Turniej KMP na maksy

Poniedziałek, 13 lutego 2017

Wyniki z 55 ośrodków

do wyników...

pobierz rozkłady turnieju

|<<

<<

*

>>

>>|

Rozdanie nr 18

\|<<	<<	*	>>	>>\|
Rozdanie nr 18

K2

K9532

107643

A

AQJ875

4

KQ2

K84

E/NS

963

Q76

J98

QJ95

104

AJ108

A5

107632

Liczba lew do wzięcia:


N	8	4	11	9	7		E	5	8	2	3	5
S	8	4	11	9	7		W	5	8	2	3	5

Minimax: 5

x W, 500
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1130	1	3 x N +2		1	100.00	0.00
990	2	4 x N +1		1	99.58	0.42
990	2	4 x S +1		1	99.58	0.42
850	1	PASS		1	99.16	0.84
800	1	5 x W -4		1	98.88	1.12
790	3	4 x N =		3	98.32	1.68
650	6	4 N +1		2	97.07	2.93
		4 S +1		1
		5 N =		1
		5 S =		1
		PASS		1
620	20	4 N =		13	93.43	6.57
		4 S =		6
		PASS		1
600	1	4 x x W -2		1	90.50	9.50
500	9	PASS		1	89.10	10.90
500	9	4 x W -3		8	89.10	10.90
300	13	4 x W -2		1	86.03	13.97
		PASS		1
		4 x W -2		11
200	6	3 N +2		4	83.38	16.62
200	6	3 S +2		2	83.38	16.62
170	10	2 N +2		2	81.14	18.86
		3 N +1		5
		3 S +1		2
		PASS		1
150	32	4 E -3		1	75.28	24.72
		PASS		3
		4 W -3		26
		3 E -3		2
140	1	3 S =		1	70.67	29.33
100	60	4 W -2		1	62.15	37.85
		PASS		2
		3 W -2		14
		4 x W -1		8
		4 E -2		1
		4 W -2		33
		3 E -2		1
50	59	PASS		4	45.53	54.47
		2 W -1		7
		3 E -1		2
		3 W -1		18
		4 E -1		1
		4 W -1		26
		3 W -1		1
-80	13	PASS		1	35.48	64.52
-80	13	1 W =		12	35.48	64.52
-100	2	5 N -1		1	33.38	66.62
-100	2	5 S -1		1	33.38	66.62
-110	27	PASS		3	29.33	70.67
		1 W +1		18
		2 W =		6
-140	59	3 W =		1	17.32	82.68
		PASS		7
		1 W +2		13
		2 W +1		9
		3 W =		29
-170	16	PASS		2	6.84	93.16
		1 W +3		3
		3 E +1		1
		3 W +1		10
-200	11	3 S -2		1	3.07	96.93
		4 N -2		1
		4 S -2		1
		4 x S -1		1
		5 x N -1		4
		1 W +4		2
		3 N -2		1
-420	4	4 W =		4	0.98	99.02
-500	1	4 x N -2		1	0.28	99.72
-570	1	2 x W +1		1	0.00	100.00
	3	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	5	16	4	W		-2	100	62.15	37.85
BY4/921	2	15	19	4	W		-1	50	45.53	54.47
BY4/921	3	8	18	4 x	W		-2	300	86.03	13.97
BY4/921	4	13	1	4	W		-2	100	62.15	37.85
BY4/921	5	12	11	4	W		-3	150	75.28	24.72
BY4/921	6	14	7	3	W		+1	-170	6.84	93.16
BY4/921	7	2	6	3	W		-2	100	62.15	37.85
BY4/921	8	4	10	2	W		-1	50	45.53	54.47
BY4/921	9	20	9	3	W		-2	100	62.15	37.85
DS/144	1	26	24					500	89.10	10.90
DS/144	2	29	21					300	86.03	13.97
DS/144	3	30	23					-140	17.32	82.68
DS/144	4	25	28					-140	17.32	82.68
DS/144	5	27	22					-170	6.84	93.16
DS/67	1	35	33	4	W	A	-1	50	45.53	54.47
DS/67	2	42	40	2	W	A	-1	50	45.53	54.47
DS/67	3	38	34	2	W	4	+1	-140	17.32	82.68
DS/67	4	37	43	2	W	A	=	-110	29.33	70.67
DS/67	5	32	31	3	W	3	=	-140	17.32	82.68
DS/67	6	44	36	4	W	A	-1	50	45.53	54.47
DS/67	10	39	41	1	W	A	=	-80	35.48	64.52
DS/68	1	49	46	4 x	W	3	-3	500	89.10	10.90
DS/68	2	53	45	4	S	K	=	620	93.43	6.57
DS/68	3	56	50	4	W	A	-3	150	75.28	24.72
DS/68	5	52	51	3	W	7	=	-140	17.32	82.68
DS/68	6	47	55	4 x	W	2	-2	300	86.03	13.97
DS/72	6	70	62	3	W	7	-2	100	62.15	37.85
DS/72	5	64	66	4	W	5	-1	50	45.53	54.47
DS/72	4	57	58	3	W	3	-1	50	45.53	54.47
DS/72	3	65	61	1	W	A	+4	-200	3.07	96.93
DS/72	2	59	69	3	W	3	=	-140	17.32	82.68
DS/72	1	67	68	4	W	A	-3	150	75.28	24.72
DS/72	11	63	60	4	W	A	-2	100	62.15	37.85
EL1/907	1	75	86	5 x	N	6	-1	-200	3.07	96.93
EL1/907	2	85	89	1	W	A	+1	-110	29.33	70.67
EL1/907	4	83	71	3	W	3	-1	50	45.53	54.47
EL1/907	5	82	81	4	W	6	-2	100	62.15	37.85
EL1/907	6	84	77	3	W	7	-1	50	45.53	54.47
EL1/907	7	72	76	1	W	A	+1	-110	29.33	70.67
EL1/907	8	74	80	3	E	3	-3	150	75.28	24.72
EL1/907	9	90	79	4 x	W	3	-1	100	62.15	37.85
EL1/907	10	87	73	1	W	7	=	-80	35.48	64.52
JG2/920	1	92	95	4 x	W		-2	300	86.03	13.97
JG2/920	2	96	93	4	W		-3	150	75.28	24.72
JG2/920	3	91	94	4	W		-1	50	45.53	54.47
JG4/917	1	99	97	4	W	A	-2	100	62.15	37.85
JG4/917	2	102	103	3	W	A	-2	100	62.15	37.85
JG4/917	3	104	100	1	W	3	+1	-110	29.33	70.67
JG4/917	4	98	101	5 x	N	Q	-1	-200	3.07	96.93
KP/125	4	113	107	4	W	A	-2	100	62.15	37.85
KP/125	6	116	110	3	S	A	+2	200	83.38	16.62
KP/125	7	114	106	1	W	A	+3	-170	6.84	93.16
KP/125	9	111	109	3	W	A	-1	50	45.53	54.47
KP/125	10	115	105	4 x	W	2	-2	300	86.03	13.97
KP/125	11	108	112	3	W	A	-2	100	62.15	37.85
KP/289	6	128	122	3	W	3	=	-140	17.32	82.68
KP/289	4	125	119	4	W	7	-2	100	62.15	37.85
KP/289	11	120	124	5	N	6	=	650	97.07	2.93
KP/289	10	127	117	3	W	2	=	-140	17.32	82.68
KP/289	9	123	121	4 xx	W	A	-2	600	90.50	9.50
KP/289	7	126	118	4	W	A	-2	100	62.15	37.85
KP/50	6	146	134	3	W	A	+1	-170	6.84	93.16
KP/50	5	144	137	3	W	A	=	-140	17.32	82.68
KP/50	4	131	145	2	W	7	+1	-140	17.32	82.68
KP/50	3	129	132	4	W	4	-3	150	75.28	24.72
KP/50	2	138	143	3	W	7	=	-140	17.32	82.68
KP/50	1	135	136	5	S	4	=	650	97.07	2.93
KP/50	11	142	133	4	S	4	+1	650	97.07	2.93
KP/50	10	130	141	2	W	A	+1	-140	17.32	82.68
KP/50	9	140	139	3	N	10	+1	170	81.14	18.86
LB/127	1	152	150	4 x	W	7	-1	100	62.15	37.85
LB/127	4	151	154	4	W	7	-2	100	62.15	37.85
LB/127	5	153	148	4	W	3	-1	50	45.53	54.47
LB/127	2	155	147	3	W	A	=	-140	17.32	82.68
LB/127	3	156	149	1	W	3	+2	-140	17.32	82.68
LB/165	3	157	162	1	W	A	+2	-140	17.32	82.68
LB/165	3	160	161	1	W	A	=	-80	35.48	64.52
LB/165	3	158	159	4	W	2	-1	50	45.53	54.47
LB/263	6	176	168	4	W	3	-3	150	75.28	24.72
LB/263	3	171	167	4 x	W	A	-1	100	62.15	37.85
LB/263	5	170	172	4	W	3	-2	100	62.15	37.85
LB/263	1	173	174	3	W	7	=	-140	17.32	82.68
LB/263	11	169	166	1	W	A	+2	-140	17.32	82.68
LB/263	4	163	164	4	W	A	=	-420	0.98	99.02
LB/265	1	181	183	4	W		-1	50	45.53	54.47
LB/265	2	186	185	3	W		=	-140	17.32	82.68
LB/265	3	177	189	4	W		-1	50	45.53	54.47
LB/265	4	190	179	1	W		+1	-110	29.33	70.67
LB/265	5	184	191	2	W		+1	-140	17.32	82.68
LB/265	10	187	180	4	W		-3	150	75.28	24.72
LB/265	11	188	178	4	N		=	620	93.43	6.57
LB/285	1	197	199	4 x	S	K	+1	990	99.58	0.42
LB/285	2	202	201	3	N	6	+2	200	83.38	16.62
LB/285	3	193	205	4 x	W	A	-3	500	89.10	10.90
LB/285	4	206	195	3	W	A	=	-140	17.32	82.68
LB/285	5	200	207	4	W	A	-1	50	45.53	54.47
LB/285	10	203	196	4 x	W	3	-3	500	89.10	10.90
LB/285	11	204	194	1	W	A	+1	-110	29.33	70.67
LD/48	1	215	216	1	W	4	+1	-110	29.33	70.67
LD/48	2	218	223	4	W	7	-3	150	75.28	24.72
LD/48	3	209	212	4 x	W	A	-1	100	62.15	37.85
LD/48	4	211	225	3	W	A	-1	50	45.53	54.47
LD/48	6	226	214	4	W	A	-3	150	75.28	24.72
LD/48	9	220	219	4 x	W	A	-2	300	86.03	13.97
LD/48	10	210	221	3	W	7	-1	50	45.53	54.47
LD/48	11	222	213	1	W	A	+2	-140	17.32	82.68
LD/92	1	237	238	1	W	A	+1	-110	29.33	70.67
LD/92	2	229	239	1	W	A	+1	-110	29.33	70.67
LD/92	3	235	231	2	N	6	+2	170	81.14	18.86
LD/92	4	227	228	4	W	A	-2	100	62.15	37.85
LD/92	5	234	236	4	W	A	-1	50	45.53	54.47
LD/92	6	240	232	3	W	7	-1	50	45.53	54.47
LD/92	7	233	230	4	W	A	-2	100	62.15	37.85
LG4/903	1	246	243	3	W	A	=	-140	17.32	82.68
LG4/903	2	244	242	1	W	3	+1	-110	29.33	70.67
LG4/903	3	245	241	4 x	N	Q	+1	990	99.58	0.42
LU/145	1	252	250	3	W	A	=	-140	17.32	82.68
LU/145	2	255	247	4 x	N	Q	=	790	98.32	1.68
LU/145	3	256	249	2	W	2	+1	-140	17.32	82.68
LU/145	5	253	248	3	W	7	-2	100	62.15	37.85
LU/150	1	262	259	4	W		-2	100	62.15	37.85
LU/150	2	260	258	3	W		+1	-170	6.84	93.16
LU/150	3	261	257	2	W		=	-110	29.33	70.67
LU/90	2	268	269	3	W	A	-1	50	45.53	54.47
LU/90	3	270	266	4	E	A	-3	150	75.28	24.72
LU/90	4	264	267	4	N	3	+1	650	97.07	2.93
MA/123	1	279	273	2	W	4	+1	-140	17.32	82.68
MA/123	2	282	276	1	W	7	+2	-140	17.32	82.68
MA/123	3	280	272	3	S	K	=	140	70.67	29.33
MA/123	4	277	275	4 x	W	A	-3	500	89.10	10.90
MA/123	5	281	271	3	E	2	+1	-170	6.84	93.16
MA/126	1	296	310	4	W	A	-1	50	45.53	54.47
MA/126	2	295	308	3	N	6	+2	200	83.38	16.62
MA/126	3	294	306	3	W	3	-2	100	62.15	37.85
MA/126	4	292	304	5	N	6	-1	-100	33.38	66.62
MA/126	5	290	303	3	E	A	-1	50	45.53	54.47
MA/126	6	288	314	4	E	6	-2	100	62.15	37.85
MA/126	7	286	316	3	W	A	=	-140	17.32	82.68
MA/126	8	285	313	3	W	2	=	-140	17.32	82.68
MA/126	9	284	311	4	W	5	-2	100	62.15	37.85
MA/126	10	302	309	4	W	A	-3	150	75.28	24.72
MA/126	11	307	301	1	W	A	+3	-170	6.84	93.16
MA/126	12	305	300	4	W	A	-1	50	45.53	54.47
MA/126	13	315	299	4	W	4	-2	100	62.15	37.85
MA/126	14	317	298	3	W	7	=	-140	17.32	82.68
MA/126	15	312	297	4 x	W	3	-3	500	89.10	10.90
MA/126	1	325	283	TD					60.00	60.00
MA/126	2	318	326	4	W	A	-2	100	62.15	37.85
MA/126	3	293	327	4	S	K	=	620	93.43	6.57
MA/126	4	322	328	3	W	A	=	-140	17.32	82.68
MA/126	5	321	319	3	W	7	-1	50	45.53	54.47
MA/126	6	291	323	4 x	W	3	-1	100	62.15	37.85
MA/126	7	287	289	3	W	3	-1	50	45.53	54.47
MA/126	8	320	324	3	W	A	=	-140	17.32	82.68
MA/164	1	334	332	4	N		=	620	93.43	6.57
MA/164	2	337	329	3	W		=	-140	17.32	82.68
MA/164	3	338	331	4	N		=	620	93.43	6.57
MA/164	4	333	336	2 x	W		+1	-570	0.00	100.00
MA/164	5	335	330	4 x	N		=	790	98.32	1.68
MA/296	2	353	352	4	N	A	=	620	93.43	6.57
MA/296	5	347	340	4	N	Q	=	620	93.43	6.57
MA/296	2	378	382	4	S	K	=	620	93.43	6.57
MA/296	4	349	344	4	W	A	-3	150	75.28	24.72
MA/296	15	361	356	4	W	A	-3	150	75.28	24.72
MA/296	4	381	376	4	W	A	-3	150	75.28	24.72
MA/296	5	371	379	4	W	7	-2	100	62.15	37.85
MA/296	6	370	385	4 x	W	A	-1	100	62.15	37.85
MA/296	9	368	380	4	W	A	-2	100	62.15	37.85
MA/296	13	369	360	3	W	A	-1	50	45.53	54.47
MA/296	14	365	358	4	W	A	-1	50	45.53	54.47
MA/296	7	372	374	2	W	A	-1	50	45.53	54.47
MA/296	8	384	373	4	W	3	-1	50	45.53	54.47
MA/296	6	345	367	1	W	A	=	-80	35.48	64.52
MA/296	3	377	375	1	W	7	=	-80	35.48	64.52
MA/296	1	354	357	1	W	4	+2	-140	17.32	82.68
MA/296	10	366	350	3	W	A	=	-140	17.32	82.68
MA/296	12	342	362	1	W	A	+2	-140	17.32	82.68
MA/296	3	351	348	3	N	5	-2	-200	3.07	96.93
MA/296	9	339	355	4	N	9	-2	-200	3.07	96.93
MA/296	11	346	364	4	S	4	-2	-200	3.07	96.93
MA/296	7	343	363	4	W	A	=	-420	0.98	99.02
MA/296	8	341	359	4	W	A	=	-420	0.98	99.02
MA/46	1	397	398	4	W	A	-2	100	62.15	37.85
MA/46	2	389	399	4	W	7	-1	50	45.53	54.47
MA/46	3	395	391	4	N	9	+1	650	97.07	2.93
MA/46	4	387	388	4 x	W	A	-1	100	62.15	37.85
MA/46	5	394	396	4	W	A	-1	50	45.53	54.47
MA/46	11	393	390	4	S	A	=	620	93.43	6.57
MP/138	1	403	401	3	S	K	+2	200	83.38	16.62
MP/138	2	406	407	1	W	A	+4	-200	3.07	96.93
MP/138	4	402	405	1	W	6	=	-80	35.48	64.52
MP/163	1	414	411					620	93.43	6.57
MP/163	2	412	410					-140	17.32	82.68
MP/163	3	413	409					100	62.15	37.85
MP/40	1	423	439	4	W	A	-3	150	75.28	24.72
MP/40	2	422	437	4 x	N	6	=	790	98.32	1.68
MP/40	3	421	435	3	W	7	-1	50	45.53	54.47
MP/40	4	420	433	4	W	A	-3	150	75.28	24.72
MP/40	5	419	431	1	W	7	+2	-140	17.32	82.68
MP/40	6	418	442	3	W	A	=	-140	17.32	82.68
MP/40	7	417	440	3 x	N	6	+2	1130	100.00	0.00
MP/40	8	416	438	4 x	W	3	-2	300	86.03	13.97
MP/40	9	415	436	4	E	7	-1	50	45.53	54.47
MP/40	10	429	434	4	S	A	=	620	93.43	6.57
MP/40	11	432	428	3	N	A	+1	170	81.14	18.86
MP/40	12	430	427	4	N	6	=	620	93.43	6.57
MP/40	13	444	426	3	W	4	+1	-170	6.84	93.16
MP/40	14	443	425	3	N	Q	+1	170	81.14	18.86
MP/40	15	441	424	4	W	3	-3	150	75.28	24.72
MP/41	10	455	445	4	W		-2	100	62.15	37.85
MP/41	4	453	447	1	W		+1	-110	29.33	70.67
MP/41	11	448	452	1	W		+1	-110	29.33	70.67
MP/41	7	454	446	1	W		+2	-140	17.32	82.68
MP/41	9	451	449	3	W		=	-140	17.32	82.68
OP/273	2	459	457	3	W	A	=	-140	17.32	82.68
OP/273	3	463	462	4	W	A	-2	100	62.15	37.85
OP/273	7	458	461	2	W	3	=	-110	29.33	70.67
PD/81	1	470	468	4	N	6	=	620	93.43	6.57
PD/81	4	469	472	4 x	W	2	-2	300	86.03	13.97
PD/81	5	471	466	3	W	7	-2	100	62.15	37.85
PD/81	3	474	467	4	W	3	-1	50	45.53	54.47
PD/81	2	473	465	3	W	A	+1	-170	6.84	93.16
PK/118	6	490	480	4	W	A	-2	100	62.15	37.85
PK/118	5	482	489	5 x	N	6	-1	-200	3.07	96.93
PK/118	4	488	477	2	W	7	+1	-140	17.32	82.68
PK/118	3	475	487	3	W	A	+1	-170	6.84	93.16
PK/118	2	484	483	4 x	W	A	-3	500	89.10	10.90
PK/118	1	479	481	4 x	W	3	-3	500	89.10	10.90
PK/118	11	486	476	TD					40.00	60.00
PK/118	10	485	478	2	W	7	=	-110	29.33	70.67
PM/129	1	493	491					650	97.07	2.93
PM/129	2	497	496					150	75.28	24.72
PM/129	3	498	494					-80	35.48	64.52
PM/129	4	492	495					100	62.15	37.85
PM/166	1	504	514	3	E	J	-2	100	62.15	37.85
PM/166	2	501	513	4 x	W	3	-3	500	89.10	10.90
PM/166	3	509	511	4	W	5	-1	50	45.53	54.47
PM/166	4	524	521	2	W	7	=	-110	29.33	70.67
PM/166	5	522	519	4 x	W	A	-2	300	86.03	13.97
PM/166	6	520	517	2	W	A	+1	-140	17.32	82.68
PM/166	7	508	515	1	W	7	=	-80	35.48	64.52
PM/166	8	512	505	4	W	A	-2	100	62.15	37.85
PM/166	9	510	502	1	W	7	+1	-110	29.33	70.67
PM/166	10	518	499	4	N	9	=	620	93.43	6.57
PM/166	11	506	526	2	W	A	-1	50	45.53	54.47
PM/166	12	503	525	4	W	7	-2	100	62.15	37.85
PM/166	13	500	523	4	W	7	-2	100	62.15	37.85
SW/287	1	532	543	4	S	K	=	620	93.43	6.57
SW/287	5	528	545	4	N	6	=	620	93.43	6.57
SW/287	10	542	533	4	W	A	-3	150	75.28	24.72
SW/287	7	536	539	3	W	3	-2	100	62.15	37.85
SW/287	8	537	535	4	W	7	-2	100	62.15	37.85
SW/287	2	531	540	3	W	3	=	-140	17.32	82.68
SW/287	9	544	534	3	W	A	=	-140	17.32	82.68
SW/287	3	530	538	5 x	N	5	-1	-200	3.07	96.93
SW/287	4	529	546	TD					60.00	39.08
SZ2/910	1	552	550	4	W	A	-2	100	62.15	37.85
SZ2/910	2	555	547	4	W	A	-2	100	62.15	37.85
SZ2/910	4	551	554	2	W	A	=	-110	29.33	70.67
SZ2/910	5	553	548	3	N	6	+2	200	83.38	16.62
USA/130	0	558	557	4	N	X	=	620	93.43	6.57
USA/130	0	562	559	4 x	W	A	-2	300	86.03	13.97
USA/130	0	561	560	3	W	A	+1	-170	6.84	93.16
WM/122	2	567	577	1	W	A	+1	-110	29.33	70.67
WM/122	3	566	575	1	W	A	+1	-110	29.33	70.67
WM/122	4	565	585	4	W	A	-2	100	62.15	37.85
WM/122	5	564	583	1	W	6	=	-80	35.48	64.52
WM/122	6	563	581	4	W	3	-3	150	75.28	24.72
WM/122	7	572	579	3	W	A	-1	50	45.53	54.47
WM/122	8	576	569	4 x	W	A	-2	300	86.03	13.97
WM/122	9	574	590	1	W	A	+1	-110	29.33	70.67
WM/122	10	582	584					50	45.53	54.47
WM/122	11	580	571					170	81.14	18.86
WM/122	13	573	593	4	W	7	-3	150	75.28	24.72
WM/122	14	570	591	3	W	2	=	-140	17.32	82.68
WM/122	15	592	589	4 x	W	A	-1	100	62.15	37.85
WM/122	16	586	587	3	W	7	-2	100	62.15	37.85
WM/128	1	600	598	4	W		-1	50	45.53	54.47
WM/128	2	603	595	4 x	N		-2	-500	0.28	99.72
WM/128	3	604	597	1	W		+2	-140	17.32	82.68
WM/128	4	599	602	4	W		-1	50	45.53	54.47
WM/128	5	601	596	1	W		=	-80	35.48	64.52
WM/132	1	607	605	4	W		-1	50	45.53	54.47
WM/132	2	610	611	3	N		+1	170	81.14	18.86
WM/132	3	612	608	3	W		-2	100	62.15	37.85
WM/132	4	606	609	2	N		+2	170	81.14	18.86
WM/140	1	618	615	3	N	6	+2	200	83.38	16.62
WM/140	2	616	614	3	N	6	+1	170	81.14	18.86
WM/140	3	617	613	4	W	2	-1	50	45.53	54.47
WM/241		621	619	3	S	K	+1	170	81.14	18.86
WM/241		624	625	3	W	7	-2	100	62.15	37.85
WM/241		620	623	3	S	K	+1	170	81.14	18.86
WM/246	1	631	628	3	W	A	=	-140	17.32	82.68
WM/246	2	629	627	3	W	A	=	-140	17.32	82.68
WM/246	3	630	626	4	W	7	-1	50	45.53	54.47
WP/120	1	640	634					850	99.16	0.84
WP/120	3	641	633					-140	17.32	82.68
WP/120	4	638	636					50	45.53	54.47
WP/120	5	642	632					-110	29.33	70.67
WP/120	6	635	639					-110	29.33	70.67
WP/142	1	646	644	4 x	S	A	-1	-200	3.07	96.93
WP/142	2	650	649	4	W	7	-3	150	75.28	24.72
WP/142	3	651	647	4	W	7	-2	100	62.15	37.85
WP/142	4	645	648	3	W	7	-2	100	62.15	37.85
WP/147	1	658	659	5 x	W	3	-4	800	98.88	1.12
WP/147	4	654	668	4	W	A	-3	150	75.28	24.72
WP/147	10	653	664	4	W	7	-2	100	62.15	37.85
WP/147	5	667	660	3	W	A	-1	50	45.53	54.47
WP/147	6	669	657	2	W	7	-1	50	45.53	54.47
WP/147	2	661	666	1	W	2	=	-80	35.48	64.52
WP/147	3	652	655	1	W	A	+3	-170	6.84	93.16
WP/147	11	665	656	3	W	A	+1	-170	6.84	93.16
WP/247	6	670	683	5	S	4	-1	-100	33.38	66.62
WP/247	5	672	688	2	W	7	-1	50	45.53	54.47
WP/247	4	674	715	3	W	7	-1	50	45.53	54.47
WP/247	3	676	673	2	W	3	+1	-140	17.32	82.68
WP/247	2	678	677	4	W	A	=	-420	0.98	99.02
WP/247	1	680	681	3	W	7	-1	50	45.53	54.47
WP/247	10	690	684	3	W	A	=	-140	17.32	82.68
WP/247	9	671	685	3	W	A	-1	50	45.53	54.47
WP/247	8	675	687	1	W	7	+1	-110	29.33	70.67
WP/247	7	714	679	4	W	7	-3	150	75.28	24.72
WP/247	6	712	701	4	W	5	-3	150	75.28	24.72
WP/247	5	691	705	3	W	A	=	-140	17.32	82.68
WP/247	4	693	709	4	W	A	-2	100	62.15	37.85
WP/247	3	695	694	4 x	W	K	-2	300	86.03	13.97
WP/247	2	697	698	1	W	A	=	-80	35.48	64.52
WP/247	1	699	703	4	W	K	-1	50	45.53	54.47
WP/247	10	711	702	4	W	A	-2	100	62.15	37.85
WP/247	9	692	708	4	W	A	-3	150	75.28	24.72
WP/247	8	696	706	3	W	10	-1	50	45.53	54.47
WP/247	7	713	700	4	W	A	-2	100	62.15	37.85
WP/293	1	718	729	3	W		+1	-170	6.84	93.16
WP/293	3	730	721	2	W		-1	50	45.53	54.47
WP/293	4	731	726	1	W		+2	-140	17.32	82.68
WP/293	5	725	728	3	E		-1	50	45.53	54.47
WP/293	6	720	722	3	E		-3	150	75.28	24.72
WP/293	7	716	717	1	W		+2	-140	17.32	82.68
WP/293	8	719	727	4	W		-1	50	45.53	54.47
WP/293	9	733	724	4	N		=	620	93.43	6.57
ZA2/916		739	736	4	N	6	=	620	93.43	6.57
ZA2/916		737	735	3	W	7	-1	50	45.53	54.47
ZA2/916		738	734	3	W	A	+1	-170	6.84	93.16
ZP/116	1	748	742					-140	17.32	82.68
ZP/116	2	751	745					150	75.28	24.72
ZP/116	3	749	741					-140	17.32	82.68
ZP/116	4	746	744					50	45.53	54.47
ZP/116	6	743	747					-140	17.32	82.68
ZP/121	1	757	754	4	W		-3	150	75.28	24.72
ZP/121	2	755	753	4	W		-3	150	75.28	24.72
ZP/121	3	756	752	3	S		-2	-200	3.07	96.93
ZP/215	1	763	761					150	75.28	24.72
ZP/215	2	766	758					-170	6.84	93.16
ZP/215	4	762	765					-110	29.33	70.67
ZP/215	5	764	759					50	45.53	54.47
ZP/255	1	774	775	3	W	7	-2	100	62.15	37.85
ZP/255	2	777	782	1	W	4	+1	-110	29.33	70.67
ZP/255	3	768	771	4 x	W	A	-2	300	86.03	13.97
ZP/255	4	770	784	1	W	A	+1	-110	29.33	70.67
ZP/255	5	783	776	4	N	Q	=	620	93.43	6.57
ZP/255	6	785	773	1	W	A	+2	-140	17.32	82.68
ZP/255	8	769	780	1	W	A	=	-80	35.48	64.52