Turniej KMP na maksy

Poniedziałek, 11 sierpnia 2014

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Rozdanie nr 16

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Rozdanie nr 16

Q2

K972

KQ10653

6

K6

AJ3

2

AK109843

W/EW

AJ108743

104

J

QJ2

95

Q865

A9874

75

Liczba lew do wzięcia:


N	0	0	8	8	0		E	7	12	5	5	12
S	0	0	8	8	0		W	7	12	5	5	12

Minimax: 7

x N, -1100
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
500	2	PASS		2	99.84	0.16
200	3	6 W -2		1	99.02	0.98
		6 E -2		1
		3 w -2		1
100	5	5 W -1		1	97.72	2.28
		7 W -1		1
		PASS		1
		5 E -1		2
-100	2	4 x N -1		1	96.58	3.42
-100	2	5 N -2		1	96.58	3.42
-150	3	5 N -3		2	95.76	4.24
-150	3	6 N -3		1	95.76	4.24
-200	1	7 N -4		1	95.11	4.89
-300	7	5 x N -2		5	93.81	6.19
		5 x n -2		1
		PASS		1
-500	20	5 x N -3		9	89.41	10.59
		6 x N -3		6
		PASS		5
-600	2	5 W =		2	85.83	14.17
-620	10	5 E +1		2	83.88	16.12
		5 W +1		4
		PASS		4
-640	1	5 W +2		1	82.08	17.92
-650	2	5 E =		1	81.60	18.40
-650	2	5 e =		1	81.60	18.40
-680	106	PASS		18	64.01	35.99
		4 E +2		30
		4 e +2		3
		4 W +2		2
		5 E +1		52
		5 e +1		1
-710	21	PASS		1	43.32	56.68
		4 E +3		12
		4 e +3		1
		5 E +2		6
		5 e +2		1
-800	18	6 x N -4		5	36.97	63.03
		6 x n -4		2
		7 x N -4		4
		7 x S -4		1
		PASS		6
-1100	13	7 x N -5		12	31.92	68.08
-1100	13	PASS		1	31.92	68.08
-1190	1	4 x E +2		1	29.64	70.36
-1250	1	5 x E +2		1	29.32	70.68
-1370	31	6 E =		1	24.10	75.90
		6 W =		28
		6 w =		1
		PASS		1
-1390	2	6 W +1		2	18.73	81.27
-1430	50	PASS		12	10.26	89.74
		6 E =		37
		6 e =		1
-1460	5	PASS		2	1.30	98.70
-1460	5	6 E +1		3	1.30	98.70
-1540	2	6 x E =		1	0.16	99.84
-1540	2	PASS		1	0.16	99.84
	2	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		5	29	5 x	N		-2	-300	93.81	6.19
BBO/999		28	8	6 x	N		-3	-500	89.41	10.59
BBO/999		22	19	5	W		+1	-620	83.88	16.12
BBO/999		20	12	5	E		=	-650	81.60	18.40
BBO/999		18	40	4	E		+2	-680	64.01	35.99
BBO/999		30	38	5	E		+1	-680	64.01	35.99
BBO/999		35	17	4	E		+2	-680	64.01	35.99
BBO/999		9	14	4	E		+2	-680	64.01	35.99
BBO/999		26	6	4	E		+2	-680	64.01	35.99
BBO/999		1	4	5	E		+1	-680	64.01	35.99
BBO/999		11	23	5	E		+1	-680	64.01	35.99
BBO/999		13	10	5	E		+1	-680	64.01	35.99
BBO/999		7	31	4	E		+2	-680	64.01	35.99
BBO/999		37	21	5	E		+1	-680	64.01	35.99
BBO/999		39	27	7 x	N		-5	-1100	31.92	68.08
BBO/999		15	32	6	W		=	-1370	24.10	75.90
BBO/999		3	2	6	W		=	-1370	24.10	75.90
BBO/999		33	34	6	W		=	-1370	24.10	75.90
BBO/999		16	25	6	E		=	-1430	10.26	89.74
BBO/999		24	36	6	E		+1	-1460	1.30	98.70
BY2/915	1	47	45	6	E		=	-1430	10.26	89.74
BY2/915	2	41	42	6	E		=	-1430	10.26	89.74
BY2/915	3	46	49	4	E		+2	-680	64.01	35.99
BY2/915	4	48	43	6	W		=	-1370	24.10	75.90
CI1/918	1	59	53	5	E		+1	-680	64.01	35.99
CI1/918	2	62	56	5 x	N		-3	-500	89.41	10.59
CI1/918	4	57	55	4	E		+2	-680	64.01	35.99
CI1/918	5	61	51	5	E		+1	-620	83.88	16.12
CI1/918	6	54	58	6	E		=	-1430	10.26	89.74
DS/144	16	68	63	5	E	A	+1	-680	64.01	35.99
DS/144	12	66	69	6 x	N	Q	-3	-500	89.41	10.59
DS/144	8	72	64	7 x	N	2	-4	-800	36.97	63.03
DS/144	4	70	71	4	E	A	+2	-680	64.01	35.99
DS/144	33	67	65	7 x	N	Q	-4	-800	36.97	63.03
DS/67	1	85	75	5 x	N	Q	-2	-300	93.81	6.19
DS/67	2	74	76	6	E	A	=	-1430	10.26	89.74
DS/67	3	84	87	5	E	5	+2	-710	43.32	56.68
DS/67	4	86	82	5	E	A	+1	-680	64.01	35.99
DS/67	5	73	81	5	W	K	=	-600	85.83	14.17
DS/67	6	77	83	6	E	A	=	-1430	10.26	89.74
DS/67	7	88	80	4	E	5	+3	-710	43.32	56.68
DS/67	8	79	78	4	E	4	+2	-680	64.01	35.99
DS/72	5	96	103	7 x	N	A	-5	-1100	31.92	68.08
DS/72	4	102	91	4 x	E	A	+2	-1190	29.64	70.36
DS/72	3	89	101	5	E	A	+1	-680	64.01	35.99
DS/72	2	98	97	6	E	A	=	-1430	10.26	89.74
DS/72	1	93	95	6	W	K	=	-1370	24.10	75.90
DS/72	11	100	90	6	W	K	=	-1370	24.10	75.90
DS/72	10	99	92	4	E	A	+2	-680	64.01	35.99
EL1/907	1	113	107	5	W	K	+1	-620	83.88	16.12
EL1/907	2	116	110	6 x	N	Q	-4	-800	36.97	63.03
EL1/907	3	114	106	5	E	A	+1	-680	64.01	35.99
EL1/907	4	111	109	5 x	N	A	-2	-300	93.81	6.19
EL1/907	5	115	105	4	E	A	+2	-680	64.01	35.99
EL1/907	6	108	112	7 x	N	A	-5	-1100	31.92	68.08
EL2/908	1	118	121					-1540	0.16	99.84
EL2/908	2	122	119					-680	64.01	35.99
EL2/908	3	117	120					500	99.84	0.16
JG2/920	1	124	127	6	W	K	=	-1370	24.10	75.90
JG2/920	2	128	125	6	E	2	+1	-1460	1.30	98.70
JG2/920	3	123	126	6 x	N	A	-4	-800	36.97	63.03
JG4/917	1	131	129	4	E	7	+3	-710	43.32	56.68
JG4/917	2	134	135	5	N	A	-3	-150	95.76	4.24
JG4/917	3	136	132	5 x	N	A	-3	-500	89.41	10.59
JG4/917	4	130	133	6	E	A	=	-1430	10.26	89.74
KP/114	1	145	139	6	E	A	=	-1430	10.26	89.74
KP/114	2	148	142	5 x	N	A	-3	-500	89.41	10.59
KP/114	3	146	138	5 x	N	Q	-3	-500	89.41	10.59
KP/114	4	143	141	6	E	A	=	-1430	10.26	89.74
KP/114	5	147	137	6	E	A	=	-1430	10.26	89.74
KP/114	6	140	144	6	W	K	=	-1370	24.10	75.90
KP/125	1	153	155	6 x	N	Q	-4	-800	36.97	63.03
KP/125	2	158	157	6 x	N	Q	-3	-500	89.41	10.59
KP/125	3	149	161	6	E	A	=	-1430	10.26	89.74
KP/125	4	162	151	5 x	E	5	+2	-1250	29.32	70.68
KP/125	5	156	163	5	E	A	+1	-680	64.01	35.99
KP/125	10	159	152	4	E	5	+3	-710	43.32	56.68
KP/125	11	160	150	5	E	A	+1	-680	64.01	35.99
KP/50	1	171	172	6	W	K	=	-1370	24.10	75.90
KP/50	2	174	179	5	E	A	+1	-680	64.01	35.99
KP/50	3	165	168	4	E	2	+3	-710	43.32	56.68
KP/50	4	167	181	6	W	K	=	-1370	24.10	75.90
KP/50	5	180	173	5	E	A	+1	-680	64.01	35.99
KP/50	6	182	170	4	E	A	+2	-680	64.01	35.99
KP/50	7	175	176	5	E	A	+1	-680	64.01	35.99
KP/50	8	177	166	7 x	N	J	-4	-800	36.97	63.03
KP/50	9	169	178	5	E	A	+1	-680	64.01	35.99
LB/127	1	191	185					-1430	10.26	89.74
LB/127	2	194	188					-680	64.01	35.99
LB/127	3	192	184					-680	64.01	35.99
LB/127	4	189	187					100	97.72	2.28
LB/127	5	193	183					-500	89.41	10.59
LB/127	6	186	190					-680	64.01	35.99
LB/146	1	202	203					-710	43.32	56.68
LB/146	2	204	196					-1430	10.26	89.74
LB/146	3	198	201					-680	64.01	35.99
LB/146	4	200	195					-1370	24.10	75.90
LB/146	5	199	197					500	99.84	0.16
LB/149		210	220	6	e	A	=	-1430	10.26	89.74
LB/149		209	219	3	w	3	-2	200	99.02	0.98
LB/149		208	217	6 x	n	Q	-4	-800	36.97	63.03
LB/149		206	225	4	e	5	+3	-710	43.32	56.68
LB/149		205	223	5	e	5	+2	-710	43.32	56.68
LB/149		215	221	5	e	A	+1	-680	64.01	35.99
LB/149		218	214	5	e	A	=	-650	81.60	18.40
LB/149		216	213	5 x	n	Q	-2	-300	93.81	6.19
LB/149		224	212	4	e	A	+2	-680	64.01	35.99
LB/149		222	211	6 x	n	A	-4	-800	36.97	63.03
LD/119	2	235	227	6	W	K	=	-1370	24.10	75.90
LD/119	3	229	232	5	E	A	+1	-680	64.01	35.99
LD/119	4	231	226	5	E	A	-1	100	97.72	2.28
LD/119	5	230	228	5	E	A	+1	-680	64.01	35.99
LD/48	1	240	242	6	W	K	=	-1370	24.10	75.90
LD/48	2	245	244	4	W	A	+2	-680	64.01	35.99
LD/48	3	236	248	6	E	A	=	-1430	10.26	89.74
LD/48	4	249	238	6	E	A	=	-1430	10.26	89.74
LD/48	5	243	250	6	E	A	=	-1430	10.26	89.74
LD/48	6	251	241	7 x	N	A	-5	-1100	31.92	68.08
LD/48	10	246	239	5	E	A	+1	-680	64.01	35.99
LD/48	11	247	237	6	W	2	+1	-1390	18.73	81.27
LD/92	1	254	252	6	E	4	=	-1430	10.26	89.74
LD/92	2	257	258	6	N	Q	-3	-150	95.76	4.24
LD/92	3	259	255	5	W	K	+1	-620	83.88	16.12
LD/92	4	253	256	7 x	N	A	-5	-1100	31.92	68.08
LG4/903	1	267	268	7 x	N	Q	-5	-1100	31.92	68.08
LG4/903	2	269	261	5 x	N	A	-3	-500	89.41	10.59
LG4/903	3	263	266	4	E	A	+2	-680	64.01	35.99
LG4/903	4	265	260	7 x	N	A	-4	-800	36.97	63.03
LG4/903	5	264	262	5	E	A	+1	-680	64.01	35.99
LU/145	2	275	276	6	E	A	=	-1430	10.26	89.74
LU/145	3	277	273	5 x	N	Q	-2	-300	93.81	6.19
LU/145	4	271	274	6	E	4	=	-1430	10.26	89.74
LU/150	1	283	280					-1460	1.30	98.70
LU/150	2	281	279					-1430	10.26	89.74
LU/150	3	282	278					-620	83.88	16.12
MA/123	1	285	288	6	W	K	=	-1370	24.10	75.90
MA/123	2	286	289	6	W	K	=	-1370	24.10	75.90
MA/123	3	284	287	6	W	2	+1	-1390	18.73	81.27
MA/126	1	297	313	5	E	A	+1	-680	64.01	35.99
MA/126	2	296	311	4	E	A	+2	-680	64.01	35.99
MA/126	3	295	309	6 x	N	7	-3	-500	89.41	10.59
MA/126	4	294	307	6 x	N	Q	-3	-500	89.41	10.59
MA/126	5	293	317	7 x	N	8	-5	-1100	31.92	68.08
MA/126	6	292	319	6	W	K	=	-1370	24.10	75.90
MA/126	7	291	314	5	E	A	+1	-680	64.01	35.99
MA/126	8	290	312	6	W	K	=	-1370	24.10	75.90
MA/126	9	304	310	6	W	K	=	-1370	24.10	75.90
MA/126	10	303	308	4	E	A	+2	-680	64.01	35.99
MA/126	11	306	302	4	W	A	+2	-680	64.01	35.99
MA/126	12	305	301	7 x	N	A	-5	-1100	31.92	68.08
MA/126	13	316	300	7	W	K	-1	100	97.72	2.28
MA/126	14	318	299	6	W	K	=	-1370	24.10	75.90
MA/126	15	315	298	4	E	7	+2	-680	64.01	35.99
MA/126	1	330	338	TD					60.00	50.00
MA/126	2	324	344	5	E	A	+1	-680	64.01	35.99
MA/126	3	323	342	5	E	A	+1	-680	64.01	35.99
MA/126	4	326	336	5	E	A	-1	100	97.72	2.28
MA/126	5	325	349	5	E	A	+1	-680	64.01	35.99
MA/126	6	321	347	4	E	A	+2	-680	64.01	35.99
MA/126	7	320	341	4	E	A	+2	-680	64.01	35.99
MA/126	8	322	339	4	E	K	+2	-680	64.01	35.99
MA/126	9	331	345	5	E	A	+1	-680	64.01	35.99
MA/126	10	332	343	5	E	A	+1	-680	64.01	35.99
MA/126	11	335	333	5	E	A	+1	-680	64.01	35.99
MA/126	12	337	334	4	E	A	+2	-680	64.01	35.99
MA/126	13	348	327	5	E	5	+2	-710	43.32	56.68
MA/126	14	346	328	5 x	N	T	-3	-500	89.41	10.59
MA/126	15	340	329	5	E	A	+1	-680	64.01	35.99
MA/65	5	357	359	6	E	K	=	-1370	24.10	75.90
MA/65	4	350	351	6	E	A	=	-1430	10.26	89.74
MA/65	3	358	354	6	E	A	=	-1430	10.26	89.74
MA/65	2	352	362	6	E	A	=	-1430	10.26	89.74
MA/65	1	360	361	5	W	2	+2	-640	82.08	17.92
MA/65	11	356	353	6	W	K	=	-1370	24.10	75.90
MP/138	1	366	364	5	E	A	+1	-680	64.01	35.99
MP/138	2	369	370	6	E	A	=	-1430	10.26	89.74
MP/138	4	365	368	5	E	A	+1	-680	64.01	35.99
MP/163	2	377	378					-680	64.01	35.99
MP/163	3	379	375					-620	83.88	16.12
MP/163	4	373	376					-680	64.01	35.99
MP/40	1	380	408					-1430	10.26	89.74
MP/40	2	381	407					-1430	10.26	89.74
MP/40	3	382	410					-1430	10.26	89.74
MP/40	4	383	409					-1430	10.26	89.74
MP/40	6	385	395					-680	64.01	35.99
MP/40	7	386	398					-1430	10.26	89.74
MP/40	8	387	397					-680	64.01	35.99
MP/40	9	388	400					-800	36.97	63.03
MP/40	10	389	399					-800	36.97	63.03
MP/40	11	390	402					-800	36.97	63.03
MP/40	12	391	401					-680	64.01	35.99
MP/40	13	392	404					-680	64.01	35.99
MP/40	14	393	403					-800	36.97	63.03
MP/40	15	394	406					-680	64.01	35.99
MP/40	16	396	405					-500	89.41	10.59
MP/41	6	412	430	5	N	A	-2	-100	96.58	3.42
MP/41	5	413	432	4	E	8	+3	-710	43.32	56.68
MP/41	4	414	433	5	W	2	=	-600	85.83	14.17
MP/41	3	415	424	4	E	6	+2	-680	64.01	35.99
MP/41	2	416	426	4	E	7	+2	-680	64.01	35.99
MP/41	10	431	419	4	E	7	+3	-710	43.32	56.68
MP/41	9	423	420	5	W	K	-1	100	97.72	2.28
MP/41	8	425	421	5	N	2	-3	-150	95.76	4.24
MP/41	7	428	422	4	E	5	+3	-710	43.32	56.68
MP/45	1	439	436	5	E		+1	-680	64.01	35.99
MP/45	2	437	435	6	W		-2	200	99.02	0.98
MP/45	3	438	434	5 x	N		-3	-500	89.41	10.59
OL3/925	1	445	442	5	W	K	+1	-620	83.88	16.12
OL3/925	2	443	441	7 x	N	A	-5	-1100	31.92	68.08
OL3/925	3	444	440	4	E	5	+3	-710	43.32	56.68
OL4/913		448	446	4	e	5	+2	-680	64.01	35.99
OL4/913		451	452	6	w	K	=	-1370	24.10	75.90
OL4/913		447	450	4	e	A	+2	-680	64.01	35.99
OP/95	1	460	461	6	E	A	-2	200	99.02	0.98
OP/95	3	456	459	6	W	K	=	-1370	24.10	75.90
OP/95	4	458	453	TD					40.00	60.00
OP/95	9	457	455	4	E	5	+3	-710	43.32	56.68
PK/118	6	480	468	5	E	A	+1	-680	64.01	35.99
PK/118	5	478	471	6	W	K	=	-1370	24.10	75.90
PK/118	4	465	479	5 x	N	4	-2	-300	93.81	6.19
PK/118	3	463	466	6 x	E	K	=	-1540	0.16	99.84
PK/118	2	472	477	6	E	A	=	-1430	10.26	89.74
PK/118	1	469	470	5	E	5	+2	-710	43.32	56.68
PK/118	11	476	467	7 x	N	Q	-5	-1100	31.92	68.08
PK/118	10	464	475	5	E	A	+1	-680	64.01	35.99
PK/118	9	474	473	6	E	A	=	-1430	10.26	89.74
PM/115	1	489	483	5	E	A	+1	-680	64.01	35.99
PM/115	2	492	486	6	E	A	=	-1430	10.26	89.74
PM/115	3	490	482	4	E	A	+2	-680	64.01	35.99
PM/115	4	487	485	6	E	A	=	-1430	10.26	89.74
PM/115	5	491	481	5	E	A	+1	-680	64.01	35.99
PM/115	6	484	488	6	E	A	=	-1430	10.26	89.74
PM/129	1	495	493					-500	89.41	10.59
PM/129	2	499	498					-1430	10.26	89.74
PM/129	4	497	494					-1430	10.26	89.74
SZ2/910	1	508	509	6 x	N	A	-3	-500	89.41	10.59
SZ2/910	2	510	502	5	E	5	+2	-710	43.32	56.68
SZ2/910	3	504	507	6	E	A	=	-1430	10.26	89.74
SZ2/910	4	506	501	6	W	K	=	-1370	24.10	75.90
SZ2/910	5	505	503	5	E	A	+1	-680	64.01	35.99
WM/122	2	536	525	5	E	A	+1	-680	64.01	35.99
WM/122	3	521	523	4	E	A	+2	-680	64.01	35.99
WM/122	4	513	533	4	E	A	+2	-680	64.01	35.99
WM/122	5	512	531	6	W	K	=	-1370	24.10	75.90
WM/122	6	511	529	5	E	5	+2	-710	43.32	56.68
WM/122	7	520	527	6	E	A	=	-1430	10.26	89.74
WM/122	8	524	517	4 x	N	A	-1	-100	96.58	3.42
WM/122	9	522	514	5	E	A	+1	-680	64.01	35.99
WM/122	10	530	532	6	W	K	=	-1370	24.10	75.90
WM/122	11	528	519	5	E	A	+1	-680	64.01	35.99
WM/122	12	518	538	5	E	K	+1	-620	83.88	16.12
WM/122	13	515	537	6	E	A	=	-1430	10.26	89.74
WM/122	14	534	535	5	E	A	+1	-680	64.01	35.99
WM/128	1	544	541	5	E		+1	-680	64.01	35.99
WM/128	2	542	540	5 x	N		-3	-500	89.41	10.59
WM/128	3	543	539	4	E		+2	-680	64.01	35.99
WP/120	1	549	551					-680	64.01	35.99
WP/120	2	554	553					-620	83.88	16.12
WP/120	3	545	557					-1430	10.26	89.74
WP/120	4	558	547					-500	89.41	10.59
WP/120	5	552	559					-1460	1.30	98.70
WP/120	7	555	548					-680	64.01	35.99
WP/120	8	556	546					-1100	31.92	68.08
WP/142	1	566	563	7	N	A	-4	-200	95.11	4.89
WP/142	2	564	562	4	E	5	+3	-710	43.32	56.68
WP/142	3	565	561	5 x	N	A	-3	-500	89.41	10.59
WP/147	2	576	575	5	E	A	+1	-680	64.01	35.99
WP/147	4	580	569	4	E	A	+2	-680	64.01	35.99
WP/147	6	582	572	5	E	A	+1	-680	64.01	35.99
WP/147	3	567	579	6	E	A	=	-1430	10.26	89.74
WP/147	5	574	581	6	E	A	=	-1430	10.26	89.74
WP/147	11	578	568	6	E	A	=	-1430	10.26	89.74
WP/147	1	571	573	6	E	5	+1	-1460	1.30	98.70
WP/52	1	588	598	5	E	A	+1	-680	64.01	35.99
WP/52	2	587	597	4	E	A	+2	-680	64.01	35.99
WP/52	3	586	595	6	W	K	=	-1370	24.10	75.90
WP/52	4	585	605	6 x	N	T	-4	-800	36.97	63.03
WP/52	5	584	603	5	E	A	+1	-680	64.01	35.99
WP/52	6	604	601	5	E	A	+1	-680	64.01	35.99
WP/52	7	593	599	7 x	S	Q	-4	-800	36.97	63.03
WP/52	8	596	606	4	E	A	+2	-680	64.01	35.99
WP/52	9	594	591	4	E	5	+3	-710	43.32	56.68
WP/52	10	602	590	5	E	A	+1	-680	64.01	35.99
WP/52	12	583	607	5	E	A	+1	-680	64.01	35.99
WP/52	13	608	592	5	E	5	+2	-710	43.32	56.68
WP/98	6	622	614	7 x	N	10	-5	-1100	31.92	68.08
WP/98	5	616	618	5	E	A	+1	-680	64.01	35.99
WP/98	4	609	610	4	E	Q	+3	-710	43.32	56.68
WP/98	3	617	613	6	E	A	=	-1430	10.26	89.74
WP/98	2	611	621	4	E	A	+2	-680	64.01	35.99
WP/98	11	615	612	7 x	N	A	-5	-1100	31.92	68.08
ZA2/916		628	625	6	W	K	=	-1370	24.10	75.90
ZA2/916		626	624	6	W	K	=	-1370	24.10	75.90
ZA2/916		627	623	5	E	A	+1	-680	64.01	35.99
ZP/116	1	635	633					-620	83.88	16.12
ZP/116	2	629	630					-300	93.81	6.19
ZP/116	3	638	632					-800	36.97	63.03
ZP/116	4	634	637					-680	64.01	35.99
ZP/116	5	636	631					-1430	10.26	89.74
ZP/121	1	649	650	6	E		=	-1430	10.26	89.74
ZP/121	3	647	643	6	W		=	-1370	24.10	75.90
ZP/121	4	639	640	6 x	N		-4	-800	36.97	63.03
ZP/121	5	646	648	6	E		=	-1430	10.26	89.74
ZP/121	6	652	644	5	E		+1	-680	64.01	35.99
ZP/121	7	645	642	6	E		=	-1430	10.26	89.74
ZP/56	1	661	655					-680	64.01	35.99
ZP/56	2	664	658					-800	36.97	63.03
ZP/56	3	662	654					-680	64.01	35.99
ZP/56	4	659	657					-500	89.41	10.59
ZP/56	5	663	653					-680	64.01	35.99