Turniej KMP na maksy

Poniedziałek, 9 czerwca 2014

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Rozdanie nr 33

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Rozdanie nr 33

A1032

A1062

AJ

982

J65

K4

K10965

KQ6

N/-

K7

Q983

Q43

J743

Q984

J75

872

A105

Liczba lew do wzięcia:


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

Minimax: 3

x S, -100
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
170	1	2 S +2		1	99.94	0.06
140	3	PASS		1	99.10	0.90
140	3	2 S +1		2	99.10	0.90
120	1	PASS		1	98.25	1.75
110	56	2 N =		2	86.19	13.81
		2 s =		1
		PASS		14
		2 N =		2
		2 S =		37
100	3	1 E -2		2	73.70	26.30
100	3	3 E -2		1	73.70	26.30
90	1	1 S =		1	72.85	27.15
50	12	3 W -1		5	70.10	29.90
		4 W -1		2
		PASS		2
		2 e -1		1
		2 E -1		2
0	1	PASS		1	67.35	32.65
-50	89	1 N -1		1	48.31	51.69
		2 N -1		1
		PASS		12
		2 n -1		1
		2 N -1		3
		2 S -1		41
		2 s -1		2
		3 N -1		1
		3 S -1		18
		3 s -1		3
		1 N -1		2
		1 S -1		3
		3 N -1		1
-90	4	1 W +1		1	28.63	71.37
-90	4	2 W =		3	28.63	71.37
-100	35	2 N -2		1	20.37	79.63
		PASS		6
		2 S -2		4
		3 N -2		2
		3 S -2		19
		3 s -2		2
		4 S -2		1
-110	18	2 W +1		2	9.16	90.84
		3 E =		1
		3 W =		12
		PASS		3
-120	2	1 E +1		1	4.93	95.07
-120	2	1 W +1		1	4.93	95.07
-150	6	3 N -3		1	3.23	96.77
		PASS		2
		3 S -3		1
		4 S -3		2
-200	1	2 N -4		1	1.75	98.25
-470	3	3 x W =		3	0.90	99.10
-1000	1	2 xx N -3		1	0.06	99.94

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
CI1/918	1	57	53	2	S		=	110	86.19	13.81
CI1/918	2	58	56	2	S		-1	-50	48.31	51.69
CI1/918	3	55	54	2	S		-1	-50	48.31	51.69
CI1/918	4	60	59	2	S		-1	-50	48.31	51.69
DS/144	11	74	71	3	W	A	=	-110	9.16	90.84
DS/144	10	62	64	2	S	K	=	110	86.19	13.81
DS/144	9	66	67	2	S	K	-1	-50	48.31	51.69
DS/144	8	63	70	PASS	N		=	0	67.35	32.65
DS/144	7	68	73	2	S	K	-2	-100	20.37	79.63
DS/144	6	65	72	2	S	K	-2	-100	20.37	79.63
DS/144	5	61	69	3	W	2	-1	50	70.10	29.90
DS/72	11	106	103	2	S	K	-1	-50	48.31	51.69
DS/72	10	94	96	3	S	6	-2	-100	20.37	79.63
DS/72	9	98	99	3	S	6	-2	-100	20.37	79.63
DS/72	8	95	102	3	S	6	-2	-100	20.37	79.63
DS/72	7	100	105	3 x	W	8	=	-470	0.90	99.10
DS/72	6	97	104	2	S	10	-1	-50	48.31	51.69
DS/72	5	93	101	2	S	K	-1	-50	48.31	51.69
EL1/907	1	107	115	1	E	7	-2	100	73.70	26.30
EL1/907	2	111	118	4	W	9	-1	50	70.10	29.90
EL1/907	3	114	119	2	S	K	-1	-50	48.31	51.69
EL1/907	4	109	116	2	S	K	=	110	86.19	13.81
EL1/907	5	112	113	3	S	K	-1	-50	48.31	51.69
EL1/907	6	108	110	3	N	Q	-2	-100	20.37	79.63
EL1/907	7	120	117	1	S	5	-1	-50	48.31	51.69
JG2/920	1	125	121	2	S	5	-1	-50	48.31	51.69
JG2/920	2	126	124	2	W	8	=	-90	28.63	71.37
JG2/920	3	122	123	3	S	2	-1	-50	48.31	51.69
JG4/917	1	133	129	1	S		-1	-50	48.31	51.69
JG4/917	2	134	132	1	S		=	90	72.85	27.15
JG4/917	3	130	131	3	W		=	-110	9.16	90.84
KP/114	1	137	145	2	S	6	-1	-50	48.31	51.69
KP/114	2	141	148	2	S	K	=	110	86.19	13.81
KP/114	3	144	149	2	S	K	-1	-50	48.31	51.69
KP/114	4	139	146	2	N	3	=	110	86.19	13.81
KP/114	5	142	143	2	W	9	+1	-110	9.16	90.84
KP/114	6	138	140	3	S	K	-2	-100	20.37	79.63
KP/125	7	160	157	2	S	K	=	110	86.19	13.81
KP/125	8	159	153	2	N	Q	=	110	86.19	13.81
KP/125	5	151	158	3	N	Q	-2	-100	20.37	79.63
KP/125	9	152	156	3	S	6	-2	-100	20.37	79.63
KP/125	6	154	155	3 x	W	8	=	-470	0.90	99.10
KP/50	1	165	169	3	N	4	-3	-150	3.23	96.77
KP/50	2	172	167	2	S	5	-1	-50	48.31	51.69
KP/50	3	170	161	3	S	T	-1	-50	48.31	51.69
KP/50	4	164	163	4	W	9	-1	50	70.10	29.90
KP/50	5	166	173	2	S	K	-1	-50	48.31	51.69
KP/50	6	168	174	3	S	T	-2	-100	20.37	79.63
KP/50	7	175	162	2	S	5	+2	170	99.94	0.06
KP/50	8	171	176	2	S	6	-1	-50	48.31	51.69
LB/127	1	177	185					110	86.19	13.81
LB/127	2	181	188					-100	20.37	79.63
LB/127	3	184	189					-50	48.31	51.69
LB/127	4	179	186					-100	20.37	79.63
LB/127	5	182	183					140	99.10	0.90
LB/127	6	178	180					-100	20.37	79.63
LB/127	7	190	187					-50	48.31	51.69
LB/146	1	191	198					50	70.10	29.90
LB/146	2	194	195					-150	3.23	96.77
LB/146	4	199	193					-50	48.31	51.69
LB/146	5	192	196					110	86.19	13.81
LB/149		201	209	3	s	10	-2	-100	20.37	79.63
LB/149		205	212	3	s	9	-1	-50	48.31	51.69
LB/149		208	213	2	e	4	-1	50	70.10	29.90
LB/149		203	210	3	s	6	-1	-50	48.31	51.69
LB/149		206	207	3	s	3	-2	-100	20.37	79.63
LB/149		202	204	2	s	6	-1	-50	48.31	51.69
LB/149		214	211	2	n	3	-1	-50	48.31	51.69
LD/119	1	218	221	3	S	6	-2	-100	20.37	79.63
LD/119	2	215	224	2	S	K	-1	-50	48.31	51.69
LD/119	3	219	220	3	W	8	=	-110	9.16	90.84
LD/119	4	223	216	2	S	K	-1	-50	48.31	51.69
LD/119	5	217	222	2	S	T	-1	-50	48.31	51.69
LD/48	1	230	233	2	S	6	-1	-50	48.31	51.69
LD/48	3	227	236	2	S	6	=	110	86.19	13.81
LD/48	4	231	232	3	S	6	-2	-100	20.37	79.63
LD/48	5	235	228	2	S	6	=	110	86.19	13.81
LD/48	9	229	234	2	S	K	-1	-50	48.31	51.69
LD/92	1	242	245	2	S	5	-1	-50	48.31	51.69
LD/92	2	239	248	3	S	5	-2	-100	20.37	79.63
LD/92	3	243	244	1	W	8	+1	-90	28.63	71.37
LD/92	4	247	240	2	S	K	=	110	86.19	13.81
LD/92	5	241	246	4	S	T	-3	-150	3.23	96.77
LG4/903	1	255	251	2	S	6	-1	-50	48.31	51.69
LG4/903	2	256	254	2	S	K	=	110	86.19	13.81
LG4/903	3	253	252	4	S	5	-3	-150	3.23	96.77
LU/145	1	259	266	3	S	T	-1	-50	48.31	51.69
LU/145	2	262	263	2	S	5	-2	-100	20.37	79.63
LU/145	3	268	265	3	S	T	-1	-50	48.31	51.69
LU/145	4	267	261	2	S	K	=	110	86.19	13.81
LU/145	5	260	264	3	S	T	-2	-100	20.37	79.63
MA/123	1	275	282	3	S	K	-1	-50	48.31	51.69
MA/123	2	278	279	1	N	K	-1	-50	48.31	51.69
MA/123	3	284	281	2	S	3	-1	-50	48.31	51.69
MA/123	4	283	277	2	S	K	-1	-50	48.31	51.69
MA/123	5	276	280	2	N	6	-1	-50	48.31	51.69
MA/46	1	335	342	1	S	6	-1	-50	48.31	51.69
MA/46	2	338	339	3	W	9	-1	50	70.10	29.90
MA/46	4	343	337	1	E	5	+1	-120	4.93	95.07
MA/46	5	336	340	2	S	K	-1	-50	48.31	51.69
MA/65	33	362	366	2	N	5	-1	-50	48.31	51.69
MA/65	29	369	363	3	W	8	=	-110	9.16	90.84
MA/65	21	364	365	3 x	W	A	=	-470	0.90	99.10
MA/65	17	361	368	2	S	K	=	110	86.19	13.81
MP/138	1	374	377	2	W	A	=	-90	28.63	71.37
MP/138	2	371	380	3	W	A	-1	50	70.10	29.90
MP/138	3	375	376	2	E	4	-1	50	70.10	29.90
MP/138	4	379	372	3	S	5	-2	-100	20.37	79.63
MP/138	5	373	378	2	S	K	+1	140	99.10	0.90
MP/139	1	388	385					-50	48.31	51.69
MP/139	2	386	384					110	86.19	13.81
MP/139	3	387	383					110	86.19	13.81
MP/45	1	426	423	1	N		-1	-50	48.31	51.69
MP/45	2	424	422	2	N		-1	-50	48.31	51.69
MP/45	3	425	421	2	N		-4	-200	1.75	98.25
OL3/925	1	431	427	2	S	K	=	110	86.19	13.81
OL3/925	2	432	430	2	N	4	-2	-100	20.37	79.63
OL3/925	3	428	429	2	S	9	=	110	86.19	13.81
OL4/913		440	437	2	s	K	=	110	86.19	13.81
OL4/913		438	436	2	s	K	-1	-50	48.31	51.69
OL4/913		439	435	3	s	K	-1	-50	48.31	51.69
OP/95	3	445	441	2	S	5	-1	-50	48.31	51.69
OP/95	5	446	444	2	W	2	+1	-110	9.16	90.84
OP/95	6	443	442	3	S	10	-1	-50	48.31	51.69
OP/95	7	448	447	3	N	3	-1	-50	48.31	51.69
PD/81	3	453	449	2	S	K	=	110	86.19	13.81
PD/81	6	451	450	2	S	K	=	110	86.19	13.81
PD/81	7	456	455	2	S	K	=	110	86.19	13.81
PD/81	5	454	452	3	W	A	=	-110	9.16	90.84
PK/118	11	474	467	3	S	K	-1	-50	48.31	51.69
PK/118	10	472	459	2	N	J	=	110	86.19	13.81
PK/118	9	464	473	2	S	5	=	110	86.19	13.81
PK/118	8	462	465	2	S	Q	-1	-50	48.31	51.69
PK/118	7	460	471	3	S	K	-1	-50	48.31	51.69
PK/118	6	457	458	3	S	10	-2	-100	20.37	79.63
PK/118	5	470	466	2	S	6	=	110	86.19	13.81
PK/118	4	463	469	2	S	6	=	110	86.19	13.81
PK/118	3	468	461	2	N	9	=	110	86.19	13.81
PM/115	1	478	481	2	S	K	=	110	86.19	13.81
PM/115	2	475	484	3	S	T	-2	-100	20.37	79.63
PM/115	3	479	480	3	W	2	-1	50	70.10	29.90
PM/115	5	477	482	2	S	T	-2	-100	20.37	79.63
PM/115	6	486	485	3	S	5	-1	-50	48.31	51.69
PM/129	1	491	487					110	86.19	13.81
PM/129	2	492	490					-50	48.31	51.69
PM/129	3	489	488					110	86.19	13.81
PM/129	4	494	493					110	86.19	13.81
SZ2/910	1	498	501	3	W	A	=	-110	9.16	90.84
SZ2/910	2	495	504	3	S	5	-3	-150	3.23	96.77
SZ2/910	3	499	500	3	W	A	=	-110	9.16	90.84
SZ2/910	4	503	496	2	S	K	-1	-50	48.31	51.69
SZ2/910	5	497	502	4	S	K	-2	-100	20.37	79.63
USA/130	0	511	507	2	S	K	=	110	86.19	13.81
USA/130	0	512	510	2	S	K	=	110	86.19	13.81
USA/130	0	509	508	2	S	K	=	110	86.19	13.81
USA/130	0	514	513	2	E	X	-1	50	70.10	29.90
WM/122	2	522	535	2	S	6	=	110	86.19	13.81
WM/122	3	519	533	2	S	6	=	110	86.19	13.81
WM/122	4	538	531	2	S	T	=	110	86.19	13.81
WM/122	5	524	528	2	S	K	-1	-50	48.31	51.69
WM/122	6	521	526	2	S	K	-1	-50	48.31	51.69
WM/122	7	518	534	3	S	T	-2	-100	20.37	79.63
WM/122	8	532	536	3	S	T	-1	-50	48.31	51.69
WM/122	9	530	523	2	S	K	-1	-50	48.31	51.69
WM/122	10	529	516	2 xx	N	8	-3	-1000	0.06	99.94
WM/122	11	527	515	3	W	A	=	-110	9.16	90.84
WM/122	12	540	520	2	S	K	-1	-50	48.31	51.69
WM/122	13	539	517	3	W	2	=	-110	9.16	90.84
WM/128	1	545	541	3	W	A	=	-110	9.16	90.84
WM/128	2	546	544	3	S	K	-2	-100	20.37	79.63
WM/128	3	542	543	2	S	6	-1	-50	48.31	51.69
WM/128	4	548	547	3	S	5	-2	-100	20.37	79.63
WM/132	1	553	549					-50	48.31	51.69
WM/132	2	554	552					110	86.19	13.81
WM/132	3	550	551					-50	48.31	51.69
WM/140	1	561	557	2	S	T	-1	-50	48.31	51.69
WM/140	2	562	560	3	S	5	-1	-50	48.31	51.69
WM/140	3	558	559	3	S	T	-2	-100	20.37	79.63
WM/140	4	564	563	3	S	T	-2	-100	20.37	79.63
WP/120	1	576	569					-50	48.31	51.69
WP/120	2	571	577					-110	9.16	90.84
WP/120	3	578	574					-50	48.31	51.69
WP/120	4	565	566					110	86.19	13.81
WP/120	5	568	579					-110	9.16	90.84
WP/120	6	570	573					-110	9.16	90.84
WP/120	7	572	581					-50	48.31	51.69
WP/120	8	580	567					110	86.19	13.81
WP/142	1	583	590	3	S	6	-1	-50	48.31	51.69
WP/142	2	586	587	2	S	5	=	110	86.19	13.81
WP/142	4	591	585	3	S	K	-1	-50	48.31	51.69
WP/142	5	584	588	2	S	T	=	110	86.19	13.81
WP/147	7	596	595	2	S	10	=	110	86.19	13.81
WP/147	8	598	605	2	S	6	=	110	86.19	13.81
WP/147	10	594	607	2	S	K	=	110	86.19	13.81
WP/147	4	597	601	2	S	K	-1	-50	48.31	51.69
WP/147	5	604	599	3	S	10	-1	-50	48.31	51.69
WP/147	6	602	593	2	N	3	-1	-50	48.31	51.69
WP/147	9	606	600	2	S	6	-1	-50	48.31	51.69
WP/30	10	624	611	2	S	5	-1	-50	48.31	51.69
WP/30	9	616	625	2	S	K	-1	-50	48.31	51.69
WP/30	8	614	617	2	S	K	=	110	86.19	13.81
WP/30	7	612	623	3	S	10	-2	-100	20.37	79.63
WP/30	6	609	610	2	S	K	=	110	86.19	13.81
WP/30	5	622	618	3	E	5	-2	100	73.70	26.30
WP/30	4	615	621	3	W	9	-1	50	70.10	29.90
WP/30	3	620	613	2	S	6	=	110	86.19	13.81
WP/52	11	627	630	3	W	8	=	-110	9.16	90.84
WP/52	9	634	636	3	N	5	-1	-50	48.31	51.69
WP/52	5	632	633	3	E	8	=	-110	9.16	90.84
WP/52	4	631	629	2	S	K	-1	-50	48.31	51.69
WP/52	3	628	635	3	W	8	=	-110	9.16	90.84
WP/52	1	637	638	2	S	Q	-1	-50	48.31	51.69
ZP/116	1	650	653					110	86.19	13.81
ZP/116	2	647	656					50	70.10	29.90
ZP/116	3	651	652					-100	20.37	79.63
ZP/116	4	655	648					-150	3.23	96.77
ZP/116	5	649	654					-50	48.31	51.69
ZP/116	6	658	657					110	86.19	13.81
ZP/121	1	659	667	3	S		-1	-50	48.31	51.69
ZP/121	2	663	670	2	S		=	110	86.19	13.81
ZP/121	3	666	671	2	S		+1	140	99.10	0.90
ZP/121	4	661	668	2	S		-1	-50	48.31	51.69
ZP/121	5	664	665	1	W		+1	-120	4.93	95.07
ZP/121	6	660	662	2	W		=	-90	28.63	71.37
ZP/56	1	673	681					-100	20.37	79.63
ZP/56	2	677	684					-50	48.31	51.69
ZP/56	3	680	685					110	86.19	13.81
ZP/56	4	675	682					110	86.19	13.81
ZP/56	5	678	679					120	98.25	1.75
ZP/56	6	674	676					-100	20.37	79.63
ZP/63	1	691	695	1	N	3	-1	-50	48.31	51.69
ZP/63	2	698	693	1	E	5	-2	100	73.70	26.30
ZP/63	3	696	687	2	S	K	=	110	86.19	13.81
ZP/63	4	690	689	2	S	T	-1	-50	48.31	51.69
ZP/63	5	692	699	3	S	K	-1	-50	48.31	51.69
ZP/63	6	700	694	3	S	K	-1	-50	48.31	51.69
ZP/63	7	688	701	2	S	9	=	110	86.19	13.81
ZA2/916		643	639	2	S	9	+1	110	55.00	65.00	1
ZA2/916		644	642	3	S	9	=	110	55.00	65.00	1
ZA2/916		641	640	3 x	W	Q	-2	300	70.00	50.00	1