Turniej KMP na maksy

Poniedziałek, 10 kwietnia 2017

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Rozdanie nr 28

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Rozdanie nr 28

1032

KJ75

J42

Q92

Q96

A96

Q63

K543

W/NS

KJ87

K109875

A87

A54

Q108432

A

J106

Liczba lew do wzięcia:


N	5	2	8	2	3		E	6	11	5	11	10
S	5	2	8	2	3		W	6	11	5	11	10

Minimax: 4

E, -450
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
500	2	3 x W -3		2	99.86	0.14
300	4	5 x E -2		1	99.01	0.99
		5 x E -2		2
		6 x E -2		1
200	5	3 W -4		5	97.74	2.26
150	21	2 W -3		1	94.07	5.93
		3 E -3		2
		3 W -3		18
140	1	3 S =		1	90.96	9.04
110	7	2 N =		1	89.83	10.17
110	7	2 S =		6	89.83	10.17
100	17	5 x E -1		3	86.44	13.56
		5 E -2		2
		6 x E -1		1
		3 E -2		2
		4 E -2		1
		2 E -2		1
		2 W -2		2
		3 x W -1		1
		3 W -2		1
		?		3
50	20	4 E -1		2	81.21	18.79
		5 E -1		11
		3 E -1		3
		4 E -1		2
		3 W -1		2
-100	28	3 S -1		24	74.44	25.56
-100	28	?		4	74.44	25.56
-110	5	3 E =		2	69.77	30.23
		1 E +1		1
		2 E =		2
-130	45	2 E +2		2	62.71	37.29
		3 E +1		16
		4 E =		20
		?		7
-140	10	1 E +2		2	54.94	45.06
		2 E +1		1
		3 E =		6
		?		1
-150	76	3 E +2		24	42.80	57.20
		4 E +1		44
		1 W +2		1
		?		7
-170	4	2 W +2		1	31.50	68.50
		3 E +1		2
		3 W +1		1
-200	46	3 x N -1		1	24.44	75.56
		3 x S -1		23
		4 x S -1		2
		4 S -2		8
		2 E +3		5
		3 E +2		6
		?		1
-400	22	5 E =		20	14.83	85.17
		3 W =		1
		?		1
-420	5	4 E =		5	11.02	88.98
-450	15	4 E +1		14	8.19	91.81
-450	15	?		1	8.19	91.81
-500	9	4 x S -2		9	4.80	95.20
-510	1	4 x E =		1	3.39	96.61
-550	6	5 x E =		6	2.40	97.60
-590	2	4 x E =		2	1.27	98.73
-690	1	4 x E +1		1	0.85	99.15
-750	1	3 x W +2		1	0.56	99.44
-800	2	5 x S -3		2	0.14	99.86
	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
BY4/921	1	2	5	3	E		=	-140	54.94	45.06
BY4/921	3	9	3	3	S		-1	-100	74.44	25.56
BY4/921	4	12	1	4 x	E		=	-590	1.27	98.73
BY4/921	5	8	13	3	S		-1	-100	74.44	25.56
BY4/921	6	14	4	3	E		-2	100	86.44	13.56
BY4/921	7	6	15	5	E		-1	50	81.21	18.79
BY4/921	8	16	10	4	E		=	-420	11.02	88.98
DS/144	1	27	25					-450	8.19	91.81
DS/144	2	20	21					100	86.44	13.56
DS/144	3	24	17					-100	74.44	25.56
DS/144	4	18	23					-150	42.80	57.20
DS/144	5	28	26					-100	74.44	25.56
DS/144	6	19	22					100	86.44	13.56
DS/67	5	45	36	3	S	6	-1	-100	74.44	25.56
DS/67	6	38	44	3	W	5	-1	50	81.21	18.79
DS/67	7	33	47	3	W	5	-3	150	94.07	5.93
DS/67	8	41	46	3	E	4	-2	100	86.44	13.56
DS/67	9	31	34	2	E	A	+3	-200	24.44	75.56
DS/67	10	30	29	5 x	E	J	=	-550	2.40	97.60
DS/67	11	32	40	4	E	4	-1	50	81.21	18.79
DS/67	12	35	39	4	E	4	+1	-150	42.80	57.20
DS/67	9	43	37	3	E	T	=	-110	69.77	30.23
DS/67	14	48	42	3	S	A	-1	-100	74.44	25.56
DS/68	1	54	53	5	E	3	=	-400	14.83	85.17
DS/68	2	49	52	5	E	J	-1	50	81.21	18.79
DS/68	3	51	50	4	E	4	=	-420	11.02	88.98
DS/72	10	68	64	3 x	S	A	-1	-200	24.44	75.56
DS/72	9	55	57	3 x	S	6	-1	-200	24.44	75.56
DS/72	8	59	60	4 x	S	3	-2	-500	4.80	95.20
DS/72	7	56	63	2	E	4	+2	-130	62.71	37.29
DS/72	6	61	67	3	E	4	+1	-130	62.71	37.29
DS/72	5	58	66	5 x	E	2	=	-550	2.40	97.60
DS/72	4	65	62	5	E	5	-1	50	81.21	18.79
EL1/907	1	80	72	4 x	S	3	-1	-200	24.44	75.56
EL1/907	2	74	81	4	E	4	=	-130	62.71	37.29
EL1/907	3	82	77	3	E	A	+2	-200	24.44	75.56
EL1/907	4	79	69	4	E	A	+1	-450	8.19	91.81
EL1/907	5	71	83	5 x	S	6	-3	-800	0.14	99.86
EL1/907	6	73	76	4	E	4	+1	-450	8.19	91.81
EL1/907	7	75	85	3	E	A	+1	-170	31.50	68.50
EL1/907	8	84	70	3	W	K	-3	150	94.07	5.93
EL1/907	9	86	78	3 x	W	4	+2	-750	0.56	99.44
JG2/920	1	89	87	3	S	2	-1	-100	74.44	25.56
JG2/920	2	90	88	4	E	2	-2	100	86.44	13.56
JG2/920	3	92	91	4	E	J	+1	-150	42.80	57.20
JG4/917	1	103	101	3	S	Q	-1	-100	74.44	25.56
JG4/917	2	96	97	3	E	J	=	-140	54.94	45.06
JG4/917	3	100	93	4	E	2	+1	-150	42.80	57.20
JG4/917	4	94	99	3	E	2	+2	-150	42.80	57.20
JG4/917	6	95	98	5	E	A	=	-400	14.83	85.17
KP/125	2	115	113	4	E	A	+1	-450	8.19	91.81
KP/125	3	108	109	5	E	2	-2	100	86.44	13.56
KP/125	4	112	105	3	E	2	+1	-130	62.71	37.29
KP/125	8	106	111	4	S	3	-2	-200	24.44	75.56
KP/125	11	107	110	5	E	T	=	-400	14.83	85.17
KP/289	1	127	124	6 x	E	A	-1	100	86.44	13.56
KP/289	2	120	128	4	E	J	+1	-150	42.80	57.20
KP/289	3	123	129	3	S	6	-1	-100	74.44	25.56
KP/289	4	118	125	3	S	3	-1	-100	74.44	25.56
KP/289	5	121	122	4	E	A	+1	-150	42.80	57.20
KP/289	6	117	119	3	E	J	+2	-150	42.80	57.20
KP/289	7	130	126	4	E	J	=	-130	62.71	37.29
KP/50	10	144	131	3 x	S	Q	-1	-200	24.44	75.56
KP/50	9	147	132	5 x	E	A	-2	300	99.01	0.99
KP/50	8	133	149	4	E	J	+1	-150	42.80	57.20
KP/50	7	134	151	3	E	A	+2	-150	42.80	57.20
KP/50	6	135	152	4	E	J	=	-420	11.02	88.98
KP/50	5	136	143	4	E	J	+1	-150	42.80	57.20
KP/50	4	137	145	3	E	4	-1	50	81.21	18.79
KP/50	3	138	146	4	E	J	+1	-150	42.80	57.20
KP/50	2	139	148	3	S	3	-1	-100	74.44	25.56
KP/50	1	140	150	3	E	4	+1	-130	62.71	37.29
KP/50	11	142	141	3	E	4	+1	-130	62.71	37.29
LB/127	8	153	157	4	E	4	=	-130	62.71	37.29
LB/127	6	162	158	2	E	6	+1	-140	54.94	45.06
LB/127	5	155	156	3	W	5	+1	-170	31.50	68.50
LB/127	7	160	154	4	E	A	+1	-450	8.19	91.81
LB/127	4	161	159	5 x	E	8	=	-550	2.40	97.60
LB/263	3	166	170	5	E	4	-1	50	81.21	18.79
LB/263	4	174	168	2	E	2	=	-110	69.77	30.23
LB/263	6	165	164	4	E	4	=	-130	62.71	37.29
LB/263	5	171	173	3 x	S	6	-1	-200	24.44	75.56
LB/263	7	167	175	3 x	S	Q	-1	-200	24.44	75.56
LB/263	8	176	169	3 x	S	3	-1	-200	24.44	75.56
LB/263	9	163	177	5 x	E	8	=	-550	2.40	97.60
LB/265	2	182	186	3	E		+1	-130	62.71	37.29
LB/265	3	180	179	5	E		-1	50	81.21	18.79
LB/265	4	185	189	5	E		=	-400	14.83	85.17
LB/265	5	187	184	3 x	S		-1	-200	24.44	75.56
LB/265	8	181	183	4	E		+1	-150	42.80	57.20
LB/285	2	202	194	3 x	S	6	-1	-200	24.44	75.56
LB/285	3	196	203	3 x	S	6	-1	-200	24.44	75.56
LB/285	4	204	199	4 x	S	6	-2	-500	4.80	95.20
LB/285	5	208	191	4 x	E	A	=	-590	1.27	98.73
LB/285	6	193	205	1	E	2	+1	-110	69.77	30.23
LB/285	7	195	198	5	E	2	=	-400	14.83	85.17
LB/285	8	197	207	3	E	4	+1	-130	62.71	37.29
LB/285	9	206	192	4	E	4	+1	-150	42.80	57.20
LB/285	10	209	200	5	E	4	-1	50	81.21	18.79
LD/48	3	214	218	2	W	5	-2	100	86.44	13.56
LD/48	4	222	216	2	W	5	-2	100	86.44	13.56
LD/48	5	219	221	4	E	2	+1	-150	42.80	57.20
LD/48	6	213	212	4	E	4	+1	-150	42.80	57.20
LD/48	7	215	223	4	E	J	+1	-450	8.19	91.81
LD/48	8	224	217	6 x	E	A	-2	300	99.01	0.99
LD/48	9	211	225	5 x	E	J	-1	100	86.44	13.56
LD/48	10	226	220	5	E	J	-1	50	81.21	18.79
LD/92	1	235	233	3	S	Q	-1	-100	74.44	25.56
LD/92	2	229	230	3	W	5	-3	150	94.07	5.93
LD/92	3	236	232	3	W	5	-3	150	94.07	5.93
LD/92	4	234	228	5	E	J	=	-400	14.83	85.17
LD/92	5	227	231	3 x	W	5	-1	100	86.44	13.56
LG4/903	1	245	243	5	E	T	=	-400	14.83	85.17
LG4/903	2	239	240	5	E	J	=	-400	14.83	85.17
LG4/903	4	244	238	4	E	4	+1	-150	42.80	57.20
LG4/903	5	237	241	5 x	E	J	-2	300	99.01	0.99
LU/145	1	257	255	3	E	T	+1	-130	62.71	37.29
LU/145	2	250	251	3	E	T	+2	-150	42.80	57.20
LU/145	3	254	247	4 x	E	A	+1	-690	0.85	99.15
LU/145	5	258	256	3	E	J	=	-140	54.94	45.06
LU/145	6	249	252	4	E	A	-1	50	81.21	18.79
LU/150	1	262	265	3	E		+2	-150	42.80	57.20
LU/150	2	263	261	5	E		-1	50	81.21	18.79
LU/150	3	259	260	4	E		=	-130	62.71	37.29
LU/90	1	275	273	5 x	S	A	-3	-800	0.14	99.86
LU/90	2	269	270	3	E	T	+2	-150	42.80	57.20
LU/90	3	276	272	4	E	4	+1	-150	42.80	57.20
LU/90	4	274	268	5	E	A	=	-400	14.83	85.17
LU/90	5	267	271	5	E	Q	=	-400	14.83	85.17
MA/123	2	280	281	3	W	K	-4	200	97.74	2.26
MA/123	3	284	277	3	W	5	-3	150	94.07	5.93
MA/123	4	278	283	3	E	2	=	-140	54.94	45.06
MA/123	5	288	286	4	E	2	+1	-450	8.19	91.81
MA/123	6	279	282	3	E	2	+1	-130	62.71	37.29
MA/126	10	330	321	4	E	8	=	-130	62.71	37.29
MA/126	10	309	290	4 x	S	6	-2	-500	4.80	95.20
MA/126	9	311	292	3 x	W	5	-3	500	99.86	0.14
MA/126	8	313	294	3	E	2	+2	-150	42.80	57.20
MA/126	7	296	315	3	S	Q	-1	-100	74.44	25.56
MA/126	6	298	317	3 x	S	6	-1	-200	24.44	75.56
MA/126	5	301	310	4 x	S	6	-2	-500	4.80	95.20
MA/126	4	303	312	4	E	4	+1	-150	42.80	57.20
MA/126	3	304	314	4	E	4	=	-130	62.71	37.29
MA/126	2	305	316	4	E	4	=	-130	62.71	37.29
MA/126	1	306	318	5	E	4	-1	50	81.21	18.79
MA/126	9	299	319	4 x	E	4	=	-510	3.39	96.61
MA/126	8	302	320	3	W	2	-3	150	94.07	5.93
MA/126	7	324	291	4 x	S	6	-1	-200	24.44	75.56
MA/126	6	325	295	3	E	8	+2	-150	42.80	57.20
MA/126	5	322	331	2	S	Q	=	110	89.83	10.17
MA/126	4	323	297	3	E	J	-1	50	81.21	18.79
MA/126	3	329	300	3	E	4	+1	-130	62.71	37.29
MA/126	2	328	289	2	E	2	-2	100	86.44	13.56
MA/126	1	327	293	3 x	S	6	-1	-200	24.44	75.56
MA/164	1	341	339	4	E		+1	-150	42.80	57.20
MA/164	2	335	336	3	E		=	-110	69.77	30.23
MA/164	3	342	338	3 x	S		-1	-200	24.44	75.56
MA/164	4	340	334	5	E		=	-400	14.83	85.17
MA/164	5	333	337	3	E		+2	-200	24.44	75.56
MA/262	7	357	346	3	W	K	-3	150	94.07	5.93
MA/262	6	382	388	2	S	9	=	110	89.83	10.17
MA/262	14	372	390	2	S	3	=	110	89.83	10.17
MA/262	10	351	365	5	E	2	-1	50	81.21	18.79
MA/262	1	368	371	3	S	6	-1	-100	74.44	25.56
MA/262	15	344	370	4	E	J	=	-130	62.71	37.29
MA/262	12	379	389	4	E	4	=	-130	62.71	37.29
MA/262	13	384	378	3	E	4	+1	-130	62.71	37.29
MA/262	7	383	386	1	E	4	+2	-140	54.94	45.06
MA/262	2	366	367	3	E	J	+2	-150	42.80	57.20
MA/262	3	364	363	3	E	4	+2	-150	42.80	57.20
MA/262	5	360	354	3	E	J	+2	-150	42.80	57.20
MA/262	6	358	350	3	E	4	+2	-150	42.80	57.20
MA/262	9	353	369	4	E	Q	+1	-150	42.80	57.20
MA/262	13	352	345	3	E	4	+2	-150	42.80	57.20
MA/262	8	374	380	3	E	4	+2	-150	42.80	57.20
MA/262	9	385	376	3	E	J	+2	-150	42.80	57.20
MA/262	4	362	359	2	E	A	+3	-200	24.44	75.56
MA/262	12	356	347	4	S	Q	-2	-200	24.44	75.56
MA/262	10	381	387	3	E	A	+2	-200	24.44	75.56
MA/262	14	348	343	5	E	J	=	-400	14.83	85.17
MA/262	8	355	373	4	E	A	=	-420	11.02	88.98
MA/262	11	361	349	4	E	J	+1	-450	8.19	91.81
MA/262	11	375	377	4 x	S	9	-2	-500	4.80	95.20
MA/46	4	401	398	3 x	S	4	-1	-200	24.44	75.56
MA/46	5	394	402	4	E	Q	=	-130	62.71	37.29
MA/46	6	397	403	4	S	Q	-2	-200	24.44	75.56
MA/46	7	392	399	4	S	Q	-2	-200	24.44	75.56
MA/46	8	395	396	3	E	J	+2	-150	42.80	57.20
MA/46	9	391	393	3 x	S	2	-1	-200	24.44	75.56
MA/46	10	404	400	3	W	5	-3	150	94.07	5.93
MP/138	1	410	409	3	E	2	+1	-170	31.50	68.50
MP/138	2	405	408	4	E	4	+1	-150	42.80	57.20
MP/138	3	406	407	4	E	J	+1	-150	42.80	57.20
MP/40	1	424	441	3	E	J	+2	-150	42.80	57.20
MP/40	2	423	439	3	W	5	-3	150	94.07	5.93
MP/40	3	422	437	4	E	4	+1	-150	42.80	57.20
MP/40	4	421	435	TD					50.00	50.00
MP/40	5	420	433	3 x	S	6	-1	-200	24.44	75.56
MP/40	6	419	431	4	E	J	-1	50	81.21	18.79
MP/40	7	418	429	4	E	J	+1	-150	42.80	57.20
MP/40	8	417	442	3	E	5	-3	150	94.07	5.93
MP/40	9	416	438	4	E	4	+1	-150	42.80	57.20
MP/40	10	415	436	3	E	3	-1	50	81.21	18.79
MP/40	11	434	414	3	S	5	-1	-100	74.44	25.56
MP/40	12	432	413	4	E	4	+1	-150	42.80	57.20
MP/40	13	430	412	4 x	S	A	-2	-500	4.80	95.20
MP/40	14	428	411	4	E	J	=	-130	62.71	37.29
MP/40	15	426	427	4	E	T	+1	-150	42.80	57.20
MP/45	1	446	449	3 x	N		-1	-200	24.44	75.56
MP/45	2	447	445	4	E		+1	-150	42.80	57.20
MP/45	3	443	444	4	E		+1	-450	8.19	91.81
MP/45	4	450	448	4	S		-2	-200	24.44	75.56
OP/273	2	454	457	3	E	J	+2	-150	42.80	57.20
OP/273	4	455	453	3 x	W	5	-3	500	99.86	0.14
OP/273	5	452	451	5	E	2	=	-400	14.83	85.17
PD/81	8	459	463	3	W	5	-4	200	97.74	2.26
PD/81	6	468	464	2	E	4	=	-110	69.77	30.23
PD/81	7	466	460	1	E	A	+2	-140	54.94	45.06
PD/81	5	461	462	4	E	4	+1	-150	42.80	57.20
PD/81	4	467	465	4	E	J	+1	-450	8.19	91.81
PK/118	9	469	471	3	W	5	-3	150	94.07	5.93
PK/118	8	473	474	5	E	4	=	-400	14.83	85.17
PK/118	7	470	477	3	W	J	-3	150	94.07	5.93
PK/118	6	475	481	3 x	S	Q	-1	-200	24.44	75.56
PK/118	5	472	480	3	W	K	-3	150	94.07	5.93
PK/118	4	479	476	2	E	J	+2	-130	62.71	37.29
PM/102	10	497	483	4	E	4	+1	-150	42.80	57.20
PM/102	9	499	484	4	E	A	+1	-150	42.80	57.20
PM/102	8	501	485	4	E	2	+1	-150	42.80	57.20
PM/102	7	486	503	3	S	6	-1	-100	74.44	25.56
PM/102	6	487	505	5	E	5	=	-400	14.83	85.17
PM/102	5	488	498	4	E	3	+1	-150	42.80	57.20
PM/102	4	489	500	5 x	E	4	-2	300	99.01	0.99
PM/102	3	491	502	5	E	J	-2	100	86.44	13.56
PM/102	2	495	504	3	E	2	+2	-150	42.80	57.20
PM/102	1	493	506	3	S	3	-1	-100	74.44	25.56
PM/102	2	492	490	3	S	6	-1	-100	74.44	25.56
PM/129	1	510	513					-130	62.71	37.29
PM/129	2	511	509					-130	62.71	37.29
PM/129	3	508	507					-150	42.80	57.20
PM/129	4	514	512					100	86.44	13.56
SW/287	8	516	521	4	E	3	-1	50	81.21	18.79
SW/287	4	522	515	3	S	9	-1	-100	74.44	25.56
SW/287	3	518	519	4	E	4	=	-130	62.71	37.29
SW/287	2	525	523	1	W	5	+2	-150	42.80	57.20
SW/287	10	526	524	4	E	4	+1	-150	42.80	57.20
SW/287	11	517	520	4	E	J	+1	-150	42.80	57.20
SZ2/910	1	537	535	3	S	6	-1	-100	74.44	25.56
SZ2/910	2	530	531	3 x	S	6	-1	-200	24.44	75.56
SZ2/910	3	534	527	3	E	4	+2	-150	42.80	57.20
SZ2/910	4	528	533	5	E	J	=	-400	14.83	85.17
SZ2/910	6	529	532	5	E	A	-1	50	81.21	18.79
WM/122	2	545	556	5 x	E	4	=	-550	2.40	97.60
WM/122	3	566	554	3	E	2	+2	-150	42.80	57.20
WM/122	4	560	553	4	E	4	+1	-150	42.80	57.20
WM/122	5	547	551	3 x	S	A	-1	-200	24.44	75.56
WM/122	6	543	561	3 x	S	8	-1	-200	24.44	75.56
WM/122	7	542	559	3	E	J	+1	-130	62.71	37.29
WM/122	8	557	541	4 x	S	Q	-2	-500	4.80	95.20
WM/122	9	555	540	4	E	J	+1	-150	42.80	57.20
WM/122	10	552	539	3	S	6	-1	-100	74.44	25.56
WM/122	11	550	562	3 x	S	6	-1	-200	24.44	75.56
WM/122	13	564	569	4	E	4	+1	-150	42.80	57.20
WM/122	14	567	549	3	W	5	-4	200	97.74	2.26
WM/122	15	565	546	4	S	Q	-2	-200	24.44	75.56
WM/122	16	563	568	3	E	A	+1	-130	62.71	37.29
WM/128	2	575	573	4	S		-2	-200	24.44	75.56
WM/128	3	572	571	3	S		-1	-100	74.44	25.56
WM/128	4	578	576	4	E		+1	-150	42.80	57.20
WM/132	1	582	585	3	W		=	-400	14.83	85.17
WM/132	2	583	581	4	E		+1	-150	42.80	57.20
WM/132	3	579	580	3	W		-3	150	94.07	5.93
WM/132	4	586	584	4	E		=	-130	62.71	37.29
WM/140	1	590	593	5	E	3	=	-400	14.83	85.17
WM/140	2	591	589	2	E	A	+3	-200	24.44	75.56
WM/140	3	587	588	3	E	A	+2	-200	24.44	75.56
WM/241		600	599	4	E	4	+1	-450	8.19	91.81
WM/241		595	598	4	E	5	+1	-150	42.80	57.20
WM/241		596	597	4 x	S	3	-2	-500	4.80	95.20
WM/246	1	606	605	3	W	3	-3	150	94.07	5.93
WM/246	2	601	604	4	E	A	+1	-450	8.19	91.81
WM/246	3	602	603	4	E	4	=	-130	62.71	37.29
WP/120	1	617	615					-400	14.83	85.17
WP/120	2	610	611					-150	42.80	57.20
WP/120	3	614	607					-130	62.71	37.29
WP/120	4	608	613					-150	42.80	57.20
WP/120	6	609	612					-200	24.44	75.56
WP/142	1	622	625	3	W	5	-1	50	81.21	18.79
WP/142	2	623	621	3	W	K	-4	200	97.74	2.26
WP/142	3	620	619	3	E	T	=	-140	54.94	45.06
WP/142	4	626	624	3	E	4	+1	-130	62.71	37.29
WP/147	3	630	634	3	W	5	-3	150	94.07	5.93
WP/147	10	642	636	2	S	5	=	110	89.83	10.17
WP/147	6	629	628	5 x	E	4	-1	100	86.44	13.56
WP/147	7	631	639	3	S	6	-1	-100	74.44	25.56
WP/147	8	640	633	3	S	6	-1	-100	74.44	25.56
WP/147	4	638	632	4	E	4	=	-130	62.71	37.29
WP/147	5	635	637	3	E	10	=	-140	54.94	45.06
WP/147	9	627	641	3 x	S	3	-1	-200	24.44	75.56
WP/156	6	655	654	2	S		=	110	89.83	10.17
WP/156	7	646	651	3	E		-3	150	94.07	5.93
WP/156	9	650	652	3	S		-1	-100	74.44	25.56
WP/156	10	645	648	3	W		-3	150	94.07	5.93
WP/156	11	647	643	3	E		+2	-200	24.44	75.56
WP/156	12	649	657	4	E		+1	-450	8.19	91.81
WP/156	13	653	644	4	E		+1	-150	42.80	57.20
WP/156	14	658	656	3 x	S		-1	-200	24.44	75.56
WP/244	10	659	665	3	E	4	+1	-130	62.71	37.29
WP/244	9	661	666	4	E	4	+1	-150	42.80	57.20
WP/244	8	669	664	3	W	5	-2	100	86.44	13.56
WP/244	7	662	670	2	N	6	=	110	89.83	10.17
WP/244	6	676	668	3	E	4	+2	-150	42.80	57.20
WP/244	5	663	660	3	S	4	-1	-100	74.44	25.56
WP/244	4	671	667	4	S	6	-2	-200	24.44	75.56
WP/244	3	672	675	2	W	5	+2	-170	31.50	68.50
WP/244	2	674	673	4	E	J	+1	-150	42.80	57.20
WP/244	10	677	683	4	E	5	+1	-150	42.80	57.20
WP/244	9	679	685	5 x	E	10	-1	100	86.44	13.56
WP/244	8	688	681	4	E	4	=	-130	62.71	37.29
WP/244	7	684	680	4	E	J	=	-130	62.71	37.29
WP/244	6	682	687	3	E	J	+2	-150	42.80	57.20
WP/244	5	678	689	3	W	5	-4	200	97.74	2.26
WP/244	4	686	690	3	E	10	+1	-130	62.71	37.29
WP/244	10	693	694	5	E	J	=	-400	14.83	85.17
WP/244	9	691	701	3	W	5	-3	150	94.07	5.93
WP/244	8	702	696	4	E	A	+1	-450	8.19	91.81
WP/244	7	700	697	4	E	2	+1	-150	42.80	57.20
WP/244	5	692	704	3	S	6	=	140	90.96	9.04
WP/244	4	698	703	2	W	7	-3	150	94.07	5.93
ZA2/916		710	709	4	E	4	=	-130	62.71	37.29
ZA2/916		705	708	2	S	6	=	110	89.83	10.17
ZA2/916		706	707	4	E	10	=	-420	11.02	88.98
ZP/116	1	721	719					-100	74.44	25.56
ZP/116	2	714	715					-100	74.44	25.56
ZP/116	3	718	711					-130	62.71	37.29
ZP/116	4	712	717					-130	62.71	37.29
ZP/116	5	722	720					-130	62.71	37.29
ZP/116	6	713	716					-140	54.94	45.06
ZP/121	1	726	729	4 x	S		-2	-500	4.80	95.20
ZP/121	2	727	725	4	E		+1	-150	42.80	57.20
ZP/121	3	724	723	5 x	E		=	-550	2.40	97.60
ZP/121	4	730	728	4	E		=	-130	62.71	37.29
ZP/215	1	739	737					-150	42.80	57.20
ZP/215	2	733	734					-150	42.80	57.20
ZP/215	4	738	732					-150	42.80	57.20
ZP/215	5	731	735					-130	62.71	37.29
ZP/255	1	752	744	2	E	A	+3	-200	24.44	75.56
ZP/255	2	746	753	2	E	A	+3	-200	24.44	75.56
ZP/255	3	754	749	3 x	S	Q	-1	-200	24.44	75.56
ZP/255	4	751	758	3	E	A	+2	-200	24.44	75.56
ZP/255	5	743	755	3	E	T	+2	-150	42.80	57.20
ZP/255	6	745	748	3	W	5	-3	150	94.07	5.93
ZP/255	7	747	757	3	E	4	+1	-130	62.71	37.29
ZP/255	8	756	742	5	E	2	=	-400	14.83	85.17
ZP/255	9	759	750	5	E	J	=	-400	14.83	85.17
ZP/255	10	760	741	4	E	A	+1	-450	8.19	91.81