Turniej KMP na maksy

Poniedziałek, 11 stycznia 2016

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Rozdanie nr 15

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Rozdanie nr 15

J6

J1096

Q95

K975

985

875

K863

Q86

S/NS

AKQ42

KQ32

AJ

A3

1073

A4

10742

J1042

Liczba lew do wzięcia:


N	3	3	3	5	6		E	9	10	9	8	7
S	3	3	3	4	6		W	10	10	9	8	7

Minimax: 3

W, -430
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
200	1	4 W -4		1	100.00	0.00
150	5	6 E -3		5	99.07	0.93
100	16	2 W -2		1	95.80	4.20
		PASS		1
		4 E -2		3
		5 E -2		6
		6 E -2		5
50	74	2 E -1		1	81.83	18.17
		PASS		3
		4 E -1		56
		4 W -1		3
		5 E -1		4
		6 E -1		3
		3 E -1		2
		3 W -1		1
		4 E -1		1
-90	2	2 W =		2	70.03	29.97
-140	6	PASS		1	68.79	31.21
		1 E +2		1
		2 E +1		3
		3 W =		1
-150	2	PASS		1	67.55	32.45
-150	2	1 E +2		1	67.55	32.45
-170	19	PASS		1	64.28	35.72
		1 E +3		3
		2 E +2		12
		3 E +1		3
-200	4	1 E +4		2	60.71	39.29
-200	4	2 E +3		2	60.71	39.29
-210	4	1 E +4		4	59.47	40.53
-230	2	1 E +5		1	58.54	41.46
-230	2	2 E +4		1	58.54	41.46
-400	35	PASS		4	52.79	47.21
		3 E =		19
		3 W =		12
-420	79	4 E =		1	35.09	64.91
		4 W =		1
		PASS		5
		4 E =		70
		4 W =		2
-430	11	PASS		1	21.12	78.88
		3 E +1		8
		3 W +1		2
-450	45	PASS		1	12.42	87.58
		4 E +1		42
		5 E =		2
-460	13	3 E +2		9	3.42	96.58
-460	13	3 W +2		4	3.42	96.58
-490	2	3 E +3		2	1.09	98.91
-980	2	6 E =		2	0.47	99.53
-1100	1	3 x S -4		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		61	64	6	E	3	-2	100	95.80	4.20
BBO/999		67	4	4	E	7	-1	50	81.83	18.17
BBO/999		54	10	4	E	J	-1	50	81.83	18.17
BBO/999		65	6	4	E	J	-1	50	81.83	18.17
BBO/999		63	8	4	W	J	-1	50	81.83	18.17
BBO/999		26	19	3	W	J	-1	50	81.83	18.17
BBO/999		9	27	4	E	J	-1	50	81.83	18.17
BBO/999		32	50	4	E	J	-1	50	81.83	18.17
BBO/999		24	16	4	E	J	-1	50	81.83	18.17
BBO/999		22	17	4	E	7	-1	50	81.83	18.17
BBO/999		51	57	4	E	7	-1	50	81.83	18.17
BBO/999		37	38	4	E	J	-1	50	81.83	18.17
BBO/999		11	48	4	E	7	-1	50	81.83	18.17
BBO/999		44	43	4	E	7	-1	50	81.83	18.17
BBO/999		49	55	1	E	A	+4	-200	60.71	39.29
BBO/999		3	62	3	E	7	=	-400	52.79	47.21
BBO/999		30	25	3	W	J	=	-400	52.79	47.21
BBO/999		35	59	3	E	7	=	-400	52.79	47.21
BBO/999		15	42	3	E	7	=	-400	52.79	47.21
BBO/999		13	36	3	E	2	=	-400	52.79	47.21
BBO/999		41	68	4	E	A	=	-420	35.09	64.91
BBO/999		7	60	4	E	J	=	-420	35.09	64.91
BBO/999		28	23	4	E	7	=	-420	35.09	64.91
BBO/999		33	2	4	E	A	=	-420	35.09	64.91
BBO/999		45	34	4	E	A	=	-420	35.09	64.91
BBO/999		20	12	3	E	J	+1	-430	21.12	78.88
BBO/999		18	31	3	W	J	+1	-430	21.12	78.88
BBO/999		58	14	3	E	7	+1	-430	21.12	78.88
BBO/999		1	40	4	E	A	+1	-450	12.42	87.58
BBO/999		5	46	4	E	A	+1	-450	12.42	87.58
BBO/999		56	66	4	E	A	+1	-450	12.42	87.58
BBO/999		47	29	4	E	A	+1	-450	12.42	87.58
BBO/999		53	21	3	E	7	+2	-460	3.42	96.58
BBO/999		39	52	TD					50.00	50.00
BY4/921	1	80	74	4	E		=	-420	35.09	64.91
BY4/921	2	71	81	3	W		=	-400	52.79	47.21
BY4/921	3	82	77	3	W		=	-400	52.79	47.21
BY4/921	4	69	83	2	E		+1	-140	68.79	31.21
BY4/921	5	84	73	4	E		=	-420	35.09	64.91
BY4/921	6	75	78	3	E		=	-400	52.79	47.21
BY4/921	7	70	79	4	E		+1	-450	12.42	87.58
BY4/921	8	72	76	4	E		+1	-450	12.42	87.58
DS/144	5	98	89	4	E	A	+1	-450	12.42	87.58
DS/144	4	91	93	2	E	J	+2	-170	64.28	35.72
DS/144	3	95	85	4	E	A	+1	-450	12.42	87.58
DS/144	2	92	88	4	E	J	-1	50	81.83	18.17
DS/144	1	86	97	1	E	A	+5	-230	58.54	41.46
DS/144	11	94	96	3	E	2	+3	-490	1.09	98.91
DS/144	10	90	87	1	E	A	+4	-200	60.71	39.29
DS/67	1	112	117	1	E	7	+4	-210	59.47	40.53
DS/67	2	105	116	4	E	A	-1	50	81.83	18.17
DS/67	3	110	113	4	E	A	+1	-450	12.42	87.58
DS/67	4	109	108	3	E	J	+3	-490	1.09	98.91
DS/67	5	111	104	3	E	7	=	-400	52.79	47.21
DS/67	6	99	103	4	E	7	=	-420	35.09	64.91
DS/67	7	101	107	1	E	J	+2	-140	68.79	31.21
DS/67	8	118	106	3	E	7	+2	-460	3.42	96.58
DS/67	14	115	100	6	E	A	-1	50	81.83	18.17
DS/67	15	102	114	6	E	A	-2	100	95.80	4.20
DS/72	7	123	129	3	W	J	=	-400	52.79	47.21
DS/72	6	119	127	4	E	A	=	-420	35.09	64.91
DS/72	5	132	128	4	E	6	=	-420	35.09	64.91
DS/72	4	130	133	4	E	J	-1	50	81.83	18.17
DS/72	3	120	122	4	E	A	+1	-450	12.42	87.58
DS/72	1	131	121	4	E	A	+1	-450	12.42	87.58
DS/72	15	125	124	4	E	J	-1	50	81.83	18.17
EL1/907	2	141	152	4	E	A	+1	-450	12.42	87.58
EL1/907	3	146	149	4	E	A	=	-420	35.09	64.91
EL1/907	4	145	144	6	E	A	=	-980	0.47	99.53
EL1/907	5	147	140	3	E	2	=	-400	52.79	47.21
EL1/907	6	135	139	4	E	A	+1	-450	12.42	87.58
EL1/907	7	137	143	3	E	2	=	-400	52.79	47.21
EL1/907	8	154	142	4	E	3	=	-420	35.09	64.91
EL1/907	9	151	136	3	W	J	=	-140	68.79	31.21
EL1/907	10	138	150	4	E	J	-2	100	95.80	4.20
JG2/920	1	162	156	4	E	2	-1	50	81.83	18.17
JG2/920	3	163	155	2	E	A	+2	-170	64.28	35.72
JG2/920	4	160	158	5	E	2	-1	50	81.83	18.17
JG2/920	5	164	165	3	W	J	=	-400	52.79	47.21
JG2/920	6	157	161	2	E	4	+2	-170	64.28	35.72
JG4/917	1	168	173	1	E	2	+4	-210	59.47	40.53
JG4/917	2	171	172	4	E	A	=	-420	35.09	64.91
JG4/917	3	174	169	3	E	2	=	-400	52.79	47.21
JG4/917	4	167	170	2	W	J	=	-90	70.03	29.97
KP/114	1	176	187	4	W	J	=	-420	35.09	64.91
KP/114	2	182	178	4	E	2	-1	50	81.83	18.17
KP/114	4	181	183	3	E	J	+2	-460	3.42	96.58
KP/114	5	188	179	4	E	J	-1	50	81.83	18.17
KP/114	6	180	177	3	W	J	+2	-460	3.42	96.58
KP/114	7	184	186	3	W	J	=	-400	52.79	47.21
KP/125	3	196	190	3	E	T	=	-400	52.79	47.21
KP/125	5	200	193	4	E	A	=	-420	35.09	64.91
KP/125	6	197	189	4	E	A	=	-420	35.09	64.91
KP/125	8	194	192	4	E	A	=	-420	35.09	64.91
KP/125	9	198	199	4	E	A	=	-420	35.09	64.91
KP/125	10	191	195	4	E	A	+1	-450	12.42	87.58
KP/50	1	209	215	4	E	J	-1	50	81.83	18.17
KP/50	2	211	203	3	W	6	=	-400	52.79	47.21
KP/50	3	202	217	2	E	A	+2	-170	64.28	35.72
KP/50	4	216	208	5	E	A	=	-450	12.42	87.58
KP/50	5	219	205	4	E	A	=	-420	35.09	64.91
KP/50	8	212	210	4	E	7	+1	-450	12.42	87.58
KP/50	9	201	213	3	W	9	+2	-460	3.42	96.58
KP/50	10	214	204	4	E	J	-1	50	81.83	18.17
KP/50	11	206	218	4	E	A	=	-420	35.09	64.91
LB/127	1	222	227	4	E	A	+1	-450	12.42	87.58
LB/127	2	226	225	1	E	J	+3	-170	64.28	35.72
LB/127	6	221	224	4	E	A	=	-420	35.09	64.91
LB/146	10	234	231	4	E	3	-1	50	81.83	18.17
LB/146	2	236	232	1	E	7	+4	-210	59.47	40.53
LB/146	4	235	237	4	E	A	=	-420	35.09	64.91
LB/146	5	242	233	4	E	A	=	-420	35.09	64.91
LB/146	3	239	229	4	E	A	+1	-450	12.42	87.58
LB/146	11	238	240	3 x	S	A	-4	-1100	0.00	100.00
LB/149		244	255	4	E	J	-1	50	81.83	18.17
LB/149		250	246	4	E	10	-1	50	81.83	18.17
LB/149		253	243	6	E	A	=	-980	0.47	99.53
LB/149		249	251	4	E	A	=	-420	35.09	64.91
LB/149		256	247	4	E	A	=	-420	35.09	64.91
LB/149		248	245	4	E	A	+1	-450	12.42	87.58
LB/149		252	254	4	E	J	-1	50	81.83	18.17
LB/165	6	257	260	2	E	A	+3	-200	60.71	39.29
LB/165	1	258	263	4	E	A	=	-420	35.09	64.91
LB/165	2	262	261	4	E	J	=	-420	35.09	64.91
LB/75	1	272	273	4	E	J	-1	50	81.83	18.17
LB/75	2	274	266	2	E	A	+2	-170	64.28	35.72
LB/75	4	270	265	4	W	J	-4	200	100.00	0.00
LB/75	9	269	267	4	E	A	=	-420	35.09	64.91
LD/48	3	282	276	4	E	A	=	-420	35.09	64.91
LD/48	5	286	279	4	E	A	+1	-450	12.42	87.58
LD/48	6	283	275	5	E	7	-1	50	81.83	18.17
LD/48	8	280	278	3	E	A	+2	-460	3.42	96.58
LD/48	9	284	285	4	E	A	=	-420	35.09	64.91
LD/48	10	277	281	4	E	A	=	-420	35.09	64.91
LD/92	1	288	293	4	E	A	+1	-450	12.42	87.58
LD/92	2	291	292	4	E	A	+1	-450	12.42	87.58
LD/92	3	294	289	3	W	J	=	-400	52.79	47.21
LD/92	4	287	290	6	E	J	-2	100	95.80	4.20
LG4/903	2	304	296	4	E	A	+1	-450	12.42	87.58
LG4/903	3	298	301	3	E	7	+1	-170	64.28	35.72
LG4/903	4	300	295	3	E	T	+2	-460	3.42	96.58
LG4/903	5	299	297	4	E	A	+1	-450	12.42	87.58
LU/145	1	306	311	2	E	A	+2	-170	64.28	35.72
LU/145	2	309	310	4	E	J	-2	100	95.80	4.20
LU/145	3	312	307	5	E	J	-2	100	95.80	4.20
LU/145	4	305	308	4	E	A	+1	-450	12.42	87.58
LU/90	1	314	319	3	E	2	+2	-460	3.42	96.58
LU/90	2	317	318	4	E	A	+1	-450	12.42	87.58
LU/90	3	320	315	2	E	A	+2	-170	64.28	35.72
MA/123	1	322	333	2	E	J	+1	-140	68.79	31.21
MA/123	2	328	324	3	E	J	=	-400	52.79	47.21
MA/123	3	331	321	3	W	J	+1	-430	21.12	78.88
MA/123	4	327	329	4	E	A	=	-420	35.09	64.91
MA/123	5	334	325	1	E	A	+3	-170	64.28	35.72
MA/123	6	326	323	3	E	2	=	-400	52.79	47.21
MA/123	7	330	332	4	E	4	=	-420	35.09	64.91
MA/126	1	347	363	4	E	J	=	-420	35.09	64.91
MA/126	2	346	361	4	E	A	=	-420	35.09	64.91
MA/126	3	344	359	4	E	J	=	-420	35.09	64.91
MA/126	4	342	357	4	E	J	-1	50	81.83	18.17
MA/126	5	340	367	3	E	2	+2	-460	3.42	96.58
MA/126	6	338	369	4	E	2	-1	50	81.83	18.17
MA/126	7	337	364	3	W	J	=	-400	52.79	47.21
MA/126	8	336	362	4	E	5	-1	50	81.83	18.17
MA/126	9	354	360	4	E	J	-1	50	81.83	18.17
MA/126	10	353	358	4	E	J	=	-420	35.09	64.91
MA/126	11	356	352	4	E	A	=	-420	35.09	64.91
MA/126	12	355	351	4	E	J	-1	50	81.83	18.17
MA/126	14	368	349	3	E	J	-1	50	81.83	18.17
MA/126	15	365	348	3	W	5	+2	-460	3.42	96.58
MA/126	1	374	345	4	E	J	-1	50	81.83	18.17
MA/126	2	343	378	3	E	2	=	-400	52.79	47.21
MA/126	3	341	373	4	E	7	=	-420	35.09	64.91
MA/126	4	370	375	4	E	J	=	-420	35.09	64.91
MA/126	5	380	376	2	W	T	-2	100	95.80	4.20
MA/126	6	379	371	3	E	2	+2	-460	3.42	96.58
MA/126	7	372	377	4	E	7	-1	50	81.83	18.17
MA/126	8	335	339	6	E	A	-1	50	81.83	18.17
MA/164	1	386	383	4	E		=	-420	35.09	64.91
MA/164	2	384	382	4	E		-1	50	81.83	18.17
MA/164	3	385	381	4	E		=	-420	35.09	64.91
MA/46	1	388	393	3	E	J	=	-400	52.79	47.21
MA/46	2	392	391	4	E	3	=	-420	35.09	64.91
MA/46	6	387	390	4	E	A	=	-420	35.09	64.91
MA/62	1	409	411	4	E	J	-1	50	81.83	18.17
MA/62	1	422	425	3	E	6	+1	-430	21.12	78.88
MA/62	2	413	398	4	E	J	-1	50	81.83	18.17
MA/62	3	405	399	4	E	A	=	-420	35.09	64.91
MA/62	3	423	417	4	E	A	=	-420	35.09	64.91
MA/62	4	404	397	4	E	A	=	-420	35.09	64.91
MA/62	4	421	420	5	E	J	-2	100	95.80	4.20
MA/62	5	408	403	3	E	A	+1	-430	21.12	78.88
MA/62	5	412	416	4	E	J	-1	50	81.83	18.17
MA/62	6	401	396	4	E	A	=	-420	35.09	64.91
MA/62	6	426	418	5	E	J	-2	100	95.80	4.20
MA/62	7	410	400	4	E	J	-1	50	81.83	18.17
MA/62	7	415	414	4	E	A	+1	-450	12.42	87.58
MA/62	8	395	406	2	E	7	-1	50	81.83	18.17
MA/62	15	402	407	4	E	A	=	-420	35.09	64.91
MA/62	15	427	419	4	E	J	-1	50	81.83	18.17
MP/138	1	434	431	5	E	A	-1	50	81.83	18.17
MP/138	2	432	430	6	E	7	-3	150	99.07	0.93
MP/138	3	433	429	4	E	A	=	-420	35.09	64.91
MP/40	1	442	454	3	E	J	+1	-170	64.28	35.72
MP/40	2	457	455	4	W	J	-1	50	81.83	18.17
MP/40	3	437	452	4	E	J	-1	50	81.83	18.17
MP/40	4	445	453	4	E	3	-1	50	81.83	18.17
MP/40	5	438	447	4	E	J	-1	50	81.83	18.17
MP/40	6	456	440	2	E	A	+4	-230	58.54	41.46
MP/40	7	436	446	3	E	J	=	-400	52.79	47.21
MP/40	8	435	449	4	E	2	-1	50	81.83	18.17
MP/40	10	451	458	4	E	7	=	-420	35.09	64.91
MP/40	11	439	448	4	E	J	-1	50	81.83	18.17
MP/40	12	444	450	4	E	3	=	-420	35.09	64.91
MP/40	13	443	441	5	E	J	-2	100	95.80	4.20
MP/45	1	466	463	4	E		=	-420	35.09	64.91
MP/45	2	464	462	4	E		=	-420	35.09	64.91
MP/45	3	465	461	4	E		-1	50	81.83	18.17
PK/118	4	482	474	4	E	J	-1	50	81.83	18.17
PK/118	3	468	483	6	E	7	-3	150	99.07	0.93
PK/118	2	477	469	3	E	J	+2	-460	3.42	96.58
PK/118	1	475	481	4	E	A	+1	-450	12.42	87.58
PK/118	11	472	473	6	E	J	-3	150	99.07	0.93
PK/118	10	480	470	4	E	A	+1	-450	12.42	87.58
PK/118	9	467	479	4	E	A	+1	-450	12.42	87.58
PK/118	8	478	476	4	E	3	-1	50	81.83	18.17
PM/102	5	485	506	4	E	J	-1	50	81.83	18.17
PM/102	4	486	508	4	E	A	+1	-450	12.42	87.58
PM/102	3	487	498	TD					50.00	50.00
PM/102	2	488	499	4	E	8	+1	-450	12.42	87.58
PM/102	1	489	501	3	E	2	+1	-170	64.28	35.72
PM/102	10	505	491	4	E	7	=	-420	35.09	64.91
PM/102	9	507	493	3	W	J	=	-400	52.79	47.21
PM/102	8	500	497	3	W	J	+2	-460	3.42	96.58
PM/102	7	495	502	4	E	7	-1	50	81.83	18.17
PM/102	6	496	504	3	W	J	=	-400	52.79	47.21
PM/102	8	492	494	2	E	7	+1	-140	68.79	31.21
SZ2/910	1	516	510	3	E	T	-1	50	81.83	18.17
SZ2/910	3	517	509	4	E	A	+1	-450	12.42	87.58
SZ2/910	4	514	512	4	E	A	=	-420	35.09	64.91
SZ2/910	5	518	519	4	E	J	-2	100	95.80	4.20
SZ2/910	6	511	515	4	E	A	=	-420	35.09	64.91
USA/130	0	523	526	4	E	A	=	-420	35.09	64.91
USA/130	0	525	529	3	E	X	=	-400	52.79	47.21
USA/130	0	524	522	2	E	A	+2	-170	64.28	35.72
USA/130	0	527	528	5	E	A	-1	50	81.83	18.17
WM/122	2	533	543	4	W	J	=	-420	35.09	64.91
WM/122	3	532	541	4	W	J	=	-420	35.09	64.91
WM/122	4	531	549	4	E	A	+1	-450	12.42	87.58
WM/122	5	530	547	2	E	A	+2	-170	64.28	35.72
WM/122	6	551	545	3	E	T	+1	-430	21.12	78.88
WM/122	7	538	544	6	E	J	-3	150	99.07	0.93
WM/122	8	542	535	2	E	A	+2	-170	64.28	35.72
WM/122	9	552	555	6	E	A	-2	100	95.80	4.20
WM/122	10	550	540	4	E	3	=	-420	35.09	64.91
WM/122	11	548	537	4	W	J	-1	50	81.83	18.17
WM/122	12	553	559	5	E	J	-2	100	95.80	4.20
WM/122	13	539	558	4	E	J	-1	50	81.83	18.17
WM/122	14	536	556	4	E	J	-1	50	81.83	18.17
WM/122	15	557	554	3	E	7	+1	-430	21.12	78.88
WM/128	1	567	568	2	E		+3	-200	60.71	39.29
WM/128	3	563	566	4	E		=	-420	35.09	64.91
WM/128	4	565	560	4	E		+1	-450	12.42	87.58
WM/128	5	564	562	1	E		+2	-150	67.55	32.45
WM/132	1	575	572					-140	68.79	31.21
WM/132	2	573	571					-430	21.12	78.88
WM/132	3	574	570					-420	35.09	64.91
WM/241		577	582	4	E	J	+1	-450	12.42	87.58
WM/241		580	581	4	E	J	-1	50	81.83	18.17
WM/241		576	579	3	E	J	=	-400	52.79	47.21
WM/246	1	584	589	4	E	A	=	-420	35.09	64.91
WM/246	2	587	588	2	E	A	+2	-170	64.28	35.72
WM/246	4	583	586	4	E	2	-1	50	81.83	18.17
WP/120	1	598	592					-400	52.79	47.21
WP/120	3	599	591					-400	52.79	47.21
WP/120	4	596	594					50	81.83	18.17
WP/120	5	600	601					-450	12.42	87.58
WP/120	6	593	597					100	95.80	4.20
WP/142	1	610	611	4	E	A	=	-420	35.09	64.91
WP/142	2	612	604	1	E	A	+3	-170	64.28	35.72
WP/142	3	606	609	3	E	A	+1	-430	21.12	78.88
WP/142	4	608	603	4	E	A	=	-420	35.09	64.91
WP/142	5	607	605	4	E	A	=	-420	35.09	64.91
WP/147	2	623	615	5	E	J	-2	100	95.80	4.20
WP/147	8	624	622	6	E	A	-2	100	95.80	4.20
WP/147	1	621	627	4	E	J	-1	50	81.83	18.17
WP/147	4	628	620	4	E	J	-1	50	81.83	18.17
WP/147	3	614	629	4	E	J	=	-420	35.09	64.91
WP/147	10	626	616	4	E	J	=	-420	35.09	64.91
WP/147	5	630	617	4	E	A	+1	-450	12.42	87.58
WP/147	9	613	625	4	E	A	+1	-450	12.42	87.58
WP/147	11	618	619	4	E	A	+1	-450	12.42	87.58
WP/156	1	638	639	2	E	7	+2	-170	64.28	35.72
WP/156	2	640	632	2	W	4	=	-90	70.03	29.97
WP/156	3	634	637	4	E	A	+1	-450	12.42	87.58
WP/156	4	636	631	4	E	A	=	-420	35.09	64.91
WP/156	9	635	633	3	E	W	=	-400	52.79	47.21
WP/30	4	647	645	4	E	A	+1	-450	12.42	87.58
WP/30	3	651	642	3	W	7	=	-400	52.79	47.21
WP/30	2	653	643	4	E	J	-1	50	81.83	18.17
WP/30	1	649	650	3	E	J	=	-400	52.79	47.21
WP/30	10	644	648	4	E	J	-1	50	81.83	18.17
WP/30	5	655	664	5	E	A	=	-450	12.42	87.58
WP/30	4	668	659	3	E	7	+1	-430	21.12	78.88
WP/30	3	658	667	4	E	A	=	-420	35.09	64.91
WP/30	2	661	663	4	E	3	=	-420	35.09	64.91
WP/30	1	662	665	4	E	7	=	-420	35.09	64.91
WP/30	10	669	657	4	E	A	=	-420	35.09	64.91
WP/30	9	660	666	4	E	A	+1	-450	12.42	87.58
ZA2/916		672	677	4	E	A	+1	-450	12.42	87.58
ZA2/916		676	675	4	E	7	-1	50	81.83	18.17
ZA2/916		671	674	6	E	A	-1	50	81.83	18.17
ZP/116	1	679	690					-400	52.79	47.21
ZP/116	2	685	681					-420	35.09	64.91
ZP/116	3	688	678					50	81.83	18.17
ZP/116	4	684	686					-420	35.09	64.91
ZP/116	6	683	680					-420	35.09	64.91
ZP/116	7	687	689					50	81.83	18.17
ZP/121	1	693	698	6	E		-3	150	99.07	0.93
ZP/121	2	697	696	1	E		+4	-210	59.47	40.53
ZP/121	4	692	695	4	E		=	-420	35.09	64.91
ZP/215	1	707	708					-400	52.79	47.21
ZP/215	3	703	706					-420	35.09	64.91
ZP/215	4	705	700					-150	67.55	32.45
ZP/215	5	704	702					-170	64.28	35.72