Turniej KMP na maksy

Poniedziałek, 14 sierpnia 2017

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Rozdanie nr 32

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Rozdanie nr 32

843

K9

A73

AJ762

KQ109

QJ7

Q842

54

W/EW

J5

A10862

965

KQ3

A762

543

KJ10

1098

Liczba lew do wzięcia:


N	5	6	5	5	7		E	8	7	8	8	6
S	5	6	5	5	7		W	8	7	8	8	6

Minimax: 2

W, -120
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
200	4	3 x E -1		1	99.34	0.66
		3 E -2		2
		?		1
180	1	1 x N =		1	98.29	1.71
150	2	1 N +2		2	97.67	2.33
120	8	1 N +1		6	95.58	4.42
		1 S +1		1
		?		1
110	1	2 N +1		1	93.69	6.31
100	25	2 W -1		1	88.26	11.74
		2 E -1		2
		3 E -1		17
		4 E -1		2
		1 W -1		1
		?		2
90	11	2 N =		1	80.73	19.27
90	11	1 N =		10	80.73	19.27
0	5	PASS		1	77.39	22.61
0	5	?		4	77.39	22.61
-50	24	2 N -1		6	71.32	28.68
		3 N -1		2
		4 N -1		1
		2 N -1		2
		2 S -1		3
		1 N -1		8
		2 S -1		1
		?		1
-80	1	?		1	66.10	33.90
-100	40	3 N -2		8	57.53	42.47
		4 N -2		1
		2 S -2		18
		1 N -2		10
		1 S -2		1
		?		2
-110	29	2 E =		23	43.10	56.90
		2 E =		2
		?		4
-120	1	1 W +1		1	36.83	63.17
-140	6	2 E +1		3	35.37	64.63
		3 E =		2
		?		1
-150	36	3 N -3		2	26.58	73.42
		4 N -3		3
		2 S -3		1
		2 S -3		15
		1 N -3		9
		1 S -3		2
		1 W +2		1
		3 N -3		1
		?		2
-170	20	2 E +2		13	14.88	85.12
-170	20	3 E +1		7	14.88	85.12
-180	2	1 W +3		1	10.28	89.72
-180	2	?		1	10.28	89.72
-200	7	3 N -4		1	8.40	91.60
		2 S -4		1
		3 S -4		2
		1 N -4		1
		3 N -4		1
		?		1
-250	2	2 S -5		2	6.51	93.49
-300	5	3 x N -2		2	5.05	94.95
		4 x N -2		1
		4 x S -2		1
		2 x N -2		1
-500	4	4 x N -3		1	3.17	96.83
		2 x S -3		2
		3 x S -3		1
-670	1	?		1	2.12	97.88
-800	4	5 x N -4		2	1.08	98.92
		2 x S -4		1
		3 x S -4		1
-870	1	2 x E +1		1	0.03	99.97
	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
DS/144	1	1	8					-110	43.10	56.90
DS/144	2	4	5					-670	2.12	97.88
DS/144	4	9	3					-100	57.53	42.47
DS/144	5	2	6					-50	71.32	28.68
DS/307	1	15	11	1	N	6	=	90	80.73	19.27
DS/307	2	16	14	2	W	4	-1	100	88.26	11.74
DS/307	3	12	13	1	N	6	=	90	80.73	19.27
DS/307	4	18	17	2	E	T	=	-110	43.10	56.90
DS/67	1	26	21	1	N	8	-1	-50	71.32	28.68
DS/67	2	28	22	1	W	8	+2	-150	26.58	73.42
DS/67	3	25	23	3	N	5	-1	-50	71.32	28.68
DS/67	4	19	20	2	E	T	+2	-170	14.88	85.12
DS/67	5	24	27	1	N	A	-2	-100	57.53	42.47
DS/72	10	46	48	3	N	6	-2	-100	57.53	42.47
DS/72	9	50	51	4	N	J	-3	-150	26.58	73.42
DS/72	8	47	54	2 x	E	4	+1	-870	0.03	99.97
DS/72	7	52	57	1	N	6	+1	120	95.58	4.42
DS/72	6	49	56	3	E	4	-1	100	88.26	11.74
DS/72	5	45	53	4	N	A	-1	-50	71.32	28.68
EL1/907	1	63	67	1	N	6	-2	-100	57.53	42.47
EL1/907	2	70	65	1	N	6	=	90	80.73	19.27
EL1/907	3	68	59	1	N	6	-3	-150	26.58	73.42
EL1/907	4	62	61	1	S	K	-2	-100	57.53	42.47
EL1/907	6	72	66	2	S	Q	-2	-100	57.53	42.47
EL1/907	7	60	73	4 x	S	A	-2	-300	5.05	94.95
EL1/907	8	74	69	2	E	9	+2	-170	14.88	85.12
JG4/917	1	75	82	1	N	6	-3	-150	26.58	73.42
JG4/917	2	78	79	5 x	N	J	-4	-800	1.08	98.92
JG4/917	3	84	81	3	N	6	-2	-100	57.53	42.47
JG4/917	4	83	77	2	S	5	-2	-100	57.53	42.47
JG4/917	5	76	80	3	N	J	-4	-200	8.40	91.60
KOIM/313	10	100	86	2	S	Q	-3	-150	26.58	73.42
KOIM/313	9	102	87	2	S	Q	-3	-150	26.58	73.42
KOIM/313	8	104	88	3	N	5	-2	-100	57.53	42.47
KOIM/313	7	89	106	3	N	J	-3	-150	26.58	73.42
KOIM/313	6	90	96	3	E	9	-2	200	99.34	0.66
KOIM/313	5	91	97	1	S	K	-3	-150	26.58	73.42
KOIM/313	4	92	99	2	E	4	+2	-170	14.88	85.12
KOIM/313	3	93	101	2	S	2	-1	-50	71.32	28.68
KOIM/313	2	94	103	1	N	A	-2	-100	57.53	42.47
KOIM/313	1	95	105	3 x	N	J	-2	-300	5.05	94.95
KOIM/313	9	108	117	2	S	Q	-3	-150	26.58	73.42
KOIM/313	5	116	107	1	N	6	+2	150	97.67	2.33
KOIM/313	4	113	110	4	N	A	-3	-150	26.58	73.42
KOIM/313	3	109	115	3	N	6	-2	-100	57.53	42.47
KOIM/313	1	112	111	1	N	K	+1	120	95.58	4.42
KP/289	11	130	129	2	E	9	+2	-170	14.88	85.12
KP/289	9	121	126	1	N	6	=	90	80.73	19.27
KP/289	5	127	120	3	N	J	-2	-100	57.53	42.47
KP/289	4	123	124	2	E	9	=	-110	43.10	56.90
KP/289	3	119	128	1	N	6	=	90	80.73	19.27
KP/289	1	122	125	1	N	6	-1	-50	71.32	28.68
KP/50	11	149	141	2	E	10	=	-110	43.10	56.90
KP/50	10	146	133	2	S	Q	-1	-50	71.32	28.68
KP/50	9	138	147	2	N	J	-1	-50	71.32	28.68
KP/50	8	136	139	2	E	5	=	-110	43.10	56.90
KP/50	7	134	145	2	S	Q	-3	-150	26.58	73.42
KP/50	6	131	148	1	N	3	=	90	80.73	19.27
KP/50	5	144	140	3	E	9	=	-140	35.37	64.63
KP/50	4	137	143	2	S	Q	-4	-200	8.40	91.60
KP/50	3	142	135	3 x	S	Q	-4	-800	1.08	98.92
KP/50	6	150	132	1	N	6	-1	-50	71.32	28.68
LB/127	5	156	154	1	N	6	+1	120	95.58	4.42
LB/127	3	155	151	3	N	6	-3	-150	26.58	73.42
LB/127	6	153	152	1	N	6	-3	-150	26.58	73.42
LB/127	7	158	157	3	E	A	+1	-170	14.88	85.12
LB/263	5	170	165	1	N	A	-1	-50	71.32	28.68
LB/263	8	164	171	2	S	10	-2	-100	57.53	42.47
LB/263	10	160	173	2	S	Q	-2	-100	57.53	42.47
LB/263	11	174	169	2	S	Q	-2	-100	57.53	42.47
LB/263	7	162	161	4	N	A	-3	-150	26.58	73.42
LB/263	4	163	167	2	E	10	+2	-170	14.88	85.12
LB/263	6	168	159	3	E	10	+1	-170	14.88	85.12
LB/263	9	172	166	3	E	A	+1	-170	14.88	85.12
LB/285	3	198	191	2	E	9	=	-110	43.10	56.90
LB/285	4	193	199	1	N	6	-2	-100	57.53	42.47
LB/285	5	200	196	2	S	Q	-2	-100	57.53	42.47
LB/285	6	187	188	1	W	A	-1	100	88.26	11.74
LB/285	7	190	201	2	E	10	+2	-170	14.88	85.12
LB/285	8	192	195	3	E	9	-1	100	88.26	11.74
LB/285	9	194	203	3	N	2	-4	-200	8.40	91.60
LB/285	10	202	189	2	N	6	-1	-50	71.32	28.68
LD/48	1	208	211	2	S	4	-3	-150	26.58	73.42
LD/48	3	205	214	1	N	6	-3	-150	26.58	73.42
LD/48	4	209	210	2	E	10	+1	-140	35.37	64.63
LD/48	5	213	206	2	E	10	+2	-170	14.88	85.12
LD/48	9	207	212	1	N	6	+2	150	97.67	2.33
LD/48	11	216	215	3	N	J	-3	-150	26.58	73.42
LD/92	1	220	223	2	N	8	+1	110	93.69	6.31
LD/92	2	217	226	2	E	T	=	-110	43.10	56.90
LD/92	3	221	222	2	N	K	-1	-50	71.32	28.68
LD/92	4	225	218	2	S	Q	-2	-100	57.53	42.47
LD/92	5	219	224	3	E	4	-1	100	88.26	11.74
LD/92	6	228	227	2	E	9	+2	-170	14.88	85.12
LU/145	2	232	233	2	E	A	+2	-170	14.88	85.12
LU/145	3	238	235	2	S	5	-2	-100	57.53	42.47
LU/145	4	237	231	2	S	Q	-2	-100	57.53	42.47
LU/145	5	230	234	3	S	Q	-4	-200	8.40	91.60
LU/150	1	244	240	3	E		-1	100	88.26	11.74
LU/150	2	241	239	4	N		-2	-100	57.53	42.47
LU/150	3	242	243	1	N		-2	-100	57.53	42.47
MA/123	1	248	251	3 x	N	J	-2	-300	5.05	94.95
MA/123	2	245	254	3	S	Q	-4	-200	8.40	91.60
MA/123	4	253	246	2	S	Q	-3	-150	26.58	73.42
MA/123	5	247	252	2	E	T	=	-110	43.10	56.90
MA/123	6	256	255	5 x	N	A	-4	-800	1.08	98.92
MA/126	1	270	280	2	E	5	=	-110	43.10	56.90
MA/126	2	269	278	1	W	6	+1	-120	36.83	63.17
MA/126	3	268	276	2	E	9	=	-110	43.10	56.90
MA/126	4	267	274	2	S	Q	-2	-100	57.53	42.47
MA/126	5	266	272	3	E	9	-1	100	88.26	11.74
MA/126	6	265	271	2	E	T	=	-110	43.10	56.90
MA/126	7	263	281	3	E	9	-1	100	88.26	11.74
MA/126	8	279	261	1	N	6	-1	-50	71.32	28.68
MA/126	9	277	259	2	E	5	+1	-140	35.37	64.63
MA/126	10	275	258	1	N	2	+1	120	95.58	4.42
MA/126	1	285	264	2	E	9	=	-110	43.10	56.90
MA/126	2	290	287	2	E	9	=	-110	43.10	56.90
MA/126	3	283	282	2	N	K	-1	-50	71.32	28.68
MA/126	4	288	286	3	N	A	-1	-50	71.32	28.68
MA/126	5	260	262	2	E	T	+2	-170	14.88	85.12
MA/46	4	331	335	1	N	6	-3	-150	26.58	73.42
MA/46	5	338	333	2	S	Q	-2	-100	57.53	42.47
MA/46	6	336	327	2	N	A	=	90	80.73	19.27
MA/46	7	330	329	1	S	K	+1	120	95.58	4.42
MA/46	8	332	339	3	E	4	+1	-170	14.88	85.12
MA/46	9	340	334	1	N	6	-1	-50	71.32	28.68
MA/46	11	342	337	2	S	Q	-2	-100	57.53	42.47
MA/88	3	343	352	3	E	10	-1	100	88.26	11.74
MA/88	4	347	348	3	E	10	-1	100	88.26	11.74
MA/88	9	345	350	3	E	J	-1	100	88.26	11.74
MA/88	1	346	349	1	S	K	-3	-150	26.58	73.42
MA/88	5	351	344	2 x	S	Q	-3	-500	3.17	96.83
MP/138	1	359	355	2	S	Q	-3	-150	26.58	73.42
MP/138	2	360	358	2	E	T	=	-110	43.10	56.90
MP/138	3	356	357	2	S	Q	-3	-150	26.58	73.42
MP/40	1	375	376	2	E	5	+2	-170	14.88	85.12
MP/40	2	371	386	2	N	J	-1	-50	71.32	28.68
MP/40	3	378	387	3	E	9	-1	100	88.26	11.74
MP/40	4	380	384	2	E	4	=	-110	43.10	56.90
MP/40	5	381	385	4	E	A	-1	100	88.26	11.74
MP/40	7	373	370	3	E	T	-1	100	88.26	11.74
MP/40	8	369	372	1	N	2	-2	-100	57.53	42.47
MP/40	9	367	383	3	N	J	-2	-100	57.53	42.47
MP/40	10	366	382	3 x	E	4	-1	200	99.34	0.66
MP/40	11	377	379	2	S	Q	-2	-100	57.53	42.47
MP/40	12	364	374	2	S	Q	-2	-100	57.53	42.47
MP/40	13	363	368	2 x	N	6	-2	-300	5.05	94.95
OP/273	8	397	391	2	E	2	-1	100	88.26	11.74
OP/273	5	389	396	PASS				0	77.39	22.61
OP/273	6	392	393	2	S	Q	-3	-150	26.58	73.42
OP/273	9	390	394	1	N	6	-3	-150	26.58	73.42
PK/118	11	420	417	2	S	Q	-3	-150	26.58	73.42
PK/118	10	408	410	3	E	4	-1	100	88.26	11.74
PK/118	9	412	413	2 x	S	Q	-4	-800	1.08	98.92
PK/118	8	409	416	3	E	9	-1	100	88.26	11.74
PK/118	7	414	419	1	N	6	=	90	80.73	19.27
PK/118	6	411	418	3	E	9	-1	100	88.26	11.74
PK/118	5	407	415	1	N	6	-3	-150	26.58	73.42
PM/129	1	425	429	3	E	4	+1	-170	14.88	85.12
PM/129	3	430	421	2	N	J	-1	-50	71.32	28.68
PM/129	4	424	423	3	E	9	-1	100	88.26	11.74
PM/129	5	426	433	2	S	Q	-5	-250	6.51	93.49
PM/129	6	434	428	1	N	2	=	90	80.73	19.27
PM/129	7	422	435	2	E	9	-1	100	88.26	11.74
PM/129	8	436	431	2	S	Q	-3	-150	26.58	73.42
PM/166	1	440	443	1 x	N	6	=	180	98.29	1.71
PM/166	2	437	446	2 x	S	Q	-3	-500	3.17	96.83
PM/166	3	441	442	2	S	Q	-2	-100	57.53	42.47
PM/166	4	445	438					0	77.39	22.61
PM/166	5	439	444	2	E	9	=	-110	43.10	56.90
PM/166	6	448	447	1	N	6	-3	-150	26.58	73.42
SW/287	3	460	453	2	S	Q	-1	-50	71.32	28.68
SW/287	4	455	461	2	S	Q	-1	-50	71.32	28.68
SW/287	8	454	457	2	E	10	=	-110	43.10	56.90
SW/287	9	456	465	2	E	10	=	-110	43.10	56.90
SW/287	6	449	450	3	E	A	=	-140	35.37	64.63
SW/287	7	452	463	2	S	Q	-3	-150	26.58	73.42
SW/287	5	462	458	3	E	5	+1	-170	14.88	85.12
SW/287	10	464	451	TD					60.00	0.00
SZ2/910	1	471	467	2	E	9	+1	-140	35.37	64.63
SZ2/910	2	472	470	2	S	Q	-3	-150	26.58	73.42
SZ2/910	3	469	468					0	77.39	22.61
SZ2/910	4	474	473	2	E	9	=	-110	43.10	56.90
WM/122	2	482	495	2	E	4	+2	-170	14.88	85.12
WM/122	3	479	493	2	E	9	=	-110	43.10	56.90
WM/122	4	498	491	4	E	9	-1	100	88.26	11.74
WM/122	5	484	488	3 x	S	Q	-3	-500	3.17	96.83
WM/122	6	481	486	4 x	N	6	-3	-500	3.17	96.83
WM/122	7	478	494	2	S	Q	-3	-150	26.58	73.42
WM/122	8	492	496	1	N	6	-4	-200	8.40	91.60
WM/122	9	490	483	1	N	2	-1	-50	71.32	28.68
WM/122	10	489	476	1	N	6	-2	-100	57.53	42.47
WM/122	11	487	475	2	E	9	=	-110	43.10	56.90
WM/122	13	499	477	2	E	T	=	-110	43.10	56.90
WM/128	1	505	501	2	S		-3	-150	26.58	73.42
WM/128	2	506	504	3	E		-1	100	88.26	11.74
WM/128	3	503	502	3	E		-2	200	99.34	0.66
WM/132	1	513	509	2	S		-3	-150	26.58	73.42
WM/132	2	514	512	1	N		-3	-150	26.58	73.42
WM/132	3	510	511	2	N		-1	-50	71.32	28.68
WP/120	1	527	523					-150	26.58	73.42
WP/120	2	528	526					-140	35.37	64.63
WP/120	3	525	524					-150	26.58	73.42
WP/120	4	530	529					120	95.58	4.42
WP/142	1	535	531	1	N	6	=	90	80.73	19.27
WP/142	2	536	534	2	E	A	+2	-170	14.88	85.12
WP/142	3	533	532	4 x	N	8	-2	-300	5.05	94.95
WP/142	4	538	537	2	S	Q	-2	-100	57.53	42.47
WP/247	9	556	558	1	N	6	-2	-100	57.53	42.47
WP/247	5	554	555	2	S	Q	-5	-250	6.51	93.49
WP/247	4	553	551	1	W	8	+3	-180	10.28	89.72
WP/247	3	550	557	1	N	4	-2	-100	57.53	42.47
WP/247	1	559	560	1	N	6	+1	120	95.58	4.42
WP/247	10	567	565	1	N	6	+1	120	95.58	4.42
WP/247	9	562	569	3	E	10	+1	-170	14.88	85.12
WP/247	8	566	568	2	S	J	-2	-100	57.53	42.47
WP/247	7	571	572	1	N	4	-1	-50	71.32	28.68
WP/247	6	574	570	3	N	A	-2	-100	57.53	42.47
WP/247	5	564	563	2	S	4	-2	-100	57.53	42.47
WP/293	4	583	581	1	N		-2	-100	57.53	42.47
WP/293	5	577	578	2	E		=	-110	43.10	56.90
WP/293	7	582	576	2	E		=	-110	43.10	56.90
WP/293	8	575	579	2	E		=	-110	43.10	56.90
ZP/116	1	588	591					-200	8.40	91.60
ZP/116	2	585	594					-110	43.10	56.90
ZP/116	3	589	590					-110	43.10	56.90
ZP/116	4	593	586					200	99.34	0.66
ZP/116	5	587	592					100	88.26	11.74
ZP/116	6	596	595					-180	10.28	89.72
ZP/121	1	597	605	2	N		-1	-50	71.32	28.68
ZP/121	2	601	608					0	77.39	22.61
ZP/121	3	604	609	2	E		=	-110	43.10	56.90
ZP/121	4	599	606	3	E		-1	100	88.26	11.74
ZP/121	5	602	603	3	N		-2	-100	57.53	42.47
ZP/121	6	598	600	1	N		=	90	80.73	19.27
ZP/215	1	614	617					-110	43.10	56.90
ZP/215	2	611	620					-80	66.10	33.90
ZP/215	3	615	616					-100	57.53	42.47
ZP/215	4	619	612					0	77.39	22.61
ZP/215	5	613	618					100	88.26	11.74