Turniej na maksy

Poniedziałek, 31 marca 2025

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Rozdanie nr 2

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Rozdanie nr 2

J73

A852

AJ8

852

K9642

10653

K976

E/NS

A10

9763

K42

A1043

Q85

KQJ104

Q97

QJ

Liczba lew do wzięcia:


N	6	4	7	3	2		E	7	9	6	9	10
S	6	4	7	4	2		W	7	9	6	9	10

Minimax: 1

W, -140
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
500	1	4 x W -3		1	100.00	0.00
300	2	3 x W -2		1	99.52	0.48
300	2	4 x W -2		1	99.52	0.48
140	1	3 S =		1	99.04	0.96
110	11	2 S =		11	97.12	2.88
100	12	5 E -2		1	93.45	6.55
		3 x W -1		2
		3 W -2		5
		4 W -2		3
		1 E -2		1
50	13	4 E -1		1	89.46	10.54
		5 E -1		1
		5 W -1		1
		2 W -1		1
		3 W -1		6
		4 E -1		1
		4 W -1		1
		2 W -1		1
0	2	PASS		2	87.06	12.94
-90	1	1 E =		1	86.58	13.42
-100	80	2 N -1		3	73.64	26.36
		2 S -1		58
		3 S -1		17
		2 N -1		2
-110	3	2 E =		1	60.38	39.62
-110	3	2 W =		2	60.38	39.62
-130	7	3 E +1		1	58.79	41.21
		3 W +1		1
		4 E =		3
		4 W =		1
		4 E =		1
-140	12	2 W +1		3	55.75	44.25
		3 E =		1
		3 W =		8
-150	1	3 E +2		1	53.67	46.33
-170	2	2 W +2		1	53.19	46.81
-170	2	3 E +1		1	53.19	46.81
-200	91	2 S -2		1	38.34	61.66
		3 x S -1		4
		3 S -2		70
		4 S -2		12
		2 N -2		3
		2 S -2		1
-300	63	3 S -3		1	13.74	86.26
		4 N -3		2
		4 S -3		58
		3 N -3		1
		3 S -3		1
-400	1	4 S -4		1	3.51	96.49
-470	1	2 x W =		1	3.20	96.80
-500	3	3 x S -2		3	2.56	97.44
-800	7	4 x S -3		7	0.96	99.04

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	3	5	9	4	S	2	-3	-300	13.74	86.26
DS/136	4	3	2	3	E	K	+1	-130	58.79	41.21
DS/136	5	8	11	4	S	9	-3	-300	13.74	86.26
DS/136	6	10	7	3	S	3	-2	-200	38.34	61.66
DS/136	9	4	6	2	S	4	-1	-100	73.64	26.36
DS/158	1	20	13	3 x	S	9	-1	-200	38.34	61.66
DS/158	6	19	17	3	S	4	-2	-200	38.34	61.66
DS/158	7	16	15	3	S	T	-2	-200	38.34	61.66
DS/158	4	18	14	4	N	3	-3	-300	13.74	86.26
DS/336	1	23	27	4	S	6	-2	-200	38.34	61.66
DS/336	6	22	29	2	S	6	-1	-100	73.64	26.36
DS/336	7	25	26	2	S	2	-1	-100	73.64	26.36
DS/336	9	21	24	3	W	7	-2	100	93.45	6.55
DS/380	1	56	31	3	W	A	=	-140	55.75	44.25
DS/380	4	42	46	3	S	6	-2	-200	38.34	61.66
DS/380	5	33	47	3	S	6	-1	-100	73.64	26.36
DS/380	6	41	39	2	S	6	-1	-100	73.64	26.36
DS/380	7	48	43	3	S	6	-1	-100	73.64	26.36
DS/380	8	49	34	4	S	6	-3	-300	13.74	86.26
DS/380	9	50	36	2	S	6	-1	-100	73.64	26.36
DS/380	10	35	51	3	W	A	=	-140	55.75	44.25
DS/380	11	40	52	2 x	W	A	=	-470	3.20	96.80
DS/380	12	44	53	3	W	A	-1	50	89.46	10.54
DS/380	13	54	32	4	S	4	-3	-300	13.74	86.26
DS/380	14	45	38	4	S	6	-2	-200	38.34	61.66
DS/380	15	55	37	4	S	3	-3	-300	13.74	86.26
DS/72	1	64	57	3	S	6	-2	-200	38.34	61.66
DS/72	4	62	58	4	S	6	-3	-300	13.74	86.26
DS/72	6	63	61	3	S	2	-2	-200	38.34	61.66
DS/72	7	60	59	3	W	A	-1	50	89.46	10.54
DS/94	1	66	65	2	N	3	-2	-200	38.34	61.66
KP/295	1	67	80	4	S	6	-3	-300	13.74	86.26
KP/295	13	82	93	3	S	6	-2	-200	38.34	61.66
KP/295	12	84	69	4	S	3	-3	-300	13.74	86.26
KP/295	11	86	70	4 x	S	6	-3	-800	0.96	99.04
KP/295	10	88	71	4	S	5	-2	-200	38.34	61.66
KP/295	9	72	90	2	S	9	=	110	97.12	2.88
KP/295	8	73	92	3	S	2	-3	-300	13.74	86.26
KP/295	7	74	81	4	S	4	-3	-300	13.74	86.26
KP/295	6	75	83	4	S	3	-3	-300	13.74	86.26
KP/295	5	76	85	4	S	6	-3	-300	13.74	86.26
KP/295	4	77	87	3	S	6	-2	-200	38.34	61.66
KP/295	3	78	89	3	S	4	-2	-200	38.34	61.66
KP/295	2	79	91	4	S	2	-3	-300	13.74	86.26
KP/295	13	94	68	4	S	10	-3	-300	13.74	86.26
KP/353	1	106	95	3	S	6	-2	-200	38.34	61.66
KP/353	9	100	105	3 x	S	3	-2	-500	2.56	97.44
KP/353	8	104	96	4	S	6	-3	-300	13.74	86.26
KP/353	7	102	97	3	S	6	-2	-200	38.34	61.66
KP/353	6	99	98	4	S	7	-3	-300	13.74	86.26
KP/353	5	103	101	2	S	4	-1	-100	73.64	26.36
KP/464	1	118	107	2	S	3	-1	-100	73.64	26.36
KP/464	9	112	117	3	W	A	=	-140	55.75	44.25
KP/464	8	116	108	2	S	3	-1	-100	73.64	26.36
KP/464	7	114	109	3	S	6	-2	-200	38.34	61.66
KP/464	6	111	110	2	S	4	-1	-100	73.64	26.36
KP/464	5	115	113	4	S	9	-3	-300	13.74	86.26
KP/50	1	136	119	2	S	6	=	110	97.12	2.88
KP/50	15	122	129	4 x	S	6	-3	-800	0.96	99.04
KP/50	14	126	127	2	S	2	=	110	97.12	2.88
KP/50	13	130	132	3	S	6	-1	-100	73.64	26.36
KP/50	12	120	123	3	S	5	-1	-100	73.64	26.36
KP/50	11	121	135	2	S	6	-1	-100	73.64	26.36
KP/50	10	125	131	3	S	2	-2	-200	38.34	61.66
KP/50	9	133	134	2	S	4	-1	-100	73.64	26.36
KP/50	8	124	128	4	W	A	-2	100	93.45	6.55
LB/265	1	146	137	4	S	6	-3	-300	13.74	86.26
LB/265	4	143	144	2	S	6	=	110	97.12	2.88
LB/265	5	142	140	3	W	A	-1	50	89.46	10.54
LB/265	6	145	139	4	E	K	=	-130	58.79	41.21
LB/265	7	141	138	3	S	10	-1	-100	73.64	26.36
LB/389	1	149	153	3	S	10	-1	-100	73.64	26.36
LB/389	6	148	155	3	S	4	-2	-200	38.34	61.66
LB/389	7	151	152	3	W	A	=	-140	55.75	44.25
LB/389	9	147	150	3	W	2	-2	100	93.45	6.55
LB/429	1	168	157	2	S	5	-1	-100	73.64	26.36
LB/429	3	161	165	2	W	A	-1	50	89.46	10.54
LB/429	4	159	158	3	S	6	-2	-200	38.34	61.66
LB/429	6	166	163	4 x	S	6	-3	-800	0.96	99.04
LB/429	9	160	162	4	S	4	-3	-300	13.74	86.26
LD/119	1	174	169	4	S	9	-3	-300	13.74	86.26
LD/119	2	170	173	3	S	5	-2	-200	38.34	61.66
LD/119	3	171	172	2	W	3	-1	50	89.46	10.54
LD/478	1	190	175	2	S	6	-1	-100	73.64	26.36
LD/478	10	179	180	3	S	6	-1	-100	73.64	26.36
LD/478	12	185	183	2	E	K	=	-110	60.38	39.62
LD/478	7	182	186	3	W	A	=	-140	55.75	44.25
LD/478	9	187	181	3	S	6	-2	-200	38.34	61.66
LD/478	13	189	177	3	S	6	-2	-200	38.34	61.66
LD/478	8	184	176	4	S	4	-3	-300	13.74	86.26
LD/48	4	196	192	3	S	7	-2	-200	38.34	61.66
LD/48	6	197	195	3	S	6	-2	-200	38.34	61.66
LD/48	7	194	193	3 x	W	A	-2	300	99.52	0.48
MA/282	1	199	200	2	S	6	-1	-100	73.64	26.36
MA/282	2	217	216	2	S	6	-1	-100	73.64	26.36
MA/282	3	215	212	4	S	3	-2	-200	38.34	61.66
MA/282	4	213	208	4	S	4	-3	-300	13.74	86.26
MA/282	5	211	204	4	S	4	-3	-300	13.74	86.26
MA/282	6	209	218	2	S	4	-1	-100	73.64	26.36
MA/282	8	210	205	4	S	6	-3	-300	13.74	86.26
MA/282	9	206	203	3	S	6	-1	-100	73.64	26.36
MA/321	1	230	219	3	S	4	-2	-200	38.34	61.66
MA/321	3	223	227	3	W	A	-2	100	93.45	6.55
MA/321	4	221	220	3	S	3	-2	-200	38.34	61.66
MA/321	5	226	229	2	S	6	-1	-100	73.64	26.36
MA/321	6	228	225	3 x	W	A	-1	100	93.45	6.55
MA/321	9	222	224	2	N	3	-2	-200	38.34	61.66
MA/46	1	235	234	3	S	9	-2	-200	38.34	61.66
MA/46	1	232	237	2	S	6	-2	-200	38.34	61.66
MA/46	1	233	236	2	S	2	-1	-100	73.64	26.36
MA/483	1	239	252	3	S	5	-2	-200	38.34	61.66
MA/483	3	250	261	4	S	6	-2	-200	38.34	61.66
MA/483	4	249	259	2	S	6	-1	-100	73.64	26.36
MA/483	5	248	257	4	S	6	-3	-300	13.74	86.26
MA/483	6	247	255	3	S	5	-2	-200	38.34	61.66
MA/483	7	246	253	4	E	K	=	-130	58.79	41.21
MA/483	8	245	264	2	S	4	-1	-100	73.64	26.36
MA/483	9	244	262	4	S	6	-3	-300	13.74	86.26
MA/483	10	260	243	4	S	4	-3	-300	13.74	86.26
MA/483	11	258	242	3	S	10	-2	-200	38.34	61.66
MA/483	12	256	241	3 x	S	6	-2	-500	2.56	97.44
MA/483	13	254	240	2	S	6	-1	-100	73.64	26.36
MA/493	1	269	276	4	S	6	-3	-300	13.74	86.26
MA/493	8	277	274	2	S	6	-1	-100	73.64	26.36
MA/493	9	266	270	3	E	Q	+1	-170	53.19	46.81
MA/493	10	268	273	4	S	6	-4	-400	3.51	96.49
MA/493	11	278	275	2	S	3	=	110	97.12	2.88
MA/493	12	271	272	3	S	6	-2	-200	38.34	61.66
MA/493	13	265	267	3	S	6	-2	-200	38.34	61.66
MA/65	1	292	279	4	S	10	-2	-200	38.34	61.66
MA/65	6	288	286	2	S	6	-1	-100	73.64	26.36
MA/65	7	290	283	2	S	4	-1	-100	73.64	26.36
MA/65	8	281	287	3	W	A	=	-140	55.75	44.25
MA/65	9	280	291	3	S	6	-2	-200	38.34	61.66
MA/65	10	285	284	3	S	5	-2	-200	38.34	61.66
MP/137	1	306	293	3	W	A	-2	100	93.45	6.55
MP/137	6	302	300	4	S	6	-3	-300	13.74	86.26
MP/137	7	304	297	4	S	9	-2	-200	38.34	61.66
MP/137	8	295	301	3	W	5	-1	50	89.46	10.54
MP/137	9	294	305	3	S	4	-2	-200	38.34	61.66
MP/137	10	299	298	2	S	5	-1	-100	73.64	26.36
MP/138	1	309	313	2	S	2	-1	-100	73.64	26.36
MP/138	6	308	315	3	S	6	-2	-200	38.34	61.66
MP/138	7	311	312	2	N	4	-1	-100	73.64	26.36
MP/138	9	307	310	2	S	6	-1	-100	73.64	26.36
MP/40	1	317	318	4	E	K	=	-130	58.79	41.21
MP/40	5	337	324	3	S	6	-2	-200	38.34	61.66
MP/40	6	333	327	3	E	K	=	-140	55.75	44.25
MP/40	7	325	334	2	S	2	-1	-100	73.64	26.36
MP/40	8	319	332	2	S	3	=	110	97.12	2.88
MP/40	9	335	330	2	N	A	-1	-100	73.64	26.36
MP/40	10	336	322	4	S	5	-3	-300	13.74	86.26
MP/40	11	320	326	4	S	4	-3	-300	13.74	86.26
MP/40	12	323	331	2	N	6	-1	-100	73.64	26.36
MP/40	13	321	338	2	W	A	+1	-140	55.75	44.25
MP/40	14	328	329	4	E	K	-1	50	89.46	10.54
MP/45	1	341	345	2	N	3	-1	-100	73.64	26.36
MP/45	1	340	343	3	S	6	-2	-200	38.34	61.66
MP/45	1	348	339	4	S	6	-3	-300	13.74	86.26
MP/45	1	344	342	3 x	S	6	-1	-200	38.34	61.66
OP/401	1	350	354	3	S	6	-1	-100	73.64	26.36
OP/401	9	356	355	2	S	6	-1	-100	73.64	26.36
OP/401	8	349	351	3	S	6	-2	-200	38.34	61.66
OP/401	7	352	360	2	S	6	-1	-100	73.64	26.36
OP/401	6	359	357	3	S	6	-2	-200	38.34	61.66
OP/401	5	358	353	3	S	2	-2	-200	38.34	61.66
PD/369	1	372	361	2	S	3	-1	-100	73.64	26.36
PD/369	3	365	369	2	S		-1	-100	73.64	26.36
PD/369	4	363	362	2	S		-1	-100	73.64	26.36
PD/369	5	368	371	4	E		-1	50	89.46	10.54
PD/369	6	370	367	3	S		-2	-200	38.34	61.66
PD/369	9	364	366	4	S		-3	-300	13.74	86.26
PD/70	1	375	379	2	S	6	-1	-100	73.64	26.36
PD/70	6	374	381	3	S	6	-2	-200	38.34	61.66
PD/70	7	377	378	1	E	K	=	-90	86.58	13.42
PD/70	8	382	380	3	S	6	-2	-200	38.34	61.66
PD/70	9	373	376	2	S	6	-1	-100	73.64	26.36
PK/469	1	383	384	2	W	A	=	-110	60.38	39.62
PK/469	4	390	387	2	S	6	-1	-100	73.64	26.36
PK/469	6	388	385	3	S	2	-2	-200	38.34	61.66
PK/469	7	386	389	2	S	4	-1	-100	73.64	26.36
PK/51	1	398	391	3	S	3	-1	-100	73.64	26.36
PK/51	4	396	392	PASS			=	0	87.06	12.94
PK/51	6	397	395	4	S	4	-3	-300	13.74	86.26
PK/51	7	394	393	3 x	S	3	-1	-200	38.34	61.66
PM/102	1	420	399	4	S	4	-3	-300	13.74	86.26
PM/102	2	410	407	4	S	6	-3	-300	13.74	86.26
PM/102	4	415	405	4	E	K	=	-130	58.79	41.21
PM/102	5	412	411	1	E	K	-2	100	93.45	6.55
PM/102	6	401	416	3	S	4	-2	-200	38.34	61.66
PM/102	7	417	404	4 x	S	4	-3	-800	0.96	99.04
PM/102	8	418	402	3	S	2	-2	-200	38.34	61.66
PM/102	9	408	419	2	N	3	-2	-200	38.34	61.66
PM/102	10	413	406	3	S	K	-2	-200	38.34	61.66
PM/102	11	409	400	3	S	4	-2	-200	38.34	61.66
PM/129	1	426	421	4	S	6	-3	-300	13.74	86.26
PM/129	1	425	422	4	S	6	-3	-300	13.74	86.26
PM/129	1	424	423	4	S	6	-3	-300	13.74	86.26
SL/106	1	427	428	3	N	A	-3	-300	13.74	86.26
SL/106	4	444	452	4	S	6	-3	-300	13.74	86.26
SL/106	5	435	450	3	E	K	+2	-150	53.67	46.33
SL/106	6	439	451	4	S	6	-3	-300	13.74	86.26
SL/106	7	445	442	3	S	4	=	140	99.04	0.96
SL/106	8	443	448	3	S	4	-2	-200	38.34	61.66
SL/106	9	441	447	4	S	6	-3	-300	13.74	86.26
SL/106	11	432	438	4 x	W	5	-2	300	99.52	0.48
SL/106	12	449	436	3	S	6	-2	-200	38.34	61.66
SL/106	13	433	431	5	W	A	-1	50	89.46	10.54
SL/106	14	437	430	3	S	6	-2	-200	38.34	61.66
SL/106	15	429	446	3	S	5	-2	-200	38.34	61.66
SW/472	9	459	465	2	S	6	=	110	97.12	2.88
SW/472	7	458	464	4	W	A	-1	50	89.46	10.54
SW/472	6	455	460	2	S	10	-1	-100	73.64	26.36
SW/472	5	463	461	4	W	K	=	-130	58.79	41.21
SW/472	4	462	457	3	S	10	-3	-300	13.74	86.26
SW/472	8	456	454	4	S	5	-3	-300	13.74	86.26
WM/337	1	478	467	3	S	6	-2	-200	38.34	61.66
WM/337	3	471	475	2	S	7	-1	-100	73.64	26.36
WM/337	4	469	468	4	W	A	-2	100	93.45	6.55
WM/337	5	474	477	2	N	A	-1	-100	73.64	26.36
WM/337	6	476	473	2	S	6	-1	-100	73.64	26.36
WM/337	9	470	472	3 x	W	2	-1	100	93.45	6.55
WM/459	1	479	490	4	S	9	-3	-300	13.74	86.26
WM/459	5	485	499	4 x	S	4	-3	-800	0.96	99.04
WM/459	6	487	491	3	S	9	-2	-200	38.34	61.66
WM/459	7	486	496	3	S	6	-2	-200	38.34	61.66
WM/459	8	484	497	2	S	6	-1	-100	73.64	26.36
WM/459	9	493	495	3	S	5	-1	-100	73.64	26.36
WM/459	10	494	489	2	S	4	-1	-100	73.64	26.36
WM/459	11	482	498	2	S	6	-1	-100	73.64	26.36
WM/459	12	483	492	3	W	A	=	-140	55.75	44.25
WM/459	13	480	481	3	W	A	-1	50	89.46	10.54
WP/120	1	516	501	4	S	4	-3	-300	13.74	86.26
WP/120	7	514	511	2	S	6	-1	-100	73.64	26.36
WP/120	8	513	509	4	S	4	-3	-300	13.74	86.26
WP/120	9	505	515	2	S	6	-1	-100	73.64	26.36
WP/120	11	508	506	4	S	6	-3	-300	13.74	86.26
WP/120	12	504	510	2	S	6	-1	-100	73.64	26.36
WP/120	13	512	507	2	S	9	=	110	97.12	2.88
WP/120	14	502	503	4	S	2	-3	-300	13.74	86.26
WP/147	1	519	523	5	E	K	-2	100	93.45	6.55
WP/147	6	518	525	3	S	K	-2	-200	38.34	61.66
WP/147	7	521	522	4	S	6	-3	-300	13.74	86.26
WP/147	8	526	524	2	S	6	-1	-100	73.64	26.36
WP/147	9	517	520	3	S	4	-2	-200	38.34	61.66
WP/252	1	538	527	3 x	S	4	-1	-200	38.34	61.66
WP/252	3	531	535	3	S	3	-1	-100	73.64	26.36
WP/252	4	529	528	4 x	S	2	-3	-800	0.96	99.04
WP/252	5	534	537	3	S	6	-2	-200	38.34	61.66
WP/252	9	530	532	3	S	6	-2	-200	38.34	61.66
WP/403	1	539	540	2	S	6	-1	-100	73.64	26.36
WP/403	1	571	572	2	W	A	=	-110	60.38	39.62
WP/403	2	569	568	2	S	3	=	110	97.12	2.88
WP/403	3	567	564	4 x	S	6	-3	-800	0.96	99.04
WP/403	4	565	560	3	S	6	-2	-200	38.34	61.66
WP/403	5	563	556	4	S	6	-2	-200	38.34	61.66
WP/403	6	561	552	3	S	6	-1	-100	73.64	26.36
WP/403	7	559	548	3	S	4	-1	-100	73.64	26.36
WP/403	8	555	542	4	S	4	-3	-300	13.74	86.26
WP/403	8	557	544	4	S	6	-3	-300	13.74	86.26
WP/403	9	553	574	4	S	10	-3	-300	13.74	86.26
WP/403	10	570	551	3	S	10	-2	-200	38.34	61.66
WP/403	11	566	549	4	S	7	-3	-300	13.74	86.26
WP/403	12	562	547	4	S	2	-3	-300	13.74	86.26
WP/403	13	558	545	2	S	6	-1	-100	73.64	26.36
WP/403	14	554	543	3	W	A	-1	50	89.46	10.54
WP/439	1	575	576	4	S	4	-3	-300	13.74	86.26
WP/439	4	584	598	2	W	5	+1	-140	55.75	44.25
WP/439	5	596	582	3	S	6	-2	-200	38.34	61.66
WP/439	6	593	591	3	S	6	-2	-200	38.34	61.66
WP/439	7	590	585	3	S	4	-2	-200	38.34	61.66
WP/439	8	589	579	3	S	6	-1	-100	73.64	26.36
WP/439	9	595	588	3	S	6	-2	-200	38.34	61.66
WP/439	10	597	586	2	S	4	-2	-200	38.34	61.66
WP/439	11	583	592	3	S	6	-2	-200	38.34	61.66
WP/439	12	581	594	3	S	6	-2	-200	38.34	61.66
WP/439	13	577	580	2	S	6	=	110	97.12	2.88
WP/462	5	602	609	2	S	6	=	110	97.12	2.88
WP/462	6	608	606	3	S	K	-2	-200	38.34	61.66
WP/462	7	610	603	4 x	W	5	-3	500	100.00	0.00
WP/462	8	601	607	3	W	A	-2	100	93.45	6.55
WP/462	9	600	611	4	S	6	-2	-200	38.34	61.66
WP/462	10	605	604	4	S	5	-2	-200	38.34	61.66
ZP/167	1	617	624	3	S	3	-1	-100	73.64	26.36
ZP/167	8	625	622	2	W	A	+1	-140	55.75	44.25
ZP/167	9	614	618	2	S	6	-1	-100	73.64	26.36
ZP/167	10	616	621	5	E	Q	-1	50	89.46	10.54
ZP/167	12	619	620	2	S	6	-1	-100	73.64	26.36
ZP/167	13	613	615	2	S	6	-1	-100	73.64	26.36
ZP/308	1	629	633	2	S	6	-1	-100	73.64	26.36
ZP/308	6	628	635	2	S	10	-1	-100	73.64	26.36
ZP/308	7	631	632	3	W		+1	-130	58.79	41.21
ZP/308	9	627	630	2	S	6	-1	-100	73.64	26.36
ZP/359	1	644	637	3	S	5	-2	-200	38.34	61.66
ZP/359	4	642	638	4	S	6	-3	-300	13.74	86.26
ZP/359	6	643	641	2	S	6	-1	-100	73.64	26.36
ZP/359	7	640	639	2	S	3	-1	-100	73.64	26.36
ZP/375	1	647	651	3	S	10	-1	-100	73.64	26.36
ZP/375	6	646	653	2	S	3	-1	-100	73.64	26.36
ZP/375	7	649	650	4	W	A	-2	100	93.45	6.55
ZP/375	8	654	652	4	N	3	-3	-300	13.74	86.26
ZP/375	9	645	648	PASS				0	87.06	12.94
ZP/41	1	681	656	3	S	10	-2	-200	38.34	61.66
ZP/41	1	677	682	4	S	6	-2	-200	38.34	61.66
ZP/41	2	671	678	3	S	6	-2	-200	38.34	61.66
ZP/41	3	665	674	4	S	4	-3	-300	13.74	86.26
ZP/41	4	659	670	4	S	3	-3	-300	13.74	86.26
ZP/41	5	679	666	2	W	A	+2	-170	53.19	46.81
ZP/433	1	696	685	3	S	6	-2	-200	38.34	61.66
ZP/433	3	689	693	3 x	S	3	-2	-500	2.56	97.44
ZP/433	4	687	686	4	S	6	-2	-200	38.34	61.66
ZP/433	5	692	695	3	W	A	=	-140	55.75	44.25
ZP/433	6	694	691	3	S	6	-2	-200	38.34	61.66
ZP/433	9	688	690	4	S	6	-3	-300	13.74	86.26