O Podkowę Kasztanki Marszałka

Poniedziałek, 11 listopada 2019

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Rozdanie nr 23

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Rozdanie nr 23

K10876

Q6

J103

KJ10

532

K1098

6

A6543

S/Obie

J94

J7532

Q987

Q

AQ

A4

AK542

9872

Liczba lew do wzięcia:


N	8	10	5	10	9		E	1	3	8	2	3
S	12	10	5	11	10		W	1	3	7	2	3

Minimax: 7

x E, 1400
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1440	1	6 S =		1	100.00	0.00
720	1	3 S +4		1	99.75	0.25
690	36	3 N +3		2	95.21	4.79
690	36	3 S +3		34	95.21	4.79
680	1	4 S +2		1	90.66	9.34
660	68	3 N +2		3	82.19	17.81
660	68	3 S +2		65	82.19	17.81
650	16	4 N +1		10	71.87	28.13
650	16	4 S +1		6	71.87	28.13
630	59	3 N +1		3	62.65	37.35
		3 S +1		55
		4 S =		1
620	22	4 N =		2	52.70	47.30
		4 N =		12
		4 S =		7
		?		1
600	15	5 S =		1	48.16	51.84
600	15	3 S =		14	48.16	51.84
500	1	3 x W -2		1	46.19	53.81
240	1	2 S +4		1	45.95	54.05
230	1	2 S +4		1	45.70	54.30
210	1	1 S +4		1	45.45	54.55
200	1	3 N +2		1	45.21	54.79
180	1	2 S +2		1	44.96	55.04
170	2	2 N +2		1	44.59	55.41
170	2	3 N +1		1	44.59	55.41
150	5	2 S +3		3	43.73	56.27
150	5	4 S +1		2	43.73	56.27
140	2	2 N +1		1	42.87	57.13
140	2	2 S +1		1	42.87	57.13
130	1	3 S +1		1	42.51	57.49
120	1	1 S +1		1	42.26	57.74
110	1	2 S +1		1	42.01	57.99
90	2	2 S =		2	41.65	58.35
-100	43	3 S -1		2	36.12	63.88
		4 N -1		2
		4 S -1		5
		3 N -1		6
		3 S -1		26
		5 S -1		2
-200	53	5 S -2		1	24.32	75.68
		4 N -2		2
		4 S -2		4
		2 S -2		1
		3 N -2		6
		3 S -2		39
-300	37	5 S -3		1	13.27	86.73
		3 N -3		5
		3 S -3		31
-400	35	3 N -4		1	4.42	95.58
-400	35	3 S -4		34	4.42	95.58
-1100	1	3 x S -4		1	0.00	100.00
	4	TD

Kliknij na numer pary, żeby obejrzeć historię.

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ośrodek	runda	NS	EW	kontrakt	rozg.	wist	lew	zapis	% NS	% EW
DS/72	11	2	22	3	S	4	+2	660	82.19	17.81
DS/72	11	37	47	3	S	4	-4	-400	4.42	95.58
DS/72	11	12	52	4	N	Q	=	620	52.70	47.30
DS/72	11	7	32	3	S	10	+1	630	62.65	37.35
DS/72	11	27	42	3	S	3	=	600	48.16	51.84
DS/72	12	1	25	3	S	10	+3	690	95.21	4.79
DS/72	12	36	50	3	S	4	-1	-100	36.12	63.88
DS/72	12	11	55	3	S	4	+1	630	62.65	37.35
DS/72	12	6	35	3	S	4	+1	630	62.65	37.35
DS/72	12	26	45	3	S	8	+2	660	82.19	17.81
DS/72	12	16	18	4	N	Q	+1	650	71.87	28.13
DS/72	12	20	19	4	N	Q	-1	-100	36.12	63.88
DS/72	13	5	23	4	S	6	=	620	52.70	47.30
DS/72	13	40	48	3	S	10	=	600	48.16	51.84
DS/72	13	15	53	5	S	6	-3	-300	13.27	86.73
DS/72	13	10	33	4	N	Q	+1	650	71.87	28.13
DS/72	13	30	43	3	S	10	-3	-300	13.27	86.73
DS/72	14	4	21	3	S	10	-1	-100	36.12	63.88
DS/72	14	39	46	3	S	2	+1	630	62.65	37.35
DS/72	14	14	51	3	S	4	-2	-200	24.32	75.68
DS/72	14	9	31	3	S	6	+1	630	62.65	37.35
DS/72	14	29	41	3	S	5	+1	630	62.65	37.35
DS/72	15	3	24	3	S	4	-2	-200	24.32	75.68
DS/72	15	38	49	3	S	10	+2	660	82.19	17.81
DS/72	15	13	54	3	S	3	-4	-400	4.42	95.58
DS/72	15	8	34	3	S	10	+3	690	95.21	4.79
DS/72	15	28	44	3	S	4	-4	-400	4.42	95.58
KOIM/155	8	66	87	TD					50.00	50.00
KOIM/155	8	75	79	TD					50.00	50.00
KOIM/155	8	61	84	3	S	2	+2	660	82.19	17.81
KOIM/155	8	76	78	3	S	10	-1	-100	36.12	63.88
KOIM/155	8	86	73	2	S	8	+2	180	44.96	55.04
KOIM/155	8	81	57	5	S	4	-1	-100	36.12	63.88
KOIM/155	8	93	59	4	S	6	-2	-200	24.32	75.68
KOIM/155	8	88	70	4	S	2	=	630	62.65	37.35
KOIM/155	8	65	90	3	S	4	=	600	48.16	51.84
KOIM/155	8	68	58	3	S	4	-4	-400	4.42	95.58
KOIM/155	8	62	83	3	S	4	-4	-400	4.42	95.58
KOIM/155	8	74	71	3	S	3	-1	-100	36.12	63.88
KOIM/155	8	72	85	3	S	K	+2	660	82.19	17.81
KOIM/155	8	64	91	3	S	4	=	600	48.16	51.84
KOIM/155	8	80	67	3	S	6	-4	-400	4.42	95.58
KOIM/155	8	89	60	3	S	10	+2	660	82.19	17.81
KOIM/155	8	63	92	3	S	10	-1	-100	36.12	63.88
KOIM/155	8	69	82	3	S	4	+2	660	82.19	17.81
KP/107	12	95	139	3	S	8	+3	690	95.21	4.79
KP/107	11	96	136	3	S	4	-2	-200	24.32	75.68
KP/107	15	97	138	4	N	Q	=	620	52.70	47.30
KP/107	14	98	135	3	S	10	=	600	48.16	51.84
KP/107	13	99	137	3	S	4	+1	630	62.65	37.35
KP/107	12	140	114	3	S	8	+3	690	95.21	4.79
KP/107	11	141	111	3	S	8	+2	660	82.19	17.81
KP/107	15	142	113	3	N	3	-3	-300	13.27	86.73
KP/107	14	143	110	3	S	8	-1	-100	36.12	63.88
KP/107	13	144	112	3	S	10	+2	660	82.19	17.81
KP/107	12	100	129	3	S	4	-4	-400	4.42	95.58
KP/107	11	101	126	4	S	6	=	620	52.70	47.30
KP/107	15	102	128	3	S	10	+2	660	82.19	17.81
KP/107	14	103	125	3	S	4	-2	-200	24.32	75.68
KP/107	13	104	127	3	S	3	+1	630	62.65	37.35
KP/107	12	120	109	3	S	6	+1	630	62.65	37.35
KP/107	11	121	106	3	S	4	-3	-300	13.27	86.73
KP/107	15	122	108	3	S	6	+2	660	82.19	17.81
KP/107	14	123	105	6	S	A	=	1440	100.00	0.00
KP/107	13	124	107	3	S	6	+1	630	62.65	37.35
KP/107	12	130	119	3	S	4	-2	-200	24.32	75.68
KP/107	11	131	116	3	S	4	-1	-100	36.12	63.88
KP/107	15	132	118	3	S	10	-1	-100	36.12	63.88
KP/107	14	145	115	3	S	8	+2	660	82.19	17.81
KP/107	13	134	117	3	S	8	+2	660	82.19	17.81
LB/127	11	148	158	3	S	2	+2	660	82.19	17.81
LB/127	11	163	153	3	S	4	-2	-200	24.32	75.68
LB/127	12	147	161	4	S	7	+1	650	71.87	28.13
LB/127	12	162	156	3	S	8	+2	660	82.19	17.81
LB/127	13	166	154	3	S	4	+1	630	62.65	37.35
LB/127	14	150	157	3	S	A	+2	660	82.19	17.81
LB/127	14	165	152	5	S	A	-2	-200	24.32	75.68
LB/127	15	149	160	3	S	4	-2	-200	24.32	75.68
LB/127	15	164	155	3	S	4	-3	-300	13.27	86.73
LB/265	1	176	175	3	N	8	+2	660	82.19	17.81
LB/265	2	171	177	3	S	4	-1	-100	36.12	63.88
LB/265	3	173	170	3	S	4	-2	-200	24.32	75.68
LB/265	6	167	169	TD					60.00	60.00
LB/265	8	178	174	4	S	6	=	620	52.70	47.30
LB/265	10	168	172	4	S	6	=	620	52.70	47.30
LD/119	1	180	184	3	S	4	-4	-400	4.42	95.58
LD/119	2	190	182	3	N	3	-1	-100	36.12	63.88
LD/119	3	185	187	3	S	T	+1	630	62.65	37.35
LD/119	4	179	189	4	N	Q	=	620	52.70	47.30
LD/119	5	181	191	4	N	7	-2	-200	24.32	75.68
LD/119	6	192	183	3	S	5	+1	630	62.65	37.35
LD/119	7	188	193	3	S	T	-1	-100	36.12	63.88
LD/119	8	194	186	2	S	6	+1	110	42.01	57.99
LD/257	11	196	221	2	S	3	=	90	41.65	58.35
LD/257	11	211	231	3	S	10	+3	690	95.21	4.79
LD/257	11	201	226	3	S	3	-3	-300	13.27	86.73
LD/257	11	206	216	3	N	J	-2	-200	24.32	75.68
LD/257	12	195	224	3	S	4	+2	660	82.19	17.81
LD/257	12	210	234	3	N	3	-2	-200	24.32	75.68
LD/257	12	200	229	3	S	4	+2	660	82.19	17.81
LD/257	12	205	219	3	S	4	-4	-400	4.42	95.58
LD/257	13	199	222	3	S	8	+2	660	82.19	17.81
LD/257	13	214	232	3	S	4	-4	-400	4.42	95.58
LD/257	13	204	227	5	S	6	-1	-100	36.12	63.88
LD/257	13	209	217	3	S	4	+1	630	62.65	37.35
LD/257	14	198	220	3	S	4	-3	-300	13.27	86.73
LD/257	14	213	230	3	S	4	-4	-400	4.42	95.58
LD/257	14	203	225	3	S	4	-3	-300	13.27	86.73
LD/257	14	235	215	3	S	4	+2	660	82.19	17.81
LD/257	15	197	223	3	S	4	-1	-100	36.12	63.88
LD/257	15	212	233	3	S	3	+2	660	82.19	17.81
LD/257	15	202	228	4	N	Q	=	620	52.70	47.30
LD/257	15	207	218	3	S	4	-2	-200	24.32	75.68
LD/48	1	250	253	3	S	4	+2	660	82.19	17.81
LD/48	2	243	241	4	N	Q	=	620	52.70	47.30
LD/48	3	254	245	3	S	10	+2	660	82.19	17.81
LD/48	4	255	251	3	S	3	-2	-200	24.32	75.68
LD/48	5	256	238	3	S	3	-4	-400	4.42	95.58
LD/48	6	237	257	3	S	10	+1	630	62.65	37.35
LD/48	7	242	258	3	S	4	-4	-400	4.42	95.58
LD/48	8	246	259	3	S	4	-3	-300	13.27	86.73
LD/48	9	260	249	3	S	4	+2	660	82.19	17.81
LD/48	10	247	240	3	S	4	=	600	48.16	51.84
LD/48	11	261	239	3	S	10	-1	-100	36.12	63.88
LD/48	12	262	248	3	S	4	+1	630	62.65	37.35
LD/48	15	244	252	3	S	3	-3	-300	13.27	86.73
LU/90	2	279	270	3	S	4	+1	630	62.65	37.35
LU/90	3	263	280	4	N	Q	+1	650	71.87	28.13
LU/90	4	265	281	3	S	4	-3	-300	13.27	86.73
LU/90	5	271	282	3	S	T	+3	690	95.21	4.79
LU/90	6	273	276	4	S	6	-1	-100	36.12	63.88
LU/90	7	283	272	3	S	5	+1	630	62.65	37.35
LU/90	8	284	277	3	S	4	+2	660	82.19	17.81
LU/90	9	285	266	3	S	4	+2	660	82.19	17.81
LU/90	10	268	269	3	S	4	-3	-300	13.27	86.73
LU/90	11	267	275	3	S	4	-3	-300	13.27	86.73
LU/90	12	286	274	3	S	3	-2	-200	24.32	75.68
MA/126	11	288	328	3	S	4	-4	-400	4.42	95.58
MA/126	11	323	373	3	S	10	+2	660	82.19	17.81
MA/126	11	298	343	4	N	Q	+1	650	71.87	28.13
MA/126	11	363	293	3	S	3	-1	-100	36.12	63.88
MA/126	11	333	338	4	N	Q	=	620	52.70	47.30
MA/126	11	353	318	3	S	10	+2	660	82.19	17.81
MA/126	11	308	348	3	S	10	+2	660	82.19	17.81
MA/126	11	313	358	4	S	6	-1	-100	36.12	63.88
MA/126	11	368	303	3	N	3	-2	-200	24.32	75.68
MA/126	12	287	331	3	S	8	+3	690	95.21	4.79
MA/126	12	322	376	3	S	4	+2	660	82.19	17.81
MA/126	12	297	346	3	S	8	+1	630	62.65	37.35
MA/126	12	362	296	3	S	4	-4	-400	4.42	95.58
MA/126	12	332	341	3	N	3	-3	-300	13.27	86.73
MA/126	12	352	321	3	S	10	+3	690	95.21	4.79
MA/126	12	307	351	3	S	4	-4	-400	4.42	95.58
MA/126	12	312	361	2	S	6	=	90	41.65	58.35
MA/126	12	367	316	3	S	4	=	600	48.16	51.84
MA/126	13	291	329	3 x	W	6	-2	500	46.19	53.81
MA/126	13	326	374	4	N	Q	=	620	52.70	47.30
MA/126	13	301	344	3	S	10	+3	690	95.21	4.79
MA/126	13	366	294	3	S	10	+2	660	82.19	17.81
MA/126	13	336	339	3	S	4	+1	630	62.65	37.35
MA/126	13	356	319	3	S	4	-3	-300	13.27	86.73
MA/126	13	311	349	3	S	3	+2	660	82.19	17.81
MA/126	13	304	359	3	S	4	-4	-400	4.42	95.58
MA/126	14	290	327	3	S	4	-4	-400	4.42	95.58
MA/126	14	325	372	2	S	6	+1	140	42.87	57.13
MA/126	14	300	342	3	S	3	-4	-400	4.42	95.58
MA/126	14	365	292	3	S	4	+2	660	82.19	17.81
MA/126	14	335	337	3	S	4	+1	630	62.65	37.35
MA/126	14	355	317	3	S	4	+1	630	62.65	37.35
MA/126	14	310	347	3	S	4	-4	-400	4.42	95.58
MA/126	14	315	357	3	N	7	+1	170	44.59	55.41
MA/126	14	360	302	3	S	10	+3	690	95.21	4.79
MA/126	15	289	330	3	S	10	+3	690	95.21	4.79
MA/126	15	324	375	3	S	10	+2	660	82.19	17.81
MA/126	15	299	345	3	S	10	+2	660	82.19	17.81
MA/126	15	364	295	4	N	3	-1	-100	36.12	63.88
MA/126	15	334	340	3	S	4	+1	630	62.65	37.35
MA/126	15	354	320	3	S	10	+1	630	62.65	37.35
MA/126	15	309	350	3	S	4	-4	-400	4.42	95.58
MA/126	15	314	370	3	N	3	-4	-400	4.42	95.58
MA/126	15	306	305	3	S	10	+3	690	95.21	4.79
MA/379	1	389	390	3	S	4	-2	-200	24.32	75.68
MA/379	2	387	386	3	S	10	-1	-100	36.12	63.88
MA/379	4	385	380	3	S	A	+3	690	95.21	4.79
MA/379	5	383	396	3	S	8	-2	-200	24.32	75.68
MA/379	6	381	392	3	S	8	+2	660	82.19	17.81
MA/379	7	379	388	3	S	10	+1	630	62.65	37.35
MA/379	8	384	377	4	N	Q	=	620	52.70	47.30
MA/379	8	382	395	3	S	8	-2	-200	24.32	75.68
MA/379	9	378	393	3	S	8	+3	690	95.21	4.79
MA/379	10	394	391	3	S	10	-3	-300	13.27	86.73
MA/65	12	414	408	3	S	4	-4	-400	4.42	95.58
MA/65	12	404	397	3	S	4	+1	630	62.65	37.35
MA/65	12	402	403	1	S	8	+4	210	45.45	54.55
MA/65	12	407	409	3	S	4	-2	-200	24.32	75.68
MA/65	12	398	401	4	N	Q	=	620	52.70	47.30
MA/65	12	405	411	3	S	8	+2	660	82.19	17.81
MA/65	12	399	412	3	S	10	+2	660	82.19	17.81
MA/65	12	410	406	3	S	4	=	600	48.16	51.84
MA/88	8	420	429	3	S	5	+3	690	95.21	4.79
MA/88	4	423	432	3	N	4	+2	660	82.19	17.81
MA/88	10	431	421	3	S	10	+2	660	82.19	17.81
MA/88	11	424	426	3	S	3	+2	660	82.19	17.81
MA/88	6	419	428	3	S	5	+1	630	62.65	37.35
MA/88	5	418	430	3	S	4	=	600	48.16	51.84
MA/88	12	415	417	3	S	6	=	600	48.16	51.84
MA/88	3	433	427	4	S	6	-1	-100	36.12	63.88
MA/88	9	422	425	3	S	5	-2	-200	24.32	75.68
MA/88	7	416	434	3	S	8	-3	-300	13.27	86.73
MP/138	1	440	438	4	N	Q	=	620	52.70	47.30
MP/138	2	439	437	3	S	4	+1	630	62.65	37.35
MP/138	3	435	436	3	S	T	+2	660	82.19	17.81
MP/317	1	454	457	3	S	10	+2	660	82.19	17.81
MP/317	2	447	445	3	S	8	+2	660	82.19	17.81
MP/317	3	458	449	3	S	10	+3	690	95.21	4.79
MP/317	4	455	459	3	S	4	-2	-200	24.32	75.68
MP/317	5	460	442	3	S	10	-1	-100	36.12	63.88
MP/317	6	441	461	3	S	3	-3	-300	13.27	86.73
MP/317	7	446	462	2	S	6	+4	230	45.70	54.30
MP/317	8	450	463	3	S	4	+1	630	62.65	37.35
MP/317	9	464	453	3	S	A	-4	-400	4.42	95.58
MP/317	10	451	444	3	S	10	-1	-100	36.12	63.88
MP/317	11	465	443	4	S	6	-1	-100	36.12	63.88
MP/317	12	466	452	4	N	Q	+1	650	71.87	28.13
MP/40	1	474	494	3	S	8	+1	630	62.65	37.35
MP/40	2	473	492	3	S	8	+2	660	82.19	17.81
MP/40	3	472	490	3	S	3	-1	-100	36.12	63.88
MP/40	4	471	488	3	S	4	+1	630	62.65	37.35
MP/40	5	470	496	4	N	Q	+1	650	71.87	28.13
MP/40	6	469	493	3	S	4	-4	-400	4.42	95.58
MP/40	7	468	491	3	S	4	+2	660	82.19	17.81
MP/40	8	489	467	3	S	T	+2	660	82.19	17.81
MP/40	9	487	476	3	S	4	-4	-400	4.42	95.58
MP/40	10	505	475	3	S	4	-3	-300	13.27	86.73
MP/40	1	484	504	3	S	4	-2	-200	24.32	75.68
MP/40	2	483	502	3	S	5	+1	630	62.65	37.35
MP/40	3	482	500	4	N	Q	=	620	52.70	47.30
MP/40	4	481	498	3	S	4	-2	-200	24.32	75.68
MP/40	5	480	506	3	S	8	+3	690	95.21	4.79
MP/40	6	479	503	3	S	T	+3	690	95.21	4.79
MP/40	7	478	501	3	S	4	-2	-200	24.32	75.68
MP/40	8	499	477	3	S	4	-1	-100	36.12	63.88
MP/40	9	497	486	3	S	4	-4	-400	4.42	95.58
MP/40	10	495	485	3	S	4	-3	-300	13.27	86.73
MP/45	1	516	515	4	S		+2	680	90.66	9.34
MP/45	2	511	517	4	S		=	620	52.70	47.30
MP/45	3	513	510	3	N		-2	-200	24.32	75.68
MP/45	4	507	509	3	S		-1	-100	36.12	63.88
MP/45	5	518	514	3	N		+1	630	62.65	37.35
MP/45	6	508	512	3	S		+1	630	62.65	37.35
OP/273	11	520	545	3	S	10	-1	-100	36.12	63.88
OP/273	11	535	560	3	S	3	+1	630	62.65	37.35
OP/273	11	525	575	3	S	4	-4	-400	4.42	95.58
OP/273	11	555	570	3	S	4	-1	-100	36.12	63.88
OP/273	11	530	565	3	S	8	+1	630	62.65	37.35
OP/273	11	540	550	4	N	Q	=	620	52.70	47.30
OP/273	12	519	548	3	S	5	+1	630	62.65	37.35
OP/273	12	534	563	3	S	4	-2	-200	24.32	75.68
OP/273	12	524	578	3	N	4	-2	-200	24.32	75.68
OP/273	12	554	573	3	S	10	+2	660	82.19	17.81
OP/273	12	529	568	3	S	4	+1	630	62.65	37.35
OP/273	12	539	553	3	S	4	-3	-300	13.27	86.73
OP/273	13	523	546	3	S	4	+1	630	62.65	37.35
OP/273	13	538	561	3	S	4	-2	-200	24.32	75.68
OP/273	13	528	576	3	S	3	-4	-400	4.42	95.58
OP/273	13	558	571	2	S	3	+3	150	43.73	56.27
OP/273	13	533	566	3	S	8	+3	690	95.21	4.79
OP/273	13	543	551	3	N	3	-1	-100	36.12	63.88
OP/273	14	522	544	3	S	4	+1	630	62.65	37.35
OP/273	14	537	559	3	S	4	+1	630	62.65	37.35
OP/273	14	527	574	4	N	Q	+1	650	71.87	28.13
OP/273	14	557	569	4	S	6	-2	-200	24.32	75.68
OP/273	14	532	564	3	S	4	-3	-300	13.27	86.73
OP/273	14	579	549	3	S	4	+1	630	62.65	37.35
OP/273	15	521	547	3	S	10	+3	690	95.21	4.79
OP/273	15	536	562	3	S	4	-3	-300	13.27	86.73
OP/273	15	526	577	3	S	4	-2	-200	24.32	75.68
OP/273	15	556	572	3	S	3	-1	-100	36.12	63.88
OP/273	15	531	567	4	S	6	+1	650	71.87	28.13
OP/273	15	541	552	3	S	4	-3	-300	13.27	86.73
PD/369	2	591	583	3	S		+2	660	82.19	17.81
PD/369	3	587	586	5	S		=	600	48.16	51.84
PD/369	4	582	589	2	S		+3	150	43.73	56.27
PD/369	5	581	592	1	S		+1	120	42.26	57.74
PD/369	6	585	593	3	S		-2	-200	24.32	75.68
PD/369	7	594	584	3	S		+2	660	82.19	17.81
PD/369	8	590	588	3	S		-2	-200	24.32	75.68
PD/70	12	595	624	3	S	4	+2	660	82.19	17.81
PD/70	11	596	621	3	S	4	-2	-200	24.32	75.68
PD/70	15	597	623	3	S	5	+1	630	62.65	37.35
PD/70	14	598	620	3	S	4	+1	630	62.65	37.35
PD/70	13	599	622	4	S	5	-2	-200	24.32	75.68
PD/70	12	615	609	3	S	8	+1	630	62.65	37.35
PD/70	11	616	606	3	N	4	-3	-300	13.27	86.73
PD/70	15	617	608	3	S	10	+3	690	95.21	4.79
PD/70	14	618	605	3	S	4	-2	-200	24.32	75.68
PD/70	13	619	607	3	S	4	-2	-200	24.32	75.68
PD/70	12	600	614	4	N	Q	+1	650	71.87	28.13
PD/70	11	601	611	3	S	10	+3	690	95.21	4.79
PD/70	15	602	613	2	N	3	+1	140	42.87	57.13
PD/70	14	625	610	3	S	3	-2	-200	24.32	75.68
PD/70	13	604	612	3	S	4	-3	-300	13.27	86.73
PK/51	1	636	635	3	S	10	-1	-100	36.12	63.88
PK/51	2	631	637	3	S	10	+3	690	95.21	4.79
PK/51	3	633	630	3	S	8	+2	660	82.19	17.81
PK/51	6	627	629	3	S	10	+3	690	95.21	4.79
PK/51	8	638	634	3	N	3	-1	-100	36.12	63.88
PK/51	10	628	632	3	S	10	-1	-100	36.12	63.88
PM/102	1	650	669	4	N	6	+1	650	71.87	28.13
PM/102	2	649	667	3	S	4	-3	-300	13.27	86.73
PM/102	3	648	665	3	S	8	+3	690	95.21	4.79
PM/102	4	647	663	3	S	T	+1	130	42.51	57.49
PM/102	5	646	661	3	S	6	+1	630	62.65	37.35
PM/102	6	645	659	3	S	T	+2	660	82.19	17.81
PM/102	7	644	676	3	S	T	+3	690	95.21	4.79
PM/102	8	643	674	3	S	8	-1	-100	36.12	63.88
PM/102	9	642	672	3	S	T	+1	630	62.65	37.35
PM/102	10	641	670	3	S	4	-2	-200	24.32	75.68
PM/102	11	640	668	3	S	4	-4	-400	4.42	95.58
PM/102	12	639	666	4	S	6	=	620	52.70	47.30
PM/102	14	662	656	3	S	4	-2	-200	24.32	75.68
PM/102	15	660	655	4	N	Q	+1	650	71.87	28.13
PM/102	16	658	654	3	S	4	-3	-300	13.27	86.73
PM/102	17	675	653	3	S	4	+1	630	62.65	37.35
PM/299	1	688	703	4	S	10	+1	150	43.73	56.27
PM/299	2	687	701	3	S	4	-3	-300	13.27	86.73
PM/299	3	686	699	3	S	6	+2	660	82.19	17.81
PM/299	4	685	697	2	S	4	-2	-200	24.32	75.68
PM/299	5	684	695	3	S	4	-3	-300	13.27	86.73
PM/299	6	683	693	3	S	4	=	600	48.16	51.84
PM/299	7	682	706	3	N	3	-2	-200	24.32	75.68
PM/299	8	681	704	3	N	8	-1	-100	36.12	63.88
PM/299	9	680	702	4	N	7	-2	-200	24.32	75.68
PM/299	10	679	700	4	S	6	=	620	52.70	47.30
PM/299	11	698	678	3	S	10	-3	-300	13.27	86.73
PM/299	12	696	677	3	S	9	+2	660	82.19	17.81
PM/299	13	694	691	4	N	Q	=	620	52.70	47.30
PM/299	14	692	690	2	N	Q	+2	170	44.59	55.41
PM/299	15	705	689	3	S	6	+3	690	95.21	4.79
SW/287	7	712	728	3	S	8	+3	690	95.21	4.79
SW/287	1	720	723	3	S	10	+2	660	82.19	17.81
SW/287	4	725	721	3	S	10	+2	660	82.19	17.81
SW/287	8	716	729	3	S	5	+2	660	82.19	17.81
SW/287	15	714	722	3	S	10	+2	660	82.19	17.81
SW/287	5	726	708	3	S	4	+1	630	62.65	37.35
SW/287	6	707	727	3	N	10	+1	630	62.65	37.35
SW/287	3	724	715	4	N	Q	=	620	52.70	47.30
SW/287	12	732	718	3	S	5	-1	-100	36.12	63.88
SW/287	2	713	711	3	S	4	-2	-200	24.32	75.68
SW/287	11	731	709	3	S	4	-2	-200	24.32	75.68
SW/287	10	717	710	3	S	4	-3	-300	13.27	86.73
SW/287	9	730	719	3	S	4	-4	-400	4.42	95.58
WM/122	2	737	749	3	S	8	+2	660	82.19	17.81
WM/122	3	757	747	4	S	6	+1	650	71.87	28.13
WM/122	4	742	745	3	S	3	+2	660	82.19	17.81
WM/122	5	739	754	4	S	6	+1	650	71.87	28.13
WM/122	6	736	752	3	N	T	+3	690	95.21	4.79
WM/122	7	734	750	3	S	3	+1	630	62.65	37.35
WM/122	8	748	733	3	S	T	-4	-400	4.42	95.58
WM/122	9	746	738	3	S	4	=	600	48.16	51.84
WM/122	10	744	735	3	S	4	-2	-200	24.32	75.68
WM/122	11	753	743					620	52.70	47.30
WM/122	12	755	758	3	S	4	+2	660	82.19	17.81
WM/122	13	756	741	3	S	T	-1	-100	36.12	63.88
WM/324	3	776	760	4	S		-2	-200	24.32	75.68
WM/324	4	765	768	3	S		+2	660	82.19	17.81
WM/324	5	777	759	3	S		+1	630	62.65	37.35
WM/324	6	773	778	3	S		=	600	48.16	51.84
WM/324	7	769	767	3	S		-4	-400	4.42	95.58
WM/324	9	772	761	3	N		-1	-100	36.12	63.88
WM/324	10	775	763	4	S		+1	650	71.87	28.13
WM/324	11	762	766	3	S		+3	690	95.21	4.79
WM/324	12	770	771	3	S		-3	-300	13.27	86.73
WP/252	3	785	783	3	S	10	+1	630	62.65	37.35
WP/252	4	790	780	3	S	4	-2	-200	24.32	75.68
WP/252	5	788	784	3	S	8	+3	690	95.21	4.79
WP/252	6	787	791	3	S	10	+3	690	95.21	4.79
WP/252	7	782	781	3	N	3	-1	-100	36.12	63.88
WP/252	8	792	786	4	S	10	+1	150	43.73	56.27
ZP/378	12	793	807	3	S	4	-4	-400	4.42	95.58
ZP/378	11	794	804	3	S	4	+1	630	62.65	37.35
ZP/378	15	795	806	3	N	4	-3	-300	13.27	86.73
ZP/378	14	796	803	3	S	4	-4	-400	4.42	95.58
ZP/378	13	797	805	2	S	10	+4	240	45.95	54.05
ZP/378	12	813	802	4	S	6	-1	-100	36.12	63.88
ZP/378	11	814	799	3	S	10	+2	660	82.19	17.81
ZP/378	15	815	801	3	S	10	+1	630	62.65	37.35
ZP/378	14	816	798	3	S	Q	-1	-100	36.12	63.88
ZP/378	13	817	800	3	S	4	-3	-300	13.27	86.73
ZP/378	12	818	812	3	N	Q	+3	690	95.21	4.79
ZP/378	11	825	809	3	S	8	+4	720	99.75	0.25
ZP/378	15	820	811	3	S	4	-2	-200	24.32	75.68
ZP/378	14	823	808	3 x	S	3	-4	-1100	0.00	100.00
ZP/378	13	822	810	3	S	4	=	600	48.16	51.84
ZP/378	14	821	824	3	S	4	-2	-200	24.32	75.68
ZP/41	4	832	828	3	S	10	-3	-300	13.27	86.73
ZP/41	4	855	854	3	N	3	+1	630	62.65	37.35
ZP/41	5	837	842	3	S	8	+3	690	95.21	4.79
ZP/41	5	846	851	4	S	3	+1	650	71.87	28.13
ZP/41	6	829	835	3	S	8	+2	660	82.19	17.81
ZP/41	7	843	840	3	N	3	+2	660	82.19	17.81
ZP/41	7	850	852	3	S	6	-2	-200	24.32	75.68
ZP/41	8	839	827	3	S	8	+3	690	95.21	4.79
ZP/41	8	845	848	3	S	8	+2	660	82.19	17.81
ZP/41	9	834	836	3	S	10	+3	690	95.21	4.79
ZP/41	9	847	858	TD					40.00	40.00
ZP/41	10	830	831	3	N	Q	+2	200	45.21	54.79
ZP/41	10	849	857	3	S	2	+1	630	62.65	37.35
ZP/41	11	833	841	2	S	6	+3	150	43.73	56.27
ZP/41	11	853	859	3	S	6	+1	630	62.65	37.35
ZP/41	12	844	838	3	S	4	-2	-200	24.32	75.68
ZP/41	12	860	856	3	N	3	-3	-300	13.27	86.73