Turniej KMP na maksy

Poniedziałek, 10 października 2016

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Rozdanie nr 2

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Rozdanie nr 2

K9743

K105

J9

J52

A

J6432

Q742

K93

E/NS

Q8652

AQ98

105

76

J10

7

AK863

AQ1084

Liczba lew do wzięcia:


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

Minimax: 2

W, -140
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
730	1	3 x N =		1	100.00	0.00
670	1	3 x N =		1	99.70	0.30
300	2	5 x W -2		1	99.26	0.74
300	2	?		1	99.26	0.74
140	1	2 N +1		1	98.81	1.19
130	4	2 S +2		2	98.07	1.93
		4 S =		1
		?		1
110	29	2 S +1		6	93.17	6.83
		3 S =		15
		2 S +1		1
		3 S =		2
		?		5
100	6	4 x W -1		2	87.98	12.02
100	6	?		4	87.98	12.02
90	25	2 S =		21	83.38	16.62
		2 S =		1
		?		3
50	10	3 W -1		5	78.19	21.81
50	10	4 W -1		5	78.19	21.81
0	1	?		1	76.56	23.44
-100	61	2 S -1		7	67.36	32.64
		3 N -1		1
		3 S -1		18
		4 N -1		2
		4 S -1		7
		2 S -1		3
		3 S -1		2
		2 N -1		5
		3 N -1		1
		2 N -1		1
		3 N -1		6
		?		8
-140	35	2 E +1		2	53.12	46.88
		2 W +1		3
		3 W =		28
		3 W =		1
		?		1
-170	1	3 W +1		1	47.77	52.23
-200	67	3 S -2		7	37.69	62.31
		4 N -2		2
		4 S -2		8
		5 N -2		1
		5 S -2		2
		2 S -2		1
		4 x S -1		1
		4 N -2		1
		4 S -2		1
		5 N -2		1
		5 S -2		1
		2 N -2		5
		3 x N -1		1
		3 N -2		13
		4 N -2		1
		3 N -2		15
		3 S -2		1
		?		5
-300	40	3 S -3		1	21.81	78.19
		4 S -3		2
		5 N -3		1
		5 S -3		6
		6 N -3		1
		3 S -3		2
		2 N -3		2
		3 N -3		5
		3 S -3		1
		4 N -3		6
		3 N -3		8
		?		5
-400	15	5 S -4		1	13.65	86.35
		4 S -4		1
		3 N -4		1
		4 N -4		6
		3 N -4		4
		3 S -4		1
		?		1
-420	1	4 W =		1	11.28	88.72
-500	5	4 x N -2		1	10.39	89.61
		5 x S -2		1
		4 N -5		2
		?		1
-530	17	3 x E =		1	7.12	92.88
		3 x W =		14
		?		2
-590	2	4 x W =		2	4.31	95.69
-800	10	4 x S -3		1	2.52	97.48
		5 x S -3		4
		4 x N -3		4
		?		1
-1100	4	5 x S -4		1	0.45	99.55
		3 x N -4		1
		4 x N -4		2
	4	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		27	17	2	S		=	90	83.38	16.62
BBO/999		3	6	2	S		=	90	83.38	16.62
BBO/999		5	8	2	S		=	90	83.38	16.62
BBO/999		53	52	2	S		=	90	83.38	16.62
BBO/999		45	44	2	S		=	90	83.38	16.62
BBO/999		29	37	2	S		=	90	83.38	16.62
BBO/999		34	31	3	W		-1	50	78.19	21.81
BBO/999		47	10	2	S		-1	-100	67.36	32.64
BBO/999		30	28	3	S		-1	-100	67.36	32.64
BBO/999		41	40	4	S		-1	-100	67.36	32.64
BBO/999		1	4	3	N		-1	-100	67.36	32.64
BBO/999		51	50	3	W		=	-140	53.12	46.88
BBO/999		18	19	3	W		=	-140	53.12	46.88
BBO/999		7	20	3	W		=	-140	53.12	46.88
BBO/999		15	2	3	W		=	-140	53.12	46.88
BBO/999		9	12	3	W		=	-140	53.12	46.88
BBO/999		32	46	4	S		-2	-200	37.69	62.31
BBO/999		23	24	3	S		-2	-200	37.69	62.31
BBO/999		38	35	3	N		-2	-200	37.69	62.31
BBO/999		49	48	3	N		-2	-200	37.69	62.31
BBO/999		21	22	3	N		-2	-200	37.69	62.31
BBO/999		36	33	4	N		-3	-300	21.81	78.19
BBO/999		11	14	4	N		-4	-400	13.65	86.35
BBO/999		25	26	3 x	W		=	-530	7.12	92.88
BBO/999		13	16	3 x	W		=	-530	7.12	92.88
BBO/999		39	54	3 x	W		=	-530	7.12	92.88
BBO/999		43	42	3 x	W		=	-530	7.12	92.88
BY4/921	1	74	55	2	S		=	90	83.38	16.62
BY4/921	3	66	70	4	S		-1	-100	67.36	32.64
BY4/921	4	61	73	4	W		=	-420	11.28	88.72
BY4/921	5	69	72	3	S		-1	-100	67.36	32.64
BY4/921	6	59	62	3	W		=	-140	53.12	46.88
BY4/921	7	58	57	5	N		-3	-300	21.81	78.19
BY4/921	8	60	68	3	N		-1	-100	67.36	32.64
BY4/921	9	63	67	3	N		-2	-200	37.69	62.31
BY4/921	10	65	56	3	N		-2	-200	37.69	62.31
DS/144	1	82	75					-200	37.69	62.31
DS/144	2	80	76					-300	21.81	78.19
DS/144	3	81	79					110	93.17	6.83
DS/144	4	77	78					110	93.17	6.83
DS/67	1	100	83	5	S	A	-2	-200	37.69	62.31
DS/67	8	92	88	3	W	J	=	-140	53.12	46.88
DS/67	9	97	99	3	N	9	-3	-300	21.81	78.19
DS/67	10	89	95	3 x	W	J	=	-530	7.12	92.88
DS/67	11	98	85	3	S	A	-1	-100	67.36	32.64
DS/67	12	84	87	5	S	A	-2	-200	37.69	62.31
DS/67	13	94	96	3	N	9	-2	-200	37.69	62.31
DS/67	14	90	91	2	S	A	+1	110	93.17	6.83
DS/67	15	93	86	3	W	J	=	-140	53.12	46.88
EL1/907	2	102	110	3	N	A	-3	-300	21.81	78.19
EL1/907	3	106	112	3 x	W	J	=	-530	7.12	92.88
EL1/907	4	109	113					0	76.56	23.44
EL1/907	5	104	111	3	S	4	=	110	93.17	6.83
EL1/907	6	107	108	3	N	6	-2	-200	37.69	62.31
EL1/907	7	103	105	2	S	2	=	90	83.38	16.62
JG2/920	1	117	121	4	N	2	-4	-400	13.65	86.35
JG2/920	2	116	123	3	N	2	-1	-100	67.36	32.64
JG2/920	3	119	120	3	N	2	-3	-300	21.81	78.19
JG2/920	5	115	118	4 x	N	2	-4	-1100	0.45	99.55
JG4/917	1	127	131	3	N	9	-2	-200	37.69	62.31
JG4/917	2	126	133	3	N	5	-3	-300	21.81	78.19
JG4/917	3	129	130	2	S	A	=	90	83.38	16.62
JG4/917	5	125	128	3	S	3	=	110	93.17	6.83
KP/114	1	148	135	2	S	A	-1	-100	67.36	32.64
KP/114	2	136	144	3	S	A	-1	-100	67.36	32.64
KP/114	3	140	146	2	S	3	+1	110	93.17	6.83
KP/114	4	143	147	5 x	S	3	-4	-1100	0.45	99.55
KP/114	6	141	142	3	S	A	-1	-100	67.36	32.64
KP/114	7	137	139	3	N	T	-4	-400	13.65	86.35
KP/125	1	162	149	3	S	6	-2	-200	37.69	62.31
KP/125	6	150	158	3 x	W	9	=	-530	7.12	92.88
KP/125	7	154	160	3	S	A	-2	-200	37.69	62.31
KP/125	8	157	161	3	S	A	-1	-100	67.36	32.64
KP/125	9	152	159	4	S	6	-1	-100	67.36	32.64
KP/125	10	155	156	3	S	A	-1	-100	67.36	32.64
KP/125	11	151	153	3	S	3	=	110	93.17	6.83
KP/50	1	181	163	2	S	4	+1	110	93.17	6.83
KP/50	11	178	166	4	S	A	-2	-200	37.69	62.31
KP/50	10	171	179	3	W	J	=	-140	53.12	46.88
KP/50	9	169	172	4	S	A	-3	-300	21.81	78.19
KP/50	8	167	177	3	N	6	-2	-200	37.69	62.31
KP/50	7	164	180	5	N	6	-2	-200	37.69	62.31
KP/50	6	176	173	5 x	W	J	-2	300	99.26	0.74
KP/50	5	170	175	3	N	7	-1	-100	67.36	32.64
KP/50	4	174	168	4	N	A	-2	-200	37.69	62.31
KP/50	7	182	165	2	S	6	-1	-100	67.36	32.64
LB/127	1	190	183	4 x	W	J	-1	100	87.98	12.02
LB/127	4	188	184	3	W	J	=	-140	53.12	46.88
LB/127	6	189	187	3	W	J	=	-140	53.12	46.88
LB/127	7	186	185	3	S	6	=	110	93.17	6.83
LB/149		202	196	2	S	3	-1	-100	67.36	32.64
LB/149		198	203	3	N	8	-3	-300	21.81	78.19
LB/149		204	201	4 x	W	J	-1	100	87.98	12.02
LB/149		192	193	2	S	A	=	90	83.38	16.62
LB/149		195	205	3	N	8	-2	-200	37.69	62.31
LB/149		197	200	3	W	J	=	-140	53.12	46.88
LB/149		199	207	3	W	J	=	-140	53.12	46.88
LB/149		206	194	3	S	3	=	110	93.17	6.83
LB/165	1	215	208	4	N	A	-2	-200	37.69	62.31
LB/165	4	213	209	3	S	A	-1	-100	67.36	32.64
LB/165	6	214	212	2	S	A	=	90	83.38	16.62
LB/165	7	211	210	3 x	E	J	=	-530	7.12	92.88
LB/263	1	227	216	2	S	3	+1	110	93.17	6.83
LB/263	2	220	223	3	W	J	=	-140	53.12	46.88
LB/263	5	221	222	3	W	J	=	-140	53.12	46.88
LB/263	10	219	224	3	W	J	=	-140	53.12	46.88
LB/263	4	217	226	3	S	6	-2	-200	37.69	62.31
LB/263	6	225	218	5	S	A	-3	-300	21.81	78.19
LB/265	1	241	228	3	N	A	-2	-200	37.69	62.31
LB/265	6	229	237	3	N	7	-2	-200	37.69	62.31
LB/265	7	233	239	3	S	A	-2	-200	37.69	62.31
LB/265	8	236	240	3	S	A	=	110	93.17	6.83
LB/265	9	231	238	4	S	2	-2	-200	37.69	62.31
LB/265	10	234	235	4	N	A	-1	-100	67.36	32.64
LB/265	11	230	232	4	S	A	-1	-100	67.36	32.64
LD/48	1	257	242	3	N	5	-2	-200	37.69	62.31
LD/48	5	247	251	3	N	A	-2	-200	37.69	62.31
LD/48	6	253	249	4 x	N	A	-4	-1100	0.45	99.55
LD/48	7	252	243	3	W	J	-1	50	78.19	21.81
LD/48	8	246	245	2	S	A	-1	-100	67.36	32.64
LD/48	9	248	254	3	S	A	-3	-300	21.81	78.19
LD/48	10	255	250	5	S	A	-3	-300	21.81	78.19
LD/48	11	244	256	3	S	2	=	110	93.17	6.83
LD/92	1	258	263	3	S	A	=	110	93.17	6.83
LD/92	2	259	262	3	S	3	-1	-100	67.36	32.64
LD/92	3	260	261	3	S	4	-1	-100	67.36	32.64
LG4/903	2	268	271	3	W	J	=	-140	53.12	46.88
LG4/903	3	265	274	3	N	9	-2	-200	37.69	62.31
LG4/903	4	269	270	4	N	A	-4	-400	13.65	86.35
LG4/903	5	273	266	2	S	A	-1	-100	67.36	32.64
LG4/903	6	267	272	2	S	A	=	90	83.38	16.62
LU/145	1	278	282	4	S	A	-2	-200	37.69	62.31
LU/145	2	277	284	3	W	J	=	-140	53.12	46.88
LU/145	4	285	283	4 x	S	J	-3	-800	2.52	97.48
LU/145	5	276	279	3	S	2	-3	-300	21.81	78.19
LU/150	1	293	286	2	N		-1	-100	67.36	32.64
LU/150	2	291	287	2	S		=	90	83.38	16.62
LU/150	4	288	289	5	S		-3	-300	21.81	78.19
LU/90	1	299	294	2	S	A	=	90	83.38	16.62
LU/90	2	295	298	3	N	T	-4	-400	13.65	86.35
LU/90	3	296	297	3	S	A	=	110	93.17	6.83
MA/123	1	311	300	4 x	N	5	-2	-500	10.39	89.61
MA/123	2	304	307	2	S	A	-1	-100	67.36	32.64
MA/123	3	301	310	4 x	W	J	=	-590	4.31	95.69
MA/123	4	305	306	3 x	N	2	-4	-1100	0.45	99.55
MA/123	5	309	302	3	N	A	-2	-200	37.69	62.31
MA/123	6	303	308	3	S	3	-1	-100	67.36	32.64
MA/126	1	314	331	2	S	A	=	90	83.38	16.62
MA/126	2	330	341	3	W	J	+1	-170	47.77	52.23
MA/126	3	329	339	3	N	2	-2	-200	37.69	62.31
MA/126	4	328	337	2	S	7	=	90	83.38	16.62
MA/126	5	327	335	3	N	T	-2	-200	37.69	62.31
MA/126	6	326	333	TD					0.00	50.00
MA/126	7	324	340	2	S	A	=	90	83.38	16.62
MA/126	8	338	322	3	S	6	-1	-100	67.36	32.64
MA/126	9	336	320	3	N	8	-1	-100	67.36	32.64
MA/126	10	334	318	3	N	9	-2	-200	37.69	62.31
MA/126	1	344	355	2	S	7	=	90	83.38	16.62
MA/126	2	349	315	3	N	T	-2	-200	37.69	62.31
MA/126	3	350	312	5	S	A	-3	-300	21.81	78.19
MA/126	4	351	323	2	W	J	+1	-140	53.12	46.88
MA/126	5	352	319	2	S	4	+2	130	98.07	1.93
MA/126	6	346	354	2	S	A	=	90	83.38	16.62
MA/126	7	345	317	3	N	6	-4	-400	13.65	86.35
MA/126	8	313	348	2	N	T	-2	-200	37.69	62.31
MA/126	9	325	347	4	S	6	-3	-300	21.81	78.19
MA/126	10	321	343	2	N	2	-3	-300	21.81	78.19
MA/164	1	363	356	4	N		-3	-300	21.81	78.19
MA/164	2	361	357	2	S		+1	110	93.17	6.83
MA/164	3	362	360	4 x	N		-3	-800	2.52	97.48
MA/164	4	359	358	3	N		-2	-200	37.69	62.31
MA/262	1	364	365	2	N	A	-1	-100	67.36	32.64
MA/262	7	381	374	3	S	A	-1	-100	67.36	32.64
MA/262	8	366	382	3	N	7	-2	-200	37.69	62.31
MA/262	9	373	380	4	W	J	-1	50	78.19	21.81
MA/262	10	369	377	3	S	2	=	110	93.17	6.83
MA/262	11	379	372	5	S	5	-4	-400	13.65	86.35
MA/262	12	384	367	2	S	A	=	90	83.38	16.62
MA/262	13	376	378	3 x	N	6	=	670	99.70	0.30
MA/262	14	370	375	4	S	A	-2	-200	37.69	62.31
MA/262	15	368	371	4	W	J	-1	50	78.19	21.81
MA/262	1	383	386	4	N	7	-3	-300	21.81	78.19
MA/262	6	406	388	2	W	5	+1	-140	53.12	46.88
MA/262	7	396	405	3	N	6	-1	-100	67.36	32.64
MA/262	8	403	399	2	N	5	-2	-200	37.69	62.31
MA/262	9	390	401	3	S	A	-1	-100	67.36	32.64
MA/262	10	402	387	TD					60.00	60.00
MA/262	11	393	400	4 x	N	A	-3	-800	2.52	97.48
MA/262	12	391	397	3	S	A	-1	-100	67.36	32.64
MA/262	13	389	394	2	N	8	-1	-100	67.36	32.64
MA/262	14	385	392	3	S	A	-1	-100	67.36	32.64
MA/262	15	395	404	2	W	2	+1	-140	53.12	46.88
MA/46	1	423	408	3	N	8	-2	-200	37.69	62.31
MA/46	5	413	417	3	S	3	-4	-400	13.65	86.35
MA/46	6	419	415	3	N	8	-3	-300	21.81	78.19
MA/46	7	418	409	3	N	A	-1	-100	67.36	32.64
MA/46	8	412	411	3	W	J	=	-140	53.12	46.88
MA/46	9	414	420	3	W	J	=	-140	53.12	46.88
MA/46	10	421	416	5	S	A	-3	-300	21.81	78.19
MA/46	11	410	422	2	S	2	+1	110	93.17	6.83
MP/138	1	431	424	3	N	8	-1	-100	67.36	32.64
MP/138	2	429	425	4	S	A	-2	-200	37.69	62.31
MP/138	3	430	428	5	N	4	-2	-200	37.69	62.31
MP/138	4	426	427	4	N	4	-4	-400	13.65	86.35
MP/163	1	439	432					100	87.98	12.02
MP/163	3	438	436					300	99.26	0.74
MP/163	4	434	435					-200	37.69	62.31
MP/40	1	440	450	3 x	W	J	=	-530	7.12	92.88
MP/40	3	449	458	3	S	4	-2	-200	37.69	62.31
MP/40	4	448	456	3 x	W	J	=	-530	7.12	92.88
MP/40	5	447	453	3	S	A	=	110	93.17	6.83
MP/40	6	446	451	4	N	6	-5	-500	10.39	89.61
MP/40	7	445	461	TD					60.00	37.41
MP/40	8	444	457	2	N	Q	-2	-200	37.69	62.31
MP/40	9	455	443	3	N	A	-3	-300	21.81	78.19
MP/40	10	454	442	3	S	A	-2	-200	37.69	62.31
MP/40	11	452	441	4	N	5	-2	-200	37.69	62.31
MP/45	1	469	462	5 x	S		-3	-800	2.52	97.48
MP/45	2	467	463	4	S		-2	-200	37.69	62.31
MP/45	3	468	466	4	S		-2	-200	37.69	62.31
MP/45	4	464	465	4	N		-3	-300	21.81	78.19
PD/81	1	474	475	4	S	A	-1	-100	67.36	32.64
PD/81	1	470	471	3	N	10	-4	-400	13.65	86.35
PD/81	1	472	473	5 x	S	A	-3	-800	2.52	97.48
PK/118	11	478	490	3 x	W	5	=	-530	7.12	92.88
PK/118	10	489	484	3	S	A	-2	-200	37.69	62.31
PK/118	9	482	488	2	S	3	-1	-100	67.36	32.64
PK/118	8	480	479	3	N	6	-4	-400	13.65	86.35
PK/118	7	486	477	2	N	6	-2	-200	37.69	62.31
PK/118	6	487	483	2	N	10	-3	-300	21.81	78.19
PK/118	5	481	485	3	W	J	=	-140	53.12	46.88
PM/102	1	492	507	2	N	A	-1	-100	67.36	32.64
PM/102	15	508	493	3	S	8	-3	-300	21.81	78.19
PM/102	14	510	494	3	N	Q	-2	-200	37.69	62.31
PM/102	13	512	495	3	S	A	-1	-100	67.36	32.64
PM/102	12	514	496	3	N	A	-2	-200	37.69	62.31
PM/102	11	497	516	3	N	10	-3	-300	21.81	78.19
PM/102	10	498	521	2	E	J	+1	-140	53.12	46.88
PM/102	9	499	519	4	N	10	-1	-100	67.36	32.64
PM/102	8	500	509	3	S	A	-1	-100	67.36	32.64
PM/102	7	501	511	3 x	W	J	=	-530	7.12	92.88
PM/102	6	502	513	4	S	A	-1	-100	67.36	32.64
PM/102	5	503	515	4	W	J	-1	50	78.19	21.81
PM/102	4	504	517	3	N	5	-3	-300	21.81	78.19
PM/102	3	505	520	3 x	N	10	=	730	100.00	0.00
PM/102	2	506	518	2	E	J	+1	-140	53.12	46.88
PM/129	1	529	522					-800	2.52	97.48
PM/129	2	527	523					90	83.38	16.62
PM/129	3	528	526					-300	21.81	78.19
PM/129	4	525	524					110	93.17	6.83
SZ2/910	1	532	536					-100	67.36	32.64
SZ2/910	2	531	538					100	87.98	12.02
SZ2/910	3	534	535					100	87.98	12.02
SZ2/910	5	530	533					-100	67.36	32.64
USA/130	0	543	541	3	S	A	=	110	93.17	6.83
USA/130	0	544	542	3	W	J	-1	50	78.19	21.81
USA/130	0	545	540	4	N	A	-3	-300	21.81	78.19
WM/122	2	554	565	3	S	3	-3	-300	21.81	78.19
WM/122	3	551	563	5 x	S	A	-2	-500	10.39	89.61
WM/122	4	571	561	3	W	J	=	-140	53.12	46.88
WM/122	5	556	560	3	S	3	-1	-100	67.36	32.64
WM/122	6	553	558	3	W	J	-1	50	78.19	21.81
WM/122	7	550	568	3	S	A	=	110	93.17	6.83
WM/122	8	566	569	6	N	A	-3	-300	21.81	78.19
WM/122	9	564	549	4	S	A	-2	-200	37.69	62.31
WM/122	10	562	548	3	W	J	=	-140	53.12	46.88
WM/122	11	559	547	3 x	W	J	=	-530	7.12	92.88
WM/122	12	567	570	TD					50.00	50.00
WM/122	13	575	555	4 x	N	A	-3	-800	2.52	97.48
WM/122	14	574	552	4	W	J	-1	50	78.19	21.81
WM/122	15	572	573	3	W	5	=	-140	53.12	46.88
WM/128	1	581	576	3	N		-3	-300	21.81	78.19
WM/128	2	577	580	3	N		-3	-300	21.81	78.19
WM/128	3	578	579	2	N		-2	-200	37.69	62.31
WM/132	1	587	582					-530	7.12	92.88
WM/132	2	583	586					90	83.38	16.62
WM/132	3	584	585					-300	21.81	78.19
WM/140	1	593	588					-530	7.12	92.88
WM/140	2	589	592					130	98.07	1.93
WM/140	3	590	591					100	87.98	12.02
WM/241		599	594	3	N	8	-2	-200	37.69	62.31
WM/241		595	598	3	S	6	=	110	93.17	6.83
WM/241		596	597	3	N	8	-3	-300	21.81	78.19
WP/120	2	601	609					-400	13.65	86.35
WP/120	3	605	611					-200	37.69	62.31
WP/120	4	608	612					-100	67.36	32.64
WP/120	5	603	610					-300	21.81	78.19
WP/120	6	606	607					-100	67.36	32.64
WP/120	7	602	604					-300	21.81	78.19
WP/147	1	625	614	3	S	A	-1	-100	67.36	32.64
WP/147	2	618	621	3	W	J	=	-140	53.12	46.88
WP/147	5	619	620	3	W	J	=	-140	53.12	46.88
WP/147	4	615	624	5	S	2	-2	-200	37.69	62.31
WP/147	10	617	622	2	S	6	-2	-200	37.69	62.31
WP/147	6	623	616	4	N	10	-4	-400	13.65	86.35
WP/156	6	627	635	4	N	T	-5	-500	10.39	89.61
WP/156	7	631	637	3	W	J	=	-140	53.12	46.88
WP/156	8	634	638	2	N	7	+1	140	98.81	1.19
WP/156	9	629	636	4	S	2	=	130	98.07	1.93
WP/156	10	632	633	3	W	4	-1	50	78.19	21.81
WP/156	11	628	630	2	N	6	-1	-100	67.36	32.64
WP/247	1	640	641	5 x	S	A	-3	-800	2.52	97.48
WP/247	10	648	645	4	W	J	-1	50	78.19	21.81
WP/247	9	650	646	3	S	A	=	110	93.17	6.83
WP/247	8	643	649	3	S	A	=	110	93.17	6.83
WP/247	7	647	657	3	S	A	=	110	93.17	6.83
WP/247	6	652	644	4 x	S	6	-1	-200	37.69	62.31
WP/247	5	651	656	3	W	J	=	-140	53.12	46.88
WP/247	4	655	653	2	S	4	-1	-100	67.36	32.64
WP/247	1	658	660	4	N	8	-2	-200	37.69	62.31
WP/247	10	668	661	4 x	N	A	-3	-800	2.52	97.48
WP/247	9	669	663	3	N	A	-2	-200	37.69	62.31
WP/247	8	673	665	4	S	A	-1	-100	67.36	32.64
WP/247	7	667	677	4	N	7	-4	-400	13.65	86.35
WP/247	6	672	662	2	N	6	-1	-100	67.36	32.64
WP/247	5	670	666	3	N	A	-2	-200	37.69	62.31
WP/247	4	676	671	2	S	A	-1	-100	67.36	32.64
WP/247	3	674	675	2	S	A	+2	130	98.07	1.93
WP/247	2	679	678	3 x	W	J	=	-530	7.12	92.88
ZP/116	1	693	680					-500	10.39	89.61
ZP/116	2	681	689					90	83.38	16.62
ZP/116	3	685	691					-140	53.12	46.88
ZP/116	4	688	692					-200	37.69	62.31
ZP/116	5	683	690					-100	67.36	32.64
ZP/116	6	686	687					-100	67.36	32.64
ZP/116	7	682	684					-100	67.36	32.64
ZP/121	1	696	700	4	S		-4	-400	13.65	86.35
ZP/121	2	695	702	3	W		=	-140	53.12	46.88
ZP/121	3	698	699	3	N		-3	-300	21.81	78.19
ZP/121	4	703	701	4	N		-3	-300	21.81	78.19
ZP/121	5	694	697	2	S		=	90	83.38	16.62
ZP/215	1	706	710					110	93.17	6.83
ZP/215	2	705	712					-100	67.36	32.64
ZP/215	3	708	709					110	93.17	6.83
ZP/215	5	704	707					-200	37.69	62.31
ZP/255	1	731	714	2	S	4	+1	110	93.17	6.83
ZP/255	3	721	726	5	S	A	-3	-300	21.81	78.19
ZP/255	4	727	724	3 x	W	J	=	-530	7.12	92.88
ZP/255	5	715	716	4 x	W	J	=	-590	4.31	95.69
ZP/255	6	718	728	2	S	A	=	90	83.38	16.62
ZP/255	7	720	723	5 x	S	3	-3	-800	2.52	97.48
ZP/255	8	722	730	3 x	N	T	-1	-200	37.69	62.31