Turniej KMP na maksy

Poniedziałek, 11 września 2017

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Rozdanie nr 5

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Rozdanie nr 5

A107643

K1082

852

K2

J953

KJ

AQ954

N/NS

985

AQ

AQ3

K10863

QJ

764

109764

J72

Liczba lew do wzięcia:


N	3	6	3	5	1		E	10	6	8	7	11
S	3	6	3	5	1		W	10	7	9	8	12

Minimax: 6

W, -920
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
670	3	2 x N =		3	99.70	0.30
200	1	4 W -4		1	99.12	0.88
150	5	3 W -3		2	98.23	1.77
		4 W -3		1
		6 E -3		1
		?		1
100	8	3 E -2		3	96.32	3.68
		6 E -2		4
		?		1
50	6	5 E -1		1	94.26	5.74
		5 W -1		1
		6 E -1		1
		4 W -1		1
		6 E -1		2
-130	1	4 E =		1	93.23	6.77
-150	19	3 E +2		11	90.29	9.71
		3 W +2		1
		4 E +1		4
		4 W +1		2
		?		1
-170	8	3 W +3		5	86.32	13.68
		4 W +2		1
		3 W +1		1
		?		1
-200	7	2 x N -1		6	84.12	15.88
-200	7	?		1	84.12	15.88
-400	49	5 E =		20	75.88	24.12
		5 W =		3
		3 N -4		1
		3 E =		17
		3 W =		3
		?		5
-420	21	5 E +1		2	65.59	34.41
		5 W +1		14
		4 W =		2
		?		3
-430	132	3 E +1		69	43.09	56.91
		3 W +1		50
		?		13
-440	1	5 W +2		1	23.53	76.47
-460	61	3 E +2		21	14.41	85.59
		3 W +2		34
		4 W +1		1
		?		5
-490	2	3 E +3		1	5.15	94.85
-490	2	3 W +3		1	5.15	94.85
-500	5	2 x N -2		4	4.12	95.88
-500	5	3 x N -2		1	4.12	95.88
-600	1	5 S -6		1	3.24	96.76
-800	2	4 x S -3		1	2.80	97.20
-800	2	?		1	2.80	97.20
-920	8	6 E =		3	1.33	98.67
-920	8	6 W =		5	1.33	98.67
-1100	1	5 x S -4		1	0.00	100.00

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
BY2/915	2	4	2	3	W	2	+1	-430	43.09	56.91
BY2/915	10	9	13	3	W	4	+1	-430	43.09	56.91
BY2/915	9	5	12	3	W	3	+1	-430	43.09	56.91
BY2/915	8	6	3	3	W	3	+2	-460	14.41	85.59
BY2/915	7	1	10	3	W	Q	+2	-150	90.29	9.71
BY2/915	6	11	7	3	W	6	+1	-430	43.09	56.91
DS/144	1	16	19					-460	14.41	85.59
DS/144	2	18	22					-460	14.41	85.59
DS/144	3	17	15					-200	84.12	15.88
DS/144	4	20	21					-420	65.59	34.41
DS/307	1	32	25					-400	75.88	24.12
DS/307	2	30	26					-800	2.80	97.20
DS/307	3	31	29					100	96.32	3.68
DS/307	4	27	28					-420	65.59	34.41
DS/67	1	40	39	3	E	T	+1	-430	43.09	56.91
DS/67	2	46	34	3	W	3	+2	-460	14.41	85.59
DS/67	6	37	43	3	E	Q	+1	-430	43.09	56.91
DS/67	7	33	41	3	E	Q	=	-400	75.88	24.12
DS/67	8	44	38	3	W	6	+1	-430	43.09	56.91
DS/67	9	36	42	3	E	6	+1	-430	43.09	56.91
DS/67	10	35	45	3	E	Q	+1	-430	43.09	56.91
DS/68	2	57	54	3	E		=	-400	75.88	24.12
DS/68	11	61	59	5	W		+1	-420	65.59	34.41
DS/68	1	51	52	3	W		+1	-430	43.09	56.91
DS/68	14	62	53	3	E		+1	-430	43.09	56.91
DS/68	15	55	50	3	E		+1	-430	43.09	56.91
DS/68	3	47	60	3	E		+2	-460	14.41	85.59
DS/68	10	58	48	3	E		+2	-460	14.41	85.59
DS/68	13	56	49	3	E		+2	-460	14.41	85.59
DS/72	2	66	70	3	E	6	+2	-460	14.41	85.59
DS/72	1	64	67	2 x	N	8	-1	-200	84.12	15.88
DS/72	9	72	71	3	E	Q	+1	-430	43.09	56.91
DS/72	8	68	69	6	E	A	=	-920	1.33	98.67
DS/72	7	65	63	5	E	Q	=	-400	75.88	24.12
EL1/907	2	90	74	3	W	6	+1	-430	43.09	56.91
EL1/907	3	84	79	3	W	6	+1	-430	43.09	56.91
EL1/907	4	81	85	3	W	3	+1	-430	43.09	56.91
EL1/907	5	86	73	3	W	A	-3	150	98.23	1.77
EL1/907	6	75	76	4	W	2	-4	200	99.12	0.88
EL1/907	7	78	87	3	W	6	+2	-460	14.41	85.59
EL1/907	8	80	83	3	W	3	+1	-430	43.09	56.91
EL1/907	9	82	89	3	W	8	+2	-460	14.41	85.59
JG4/917	1	92	95	3	W	6	+1	-430	43.09	56.91
JG4/917	2	94	98	6	E	4	-2	100	96.32	3.68
JG4/917	3	93	91	3	W	6	+1	-430	43.09	56.91
JG4/917	4	96	97	5	E	Q	=	-400	75.88	24.12
KP/125	1	104	106	5	W	A	+1	-420	65.59	34.41
KP/125	7	103	111	3	E	T	+1	-430	43.09	56.91
KP/125	8	107	112	3	W	4	+1	-430	43.09	56.91
KP/125	9	110	113	3	E	9	+1	-430	43.09	56.91
KP/125	10	105	101	3	W	A	-3	150	98.23	1.77
KP/125	11	108	109	3	W	A	+2	-460	14.41	85.59
KP/143	2	130	116	3	W	5	+1	-430	43.09	56.91
KP/143	1	122	129	3	W	6	+2	-460	14.41	85.59
KP/143	10	128	120	4	W	Q	+1	-150	90.29	9.71
KP/143	9	124	127	5	W	A	+1	-420	65.59	34.41
KP/143	8	126	117	5	E	10	+1	-420	65.59	34.41
KP/143	7	115	119	4	W	A	=	-420	65.59	34.41
KP/143	6	123	125	3	W	7	+1	-430	43.09	56.91
KP/143	5	118	121	3	W	3	+1	-430	43.09	56.91
KP/289	2	144	132	3	E	Q	=	-400	75.88	24.12
KP/289	1	134	136	3	E	Q	+1	-430	43.09	56.91
KP/289	11	138	139	3	E	Q	+1	-430	43.09	56.91
KP/289	10	135	131	3	W	6	=	-400	75.88	24.12
KP/289	9	140	143	6	W	A	=	-920	1.33	98.67
KP/289	8	137	142	3	W	2	+1	-430	43.09	56.91
KP/289	7	133	141	3	E	Q	=	-400	75.88	24.12
KP/50	2	163	146	3	E	Q	+2	-150	90.29	9.71
KP/50	1	160	149	3	W	2	+1	-430	43.09	56.91
KP/50	11	154	161	3	W	6	+2	-460	14.41	85.59
KP/50	10	152	155	3	W	5	+2	-460	14.41	85.59
KP/50	9	150	159	3	W	2	+1	-430	43.09	56.91
KP/50	8	147	162	5	E	Q	=	-400	75.88	24.12
KP/50	7	158	145	2 x	N	8	-1	-200	84.12	15.88
KP/50	6	153	157	3	W	A	+3	-170	86.32	13.68
KP/50	5	156	151	3	E	Q	+1	-430	43.09	56.91
KP/50	8	164	148	3	W	A	+2	-460	14.41	85.59
LB/127	8	170	171	5	E	Q	=	-400	75.88	24.12
LB/127	7	167	165	5	W	A	+1	-420	65.59	34.41
LB/127	2	168	172	3	E	Q	+1	-430	43.09	56.91
LB/127	1	166	169	3	E	Q	+2	-460	14.41	85.59
LB/263	3	180	183	3	E	Q	+2	-150	90.29	9.71
LB/263	5	177	175	3	E	Q	+1	-430	43.09	56.91
LB/263	6	181	182	3	W	3	+1	-430	43.09	56.91
LB/263	7	185	178	3	E	6	+1	-430	43.09	56.91
LB/263	11	179	184	3	W	2	+2	-460	14.41	85.59
LB/265	4	192	196	3	W	5	+3	-170	86.32	13.68
LB/265	5	190	189	3	E	Q	=	-400	75.88	24.12
LB/265	6	195	197	3	E	T	+1	-430	43.09	56.91
LB/265	7	187	194	3	W	2	+1	-430	43.09	56.91
LB/265	10	191	193	3	W	A	+3	-170	86.32	13.68
LB/285	1	214	203	3	E	Q	=	-400	75.88	24.12
LB/285	2	216	200	3	E	9	+1	-430	43.09	56.91
LB/285	5	210	205	5	E	Q	=	-400	75.88	24.12
LB/285	6	207	211	3	E	10	+2	-460	14.41	85.59
LB/285	7	212	199	3	E	Q	+1	-430	43.09	56.91
LB/285	8	201	202	3	E	Q	+1	-430	43.09	56.91
LB/285	9	204	213	3	E	Q	+1	-430	43.09	56.91
LB/285	10	206	209	5	E	Q	=	-400	75.88	24.12
LB/285	11	208	215	3	W	3	+2	-460	14.41	85.59
LD/48	1	220	222	5	E	Q	=	-400	75.88	24.12
LD/48	2	230	218	3	E	Q	-2	100	96.32	3.68
LD/48	7	219	227	3	E	6	+1	-430	43.09	56.91
LD/48	8	223	228	3	W	10	+2	-460	14.41	85.59
LD/48	9	226	229	3	W	6	+1	-430	43.09	56.91
LD/48	11	224	225	3	E	10	+1	-430	43.09	56.91
LD/92	1	234	236	3	E	Q	+1	-430	43.09	56.91
LD/92	2	244	232	3	E	Q	=	-400	75.88	24.12
LD/92	3	233	241	5	W	A	+1	-420	65.59	34.41
LD/92	4	237	242	3	E	Q	+2	-150	90.29	9.71
LD/92	6	235	231	5	E	Q	=	-400	75.88	24.12
LD/92	7	238	239	3	E	T	+1	-430	43.09	56.91
LG4/903	1	246	249	3	E	6	+1	-430	43.09	56.91
LG4/903	2	248	252	6	W	A	=	-920	1.33	98.67
LG4/903	3	247	245	3	E	Q	+1	-430	43.09	56.91
LG4/903	4	250	251	5	E	Q	=	-400	75.88	24.12
LU/150	1	262	255	2 x	N		=	670	99.70	0.30
LU/150	2	260	256	3	W		+1	-430	43.09	56.91
LU/150	4	257	258	3	W		+1	-430	43.09	56.91
LU/90	1	274	264	6	E	A	=	-920	1.33	98.67
LU/90	2	268	271	4	W	2	+1	-150	90.29	9.71
LU/90	4	269	270	6	W	2	=	-920	1.33	98.67
LU/90	5	273	266	3	E	Q	+1	-430	43.09	56.91
LU/90	6	267	272	3	E	Q	+2	-150	90.29	9.71
LU/96	1	276	279	3	E	Q	+2	-150	90.29	9.71
LU/96	2	278	282	3	E	6	+3	-490	5.15	94.85
LU/96	3	277	275	3	E	Q	+2	-150	90.29	9.71
LU/96	4	280	281	3	W	6	+1	-430	43.09	56.91
LU/96	5	284	283	3	W	2	+1	-430	43.09	56.91
MA/123	1	296	286	5	E	Q	=	-400	75.88	24.12
MA/123	2	290	293	3	E	Q	+2	-460	14.41	85.59
MA/123	3	287	285	3	W	6	+2	-460	14.41	85.59
MA/123	4	291	292	2 x	N	9	-1	-200	84.12	15.88
MA/123	5	295	288	3	E	9	+1	-430	43.09	56.91
MA/126	1	298	314	3 x	N	8	-2	-500	4.12	95.88
MA/126	2	297	321	5	W	A	+1	-420	65.59	34.41
MA/126	4	310	317	3	E	9	+2	-460	14.41	85.59
MA/126	5	309	315	3	E	Q	+1	-430	43.09	56.91
MA/126	6	308	313	3	E	Q	+1	-430	43.09	56.91
MA/126	7	307	312	6	E	6	-2	100	96.32	3.68
MA/126	8	322	305	2 x	N	8	-1	-200	84.12	15.88
MA/126	9	320	303	6	E	K	-3	150	98.23	1.77
MA/126	10	318	301	3	E	9	+1	-430	43.09	56.91
MA/126	1	323	331	3	E	Q	+1	-430	43.09	56.91
MA/126	2	325	329	3	E	Q	=	-400	75.88	24.12
MA/126	3	300	326	6	E	6	=	-920	1.33	98.67
MA/126	4	328	304	2 x	N	A	=	670	99.70	0.30
MA/126	5	330	302	3	E	4	+1	-430	43.09	56.91
MA/126	6	306	332	3	E	Q	=	-400	75.88	24.12
MA/262	9	350	336	4	E	Q	=	-130	93.23	6.77
MA/262	2	335	334	3	E	Q	+2	-150	90.29	9.71
MA/262	4	360	357	3	E	Q	+2	-150	90.29	9.71
MA/262	15	342	339	3	E	Q	+2	-150	90.29	9.71
MA/262	1	365	370	4	E	Q	+1	-150	90.29	9.71
MA/262	5	358	353	3	N	6	-4	-400	75.88	24.12
MA/262	6	356	349	5	E	Q	=	-400	75.88	24.12
MA/262	12	355	345	5	E	Q	=	-400	75.88	24.12
MA/262	2	372	380	5	W	2	=	-400	75.88	24.12
MA/262	3	362	364	3	W	3	=	-400	75.88	24.12
MA/262	9	381	367	5	W	A	=	-400	75.88	24.12
MA/262	11	359	347	5	E	Q	+1	-420	65.59	34.41
MA/262	14	373	377	5	W	A	+1	-420	65.59	34.41
MA/262	1	337	338	3	E	Q	+1	-430	43.09	56.91
MA/262	3	333	361	3	E	Q	+1	-430	43.09	56.91
MA/262	7	354	344	3	E	4	+1	-430	43.09	56.91
MA/262	8	352	340	3	E	10	+1	-430	43.09	56.91
MA/262	10	348	363	3	W	7	+1	-430	43.09	56.91
MA/262	10	379	382	3	W	6	+1	-430	43.09	56.91
MA/262	12	368	378	3	E	6	+1	-430	43.09	56.91
MA/262	14	346	341	3	E	7	+2	-460	14.41	85.59
MA/262	11	371	376	3	W	6	+2	-460	14.41	85.59
MA/262	15	369	366	3	W	6	+2	-460	14.41	85.59
MA/262	13	374	375	2 x	N	5	-2	-500	4.12	95.88
MA/262	13	351	343	5 x	S	A	-4	-1100	0.00	100.00
MA/46	1	384	387	3	W	6	+1	-430	43.09	56.91
MA/46	2	386	390	6	E	6	-2	100	96.32	3.68
MA/46	7	385	383	3	W	A	+2	-460	14.41	85.59
MA/46	8	388	389	3	W	2	+1	-430	43.09	56.91
MA/88	0	397	393	6	E	10	-2	100	96.32	3.68
MA/88	0	395	403	5	W	3	=	-400	75.88	24.12
MA/88	0	399	404	5	E	Q	=	-400	75.88	24.12
MA/88	0	406	394	3	W	6	+1	-430	43.09	56.91
MA/88	0	396	398	3	E	9	+2	-460	14.41	85.59
MA/88	0	400	401	3	W	A	+2	-460	14.41	85.59
MP/138	1	412	407	3	E	2	+1	-430	43.09	56.91
MP/138	2	408	411	3	E	9	+1	-430	43.09	56.91
MP/138	3	409	410	3	W	2	+1	-430	43.09	56.91
MP/163	1	420	413					-460	14.41	85.59
MP/163	3	419	417					-430	43.09	56.91
MP/163	4	415	416					-460	14.41	85.59
MP/40	2	421	443	3	E	6	+2	-460	14.41	85.59
MP/40	1	423	424	3	E	6	+2	-460	14.41	85.59
MP/40	11	428	425	4	W	A	-1	50	94.26	5.74
MP/40	10	432	427	2 x	N	8	-1	-200	84.12	15.88
MP/40	9	437	429	3	E	Q	+1	-430	43.09	56.91
MP/40	8	441	431	3	E	Q	+2	-460	14.41	85.59
MP/40	7	433	422	4	W	A	=	-420	65.59	34.41
MP/40	6	435	426	3	W	4	+2	-460	14.41	85.59
MP/40	5	436	430	3	W	6	+1	-430	43.09	56.91
MP/40	4	438	434	4	W	A	+2	-170	86.32	13.68
MP/40	3	440	439	3	E	6	+1	-430	43.09	56.91
MP/40	2	442	458	3	E	6	+1	-430	43.09	56.91
MP/40	1	444	447	3	E	9	+2	-460	14.41	85.59
MP/40	11	446	448	3	W	6	+1	-430	43.09	56.91
MP/40	10	454	451	3	E	9	+2	-460	14.41	85.59
MP/40	9	456	455	3	E	Q	+2	-150	90.29	9.71
MP/40	8	445	457	3	W	6	+2	-460	14.41	85.59
MP/40	7	453	450	3	E	10	+1	-430	43.09	56.91
MP/40	6	452	449	5	W	A	+1	-420	65.59	34.41
OP/273	2	470	460	3	W	6	+2	-460	14.41	85.59
OP/273	4	464	468	3	E	6	+1	-430	43.09	56.91
OP/273	5	462	461	5	E	Q	=	-400	75.88	24.12
OP/273	6	467	469	3	W	A	+3	-490	5.15	94.85
OP/273	7	459	466	3	W	6	+1	-430	43.09	56.91
OP/273	10	463	465	5	E	Q	=	-400	75.88	24.12
OP/95	1	476	471	3	W	6	+2	-460	14.41	85.59
OP/95	1	475	472	3	W	5	+2	-460	14.41	85.59
OP/95	1	474	473	4 x	S	A	-3	-800	2.80	97.20
PD/81	5	480	479	6	E	6	-1	50	94.26	5.74
PD/81	2	488	478	5	W	5	+1	-420	65.59	34.41
PD/81	4	482	486	3	E	Q	+1	-430	43.09	56.91
PD/81	10	481	483	3	W	6	+1	-430	43.09	56.91
PD/81	7	477	484	3	W	A	+2	-460	14.41	85.59
PD/81	6	485	487	2 x	N	5	-2	-500	4.12	95.88
PK/118	11	493	498	3	W	2	+2	-460	14.41	85.59
PK/118	7	499	492	3	E	Q	+1	-430	43.09	56.91
PK/118	6	495	496	3	E	Q	+1	-430	43.09	56.91
PK/118	5	491	489	6	W	A	=	-920	1.33	98.67
PK/118	3	494	497	3	E	Q	+1	-430	43.09	56.91
PM/102	2	501	521	3	E	Q	+1	-430	43.09	56.91
PM/102	1	502	514	2 x	N	6	-2	-500	4.12	95.88
PM/102	10	518	504	2 x	N	6	=	670	99.70	0.30
PM/102	9	520	505	3	E	Q	+1	-430	43.09	56.91
PM/102	8	506	522	3	W	6	+2	-460	14.41	85.59
PM/102	7	507	512	3	W	6	+1	-430	43.09	56.91
PM/102	6	508	513	3	W	A	+3	-170	86.32	13.68
PM/102	5	509	515	3	E	Q	+1	-430	43.09	56.91
PM/102	4	510	517	3	E	9	+1	-430	43.09	56.91
PM/102	3	511	519	3	W	6	=	-400	75.88	24.12
PM/129	1	534	524					-430	43.09	56.91
PM/129	2	528	531					-430	43.09	56.91
PM/129	3	525	523					-430	43.09	56.91
PM/129	4	529	530					-430	43.09	56.91
PM/129	6	527	532					-460	14.41	85.59
SW/287	9	544	547	5	E	Q	-1	50	94.26	5.74
SW/287	10	539	535	6	E	Q	-1	50	94.26	5.74
SW/287	8	541	546	5	W	A	+1	-420	65.59	34.41
SW/287	1	538	540	3	E	9	+1	-430	43.09	56.91
SW/287	7	537	545	3	W	2	+1	-430	43.09	56.91
SW/287	11	542	543	3	E	Q	+1	-430	43.09	56.91
SW/287	2	548	536	3	W	4	+2	-460	14.41	85.59
SZ2/910	1	556	549	3	W	6	+2	-460	14.41	85.59
SZ2/910	2	554	550	3	W	2	+2	-460	14.41	85.59
SZ2/910	3	555	553	6	W	A	=	-920	1.33	98.67
SZ2/910	4	552	551	5	E	Q	=	-400	75.88	24.12
WM/122	2	557	579	3	E	Q	=	-400	75.88	24.12
WM/122	3	563	577	6	E	T	-1	50	94.26	5.74
WM/122	4	584	575	3	W	7	+2	-460	14.41	85.59
WM/122	5	578	573	4	E	Q	+1	-150	90.29	9.71
WM/122	6	565	570	3	E	5	+1	-430	43.09	56.91
WM/122	7	562	568	3	E	Q	+2	-460	14.41	85.59
WM/122	8	576	582	3	E	6	+2	-460	14.41	85.59
WM/122	9	574	567	4	W	A	+1	-460	14.41	85.59
WM/122	10	572	560	3	E	Q	+1	-430	43.09	56.91
WM/122	11	571	559	2 x	N	6	-1	-200	84.12	15.88
WM/122	13	566	581	3	W	6	+1	-430	43.09	56.91
WM/122	15	585	561	3	W	2	+1	-430	43.09	56.91
WM/128	1	598	588	4	W		-3	150	98.23	1.77
WM/128	2	592	595	3	E		=	-400	75.88	24.12
WM/128	3	589	587	3	W		+1	-430	43.09	56.91
WM/128	4	593	594	3	E		=	-400	75.88	24.12
WM/128	5	597	590	3	E		+2	-460	14.41	85.59
WM/128	6	591	596	5	W		+2	-440	23.53	76.47
WM/132	1	606	599					-400	75.88	24.12
WM/132	2	604	600					-430	43.09	56.91
WM/132	4	601	602					-400	75.88	24.12
WM/241		608	611	3	W	5	+1	-170	86.32	13.68
WM/241		610	614	3	W	2	+1	-430	43.09	56.91
WM/241		609	607	4	E	Q	+1	-150	90.29	9.71
WM/241		612	613	3	W	6	+1	-430	43.09	56.91
WP/120	2	619	623					-400	75.88	24.12
WP/120	3	618	616					150	98.23	1.77
WP/120	4	621	622					-150	90.29	9.71
WP/120	5	625	624					-430	43.09	56.91
WP/142	1	631	626	3	E	Q	=	-400	75.88	24.12
WP/142	2	627	630	3	E	Q	+1	-430	43.09	56.91
WP/142	3	628	629	3	W	7	+2	-460	14.41	85.59
WP/147	6	640	642	3	W	5	+3	-170	86.32	13.68
WP/147	10	636	638	5	W	A	+1	-420	65.59	34.41
WP/147	2	643	633	3	E	Q	+1	-430	43.09	56.91
WP/147	4	637	641	3	W	6	+1	-430	43.09	56.91
WP/147	5	635	634	3	W	A	+1	-430	43.09	56.91
WP/147	7	632	639	3	E	9	+1	-430	43.09	56.91
WP/247	2	644	665	3	W	8	+2	-460	14.41	85.59
WP/247	1	646	647	3	E	Q	-2	100	96.32	3.68
WP/247	10	655	650	4	E	Q	+1	-150	90.29	9.71
WP/247	9	660	652	3	E	6	+2	-460	14.41	85.59
WP/247	8	664	654	3	W	6	+1	-430	43.09	56.91
WP/247	7	656	645	3	E	Q	=	-400	75.88	24.12
WP/247	6	658	649	3	E	Q	+1	-430	43.09	56.91
WP/247	4	661	657	5	W	5	-1	50	94.26	5.74
WP/247	3	663	662	3	E	Q	+1	-430	43.09	56.91
WP/247	2	666	687	3	E	Q	+1	-430	43.09	56.91
WP/247	1	670	667	3	E	Q	+2	-460	14.41	85.59
WP/247	10	675	674	3	E	4	+1	-430	43.09	56.91
WP/247	9	679	672	3	E	Q	=	-400	75.88	24.12
WP/247	8	684	678	3	E	Q	=	-400	75.88	24.12
WP/247	7	676	669	2 x	N	9	-2	-500	4.12	95.88
WP/247	6	682	673	3	E	Q	+1	-430	43.09	56.91
WP/247	4	685	681	3	E	J	-2	100	96.32	3.68
WP/247	3	683	686	3	E	9	+1	-430	43.09	56.91
WP/293	2	699	689	3	E		+1	-430	43.09	56.91
WP/293	4	693	697	5	W		+1	-420	65.59	34.41
WP/293	5	691	690	3	E		+1	-430	43.09	56.91
WP/293	6	696	698	3	E		+2	-150	90.29	9.71
WP/293	7	688	695	3	E		=	-400	75.88	24.12
WP/293	10	692	694	3	W		+1	-430	43.09	56.91
ZP/116	1	711	701					-400	75.88	24.12
ZP/116	2	705	708					-430	43.09	56.91
ZP/116	3	702	700					-170	86.32	13.68
ZP/116	4	706	707					-420	65.59	34.41
ZP/116	6	704	709					-430	43.09	56.91
ZP/121	1	723	713	5	E		=	-400	75.88	24.12
ZP/121	2	717	720	5	E		=	-400	75.88	24.12
ZP/121	3	714	712	5	S		-6	-600	3.24	96.76
ZP/121	4	718	719	5	W		+1	-420	65.59	34.41
ZP/121	5	722	715	3	W		+2	-460	14.41	85.59
ZP/121	6	716	721	5	W		+1	-420	65.59	34.41
ZP/215	1	731	724					-430	43.09	56.91
ZP/215	2	729	725					-430	43.09	56.91
ZP/215	3	730	728					-430	43.09	56.91
ZP/215	4	727	726					-430	43.09	56.91
ZP/255	1	747	736	3	E	9	+2	-460	14.41	85.59
ZP/255	2	750	733	3	W	2	+1	-430	43.09	56.91
ZP/255	3	743	738	3	W	A	+2	-460	14.41	85.59
ZP/255	4	740	744	3	W	6	+1	-430	43.09	56.91
ZP/255	5	745	732	3	E	Q	+1	-430	43.09	56.91
ZP/255	6	734	749	3	W	6	+2	-460	14.41	85.59
ZP/255	7	737	746	5	E	Q	=	-400	75.88	24.12
ZP/255	8	739	742	5	E	Q	=	-400	75.88	24.12
ZP/255	9	751	735	3	W	6	+1	-430	43.09	56.91