Turniej KMP na maksy

Poniedziałek, 11 lipca 2016

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Rozdanie nr 24

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Rozdanie nr 24

K985

J42

Q104

K82

AQ72

AQ1065

A82

Q

W/-

J643

K73

KJ763

5

10

98

95

AJ1097643

Liczba lew do wzięcia:


N	2	2	1	1	8		E	5	10	11	11	5
S	2	2	1	1	8		W	5	10	11	11	5

Minimax: 4

W, -450
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
500	1	6 x E -3		1	100.00	0.00
300	10	PASS		1	98.25	1.75
		6 x E -2		7
		6 x W -2		1
		7 x E -2		1
100	31	6 E -2		1	91.72	8.28
		6 W -2		1
		5 x W -1		1
		6 W -2		2
		PASS		6
		5 x E -1		1
		5 E -2		1
		6 E -2		18
50	38	5 W -1		1	80.73	19.27
		5 W -1		5
		PASS		7
		4 E -1		3
		5 E -1		21
		5 W -1		1
-100	5	3 x S -1		1	73.89	26.11
		4 x S -1		2
		PASS		2
-170	4	1 W +3		1	72.45	27.55
		3 W +1		2
		3 W +1		1
-200	1	3 W +2		1	71.66	28.34
-230	4	1 W +5		1	70.86	29.14
		2 W +4		2
		3 W +3		1
-300	15	5 x N -2		1	67.83	32.17
		5 x S -2		12
		PASS		2
-400	1	5 E =		1	65.29	34.71
-420	70	4 E =		1	53.98	46.02
		4 W =		16
		PASS		18
		4 E =		34
		4 W =		1
-450	61	4 W +1		27	33.12	66.88
		5 E =		1
		5 W =		12
		PASS		4
		4 E +1		9
		4 W +1		4
		5 E =		4
-480	39	4 E +2		1	17.20	82.80
		4 W +2		32
		5 W +1		2
		PASS		3
		5 W +1		1
-500	24	5 x N -3		1	7.17	92.83
		5 x S -3		20
		6 x S -3		1
		PASS		2
-590	1	4 x E =		1	3.19	96.81
-600	1	5 xx S -2		1	2.87	97.13
-650	3	PASS		1	2.23	97.77
-650	3	5 x E =		2	2.23	97.77
-690	1	4 x W +1		1	1.59	98.41
-790	1	4 x W +2		1	1.27	98.73
-800	2	6 x S -4		2	0.80	99.20
-980	2	6 W =		2	0.16	99.84
	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
BBO/999		47	29	6 x	W		-2	300	98.25	1.75
BBO/999		43	50	5 x	W		-1	100	91.72	8.28
BBO/999		41	12	6	E		-2	100	91.72	8.28
BBO/999		9	56	6	E		-2	100	91.72	8.28
BBO/999		40	16	5	E		-1	50	80.73	19.27
BBO/999		32	4	5	E		-1	50	80.73	19.27
BBO/999		45	52	5	E		-1	50	80.73	19.27
BBO/999		30	34	5	W		-1	50	80.73	19.27
BBO/999		28	46	5	W		-1	50	80.73	19.27
BBO/999		53	44	5	E		-1	50	80.73	19.27
BBO/999		11	31	5	E		-1	50	80.73	19.27
BBO/999		51	42	4	E		=	-420	53.98	46.02
BBO/999		15	24	4	W		=	-420	53.98	46.02
BBO/999		1	39	4	E		=	-420	53.98	46.02
BBO/999		25	8	5	E		=	-450	33.12	66.88
BBO/999		27	35	5	E		=	-450	33.12	66.88
BBO/999		49	21	4	W		+1	-450	33.12	66.88
BBO/999		13	37	5	W		=	-450	33.12	66.88
BBO/999		3	19	4	W		+1	-450	33.12	66.88
BBO/999		5	26	4	E		+1	-450	33.12	66.88
BBO/999		20	10	5	W		+1	-480	17.20	82.80
BBO/999		33	14	4	W		+2	-480	17.20	82.80
BBO/999		7	2	4	W		+2	-480	17.20	82.80
BBO/999		36	17	4	W		+2	-480	17.20	82.80
BBO/999		18	6	5 x	S		-3	-500	7.17	92.83
BBO/999		38	23	5 x	S		-3	-500	7.17	92.83
BBO/999		22	54	5 x	S		-3	-500	7.17	92.83
BBO/999		55	48	5 xx	S		-2	-600	2.87	97.13
BY2/915		59	62	6	E	9	-2	100	91.72	8.28
BY2/915		60	58	5	E	A	-1	50	80.73	19.27
BY2/915		63	57	4	E	8	=	-420	53.98	46.02
CA/264	1	66	65					-100	73.89	26.11
CA/264	2	71	68					-420	53.98	46.02
CA/264	3	72	70					-300	67.83	32.17
CA/264	4	64	73					-420	53.98	46.02
CA/264	5	67	74					-100	73.89	26.11
CA/264	6	75	69					50	80.73	19.27
DS/144	24	83	78	4	W	2	+1	-450	33.12	66.88
DS/144	20	81	84	4 x	S	A	-1	-100	73.89	26.11
DS/144	16	85	79	6	E	A	-2	100	91.72	8.28
DS/144	12	76	77	4	W	4	+1	-450	33.12	66.88
DS/144	8	82	80	4	W	8	+1	-450	33.12	66.88
DS/67	2	93	90	4	W	2	+2	-480	17.20	82.80
DS/67	3	86	102	4	W	2	+2	-480	17.20	82.80
DS/67	4	101	88	4 x	W	2	+1	-690	1.59	98.41
DS/67	5	95	94	4	E	A	=	-420	53.98	46.02
DS/67	6	99	104	5	W	K	=	-450	33.12	66.88
DS/67	7	103	87	4	W	K	+1	-450	33.12	66.88
DS/67	8	106	100	5	W	8	=	-450	33.12	66.88
DS/67	10	96	89	6	E	A	-2	100	91.72	8.28
DS/67	11	92	98	4	W	2	+1	-450	33.12	66.88
DS/67	12	107	97	4	E	A	=	-420	53.98	46.02
DS/72	12	123	119	4 x	S	Q	-1	-100	73.89	26.11
DS/72	11	116	122	6	E	A	-2	100	91.72	8.28
DS/72	10	112	120	5	W	A	-1	50	80.73	19.27
DS/72	9	110	121	5	W	5	+1	-480	17.20	82.80
DS/72	8	108	111	4	E	A	=	-420	53.98	46.02
DS/72	7	113	115	1	W	8	+3	-170	72.45	27.55
DS/72	5	109	114	2	W	5	+4	-230	70.86	29.14
DS/72	4	118	117	6	E	A	-2	100	91.72	8.28
EL1/907	1	125	126	4	W	2	+2	-480	17.20	82.80
EL1/907	2	129	133	4	E	A	=	-420	53.98	46.02
EL1/907	3	134	128	4	W	2	=	-420	53.98	46.02
EL1/907	5	124	127	6 x	E	A	-2	300	98.25	1.75
EL1/907	6	132	130	4	E	A	=	-420	53.98	46.02
JG2/920	1	138	141	3	W	3	+2	-200	71.66	28.34
JG2/920	2	139	137	4	W	8	+2	-480	17.20	82.80
JG2/920	3	142	136	4	E	2	=	-420	53.98	46.02
JG2/920	4	143	140	4	E	A	=	-420	53.98	46.02
JG4/917	1	146	149	4	E	A	=	-420	53.98	46.02
JG4/917	2	147	145	6	W	4	=	-980	0.16	99.84
JG4/917	3	150	144	7 x	E	T	-2	300	98.25	1.75
KP/114	1	153	160	5	W	K	=	-450	33.12	66.88
KP/114	2	156	159	4	E	A	=	-420	53.98	46.02
KP/114	3	152	166	5 x	S	A	-2	-300	67.83	32.17
KP/114	4	165	155	4	W	J	+2	-480	17.20	82.80
KP/114	5	161	167	6 x	S	A	-4	-800	0.80	99.20
KP/114	6	164	170	3	W	K	+3	-230	70.86	29.14
KP/114	7	162	168	6 x	E	A	-2	300	98.25	1.75
KP/114	8	154	158	5	W	2	-1	50	80.73	19.27
KP/114	10	171	163	4	W	A	+1	-450	33.12	66.88
KP/50	8	183	179	6 x	E	A	-2	300	98.25	1.75
KP/50	7	182	174	4 x	E	A	=	-590	3.19	96.81
KP/50	6	185	194	4	W	J	+2	-480	17.20	82.80
KP/50	5	177	175	4	E	A	=	-420	53.98	46.02
KP/50	4	180	181	6	W	8	-2	100	91.72	8.28
KP/50	3	172	176	4	W	2	+1	-450	33.12	66.88
KP/50	2	184	186	4	W	K	+2	-480	17.20	82.80
KP/50	1	191	188	4	W	2	+1	-450	33.12	66.88
KP/50	11	190	187	4	W	8	=	-420	53.98	46.02
KP/50	10	173	178	5	W	A	-1	50	80.73	19.27
KP/50	9	193	189	4	W	2	+2	-480	17.20	82.80
KP/50	8	192	195	4	W	2	+2	-480	17.20	82.80
LB/149		202	200	4	W	8	+1	-450	33.12	66.88
LB/149		196	197	5	W	8	=	-450	33.12	66.88
LB/149		201	204	6	W	8	-2	100	91.72	8.28
LB/149		203	198	4	W	5	+2	-480	17.20	82.80
LB/165	1	207	210	4	W	K	=	-420	53.98	46.02
LB/165	3	208	206	5 x	S	A	-3	-500	7.17	92.83
LB/165	4	205	211	5 x	S	A	-3	-500	7.17	92.83
LB/165	5	212	209	4	E	A	=	-420	53.98	46.02
LB/263	6	215	216	5	E	8	-1	50	80.73	19.27
LB/263	7	222	213	5	E	9	-1	50	80.73	19.27
LB/263	4	217	225	4	E	9	+1	-450	33.12	66.88
LB/263	8	226	220	4	W	3	+1	-450	33.12	66.88
LB/263	2	221	218	5 x	S	A	-3	-500	7.17	92.83
LB/263	3	214	224	5 x	S	A	-3	-500	7.17	92.83
LB/263	5	223	219	5 x	E	10	=	-650	2.23	97.77
LB/265	2	235	232	4	E	7	=	-420	53.98	46.02
LB/265	3	228	238	5	E	A	-1	50	80.73	19.27
LB/265	4	231	239	5	W	K	=	-450	33.12	66.88
LB/265	5	237	233	6	W	K	=	-980	0.16	99.84
LB/265	6	229	230	5 x	S	Q	-2	-300	67.83	32.17
LB/265	7	236	227	2	W	4	+4	-230	70.86	29.14
LD/48	2	249	246	4	W	J	+2	-480	17.20	82.80
LD/48	3	242	252	6	E	A	-2	100	91.72	8.28
LD/48	4	245	253	5	W	8	+1	-480	17.20	82.80
LD/48	5	251	247	4	W	4	=	-420	53.98	46.02
LD/48	6	243	244	3	W	K	+1	-170	72.45	27.55
LD/48	7	250	241	5	W	A	=	-450	33.12	66.88
LD/48	8	254	248	5	E	A	-1	50	80.73	19.27
LD/92	1	257	260	4	W		+1	-450	33.12	66.88
LD/92	2	258	256	4	W		+1	-450	33.12	66.88
LD/92	3	261	255	5 x	S		-3	-500	7.17	92.83
LD/92	4	262	259	4	E		=	-420	53.98	46.02
LU/145	2	268	272	6 x	E	A	-2	300	98.25	1.75
LU/145	3	273	267	4	E	A	+1	-450	33.12	66.88
LU/145	4	274	270	4	E	T	+1	-450	33.12	66.88
LU/145	5	263	266	5	E	5	-1	50	80.73	19.27
LU/145	6	271	269	5	E	9	=	-450	33.12	66.88
MA/123	1	277	280					100	91.72	8.28
MA/123	2	278	276					-480	17.20	82.80
MA/123	3	275	281					-420	53.98	46.02
MA/123	4	282	279					-420	53.98	46.02
MA/126	1	298	310	5	E	A	-1	50	80.73	19.27
MA/126	2	297	308	4	W	K	+1	-450	33.12	66.88
MA/126	3	295	306	4	E	A	=	-420	53.98	46.02
MA/126	4	293	304	5 x	S	A	-2	-300	67.83	32.17
MA/126	5	291	311	4	W	4	+1	-450	33.12	66.88
MA/126	6	289	309	4	E	8	-1	50	80.73	19.27
MA/126	7	287	307	6	E	A	-2	100	91.72	8.28
MA/126	8	305	285	4	E	A	=	-420	53.98	46.02
MA/126	9	303	324	4	W	2	=	-420	53.98	46.02
MA/126	10	302	300	5 x	S	A	-3	-500	7.17	92.83
MA/126	1	323	283	5	E	A	-1	50	80.73	19.27
MA/126	3	316	290	5 x	S	A	-2	-300	67.83	32.17
MA/126	4	319	325	4	W	2	+1	-450	33.12	66.88
MA/126	5	318	288	5	E	A	=	-400	65.29	34.71
MA/126	6	314	284	6 x	E	A	-2	300	98.25	1.75
MA/126	7	313	296	4	E	A	=	-420	53.98	46.02
MA/126	8	292	315	4	W	2	=	-420	53.98	46.02
MA/126	10	326	321	4	W	K	+2	-480	17.20	82.80
MA/262	1	348	351	4	E	A	=	-420	53.98	46.02
MA/262	2	346	347	5 x	S	A	-2	-300	67.83	32.17
MA/262	3	344	343	4	E	9	+1	-450	33.12	66.88
MA/262	4	342	338	5 x	S	A	-2	-300	67.83	32.17
MA/262	5	341	334	4	E	A	=	-420	53.98	46.02
MA/262	6	339	330	4	E	5	+2	-480	17.20	82.80
MA/262	7	337	356	4	W	2	=	-420	53.98	46.02
MA/262	8	335	353	5 x	E	A	-1	100	91.72	8.28
MA/262	9	333	349	4	W	8	+1	-450	33.12	66.88
MA/262	10	331	345	5 x	S	A	-3	-500	7.17	92.83
MA/262	11	329	340	5 x	S	A	-3	-500	7.17	92.83
MA/262	12	336	327	6	E	A	-2	100	91.72	8.28
MA/262	14	328	352	6	W	2	-2	100	91.72	8.28
MA/262	15	355	350	5 x	S	Q	-3	-500	7.17	92.83
MA/46	2	365	362	4	E	A	=	-420	53.98	46.02
MA/46	3	358	368	5	E	A	-1	50	80.73	19.27
MA/46	5	367	363	6 x	E	A	-2	300	98.25	1.75
MA/46	6	359	360	4	E	8	+1	-450	33.12	66.88
MA/46	7	366	357	4 x	W	K	+2	-790	1.27	98.73
MA/46	8	370	364	5 x	S	Q	-2	-300	67.83	32.17
MA/88	0	371	374	6	E	A	-2	100	91.72	8.28
MA/88	0	372	373	5	E	8	-1	50	80.73	19.27
MA/88	0	379	377	4	E	A	-1	50	80.73	19.27
MA/88	0	376	380	4	W	5	=	-420	53.98	46.02
MA/88	0	382	378	4	E	A	=	-420	53.98	46.02
MP/138	1	385	388	4	W	2	+2	-480	17.20	82.80
MP/138	2	386	384	4	W	4	+2	-480	17.20	82.80
MP/138	3	389	383	1	W	5	+5	-230	70.86	29.14
MP/163	2	394	392					-450	33.12	66.88
MP/163	3	397	391					300	98.25	1.75
MP/163	4	398	395					-450	33.12	66.88
MP/89	8	423	414	4	W	8	+1	-450	33.12	66.88
MP/89	8	412	399	4	W	8	+1	-450	33.12	66.88
MP/89	8	418	416	4	W	2	+2	-480	17.20	82.80
MP/89	8	408	415	5 x	S	A	-3	-500	7.17	92.83
MP/89	8	409	404	4	W	2	=	-420	53.98	46.02
MP/89	8	411	422	5 x	N	Q	-2	-300	67.83	32.17
MP/89	8	402	403	5	E	8	=	-450	33.12	66.88
MP/89	8	401	407	5 x	S	A	-3	-500	7.17	92.83
MP/89	8	419	413	4	W	4	+2	-480	17.20	82.80
MP/89	8	400	410	6	E	5	-2	100	91.72	8.28
MP/89	8	420	406	5 x	S	Q	-3	-500	7.17	92.83
MP/89	8	417	421	4	E	A	=	-420	53.98	46.02
PD/81	6	432	430	6	E	A	-2	100	91.72	8.28
PD/81	2	428	431	3	W	8	+1	-170	72.45	27.55
PD/81	5	426	425	5 x	S	Q	-2	-300	67.83	32.17
PD/81	4	429	427	5	W	8	=	-450	33.12	66.88
PK/118	7	442	447	5	E	A	-1	50	80.73	19.27
PK/118	6	446	437	4	E	A	=	-420	53.98	46.02
PK/118	5	435	445	5 x	S	Q	-2	-300	67.83	32.17
PK/118	4	433	443	4	E	5	=	-420	53.98	46.02
PK/118	3	439	441	5 x	S	A	-2	-300	67.83	32.17
PK/118	2	444	436	5	E	A	-1	50	80.73	19.27
PK/118	1	434	438	4	E	5	+1	-450	33.12	66.88
PM/102	1	456	466	6	E	A	-2	100	91.72	8.28
PM/102	2	453	464	5	E	A	=	-450	33.12	66.88
PM/102	3	450	463	4	W	T	+1	-450	33.12	66.88
PM/102	4	458	461	3	W	2	+1	-170	72.45	27.55
PM/102	5	476	471	5 x	S	A	-3	-500	7.17	92.83
PM/102	6	474	469	5	W	8	-1	50	80.73	19.27
PM/102	7	472	467	4	E	T	+1	-450	33.12	66.88
PM/102	8	465	470	5	E	A	-1	50	80.73	19.27
PM/102	9	462	454	5 x	N	5	-3	-500	7.17	92.83
PM/102	10	460	451	4	W	K	=	-420	53.98	46.02
PM/102	11	455	478	6 x	E	A	-3	500	100.00	0.00
PM/102	12	452	477	3 x	S	8	-1	-100	73.89	26.11
PM/102	13	449	475	5 x	S	A	-3	-500	7.17	92.83
PM/102	14	473	457	5	E	A	-1	50	80.73	19.27
PM/129	1	480	484					100	91.72	8.28
PM/129	2	490	482					-420	53.98	46.02
PM/129	3	485	487					-420	53.98	46.02
PM/129	4	479	489					-420	53.98	46.02
PM/129	5	481	491					-420	53.98	46.02
PM/129	7	488	493					-480	17.20	82.80
PM/129	8	494	486					-480	17.20	82.80
SZ2/910	1	496	497	4	W	K	+2	-480	17.20	82.80
SZ2/910	2	500	504	4	W	4	+2	-480	17.20	82.80
SZ2/910	3	505	499	4	W	8	+1	-450	33.12	66.88
SZ2/910	4	506	502	4	E	A	=	-420	53.98	46.02
SZ2/910	5	495	498	6	E	A	-2	100	91.72	8.28
SZ2/910	6	503	501	4	W	K	+2	-480	17.20	82.80
USA/130	0	507	508	6 x	E	A	-2	300	98.25	1.75
USA/130	0	513	511	5	W	K	-1	50	80.73	19.27
USA/130	0	515	510	4	W	X	+1	-450	33.12	66.88
USA/130	0	514	509	5 x	S	X	-3	-500	7.17	92.83
WM/122	2	520	531					-450	33.12	66.88
WM/122	3	517	530					100	91.72	8.28
WM/122	4	525	528					50	80.73	19.27
WM/122	5	522	538					-420	53.98	46.02
WM/122	6	519	536					-450	33.12	66.88
WM/122	7	537	534					50	80.73	19.27
WM/122	8	532	516					-420	53.98	46.02
WM/122	9	529	521					-420	53.98	46.02
WM/122	10	527	518					-500	7.17	92.83
WM/122	11	535	526					-420	53.98	46.02
WM/122	12	539	524					50	80.73	19.27
WM/128	1	542	545	4	W		+2	-480	17.20	82.80
WM/128	2	543	541	5 x	S		-2	-300	67.83	32.17
WM/128	4	547	544	4	W		+2	-480	17.20	82.80
WM/140	1	553	551	4	W	K	+1	-450	33.12	66.88
WM/140	2	552	550	5	W	T	=	-450	33.12	66.88
WM/140	3	548	549	4	W	K	+1	-450	33.12	66.88
WM/241		556	559	4	W	2	+1	-450	33.12	66.88
WM/241		557	555	4	W	2	+1	-450	33.12	66.88
WM/241		560	554	4	E	A	=	-420	53.98	46.02
WP/120	1	569	566					100	91.72	8.28
WP/120	2	562	572					100	91.72	8.28
WP/120	3	565	573					-650	2.23	97.77
WP/120	4	571	567					-300	67.83	32.17
WP/120	5	563	564					50	80.73	19.27
WP/120	6	570	561					-420	53.98	46.02
WP/142	1	581	579	4	E	A	=	-420	53.98	46.02
WP/142	2	575	576	6 x	S	A	-3	-500	7.17	92.83
WP/142	3	584	578	4	E	A	=	-420	53.98	46.02
WP/142	4	580	583	4	W	K	=	-420	53.98	46.02
WP/142	5	582	577	4	W	K	+2	-480	17.20	82.80
WP/147	2	593	590	5	E	8	-2	100	91.72	8.28
WP/147	3	586	596	6	E	A	-2	100	91.72	8.28
WP/147	5	595	591	6	E	10	-2	100	91.72	8.28
WP/147	6	587	588	4	W	2	=	-420	53.98	46.02
WP/147	4	589	597	5	W	K	=	-450	33.12	66.88
WP/147	8	598	592	4	W	2	+1	-450	33.12	66.88
WP/156	2	607	604	5 x	S	A	-2	-300	67.83	32.17
WP/156	3	600	610	4	W	8	+2	-480	17.20	82.80
WP/156	4	603	611	4	W	8	=	-420	53.98	46.02
WP/156	6	601	602	4	W	8	+2	-480	17.20	82.80
WP/156	7	608	599	4	W	8	=	-420	53.98	46.02
WP/156	8	612	606	4	W	8	=	-420	53.98	46.02
WP/247	8	613	622	4	W	2	+1	-450	33.12	66.88
WP/247	7	619	616	4	W	8	+2	-480	17.20	82.80
WP/247	6	617	623	4	E	A	=	-420	53.98	46.02
WP/247	5	626	620	5 x	E	5	=	-650	2.23	97.77
WP/247	4	614	618	4	W	2	+2	-480	17.20	82.80
WP/247	3	624	621	4	W	2	+1	-450	33.12	66.88
WP/247	1	627	628	4	W	2	=	-420	53.98	46.02
WP/247	8	639	629	5 x	S	A	-3	-500	7.17	92.83
WP/247	7	630	640	4	E	A	=	-420	53.98	46.02
WP/247	6	632	644	4	E	A	=	-420	53.98	46.02
WP/247	5	634	648	4	E	8	=	-420	53.98	46.02
WP/247	4	636	633	5	W	K	=	-450	33.12	66.88
WP/247	3	638	637	4	W	3	+2	-480	17.20	82.80
WP/247	2	643	642	4	W	2	+1	-450	33.12	66.88
WP/247	1	641	646	5	E	A	-1	50	80.73	19.27
WP/247	10	631	645	4	E	A	-1	50	80.73	19.27
WP/247	9	635	650	5	E	A	-1	50	80.73	19.27
ZA2/916		656	654	5	W	8	=	-450	33.12	66.88
ZA2/916		655	653	6	E	A	-2	100	91.72	8.28
ZA2/916		651	652	4	E	A	=	-420	53.98	46.02
ZP/116	1	663	661					-420	53.98	46.02
ZP/116	2	657	658					50	80.73	19.27
ZP/116	3	666	660	TD					60.00	50.00
ZP/116	4	662	665					50	80.73	19.27
ZP/116	5	664	659					-420	53.98	46.02
ZP/121	1	675	672	5 x	S		-3	-500	7.17	92.83
ZP/121	2	668	678	4	W		+2	-480	17.20	82.80
ZP/121	3	671	679	6	E		-2	100	91.72	8.28
ZP/121	4	677	673	4	W		+2	-480	17.20	82.80
ZP/121	5	669	670	6 x	S		-4	-800	0.80	99.20
ZP/121	6	676	667	4	E		+1	-450	33.12	66.88
ZP/215	1	687	685					100	91.72	8.28
ZP/215	2	681	682					-420	53.98	46.02
ZP/215	3	690	684					-420	53.98	46.02
ZP/215	4	686	689					-500	7.17	92.83
ZP/215	5	688	683					-420	53.98	46.02