Turniej KMP na maksy

Poniedziałek, 12 stycznia 2015

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Rozdanie nr 2

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Rozdanie nr 2

6532

J842

K75

K6

4

AQ653

942

10543

E/NS

KQJ109

7

J8

AJ987

A87

K109

AQ1063

Q2

Liczba lew do wzięcia:


N	6	4	6	7	3		E	6	7	6	5	9
S	6	4	6	8	3		W	6	7	6	5	9

Minimax: 3

E, -110
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
300	4	5 x E -2		3	99.59	0.41
300	4	?		1	99.59	0.41
250	1	4 E -5		1	98.91	1.09
200	1	?		1	98.64	1.36
180	2	1 S +3		1	98.23	1.77
180	2	2 S +2		1	98.23	1.77
150	2	3 E -3		1	97.69	2.31
150	2	1 N +2		1	97.69	2.31
120	17	1 S +1		15	95.11	4.89
		2 S =		1
		?		1
110	6	2 S +1		2	91.98	8.02
		3 S =		3
		2 N =		1
100	19	4 x E -1		2	88.58	11.42
		5 x E -1		1
		5 E -2		2
		5 E -2		1
		2 W -2		2
		3 W -2		4
		2 x E -1		1
		2 E -2		1
		3 E -2		2
		?		3
90	25	2 S =		18	82.61	17.39
		1 S =		4
		?		3
50	50	4 E -1		39	72.42	27.58
		4 W -1		1
		5 E -1		1
		2 E -1		1
		3 E -1		3
		?		5
-100	66	2 S -1		1	56.66	43.34
		3 N -1		1
		3 S -1		53
		2 N -1		1
		2 S -1		1
		3 N -1		1
		4 S -1		1
		2 S -1		1
		3 S -1		1
		?		5
-110	53	2 E +1		1	40.49	59.51
		3 E =		41
		3 W =		2
		2 W =		1
		2 E =		4
		?		4
-130	26	2 E +2		1	29.76	70.24
		3 E +1		13
		4 E =		9
		?		3
-140	21	1 E +2		2	23.37	76.63
		2 E +1		12
		3 E =		6
		?		1
-150	19	2 E +3		1	17.94	82.06
		3 E +2		10
		4 E +1		2
		?		6
-170	5	3 E +3		2	14.68	85.32
		4 E +2		1
		2 E +2		1
		3 E +1		1
-200	23	3 x S -1		3	10.87	89.13
		3 S -2		2
		4 N -2		1
		4 S -2		7
		2 N -2		1
		3 x N -1		2
		2 S -2		2
		3 S -2		2
		?		3
-300	7	3 N -3		1	6.80	93.20
		3 S -3		1
		4 S -3		1
		2 N -3		1
		3 N -3		1
		3 N -3		1
		3 S -3		1
-360	1	1 x E +2		1	5.71	94.29
-400	1	3 N -4		1	5.44	94.56
-500	9	4 x S -2		1	4.08	95.92
		3 x N -2		1
		4 N -5		1
		2 x S -2		2
		3 x N -2		1
		3 x S -2		2
		?		1
-510	3	4 x E =		3	2.45	97.55
-570	1	2 x E +1		1	1.91	98.09
-630	1	3 x E +1		1	1.63	98.37
-710	1	?		1	1.36	98.64
-800	4	5 x S -3		1	0.68	99.32
		3 x N -3		2
		3 x S -3		1
-2200	1	5 xx N -4		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
BBO/999		18	21	3	E		-2	100	88.58	11.42
BBO/999		15	17	3	W		-2	100	88.58	11.42
BBO/999		45	51	2	S		=	90	82.61	17.39
BBO/999		26	29	2	S		=	90	82.61	17.39
BBO/999		41	46	3	S		-1	-100	56.66	43.34
BBO/999		37	42	3	S		-1	-100	56.66	43.34
BBO/999		16	19	3	S		-1	-100	56.66	43.34
BBO/999		1	2	3	S		-1	-100	56.66	43.34
BBO/999		43	40	3	S		-1	-100	56.66	43.34
BBO/999		3	4	3	S		-1	-100	56.66	43.34
BBO/999		7	8	3	E		=	-110	40.49	59.51
BBO/999		35	32	3	E		=	-110	40.49	59.51
BBO/999		52	58	3	E		=	-110	40.49	59.51
BBO/999		5	6	3	W		=	-110	40.49	59.51
BBO/999		50	49	3	E		=	-110	40.49	59.51
BBO/999		48	55	3	E		=	-110	40.49	59.51
BBO/999		33	38	2	E		+2	-130	29.76	70.24
BBO/999		24	27	4	E		=	-130	29.76	70.24
BBO/999		47	44	4	E		=	-130	29.76	70.24
BBO/999		9	10	2	E		+1	-140	23.37	76.63
BBO/999		22	25	2	E		+1	-140	23.37	76.63
BBO/999		28	31	3	E		+2	-150	17.94	82.06
BBO/999		20	23	3 x	S		-1	-200	10.87	89.13
BBO/999		13	14	3 x	S		-1	-200	10.87	89.13
BBO/999		11	12	2	N		-2	-200	10.87	89.13
BBO/999		54	53	3	S		-3	-300	6.80	93.20
BBO/999		39	36	1 x	E		+2	-360	5.71	94.29
BBO/999		57	56	4	N		-5	-500	4.08	95.92
BBO/999		30	34	3 x	N		-2	-500	4.08	95.92
BY2/915	1	64	59	2	E		+1	-140	23.37	76.63
BY2/915	2	61	62	4	E		-1	50	72.42	27.58
BY2/915	3	60	63	3	E		=	-110	40.49	59.51
BY4/921	1	84	65	2 x	E		-1	100	88.58	11.42
BY4/921	2	81	74	3 x	E		+1	-630	1.63	98.37
BY4/921	3	76	80	3	E		=	-110	40.49	59.51
BY4/921	4	71	83	2	E		+1	-140	23.37	76.63
BY4/921	5	79	82	3	E		=	-140	23.37	76.63
BY4/921	6	69	72	3	E		+2	-150	17.94	82.06
BY4/921	7	68	67	4	E		-1	50	72.42	27.58
BY4/921	8	70	78	2	S		=	120	95.11	4.89
BY4/921	9	73	77	3 x	S		-3	-800	0.68	99.32
BY4/921	10	75	66	4	E		-1	50	72.42	27.58
DS/144	11	87	89	3 x	S	4	-1	-200	10.87	89.13
DS/144	10	91	92	4	E	A	-1	50	72.42	27.58
DS/144	9	88	95	1	S	5	=	90	82.61	17.39
DS/144	8	93	97	3	W	K	-2	100	88.58	11.42
DS/144	7	90	96	4	E	10	-1	50	72.42	27.58
DS/144	6	86	94	3	S	4	-1	-100	56.66	43.34
DS/67	1	120	99	3	E	T	+1	-130	29.76	70.24
DS/67	2	110	107	3	S	4	=	110	91.98	8.02
DS/67	3	103	115	3	E	T	=	-110	40.49	59.51
DS/67	4	114	105	1	E	A	+2	-140	23.37	76.63
DS/67	5	112	111	3	E	A	=	-140	23.37	76.63
DS/67	6	101	117	4	E	A	-1	50	72.42	27.58
DS/67	7	116	104	3	E	3	+1	-170	14.68	85.32
DS/67	8	119	102	4	E	T	+1	-150	17.94	82.06
DS/67	9	108	118	4	E	A	=	-130	29.76	70.24
DS/67	10	113	106	2 x	E	Q	+1	-570	1.91	98.09
DS/67	11	109	100	3	E	T	=	-110	40.49	59.51
DS/72	1	132	121	3 x	N	K	-1	-200	10.87	89.13
DS/72	10	124	129	2	E	Q	+1	-140	23.37	76.63
DS/72	6	130	123	3	E	10	=	-110	40.49	59.51
DS/72	5	126	127	3	E	A	=	-110	40.49	59.51
DS/72	4	122	131	3	S	4	-1	-100	56.66	43.34
DS/72	2	125	128	3	E	A	=	-110	40.49	59.51
EL1/907	2	144	138	3	N	K	-3	-300	6.80	93.20
EL1/907	3	140	145	3	S	4	-1	-100	56.66	43.34
EL1/907	4	146	143	3	E	T	+2	-150	17.94	82.06
EL1/907	5	134	135	3	S	4	-1	-100	56.66	43.34
EL1/907	6	137	147	3	N	K	-4	-400	5.44	94.56
EL1/907	7	139	142	4	E	A	-1	50	72.42	27.58
EL1/907	8	141	149	2	E	Q	+2	-170	14.68	85.32
EL1/907	9	148	136	2	E	Q	+1	-140	23.37	76.63
JG2/920	1	158	151	TD					50.00	50.00
JG2/920	2	156	152	2	E	7	=	-110	40.49	59.51
JG2/920	3	157	155	3	W	K	=	-110	40.49	59.51
JG2/920	4	153	154	3	E	A	=	-110	40.49	59.51
JG4/917	1	161	165	4	E	Q	-1	50	72.42	27.58
JG4/917	3	163	164	1	S	5	+1	120	95.11	4.89
JG4/917	4	168	166	5 x	E	T	-1	100	88.58	11.42
JG4/917	5	159	162	4	E	A	-1	50	72.42	27.58
KP/114	1	184	169	2	S	4	-1	-100	56.66	43.34
KP/114	2	174	178	2	E	Q	+1	-140	23.37	76.63
KP/114	3	180	176	1	S	5	+1	120	95.11	4.89
KP/114	4	179	170	2	S	4	=	90	82.61	17.39
KP/114	5	173	172	3	S	4	-1	-100	56.66	43.34
KP/114	6	175	181	3 x	N	K	-3	-800	0.68	99.32
KP/114	7	182	177	3	S	4	-1	-100	56.66	43.34
KP/125	1	198	185	3	S	4	-1	-100	56.66	43.34
KP/125	6	186	194	3	S	4	-1	-100	56.66	43.34
KP/125	7	190	196	3	S	5	-1	-100	56.66	43.34
KP/125	8	193	197	2	N	K	=	110	91.98	8.02
KP/125	9	188	195	3	E	T	+1	-130	29.76	70.24
KP/125	10	191	192	2	E	T	=	-110	40.49	59.51
KP/125	11	187	189	1	S	5	+1	120	95.11	4.89
KP/50	1	199	210	4	E	A	-1	50	72.42	27.58
KP/50	3	208	216	4	E	A	-1	50	72.42	27.58
KP/50	4	207	214					-100	56.66	43.34
KP/50	5	206	213	3	S	4	-2	-200	10.87	89.13
KP/50	6	205	211	4	E	T	-1	50	72.42	27.58
KP/50	7	204	220	3	E	T	=	-110	40.49	59.51
KP/50	8	203	219	3	E	A	-1	50	72.42	27.58
KP/50	9	217	202	2	E	T	+1	-110	40.49	59.51
KP/50	10	215	201	3	E	Q	=	-110	40.49	59.51
KP/50	11	212	200	3	S	4	-1	-100	56.66	43.34
LB/127	1	223	227					-200	10.87	89.13
LB/127	2	222	229					-130	29.76	70.24
LB/127	3	225	226					50	72.42	27.58
LB/127	5	221	224					120	95.11	4.89
LB/146	1	244	231					-110	40.49	59.51
LB/146	2	232	240					-150	17.94	82.06
LB/146	3	236	242					-150	17.94	82.06
LB/146	4	239	243					-150	17.94	82.06
LB/146	5	234	241					-500	4.08	95.92
LB/146	6	237	238					-110	40.49	59.51
LB/146	7	233	235					200	98.64	1.36
LB/149		262	245	2	S	5	+2	180	98.23	1.77
LB/149		256	250	2	S	4	=	90	82.61	17.39
LB/149		252	257	4	S	4	-2	-200	10.87	89.13
LB/149		258	255	3	E	6	=	-110	40.49	59.51
LB/149		246	247	2	S	4	=	90	82.61	17.39
LB/149		249	259	3	W	7	-2	100	88.58	11.42
LB/149		251	254	3	E	Q	=	-110	40.49	59.51
LB/149		253	261	2	E	A	=	-110	40.49	59.51
LB/149		260	248	1	S	4	=	90	82.61	17.39
LB/165	1	265	269	3	E	10	+2	-150	17.94	82.06
LB/165	6	264	271	4	S	4	-2	-200	10.87	89.13
LB/165	7	267	268	4	E	9	=	-130	29.76	70.24
LB/165	8	272	270	3	E	10	=	-110	40.49	59.51
LB/165	9	263	266	3	E	A	=	-110	40.49	59.51
LB/75	1	286	273	4	E	A	-1	50	72.42	27.58
LB/75	6	274	282	1	S	5	+1	120	95.11	4.89
LB/75	7	278	284	2	S	4	-1	-100	56.66	43.34
LB/75	8	281	285	3	S	4	-1	-100	56.66	43.34
LB/75	9	276	283	3 x	N	K	-2	-500	4.08	95.92
LB/75	10	279	280	2	S	4	-2	-200	10.87	89.13
LB/75	11	275	277	2	S	4	=	90	82.61	17.39
LD/119	1	289	293	1	E	T	+2	-140	23.37	76.63
LD/119	2	288	295	3 x	S	A	-2	-500	4.08	95.92
LD/119	3	291	292	4	E	A	-1	50	72.42	27.58
LD/119	4	296	294	3	W	7	-2	100	88.58	11.42
LD/119	5	287	290	5	E	A	-2	100	88.58	11.42
LD/48	2	301	304	3	S	4	-1	-100	56.66	43.34
LD/48	4	298	307	2	W	K	-2	100	88.58	11.42
LD/48	5	302	303	3	E	A	=	-110	40.49	59.51
LD/48	6	306	299	3	E	10	=	-110	40.49	59.51
LD/48	10	300	305	3	S	4	-1	-100	56.66	43.34
LD/92	2	313	316	3	S	4	-1	-100	56.66	43.34
LD/92	3	310	319	3	E	7	+3	-170	14.68	85.32
LD/92	4	314	315	4	E	T	-1	50	72.42	27.58
LD/92	5	318	311	4	E	K	=	-130	29.76	70.24
LD/92	6	312	317	4 x	E	A	-1	100	88.58	11.42
LG4/903	1	323	327	3	S	4	-1	-100	56.66	43.34
LG4/903	2	322	329	5	E	A	-2	100	88.58	11.42
LG4/903	3	325	326	3	S	4	-1	-100	56.66	43.34
LG4/903	4	330	328	3	S	4	-1	-100	56.66	43.34
LG4/903	5	321	324	4	W	K	-1	50	72.42	27.58
LU/145	1	333	337	3	S	4	-3	-300	6.80	93.20
LU/145	2	332	339	5 x	S	4	-3	-800	0.68	99.32
LU/145	3	335	336	4	E	Q	-1	50	72.42	27.58
LU/145	4	340	338	2	E	7	-1	50	72.42	27.58
LU/145	5	331	334	4 x	E	A	=	-510	2.45	97.55
LU/150	1	343	347	4	E	A	-1	50	72.42	27.58
LU/150	3	345	346	3	S	4	-1	-100	56.66	43.34
LU/150	4	350	348	3	E	T	=	-110	40.49	59.51
LU/150	5	341	344	3	E	T	=	-110	40.49	59.51
LU/90	1	356	351	2	E	T	+3	-150	17.94	82.06
LU/90	2	352	355	2	S	4	=	90	82.61	17.39
LU/90	3	353	354	4	E	A	-1	50	72.42	27.58
MA/123	1	370	357	2	N	K	-3	-300	6.80	93.20
MA/123	2	358	366	3	E	T	=	-110	40.49	59.51
MA/123	3	362	368	5	E	A	-2	100	88.58	11.42
MA/123	4	365	369	5 xx	N	K	-4	-2200	0.00	100.00
MA/123	5	360	367	3	E	A	=	-110	40.49	59.51
MA/123	6	363	364	3	E	7	+1	-130	29.76	70.24
MA/126	1	371	386	4	S	4	-2	-200	10.87	89.13
MA/126	2	385	397	2	S	4	-1	-100	56.66	43.34
MA/126	3	384	399	3	S	4	-1	-100	56.66	43.34
MA/126	4	383	396	3	S	4	-1	-100	56.66	43.34
MA/126	5	382	394	4	E	A	-1	50	72.42	27.58
MA/126	6	381	392	3	S	4	-1	-100	56.66	43.34
MA/126	7	380	390	1	S	5	+1	120	95.11	4.89
MA/126	8	379	388	1	S	5	=	90	82.61	17.39
MA/126	9	378	398	1	S	5	+1	120	95.11	4.89
MA/126	10	377	400	4	E	9	-1	50	72.42	27.58
MA/126	11	395	376	5 x	E	A	-2	300	99.59	0.41
MA/126	12	393	375	2	S	2	+1	110	91.98	8.02
MA/126	13	391	374	3	E	2	+2	-150	17.94	82.06
MA/126	14	389	373	2	W	5	=	-110	40.49	59.51
MA/126	15	387	372	3	N	2	-3	-300	6.80	93.20
MA/126	1	403	413	4 x	E	A	=	-510	2.45	97.55
MA/126	3	401	415	3	S	4	-1	-100	56.66	43.34
MA/126	4	418	414	4	E	A	=	-130	29.76	70.24
MA/126	5	411	420	4	E	A	-1	50	72.42	27.58
MA/126	6	409	407	3 x	N	2	-3	-800	0.68	99.32
MA/126	7	416	412	3	E	T	+2	-150	17.94	82.06
MA/126	8	405	410	3	N	4	-1	-100	56.66	43.34
MA/126	9	406	419	2	S	5	=	90	82.61	17.39
MA/126	10	402	417	4	E	5	-1	50	72.42	27.58
MA/46	2	425	428	3	S	4	=	110	91.98	8.02
MA/46	3	422	431	4	S	4	-3	-300	6.80	93.20
MA/46	4	426	427	3	E	T	+2	-150	17.94	82.06
MA/46	5	430	423	3	E	A	+1	-130	29.76	70.24
MA/46	6	424	429	3	S	4	-2	-200	10.87	89.13
MA/62	1	433	434	3	E	3	+1	-130	29.76	70.24
MA/62	8	443	435	3	S	4	-1	-100	56.66	43.34
MA/62	9	440	437	3	E	10	=	-110	40.49	59.51
MA/62	11	439	442	3 x	S	3	-2	-500	4.08	95.92
MA/62	12	436	447	2	S	4	=	90	82.61	17.39
MA/62	13	448	446	1	N	2	+2	150	97.69	2.31
MA/62	14	441	444	2	E	10	-2	100	88.58	11.42
MA/62	15	445	438	3	E	9	=	-110	40.49	59.51
MP/138	2	453	456	4	E	A	-1	50	72.42	27.58
MP/138	3	450	459	3	E	Q	-1	50	72.42	27.58
MP/138	4	454	455	4 x	S	4	-2	-500	4.08	95.92
MP/138	5	458	451	3	E	A	-3	150	97.69	2.31
MP/138	6	452	457	4	E	3	-1	50	72.42	27.58
MP/139	1	468	461					100	88.58	11.42
MP/139	3	467	465					300	99.59	0.41
MP/139	4	463	464					90	82.61	17.39
MP/40	1	469	470	3	E	T	=	-140	23.37	76.63
MP/40	2	471	472	3	S	4	-1	-100	56.66	43.34
MP/40	3	473	474	3	S	4	-1	-100	56.66	43.34
MP/40	4	475	476	4	E	A	-1	50	72.42	27.58
MP/40	5	477	478	2 x	S	4	-2	-500	4.08	95.92
MP/40	6	479	480	3	S	4	-1	-100	56.66	43.34
MP/40	7	481	482	4	S	4	-2	-200	10.87	89.13
MP/40	8	483	485	1	S	5	+1	120	95.11	4.89
MP/40	9	484	487	4 x	E	A	-1	100	88.58	11.42
MP/40	10	486	489	3	E	Q	=	-110	40.49	59.51
MP/40	11	488	491	4	E	A	-1	50	72.42	27.58
MP/40	12	490	493	4	E	A	-1	50	72.42	27.58
MP/45	1	502	495	5 x	E		-2	300	99.59	0.41
MP/45	2	500	496	4	E		-1	50	72.42	27.58
MP/45	3	501	499	3	S		-1	-100	56.66	43.34
MP/45	4	497	498	3	E		+2	-150	17.94	82.06
OL3/925	2	508	504	3	S	4	-1	-100	56.66	43.34
OL3/925	3	509	507	2	S	4	=	90	82.61	17.39
OL3/925	4	505	506	4	E	A	-1	50	72.42	27.58
OL4/913		513	517	1	S	5	+1	120	95.11	4.89
OL4/913		512	519	3	S	4	-1	-100	56.66	43.34
OL4/913		515	516	2	E	A	=	-110	40.49	59.51
OL4/913		511	514	5	E	K	-1	50	72.42	27.58
OP/95	1	533	520	4	N	4	-2	-200	10.87	89.13
OP/95	6	521	529	3	S	4	-1	-100	56.66	43.34
OP/95	7	525	531	4	E	A	-1	50	72.42	27.58
OP/95	8	528	532	2	E	8	+1	-140	23.37	76.63
OP/95	9	523	530	2	E	7	+1	-140	23.37	76.63
OP/95	10	526	527	4	E	10	=	-130	29.76	70.24
OP/95	11	522	524	4	E	3	-1	50	72.42	27.58
PD/81	8	543	541	1	S	5	+1	120	95.11	4.89
PD/81	6	535	542	4	E	A	-1	50	72.42	27.58
PD/81	1	536	540	3	S	4	-1	-100	56.66	43.34
PD/81	9	534	537	3	S	4	-1	-100	56.66	43.34
PD/81	7	538	539	3	S	4	-2	-200	10.87	89.13
PK/118	11	559	547	3	S	4	-1	-100	56.66	43.34
PK/118	10	552	560	3	E	7	+1	-130	29.76	70.24
PK/118	9	550	553	2	S	4	=	90	82.61	17.39
PK/118	8	548	558	2	W	4	-2	100	88.58	11.42
PK/118	7	545	546	1	S	5	+1	120	95.11	4.89
PK/118	6	557	554	2	S	4	=	90	82.61	17.39
PK/118	5	551	556	3	E	A	=	-140	23.37	76.63
PK/118	4	555	549	3	E	10	=	-110	40.49	59.51
PM/102	1	583	573	3	E	A	+2	-150	17.94	82.06
PM/102	2	570	581	3	S	4	-1	-100	56.66	43.34
PM/102	3	567	579	3	E	A	=	-110	40.49	59.51
PM/102	4	564	577	3	S	4	-1	-100	56.66	43.34
PM/102	5	572	576	4	E	9	-1	50	72.42	27.58
PM/102	6	569	574	3	E	2	+1	-130	29.76	70.24
PM/102	7	566	584	3	S	4	-1	-100	56.66	43.34
PM/102	8	582	563	3	S	4	-1	-100	56.66	43.34
PM/102	9	580	571	3	S	4	-1	-100	56.66	43.34
PM/102	10	578	568	2	S	4	=	90	82.61	17.39
PM/129	1	593	586					90	82.61	17.39
PM/129	2	591	587					-200	10.87	89.13
PM/129	3	592	590					100	88.58	11.42
PM/129	4	589	588					-140	23.37	76.63
SL/131	1	599	594	3	E	T	=	-110	40.49	59.51
SL/131	2	597	598	3	S	4	-1	-100	56.66	43.34
SL/131	3	595	596	4	E	A	-1	50	72.42	27.58
SZ2/910	1	602	606	3	E	T	=	-110	40.49	59.51
SZ2/910	2	601	608	2 x	S	4	-2	-500	4.08	95.92
SZ2/910	3	604	605	2	S	4	=	90	82.61	17.39
SZ2/910	4	609	607	3 x	N	K	-1	-200	10.87	89.13
SZ2/910	5	600	603	3	E	J	=	-110	40.49	59.51
SZ3/928	1	617	610					50	72.42	27.58
SZ3/928	2	615	611					100	88.58	11.42
SZ3/928	3	616	614					-130	29.76	70.24
SZ3/928	4	613	612					-150	17.94	82.06
USA/130	0	620	624	2	S	X	+1	110	91.98	8.02
USA/130	0	619	626	3	E	10	=	-110	40.49	59.51
USA/130	0	622	623	4	E	X	=	-130	29.76	70.24
USA/130	0	618	621	3	E	10	=	-110	40.49	59.51
WM/122	2	635	646	4	S	4	-2	-200	10.87	89.13
WM/122	3	632	644	3	E	9	=	-110	40.49	59.51
WM/122	4	629	642	3	S	4	-1	-100	56.66	43.34
WM/122	5	637	641	1	S	5	+1	120	95.11	4.89
WM/122	6	634	639	1	S	5	+3	180	98.23	1.77
WM/122	7	631	649	3	S	4	-1	-100	56.66	43.34
WM/122	8	647	650	2	N	K	-1	-100	56.66	43.34
WM/122	9	645	636	3	E	9	=	-110	40.49	59.51
WM/122	10	643	633	5 x	E	A	-2	300	99.59	0.41
WM/122	11	640	628	TD					50.00	50.00
WM/128	1	660	653	3	S		-1	-100	56.66	43.34
WM/128	2	658	654	3	E		=	-140	23.37	76.63
WM/128	4	655	656	3	S		-2	-200	10.87	89.13
WM/132	1	666	661					-100	56.66	43.34
WM/132	2	662	665					-100	56.66	43.34
WM/132	3	663	664					50	72.42	27.58
WM/140	1	674	667	4 x	E	A	=	-510	2.45	97.55
WM/140	2	672	668	1	S	5	+1	120	95.11	4.89
WM/140	3	673	671	3	E	2	=	-140	23.37	76.63
WM/140	4	669	670	3	E	A	+1	-130	29.76	70.24
WP/120	1	679	682					-130	29.76	70.24
WP/120	2	676	685					-100	56.66	43.34
WP/120	3	680	681					-100	56.66	43.34
WP/120	4	684	677					-150	17.94	82.06
WP/120	5	678	683					-110	40.49	59.51
WP/142	2	692	688	1	S	5	+1	120	95.11	4.89
WP/142	3	693	691	3	S	4	=	110	91.98	8.02
WP/142	4	690	689	1	S	T	+1	120	95.11	4.89
WP/147	1	710	695	1	S	5	+1	120	95.11	4.89
WP/147	6	706	702	3	E	A	-2	100	88.58	11.42
WP/147	8	699	698	2	S	4	=	90	82.61	17.39
WP/147	11	697	709	2	S	4	=	90	82.61	17.39
WP/147	9	701	707	4	E	A	-1	50	72.42	27.58
WP/147	10	708	703	4	E	A	-1	50	72.42	27.58
WP/147	5	700	704	3	S	4	-1	-100	56.66	43.34
WP/147	7	705	696	3	E	10	+1	-130	29.76	70.24
WP/156	1	713	717	3	E	A	+1	-130	29.76	70.24
WP/156	6	712	719	2	E	A	+1	-140	23.37	76.63
WP/156	7	715	716	3	S	3	-1	-100	56.66	43.34
WP/156	9	711	714	2	S	4	=	90	82.61	17.39
WP/30	1	721	722	4	E	2	+2	-170	14.68	85.32
WP/30	10	727	733	4	E	A	=	-130	29.76	70.24
WP/30	9	723	731	3	E	A	=	-110	40.49	59.51
WP/30	8	725	730	2	E	10	+1	-140	23.37	76.63
WP/30	7	724	732	4	E	A	-1	50	72.42	27.58
WP/30	6	729	726	3	S	4	-1	-100	56.66	43.34
WP/30	1	735	747	4	E	2	+1	-150	17.94	82.06
WP/30	10	748	737	3	E	Q	=	-110	40.49	59.51
WP/30	9	754	739	4	E	A	-1	50	72.42	27.58
WP/30	8	752	738	4	E	Q	-1	50	72.42	27.58
WP/30	7	741	756	4	S	2	-1	-100	56.66	43.34
WP/30	6	740	746	3	E	9	+3	-170	14.68	85.32
WP/30	5	743	751	4	S	4	-2	-200	10.87	89.13
WP/30	4	742	749	3	S	4	-1	-100	56.66	43.34
WP/30	3	745	755	3	N	K	-1	-100	56.66	43.34
ZA2/916		764	757	3	S	4	-1	-100	56.66	43.34
ZA2/916		762	758	1	S	4	=	90	82.61	17.39
ZA2/916		763	761	3	E	A	-1	50	72.42	27.58
ZA2/916		759	760	3	E	A	=	-110	40.49	59.51
ZP/116	1	780	765					50	72.42	27.58
ZP/116	2	770	774					-150	17.94	82.06
ZP/116	3	776	772					-110	40.49	59.51
ZP/116	4	775	766					-710	1.36	98.64
ZP/116	5	769	768					90	82.61	17.39
ZP/116	6	771	777					-200	10.87	89.13
ZP/116	7	778	773					50	72.42	27.58
ZP/121	1	792	781	2	S		-2	-200	10.87	89.13
ZP/121	2	785	788	4	E		-5	250	98.91	1.09
ZP/121	3	782	791	3	S		-1	-100	56.66	43.34
ZP/121	4	786	787	3	E		=	-110	40.49	59.51
ZP/121	5	790	783	3	E		+1	-130	29.76	70.24
ZP/121	6	784	789	3	N		-3	-300	6.80	93.20
ZP/63	1	810	793	2	S	4	=	90	82.61	17.39
ZP/63	3	800	805	2	E	T	+1	-140	23.37	76.63
ZP/63	4	806	803	4	S	4	-2	-200	10.87	89.13
ZP/63	5	794	795	3	E	A	+1	-130	29.76	70.24
ZP/63	6	797	807	TD					60.00	40.00
ZP/63	7	799	802	3	E	A	+1	-130	29.76	70.24
ZP/63	8	801	809	3	E	2	+2	-150	17.94	82.06