78.34	21.66
MA/62	5	445	439	6 x	E	A	+1	-1860	17.30	82.70
MA/62	6	444	435	6	W	J	+1	-1460	37.19	62.81
MA/62	7	442	431	6	W	4	=	-1430	55.18	44.82
MA/62	8	440	458	4	E	K	+3	-710	78.34	21.66
MA/62	9	438	454	4 x	S	6	-1	-200	97.68	2.32
MA/62	10	436	450	4	E	A	+3	-710	78.34	21.66
MA/62	11	446	434	6 xx	E	A	+1	-2470	1.64	98.36
MA/62	12	441	432	7	E	5	=	-2210	9.13	90.87
MA/62	13	437	430	6	E	A	+1	-1460	37.19	62.81
MA/62	14	433	457	4	E	A	+3	-710	78.34	21.66
MA/62	15	459	455	7	E	A	=	-2210	9.13	90.87
MP/138	1	465	464	6	E	A	+1	-1460	37.19	62.81
MP/138	2	460	463	6 xx	E	A	+1	-2470	1.64	98.36
MP/138	3	461	462	4	E	A	+3	-710	78.34	21.66
MP/163	1	471	469					-710	78.34	21.66
MP/163	2	470	468					-1100	58.72	41.28
MP/163	3	466	467					-2210	9.13	90.87
MP/40	1	490	472	6 x	E	A	+1	-1860	17.30	82.70
MP/40	2	489	473	5 x	E	A	+2	-1250	56.68	43.32
MP/40	3	492	474	6	W	4	+1	-1460	37.19	62.81
MP/40	4	491	475	6	E	A	+1	-1460	37.19	62.81
MP/40	5	494	476	4	E	A	+3	-710	78.34	21.66
MP/40	6	493	477	7	E	A	=	-2210	9.13	90.87
MP/40	7	496	478	6	E	A	+1	-1460	37.19	62.81
MP/40	8	497	479	4	E	A	-4	400	99.32	0.68
MP/40	9	484	480	6	E	K	+1	-1460	37.19	62.81
MP/40	10	485	481	4	E	K	+3	-710	78.34	21.66
MP/40	11	486	482	4 x	S	6	-1	-200	97.68	2.32
MP/40	12	488	483	6 x	S	6	-3	-800	62.67	37.33
MP/45	1	503	502	4 x	S		+1	990	100.00	0.00
MP/45	2	498	501	6	W		+1	-1460	37.19	62.81
MP/45	3	499	500	7	W		=	-2210	9.13	90.87
PD/81	2	507	510	6	E	A	+1	-1460	37.19	62.81
PD/81	4	508	506	6	E	K	+1	-1460	37.19	62.81
PD/81	5	505	504	6	E	A	+1	-1460	37.19	62.81
PK/118	9	525	520	4	E	K	+3	-710	78.34	21.66
PK/118	8	522	513	7	W	J	=	-2210	9.13	90.87
PK/118	6	512	519	4	E	A	+3	-710	78.34	21.66
PK/118	5	517	524	6	W	7	+1	-1460	37.19	62.81
PK/118	4	514	523	4	E	A	+3	-710	78.34	21.66
PK/118	3	521	518	6	E	A	+1	-1460	37.19	62.81
PM/102	1	535	545	6	E	K	+1	-1460	37.19	62.81
PM/102	2	532	543	4	E	J	+3	-710	78.34	21.66
PM/102	3	550	541	5 x	S	5	-2	-500	94.82	5.18
PM/102	4	537	539	7	E	A	=	-2210	9.13	90.87
PM/102	5	534	538	6	E	K	+1	-1460	37.19	62.81
PM/102	7	528	546	4	E	K	+3	-710	78.34	21.66
PM/102	8	544	527	6 x	E	A	+1	-1860	17.30	82.70
PM/102	9	542	526	7	E	A	=	-2210	9.13	90.87
PM/102	10	540	552	7	W	4	=	-2210	9.13	90.87
PM/102	12	531	529	7	E	A	=	-2210	9.13	90.87
PM/102	13	549	553	6	E	A	+1	-1460	37.19	62.81
PM/102	14	554	536	6	E	K	+1	-1460	37.19	62.81
PM/102	15	555	533	6 x	N	A	-3	-800	62.67	37.33
PM/115	1	563	561	6	E	A	+1	-1460	37.19	62.81
PM/115	2	557	558	6	E	A	+1	-1460	37.19	62.81
PM/115	4	562	556	6	E	A	+1	-1460	37.19	62.81
PM/115	5	564	559	4	E	A	+3	-710	78.34	21.66
SZ2/910	1	573	571	6 x	S	6	-3	-800	62.67	37.33
SZ2/910	2	567	568	4	E	A	+3	-710	78.34	21.66
SZ2/910	3	575	570	6	W	Q	+1	-1460	37.19	62.81
SZ2/910	4	572	566	4 x	S	6	-1	-200	97.68	2.32
SZ2/910	5	574	569	6	E	A	+1	-1460	37.19	62.81
USA/130	0	579	582	5	E	A	+2	-710	78.34	21.66
USA/130	0	580	578	7	E	A	=	-2210	9.13	90.87
USA/130	0	577	576	5	E	K	+2	-710	78.34	21.66
USA/130	0	583	581	5	E	K	+2	-710	78.34	21.66
WM/122	2	589	602	4	E	K	+3	-710	78.34	21.66
WM/122	3	609	600	6	W	J	+1	-1460	37.19	62.81
WM/122	4	594	597	6	E	A	+1	-1460	37.19	62.81
WM/122	5	591	595	6 x	E	A	+1	-1860	17.30	82.70
WM/122	6	588	603	5	E	A	+2	-710	78.34	21.66
WM/122	7	586	601	6	E	A	+1	-1460	37.19	62.81
WM/122	8	599	585	6	E	A	+1	-1460	37.19	62.81
WM/122	9	598	584	6	E	A	+1	-1460	37.19	62.81
WM/122	10	596	587	6 x	S	5	-3	-800	62.67	37.33
WM/122	11	606	605	4	E	A	+3	-710	78.34	21.66
WM/122	12	607	611	4	E	A	+3	-710	78.34	21.66
WM/122	13	610	593	4	E	A	+3	-710	78.34	21.66
WM/122	14	608	590	6	E	A	+1	-1460	37.19	62.81
WM/128	1	615	618	6	W	4	+1	-1460	37.19	62.81
WM/128	2	616	614	6	E	A	+1	-1460	37.19	62.81
WM/128	3	613	612	6	W	4	+1	-1460	37.19	62.81
WM/128	4	619	617	6	W	Q	+1	-1460	37.19	62.81
WM/132	1	625	624					-1100	58.72	41.28
WM/132	2	620	623					-1100	58.72	41.28
WM/132	3	621	622					-2210	9.13	90.87
WM/140	1	631	630	7	W	4	=	-2210	9.13	90.87
WM/140	2	626	629	6 x	S	6	-3	-800	62.67	37.33
WM/140	3	627	628	6 xx	E	A	=	-2070	14.99	85.01
WM/241		635	638	6	E	A	+1	-1460	37.19	62.81
WM/241		636	634	6 x	S	A	-3	-800	62.67	37.33
WM/241		632	633	5 x	E	A	+2	-1250	56.68	43.32
WM/246	1	642	645	6 x	E	A	-1	200	98.91	1.09
WM/246	2	643	641	7	W	5	=	-2210	9.13	90.87
WM/246	3	639	640	7 x	E	A	=	-2470	1.64	98.36
WP/120	1	656	653					-710	78.34	21.66
WP/120	2	649	658					-710	78.34	21.66
WP/120	3	652	659					-2210	9.13	90.87
WP/120	4	647	654					-1460	37.19	62.81
WP/120	5	650	651					-800	62.67	37.33
WP/120	6	657	648					-710	78.34	21.66
WP/142	1	668	666	7	W	8	=	-2210	9.13	90.87
WP/142	2	662	663	6	W	8	+1	-1460	37.19	62.81
WP/142	4	667	661	4 x	S	6	-1	-200	97.68	2.32
WP/142	5	669	664	6	E	K	+1	-1460	37.19	62.81
WP/147	3	682	675	5	E	A	=	-650	93.19	6.81
WP/147	4	678	680	4	E	A	+3	-710	78.34	21.66
WP/147	8	681	685	5	E	K	+2	-710	78.34	21.66
WP/147	9	686	679	5	E	A	+2	-710	78.34	21.66
WP/147	7	684	676	6 x	S	6	-3	-800	62.67	37.33
WP/147	5	672	671	5 x	E	A	+2	-1250	56.68	43.32
WP/147	2	673	677	6	E	A	+1	-1460	37.19	62.81
WP/147	6	674	683	6	E	A	+1	-1460	37.19	62.81
WP/156	1	696	694	7 x	W	5	=	-2470	1.64	98.36
WP/156	2	689	690	5	W	A	+2	-710	78.34	21.66
WP/156	3	693	697	6	W	A	+1	-1460	37.19	62.81
WP/156	7	687	692	5	W	A	+2	-710	78.34	21.66
WP/156	9	698	695	6	E	4	+1	-1460	37.19	62.81
WP/156	10	688	691	5	W	4	-6	600	99.73	0.27
WP/244	9	699	707	6	E	A	+1	-1460	37.19	62.81
WP/244	8	701	700	4	E	K	+3	-710	78.34	21.66
WP/244	7	712	704	6 x	S	8	-2	-500	94.82	5.18
WP/244	6	713	709	6	E	A	+1	-1460	37.19	62.81
WP/244	5	706	708	7	E	A	=	-2210	9.13	90.87
WP/244	4	705	703	4	E	A	+3	-710	78.34	21.66
WP/244	3	711	710	6	E	A	+1	-1460	37.19	62.81
WP/244	2	702	715	7 x	E	6	=	-2470	1.64	98.36
WP/244	9	725	717	6 x	E	A	+1	-1860	17.30	82.70
WP/244	8	730	718	5	E	K	+2	-710	78.34	21.66
WP/244	7	720	734	6	E	A	+1	-1460	37.19	62.81
WP/244	6	722	737	6	E	A	+1	-1460	37.19	62.81
WP/244	5	724	719	4	W	Q	+3	-710	78.34	21.66
WP/244	4	726	723	6	E	K	+1	-1460	37.19	62.81
WP/244	3	731	727	6	E	A	-4	400	99.32	0.68
WP/244	2	729	728	6	E	A	+1	-1460	37.19	62.81
WP/244	1	735	732	6 x	S	6	-3	-800	62.67	37.33
WP/244	10	721	738	6	E	A	+1	-1460	37.19	62.81
ZA2/916		744	743	5	E	A	+2	-710	78.34	21.66
ZA2/916		739	742	5 x	S	6	-2	-500	94.82	5.18
ZA2/916		740	741	4	E	A	+3	-710	78.34	21.66
ZP/116	2	747	756					-1460	37.19	62.81
ZP/116	3	750	757					-710	78.34	21.66
ZP/116	4	745	752					-2210	9.13	90.87
ZP/116	5	748	749					-1860	17.30	82.70
ZP/116	6	755	746					-710	78.34	21.66
ZP/116	7	758	753					-1460	37.19	62.81
ZP/121	1	768	766	6	E		=	-1430	55.18	44.82
ZP/121	2	761	762	7 x	E		=	-2470	1.64	98.36
ZP/121	3	765	769	4	E		+3	-710	78.34	21.66
ZP/121	4	759	764	6	E		+1	-1460	37.19	62.81
ZP/121	6	760	763	7	E		=	-2210	9.13	90.87
ZP/215	1	774	777					-2210	9.13	90.87
ZP/215	2	775	773					-2210	9.13	90.87
ZP/215	3	772	771					-2210	9.13	90.87
ZP/255	1	790	781	6	E	A	+1	-1460	37.19	62.81
ZP/255	2	783	791	4	E	A	+3	-710	78.34	21.66
ZP/255	3	792	786	6 xx	E	A	+1	-2470	1.64	98.36
ZP/255	4	788	796	6	E	A	+1	-1460	37.19	62.81
ZP/255	5	780	793	6	E	A	+1	-1460	37.19	62.81
ZP/255	6	782	785	4 x	S	6	-1	-200	97.68	2.32
ZP/255	7	784	795	6 x	N	K	-3	-800	62.67	37.33
ZP/255	8	794	779	4	E	A	+3	-710	78.34	21.66
ZP/255	9	797	787	6 x	N	K	-3	-800	62.67	37.33
ZP/255	10	798	789	4	E	A	+3	-710	78.34	21.66