Turniej KMP na maksy

Poniedziałek, 9 marca 2026

Wyniki z 55 ośrodków

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Rozdanie nr 12

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Rozdanie nr 12

J862

Q

Q7643

1098

AK4

642

AJ1092

54

W/NS

Q1075

KJ

5

AKQJ72

93

A1098753

K8

63

Liczba lew do wzięcia:


N	1	1	7	3	0		E	11	11	6	10	11
S	1	1	7	3	0		W	11	11	6	10	11

Minimax: 3

W, -460
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
300	1	4 x W -2		1	100.00	0.00
100	6	6 E -2		2	99.18	0.82
		4 W -2		1
		6 x E -1		2
		6 E -2		1
50	40	5 E -1		4	93.79	6.21
		6 E -1		6
		5 W -1		1
		6 E -1		22
		6 W -1		2
		6 E -1		3
		6 W -1		2
-100	1	2 S -1		1	88.99	11.01
-130	9	3 E +1		5	87.82	12.18
		4 E =		3
		3 W +1		1
-150	10	3 E +2		7	85.60	14.40
-150	10	4 E +1		3	85.60	14.40
-170	3	3 E +3		2	84.07	15.93
-170	3	4 E +2		1	84.07	15.93
-200	13	2 x S -1		5	82.20	17.80
		3 S -2		3
		2 E +3		4
		3 E +2		1
-210	2	1 E +4		2	80.44	19.56
-230	1	1 E +5		1	80.09	19.91
-400	10	5 E =		9	78.81	21.19
-400	10	3 E =		1	78.81	21.19
-420	1	4 E =		1	77.52	22.48
-430	5	3 E +1		2	76.81	23.19
-430	5	3 W +1		3	76.81	23.19
-450	64	4 E +1		56	68.74	31.26
		4 W +1		4
		5 E =		2
		5 W =		2
-460	60	3 E +2		36	54.22	45.78
		3 W +2		20
		4 E +1		2
		5 E =		2
-480	2	4 E +2		1	46.96	53.04
-480	2	5 E +1		1	46.96	53.04
-490	169	3 E +3		140	26.93	73.07
		3 W +3		23
		4 E +2		1
		4 W +2		3
		5 W +1		2
-500	4	2 x S -2		2	6.67	93.33
-500	4	3 x S -2		2	6.67	93.33
-510	2	4 x E =		1	5.97	94.03
-510	2	4 E +3		1	5.97	94.03
-520	7	3 E +4		7	4.92	95.08
-800	2	3 x S -3		1	3.86	96.14
-800	2	3 x S -3		1	3.86	96.14
-920	2	6 E =		1	3.40	96.60
-920	2	6 W =		1	3.40	96.60
-940	1	6 E +1		1	3.04	96.96
-980	1	6 E =		1	2.81	97.19
-990	11	6 E =		8	1.41	98.59
-990	11	6 W =		3	1.41	98.59
-1700	1	3 x N -6		1	0.00	100.00
	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
DS/136	2	7	9	3	E	10	+3	-490	26.93	73.07
DS/136	6	8	2	3	E	9	+2	-460	54.22	45.78
DS/136	7	6	5	4	E	A	+1	-450	68.74	31.26
DS/136	8	1	11	3	W	2	+2	-460	54.22	45.78
DS/136	9	3	10	2 x	S	A	-1	-200	82.20	17.80
DS/144	1	20	21	6	E	A	-1	50	93.79	6.21
DS/144	2	22	14	4	E	A	+1	-450	68.74	31.26
DS/144	3	16	19	6	E	A	-1	50	93.79	6.21
DS/144	4	18	13	6	E	A	-1	50	93.79	6.21
DS/158	4	28	23	6	E	A	-1	50	93.79	6.21
DS/158	1	30	31	4	E	A	+1	-450	68.74	31.26
DS/158	2	32	24	4	E	6	+1	-450	68.74	31.26
DS/158	3	26	29	4	W	10	+1	-450	68.74	31.26
DS/336	2	45	43	3	E	A	+2	-150	85.60	14.40
DS/336	3	41	33	4	W	Q	+1	-450	68.74	31.26
DS/336	4	35	44	5	E	9	=	-400	78.81	21.19
DS/336	5	39	40	1	E	7	+4	-210	80.44	19.56
DS/336	12	37	34	3	E	10	+2	-460	54.22	45.78
DS/336	13	36	46	4	E	A	+1	-450	68.74	31.26
DS/336	14	42	47	3	E	A	+3	-490	26.93	73.07
DS/437	1	59	60	5	W	4	+1	-490	26.93	73.07
DS/437	1	75	76	3	E	10	+3	-490	26.93	73.07
DS/437	2	55	61	3	E	10	+2	-460	54.22	45.78
DS/437	2	71	73	3	E	A	+2	-150	85.60	14.40
DS/437	3	58	63	3	E	8	+3	-490	26.93	73.07
DS/437	3	69	84	3	E	10	+3	-490	26.93	73.07
DS/437	4	51	64	3	E	A	+1	-130	87.82	12.18
DS/437	4	79	68	6	E	A	=	-990	1.41	98.59
DS/437	5	62	57	3	E	10	+3	-490	26.93	73.07
DS/437	5	66	74	4	E	A	+1	-450	68.74	31.26
DS/437	6	49	56	6	E	A	=	-990	1.41	98.59
DS/437	6	65	77	3	W	Q	+3	-490	26.93	73.07
DS/437	13	52	54	3	E	A	+3	-490	26.93	73.07
DS/437	13	72	82	3	E	3	+3	-490	26.93	73.07
DS/437	14	53	50	6	E	A	-1	50	93.79	6.21
DS/437	14	67	80	4	E	A	+1	-450	68.74	31.26
DS/437	15	81	78	4	W	Q	-2	100	99.18	0.82
DS/72	1	92	93	1	E	3	+5	-230	80.09	19.91
DS/72	2	94	86	3	E	A	+3	-490	26.93	73.07
DS/72	3	88	91	3	W	Q	+3	-490	26.93	73.07
DS/72	4	90	85	3	E	10	+2	-460	54.22	45.78
DS/72	9	89	87	3	E	A	+2	-150	85.60	14.40
KP/125	1	100	96	3	E	8	+3	-490	26.93	73.07
KP/125	2	99	107	4	E	A	+1	-450	68.74	31.26
KP/125	3	104	103	4	E	A	+1	-450	68.74	31.26
KP/125	8	101	105	4	E	A	+1	-450	68.74	31.26
KP/125	9	97	95	6	W	10	-1	50	93.79	6.21
KP/125	10	106	102	4	E	8	+1	-150	85.60	14.40
KP/353	4	114	109	3	S	K	-2	-200	82.20	17.80
KP/353	3	112	115	4	E	9	+2	-170	84.07	15.93
KP/353	1	116	117	3	E	A	+3	-490	26.93	73.07
KP/353	9	113	111	5	E	A	=	-400	78.81	21.19
KP/464	1	133	120	2 x	S	A	-1	-200	82.20	17.80
KP/464	2	128	131	6	E	A	-1	50	93.79	6.21
KP/464	3	130	126	3	E	A	+1	-130	87.82	12.18
KP/464	4	132	125	2	E	A	+3	-200	82.20	17.80
KP/464	5	121	127	3	E	3	+2	-150	85.60	14.40
KP/464	13	123	122	4	E	A	+1	-450	68.74	31.26
KP/464	14	129	119	5	E	A	=	-400	78.81	21.19
KP/50	6	150	140	3	E	8	+3	-490	26.93	73.07
KP/50	5	137	143	3	W	Q	+2	-460	54.22	45.78
KP/50	4	148	141	6	E	A	=	-990	1.41	98.59
KP/50	3	146	142	3	W	2	+2	-460	54.22	45.78
KP/50	2	144	147	2	E	A	+3	-200	82.20	17.80
KP/50	1	149	136	3	E	7	+3	-490	26.93	73.07
KP/50	14	145	135	3	E	8	+3	-490	26.93	73.07
KP/50	13	139	138	5	E	3	=	-400	78.81	21.19
KP/517	6	172	156	5	E	A	-1	50	93.79	6.21
KP/517	5	151	157	3	E	7	+3	-490	26.93	73.07
KP/517	4	155	163	6	E	9	=	-980	2.81	97.19
KP/517	3	165	171	3	E	3	+2	-460	54.22	45.78
KP/517	2	170	159	3	E	10	+3	-490	26.93	73.07
KP/517	1	169	161	3	W	9	+2	-460	54.22	45.78
KP/517	15	158	168	3	E	A	+3	-490	26.93	73.07
KP/517	14	154	153	3	E	10	+4	-520	4.92	95.08
KP/517	13	167	162	3	W	2	+3	-490	26.93	73.07
KP/517	12	160	166	3	W	Q	+3	-490	26.93	73.07
KP/517	11	152	164	3	E	10	+4	-520	4.92	95.08
LB/265	1	179	184	3	E	9	+3	-490	26.93	73.07
LB/265	2	176	178	3	E	10	+3	-490	26.93	73.07
LB/265	3	174	173	3	E	10	+2	-460	54.22	45.78
LB/265	4	177	181	3	E	7	+3	-490	26.93	73.07
LB/265	8	182	180	3	E	8	+3	-490	26.93	73.07
LB/265	9	183	175	3	E	7	+4	-520	4.92	95.08
LB/389	1	193	196	3	E	3	+2	-460	54.22	45.78
LB/389	2	191	189	3	E	10	+3	-490	26.93	73.07
LB/389	3	185	197	3	E	9	+2	-460	54.22	45.78
LB/389	4	198	188	3	E	7	+3	-490	26.93	73.07
LB/389	7	194	192	6	E	2	=	-920	3.40	96.60
LB/389	8	195	187	3	E	8	+3	-490	26.93	73.07
LB/389	9	190	186	6	E	A	-1	50	93.79	6.21
LB/429	2	205	207	3	E	10	+4	-520	4.92	95.08
LB/429	4	210	202	3	E	6	+3	-490	26.93	73.07
LB/429	6	206	200	3	E	10	+2	-460	54.22	45.78
LB/429	7	204	203	3	E	10	+3	-490	26.93	73.07
LB/429	8	199	209	3	E	10	+2	-460	54.22	45.78
LB/429	9	201	208	3	E	5	=	-400	78.81	21.19
LD/119	1	212	217	3	E	A	+3	-490	26.93	73.07
LD/119	2	216	215	3	E	A	+3	-490	26.93	73.07
LD/119	3	218	213	3	E	A	+3	-490	26.93	73.07
LD/119	4	211	214	6	E	A	-1	50	93.79	6.21
LD/257	1	223	237	3	E	A	+3	-490	26.93	73.07
LD/257	2	238	222	3	E	10	+3	-490	26.93	73.07
LD/257	3	239	230	4	W	A	+1	-450	68.74	31.26
LD/257	4	232	240	TD					50.00	50.00
LD/257	5	231	241	4	W	Q	+1	-450	68.74	31.26
LD/257	6	242	224	6	E	A	=	-990	1.41	98.59
LD/257	9	226	233	3	E	A	+3	-490	26.93	73.07
LD/257	10	243	219	4	W	10	+2	-490	26.93	73.07
LD/257	11	234	221	3	E	10	+3	-490	26.93	73.07
LD/257	12	227	228	6	E	A	-1	50	93.79	6.21
LD/257	13	235	220	3	W	9	+2	-460	54.22	45.78
LD/257	14	225	236	3	E	3	+3	-490	26.93	73.07
LD/48	1	252	253	4	E	10	+1	-460	54.22	45.78
LD/48	3	248	251	3	E	10	+3	-490	26.93	73.07
LD/48	4	250	245	3	E	10	+2	-460	54.22	45.78
LD/48	9	249	247	3	E	10	+3	-490	26.93	73.07
LU/150	1	256	261	3	E	A	+2	-150	85.60	14.40
LU/150	2	260	259	3	E	10	+3	-490	26.93	73.07
LU/150	3	262	257	5	E	6	=	-450	68.74	31.26
LU/150	6	255	258	3	E	10	+3	-490	26.93	73.07
LU/288	1	270	271	3	E	10	+3	-490	26.93	73.07
LU/288	2	272	264	3	E	9	+3	-490	26.93	73.07
LU/288	3	266	269	3	E	10	+3	-490	26.93	73.07
LU/288	4	268	263	3	W	Q	+3	-490	26.93	73.07
LU/288	9	267	265	4	E	2	+1	-450	68.74	31.26
LU/468	2	279	281	4	E	A	+1	-450	68.74	31.26
LU/468	4	284	276	5	W	Q	=	-450	68.74	31.26
LU/468	6	280	274	3	E	8	+3	-490	26.93	73.07
LU/468	7	278	277	5	E	A	=	-450	68.74	31.26
LU/468	8	273	283	6	E	A	-1	50	93.79	6.21
LU/468	9	275	282	3	E	A	+3	-490	26.93	73.07
MA/126	1	291	292	6	E	A	-1	50	93.79	6.21
MA/126	1	303	304	3	E	10	+2	-460	54.22	45.78
MA/126	2	289	288	3	E	10	+3	-490	26.93	73.07
MA/126	2	301	300	3	E	10	+3	-490	26.93	73.07
MA/126	3	299	296	3	E	10	+3	-490	26.93	73.07
MA/126	4	285	308	4	E	Q	+1	-450	68.74	31.26
MA/126	7	311	298	3	W	Q	+3	-490	26.93	73.07
MA/126	8	310	297	3	E	10	+3	-490	26.93	73.07
MA/126	8	294	309	3	E	A	+3	-490	26.93	73.07
MA/126	9	306	295	3	E	10	+3	-490	26.93	73.07
MA/126	9	290	307	6	E	A	-1	50	93.79	6.21
MA/126	10	302	293	3	W	9	+3	-490	26.93	73.07
MA/126	10	286	305	6	E	A	-1	50	93.79	6.21
MA/46	1	320	321	6	E	A	=	-990	1.41	98.59
MA/46	3	316	319	4	E	A	+1	-450	68.74	31.26
MA/46	4	318	313	3	W	2	+1	-430	76.81	23.19
MA/46	9	317	315	3	E	8	+2	-460	54.22	45.78
MA/483	1	328	341	6	E	A	-2	100	99.18	0.82
MA/483	2	327	343	6	W	2	=	-990	1.41	98.59
MA/483	3	326	331	3	E	10	+3	-490	26.93	73.07
MA/483	4	334	338	4	E	A	+1	-450	68.74	31.26
MA/483	5	344	337	3	E	10	+3	-490	26.93	73.07
MA/483	6	323	346	3	E	10	+3	-490	26.93	73.07
MA/483	9	329	347	3	E	10	+2	-460	54.22	45.78
MA/483	10	325	336	6	E	3	-1	50	93.79	6.21
MA/483	11	332	340	6	E	3	-1	50	93.79	6.21
MA/483	12	335	339	6	E	A	-1	50	93.79	6.21
MA/483	12	324	348	3	E	10	+3	-490	26.93	73.07
MA/483	13	330	333	3	E	7	+3	-490	26.93	73.07
MA/483	14	345	342	6 x	E	9	-1	100	99.18	0.82
MA/489	1	350	355	3	E	A	+1	-130	87.82	12.18
MA/489	2	354	353	3	W	Q	+3	-490	26.93	73.07
MA/489	6	349	352	5	W	Q	+1	-490	26.93	73.07
MA/493	1	363	364	4	E	A	+1	-450	68.74	31.26
MA/493	2	361	360	6	E	A	-1	50	93.79	6.21
MA/493	3	359	376	5	W	Q	-1	50	93.79	6.21
MA/493	4	357	372	6	E	K	-2	100	99.18	0.82
MA/493	5	375	368	3	E	8	+2	-460	54.22	45.78
MA/493	6	373	362	3	E	7	+3	-490	26.93	73.07
MA/493	7	358	371	3	W	10	+2	-460	54.22	45.78
MA/493	8	374	369	3	E	10	+3	-490	26.93	73.07
MA/493	9	370	367	3	W	Q	+3	-490	26.93	73.07
MA/509	1	387	388	5	E	A	=	-460	54.22	45.78
MA/509	1	415	416	3	W	9	+2	-460	54.22	45.78
MA/509	2	385	384	4	E	A	=	-420	77.52	22.48
MA/509	2	413	412	4	E	A	+1	-450	68.74	31.26
MA/509	3	383	380	4	E	A	+1	-450	68.74	31.26
MA/509	3	411	408	4	E	A	+1	-450	68.74	31.26
MA/509	4	381	428	6	E	A	-1	50	93.79	6.21
MA/509	4	409	404	4	E	A	+1	-450	68.74	31.26
MA/509	5	379	424	3	E	10	+3	-490	26.93	73.07
MA/509	5	407	400	3	E	9	+1	-430	76.81	23.19
MA/509	6	377	420	3	E	10	+3	-490	26.93	73.07
MA/509	6	405	396	4	E	A	+1	-150	85.60	14.40
MA/509	7	403	392	5	E	A	=	-400	78.81	21.19
MA/509	8	401	386	3	W	4	+2	-460	54.22	45.78
MA/509	9	399	382	3	E	A	+3	-490	26.93	73.07
MA/509	9	427	410	6	E	A	-1	50	93.79	6.21
MA/509	10	378	397	3	E	10	+2	-460	54.22	45.78
MA/509	10	406	425	3	E	10	+3	-490	26.93	73.07
MA/509	11	426	395	2 x	S	4	-2	-500	6.67	93.33
MA/509	11	402	423	4	E	A	+1	-450	68.74	31.26
MA/509	12	422	393	3	E	10	+3	-490	26.93	73.07
MA/509	12	398	421	4	E	A	+1	-450	68.74	31.26
MA/509	13	418	391	3	E	8	+3	-490	26.93	73.07
MA/509	13	394	419	3	W	9	+3	-490	26.93	73.07
MA/509	14	414	389	4	E	A	+1	-450	68.74	31.26
MA/509	14	390	417	3	E	10	+3	-490	26.93	73.07
MA/511	1	439	440	4	E	A	+1	-450	68.74	31.26
MA/511	2	437	436	3	W	8	+2	-460	54.22	45.78
MA/511	3	435	432	5	W	Q	=	-450	68.74	31.26
MA/511	4	433	458	3	S	A	-2	-200	82.20	17.80
MA/511	5	431	454	3	E	8	+3	-490	26.93	73.07
MA/511	6	429	450	3	E	A	+3	-490	26.93	73.07
MA/511	7	457	446	3	E	A	+3	-490	26.93	73.07
MA/511	8	455	442	3	W	4	+2	-460	54.22	45.78
MA/511	9	453	438	6	W	Q	-1	50	93.79	6.21
MA/511	10	451	434	3	E	A	+3	-490	26.93	73.07
MA/511	11	430	449	4	E	A	+1	-450	68.74	31.26
MA/511	12	456	447	3	E	10	+3	-490	26.93	73.07
MA/511	13	452	445	5	E	3	+1	-480	46.96	53.04
MA/511	14	448	443	3	E	10	+3	-490	26.93	73.07
MA/511	15	444	441	4	E	A	+1	-450	68.74	31.26
MA/65	2	465	467	4	E	A	+1	-450	68.74	31.26
MA/65	4	470	462	3	E	A	+3	-490	26.93	73.07
MA/65	6	466	460	6	W	10	=	-990	1.41	98.59
MA/65	7	464	463	3	W	6	+2	-460	54.22	45.78
MA/65	9	461	468	3	E	10	+2	-460	54.22	45.78
MP/40	1	481	482	3	E	10	+3	-490	26.93	73.07
MP/40	2	492	480	3	W	9	+3	-490	26.93	73.07
MP/40	3	477	490	6	E	K	+1	-940	3.04	96.96
MP/40	4	478	486	3	E	3	+3	-490	26.93	73.07
MP/40	5	473	488	3	E	3	+3	-170	84.07	15.93
MP/40	6	471	491	3	W	9	+2	-460	54.22	45.78
MP/40	10	474	494	4	E	3	+2	-480	46.96	53.04
MP/40	11	472	493	3 x	S	A	-3	-800	3.86	96.14
MP/40	12	489	479	4	E	A	+1	-460	54.22	45.78
MP/40	13	487	495	3	W	Q	+1	-130	87.82	12.18
MP/40	14	485	483	3	E	A	+2	-200	82.20	17.80
MP/40	15	476	484	3	E	8	+3	-490	26.93	73.07
MP/41	1	503	504	2 x	S	A	-1	-200	82.20	17.80
MP/41	2	501	500	3	W	10	+2	-460	54.22	45.78
MP/41	3	499	514	4	E	A	+1	-450	68.74	31.26
MP/41	4	497	510	3	E	A	+3	-490	26.93	73.07
MP/41	6	511	502	4	E	A	+1	-450	68.74	31.26
MP/41	7	498	509	3	E	10	+3	-490	26.93	73.07
MP/41	8	512	507	4	E	A	+1	-450	68.74	31.26
MP/41	9	508	505	6	W	Q	=	-990	1.41	98.59
OP/273	1	516	521	3	W	10	+2	-460	54.22	45.78
OP/273	2	520	519	6	E	A	-1	50	93.79	6.21
OP/273	3	522	517	5	E	A	-1	50	93.79	6.21
OP/273	6	515	518	3	W	Q	+3	-490	26.93	73.07
OP/506	2	526	528	3	W	9	+3	-490	26.93	73.07
OP/506	3	524	523	4	E	A	=	-130	87.82	12.18
OP/506	4	527	531	3	E	8	+3	-490	26.93	73.07
OP/506	8	532	530	4	E	A	+1	-150	85.60	14.40
OP/506	9	533	525	3	E	A	+3	-490	26.93	73.07
PD/369	1	551	542	1	E	8	+4	-210	80.44	19.56
PD/369	2	541	544	3	E	A	+2	-150	85.60	14.40
PD/369	3	536	538	3	E	10	+3	-490	26.93	73.07
PD/369	4	547	548	3	E	A	+1	-130	87.82	12.18
PD/369	5	535	543	3	E	10	+2	-460	54.22	45.78
PD/369	6	552	540	4	E	A	+1	-450	68.74	31.26
PD/369	13	549	545	4	E	A	+1	-450	68.74	31.26
PD/369	14	539	550	4	E	A	+1	-450	68.74	31.26
PD/369	15	546	537	4	E	A	+1	-450	68.74	31.26
PD/70	1	559	564	2	S	4	-1	-100	88.99	11.01
PD/70	2	556	558	3	E	10	+3	-490	26.93	73.07
PD/70	3	554	553	4	E	A	+1	-450	68.74	31.26
PD/70	4	557	561	3	E	3	+3	-490	26.93	73.07
PD/70	8	562	560	6	E	A	-1	50	93.79	6.21
PD/70	9	563	555	3 x	N	5	-6	-1700	0.00	100.00
PK/118	1	575	576	3	E	10	+2	-460	54.22	45.78
PK/118	2	571	577	3	E	A	+3	-490	26.93	73.07
PK/118	3	574	579	3	E	3	+1	-430	76.81	23.19
PK/118	4	567	580	4	E	A	+1	-450	68.74	31.26
PK/118	5	578	573	3	W	9	+3	-490	26.93	73.07
PK/118	6	565	572	6	E	A	-1	50	93.79	6.21
PK/118	13	568	570	3	E	6	+2	-460	54.22	45.78
PK/118	14	569	566	3	E	3	+3	-170	84.07	15.93
PM/102	1	586	601	3	E	T	+3	-490	26.93	73.07
PM/102	2	585	599	3	E	T	+3	-490	26.93	73.07
PM/102	3	584	597	3	E	T	+2	-460	54.22	45.78
PM/102	4	583	610	3	E	T	+3	-490	26.93	73.07
PM/102	5	582	608	3	E	8	+3	-490	26.93	73.07
PM/102	6	581	606	3	W	4	+1	-430	76.81	23.19
PM/102	7	595	604	3	E	T	+3	-490	26.93	73.07
PM/102	8	594	602	3	E	A	+3	-490	26.93	73.07
PM/102	10	592	598	3	E	T	+3	-490	26.93	73.07
PM/102	11	596	591	3	E	A	+3	-490	26.93	73.07
PM/102	12	609	590	3	E	T	+3	-490	26.93	73.07
PM/102	13	607	589	6	E	A	-1	50	93.79	6.21
PM/102	14	605	588	3	E	T	+3	-490	26.93	73.07
PM/102	15	603	587	3	E	5	+2	-460	54.22	45.78
PM/129	2	617	619	3	W	10	+3	-490	26.93	73.07
PM/129	4	622	614	3	E	10	+2	-460	54.22	45.78
PM/129	6	618	612	6	E	A	-1	50	93.79	6.21
PM/129	7	616	615	2 x	S	4	-1	-200	82.20	17.80
PM/129	8	611	621	3	E	8	+3	-490	26.93	73.07
PM/129	9	613	620	6	W	Q	-1	50	93.79	6.21
SW/472	2	635	633	4	E	6	+1	-450	68.74	31.26
SW/472	4	625	634	4	E	A	+1	-450	68.74	31.26
SW/472	3	631	623	3	E	10	+2	-460	54.22	45.78
SW/472	12	627	624	3	W	2	+2	-460	54.22	45.78
SW/472	5	629	630	3	E	7	+3	-490	26.93	73.07
SW/472	13	626	636	3	E	10	+3	-490	26.93	73.07
SW/472	14	632	637	4 x	E	A	=	-510	5.97	94.03
WM/132	2	644	643	3	E	10	+3	-490	26.93	73.07
WM/132	3	646	641	3	E	10	+3	-490	26.93	73.07
WM/132	6	639	642	4	E	A	+1	-450	68.74	31.26
WM/324	2	653	647	3	E		+3	-490	26.93	73.07
WM/324	4	658	650	4	E		+1	-450	68.74	31.26
WM/324	5	654	657	3 x	S		-3	-800	3.86	96.14
WM/324	7	651	649	6	W		=	-920	3.40	96.60
WM/324	8	655	656	4	E		+1	-450	68.74	31.26
WM/324	9	648	652	3	E		+3	-490	26.93	73.07
WM/337	1	668	671	3	E	8	+3	-490	26.93	73.07
WM/337	2	667	666	3	E	8	+3	-490	26.93	73.07
WM/337	3	669	662	3	E	8	+3	-490	26.93	73.07
WM/337	4	672	661	3	E	5	+3	-490	26.93	73.07
WM/337	5	659	665	6	E	A	-1	50	93.79	6.21
WM/337	6	678	664	3	E	10	+3	-490	26.93	73.07
WM/337	12	674	673	6	E	A	=	-990	1.41	98.59
WM/337	13	660	675	3	E	6	+4	-520	4.92	95.08
WM/337	14	670	676	6 x	E	A	-1	100	99.18	0.82
WM/337	15	663	677	3	E	9	+3	-490	26.93	73.07
WM/403	1	689	690	3	E	10	+2	-460	54.22	45.78
WM/403	1	709	710	3	E	10	+2	-460	54.22	45.78
WM/403	2	687	691	3	E	10	+3	-490	26.93	73.07
WM/403	2	706	708	6	E	A	-1	50	93.79	6.21
WM/403	3	680	693	4	E	A	=	-130	87.82	12.18
WM/403	3	705	717	3	E	A	+3	-490	26.93	73.07
WM/403	4	683	681	3	E	10	+3	-490	26.93	73.07
WM/403	4	703	718	4	E	3	+1	-450	68.74	31.26
WM/403	5	695	682	3	E	10	+3	-490	26.93	73.07
WM/403	5	711	707	3	E	7	+3	-490	26.93	73.07
WM/403	6	679	697	3	E	6	+2	-460	54.22	45.78
WM/403	6	699	720	3	E	10	+3	-490	26.93	73.07
WM/403	11	696	684	3	E	10	+3	-490	26.93	73.07
WM/403	11	704	713	6	E	A	-1	50	93.79	6.21
WM/403	12	698	685	4	E	A	=	-130	87.82	12.18
WM/403	12	701	716	4	E	A	+2	-490	26.93	73.07
WM/403	13	686	694	4 x	W	Q	-2	300	100.00	0.00
WM/403	13	702	714	3	W	9	+2	-460	54.22	45.78
WM/403	14	688	692	4	E	A	+1	-450	68.74	31.26
WM/403	14	715	712	3	E	A	+2	-150	85.60	14.40
WM/459	1	726	737	3	E	10	+3	-490	26.93	73.07
WM/459	2	735	736	4	E	A	+1	-450	68.74	31.26
WM/459	3	724	730	3	E	10	+3	-490	26.93	73.07
WM/459	4	723	741	3	E	10	+3	-490	26.93	73.07
WM/459	5	727	725	3	W	Q	+3	-490	26.93	73.07
WM/459	6	721	742	4	E	A	+1	-450	68.74	31.26
WM/459	10	731	732	6	E	A	-2	100	99.18	0.82
WM/459	11	734	728	3 x	S	A	-2	-500	6.67	93.33
WM/459	12	722	740	4	E	A	+1	-450	68.74	31.26
WM/459	13	733	739	6	E	A	-1	50	93.79	6.21
WM/459	14	729	738	3	E	A	+3	-490	26.93	73.07
WM/494	1	750	751	4	E	A	+1	-450	68.74	31.26
WM/494	2	752	744	3	E	9	+3	-490	26.93	73.07
WM/494	3	746	749	5	E	A	=	-400	78.81	21.19
WM/494	4	748	743	3	W	9	+3	-490	26.93	73.07
WM/494	9	747	745	3	E	A	+3	-490	26.93	73.07
WP/120	2	765	763	3	E	3	+2	-460	54.22	45.78
WP/120	3	761	753	3	E	7	+2	-460	54.22	45.78
WP/120	4	755	764	4	E	A	+1	-450	68.74	31.26
WP/120	5	759	760	3	W	10	+3	-490	26.93	73.07
WP/120	12	757	754	6	E	3	=	-990	1.41	98.59
WP/120	13	756	766	3	E	7	+3	-490	26.93	73.07
WP/120	14	762	767	4	E	A	+1	-450	68.74	31.26
WP/147	2	775	777	3	E	A	+3	-490	26.93	73.07
WP/147	4	780	772	3	W	Q	+3	-490	26.93	73.07
WP/147	6	776	770	3	E	10	+4	-520	4.92	95.08
WP/147	7	774	773	3	E	A	+3	-490	26.93	73.07
WP/147	8	769	779	3	W	Q	+3	-490	26.93	73.07
WP/292	1	788	789	3	E	7	+2	-460	54.22	45.78
WP/292	2	790	782	3	E	10	+3	-490	26.93	73.07
WP/292	3	784	787	3	E	8	+4	-520	4.92	95.08
WP/292	4	786	781	3	E	10	+3	-490	26.93	73.07
WP/292	9	785	783	3	E	A	+3	-490	26.93	73.07
WP/293	2	797	799	3	E	8	+2	-460	54.22	45.78
WP/293	6	798	792	4	E	A	+1	-450	68.74	31.26
WP/293	7	796	795	5	E	A	=	-400	78.81	21.19
WP/293	8	791	801	3	E	10	+3	-490	26.93	73.07
WP/293	9	793	800	2 x	S	2	-1	-200	82.20	17.80
WP/439	1	813	814	2 x	S	4	-2	-500	6.67	93.33
WP/439	1	829	830	4	W	Q	+2	-490	26.93	73.07
WP/439	2	809	815	3	E	10	+3	-490	26.93	73.07
WP/439	2	825	831	3	E	3	+2	-460	54.22	45.78
WP/439	3	812	817	4	W	Q	+2	-490	26.93	73.07
WP/439	3	828	833	3	E	10	+3	-490	26.93	73.07
WP/439	4	805	818	3	W	Q	+3	-490	26.93	73.07
WP/439	5	816	811	4	E	A	+1	-450	68.74	31.26
WP/439	5	832	827	4	E	10	+3	-510	5.97	94.03
WP/439	6	803	810	3	E	A	+1	-130	87.82	12.18
WP/439	6	819	826	3	E	10	+3	-490	26.93	73.07
WP/439	13	806	808	3	E	8	+3	-490	26.93	73.07
WP/439	13	822	824	3	E	10	+3	-490	26.93	73.07
WP/439	14	807	804	3	W	2	+2	-460	54.22	45.78
WP/439	14	823	820	3	E	8	+3	-490	26.93	73.07
WP/462	1	840	836	3	E	8	+2	-460	54.22	45.78
WP/462	2	839	847	3	E	10	+3	-490	26.93	73.07
WP/462	3	844	843	5	E	A	-1	50	93.79	6.21
WP/462	4	848	838	2	E	6	+3	-200	82.20	17.80
WP/462	8	841	845	3 x	S	A	-2	-500	6.67	93.33
WP/462	9	837	835	3	W	Q	+3	-490	26.93	73.07
WP/462	10	846	842	3	S	4	-2	-200	82.20	17.80
ZP/116	1	856	857	6	E	A	-1	50	93.79	6.21
ZP/116	2	858	850	4	E	A	+1	-450	68.74	31.26
ZP/116	3	852	855	2	E	A	+3	-200	82.20	17.80
ZP/116	4	854	849	3	E	9	+3	-490	26.93	73.07
ZP/116	9	853	851	5	E	A	-1	50	93.79	6.21
ZP/167	1	863	877	4	E	A	+1	-450	68.74	31.26
ZP/167	2	878	862	6	W	9	-1	50	93.79	6.21
ZP/167	3	879	870	3	E	5	+3	-490	26.93	73.07
ZP/167	4	872	880	3	W	9	+2	-460	54.22	45.78
ZP/167	5	871	881	5	E	8	=	-400	78.81	21.19
ZP/167	6	882	864	3	E	3	+2	-460	54.22	45.78
ZP/167	10	869	859	3	W	2	+2	-460	54.22	45.78
ZP/167	11	874	861	3	W	Q	+3	-490	26.93	73.07
ZP/167	12	867	868	3	E	7	+3	-490	26.93	73.07
ZP/167	13	875	860	3	W	4	+2	-460	54.22	45.78
ZP/167	14	865	876	3	E	8	+3	-490	26.93	73.07
ZP/359	1	889	894	5	E	A	=	-460	54.22	45.78
ZP/359	2	886	888	3	E	10	+3	-490	26.93	73.07
ZP/359	3	884	883	3	W	7	+1	-430	76.81	23.19
ZP/359	4	887	891	5	E	9	=	-400	78.81	21.19
ZP/359	9	893	885	6	E	A	=	-990	1.41	98.59
ZP/375	1	902	903	6	E	A	-1	50	93.79	6.21
ZP/375	2	904	896	3	E	3	+2	-460	54.22	45.78
ZP/375	3	898	901	3	E	A	+3	-490	26.93	73.07
ZP/375	4	900	895	4	E	A	+1	-450	68.74	31.26
ZP/375	9	899	897	3	E	A	+2	-460	54.22	45.78
ZP/433	2	911	913	3	E	10	+3	-490	26.93	73.07
ZP/433	6	912	906	3	E	10	+3	-490	26.93	73.07
ZP/433	7	910	909	3	E	10	+3	-490	26.93	73.07
ZP/433	8	905	915	4	E	A	+1	-450	68.74	31.26
ZP/433	9	907	914	6	E	A	-1	50	93.79	6.21