Turniej KMP na maksy

Poniedziałek, 12 października 2015

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Rozdanie nr 32

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Rozdanie nr 32

942

10542

AJ95

AJ

Q108653

J93

Q1083

W/EW

KJ7

AQ8

K1083

972

A

K76

Q7642

K654

Liczba lew do wzięcia:


N	6	5	8	9	7		E	6	8	5	3	5
S	6	5	8	9	7		W	6	8	4	3	5

Minimax: 3

S, 110
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
800	4	PASS		1	99.39	0.61
800	4	5 x W -3		3	99.39	0.61
570	1	3 x N +1		1	98.45	1.55
550	1	3 x S =		1	98.07	1.93
510	5	4 x N =		1	96.95	3.05
510	5	4 x S =		4	96.95	3.05
500	11	PASS		2	93.94	6.06
500	11	4 x W -2		9	93.94	6.06
470	1	3 x S =		1	91.69	8.31
300	1	5 E -3		1	91.31	8.69
200	42	1 E -2		1	83.24	16.76
		PASS		6
		3 x E -1		1
		3 x W -1		6
		3 W -2		1
		4 E -2		7
		4 W -2		19
		3 E -2		1
150	1	1 S +2		1	75.16	24.84
130	6	1 S +3		2	73.85	26.15
		3 S +1		1
		4 S =		1
		PASS		2
110	20	3 S =		1	68.97	31.03
		2 S +1		4
		3 N =		2
		3 S =		10
		1 N +1		1
		PASS		2
100	51	PASS		5	55.63	44.37
		2 W -1		2
		3 E -1		3
		3 W -1		37
		4 E -1		1
		1 W -1		1
		3 E -1		2
90	1	2 S =		1	45.87	54.13
-50	20	3 S -1		2	41.93	58.07
		4 N -1		1
		4 S -1		10
		2 N -1		1
		3 N -1		1
		PASS		3
		1 S -1		2
-80	1	1 W =		1	37.98	62.02
-90	3	1 E =		3	37.23	62.77
-100	24	3 x N -1		1	32.16	67.84
		3 x S -1		1
		4 x S -1		14
		5 x S -1		3
		5 S -2		1
		3 x N -1		1
		3 N -2		1
		PASS		2
-110	45	PASS		5	19.20	80.80
		1 W +1		8
		2 E =		2
		2 W =		30
-120	1	1 E +1		1	10.57	89.43
-140	4	2 W +1		1	9.63	90.37
-140	4	3 W =		3	9.63	90.37
-150	6	3 N -3		1	7.75	92.25
		6 N -3		1
		4 N -3		1
		PASS		1
		1 E +2		1
		2 E +1		1
-200	2	4 x x S -1		1	6.25	93.75
-200	2	4 N -4		1	6.25	93.75
-300	10	2 x S -2		1	3.99	96.01
		5 x N -2		1
		5 x S -2		8
-500	3	5 x S -3		1	1.55	98.45
		6 x N -3		1
		5 x N -3		1
-600	2	3 E =		2	0.61	99.39
-800	1	4 x N -4		1	0.05	99.95
	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	32	83	87	4 x	S	6	-1	-100	32.16	67.84
DS/144	28	90	84	2	S	6	=	90	45.87	54.13
DS/144	24	91	88	4 x	N	K	-4	-800	0.05	99.95
DS/144	20	85	86	3	W	A	-1	100	55.63	44.37
DS/144	16	82	89	3 x	S	3	=	470	91.69	8.31
JG2/920	1	144	151	4	S	6	-1	-50	41.93	58.07
JG2/920	2	147	148	1	E	4	=	-90	37.23	62.77
JG2/920	4	152	146	3	W	2	-1	100	55.63	44.37
JG2/920	5	145	149	2	W	2	=	-110	19.20	80.80
JG4/917	1	158	154	3	W	A	-1	100	55.63	44.37
JG4/917	2	159	157	3	W	A	-1	100	55.63	44.37
JG4/917	3	155	156	3	W	5	-1	100	55.63	44.37
JG4/917	4	161	160	3	W	2	-1	100	55.63	44.37
KP/114	1	162	170	3	W	T	-1	100	55.63	44.37
KP/114	2	166	173	1	W	2	+1	-110	19.20	80.80
KP/114	3	169	174	3	W	5	=	-140	9.63	90.37
KP/114	4	164	171	1	W	A	+1	-110	19.20	80.80
KP/114	6	163	165	3	S	6	-1	-50	41.93	58.07
KP/114	7	175	172	1	W	A	+1	-110	19.20	80.80
KP/125	1	179	182	5 x	S	6	-2	-300	3.99	96.01
KP/125	3	176	185	5 x	S	3	-3	-500	1.55	98.45
KP/125	4	180	181	4	S	6	-1	-50	41.93	58.07
KP/125	5	184	177	4 x	S	T	-1	-100	32.16	67.84
KP/125	9	178	183	4 x	S	6	-1	-100	32.16	67.84
KP/125	11	187	186	4 x	N	7	=	510	96.95	3.05
KP/50	11	200	188	2	W	A	=	-110	19.20	80.80
KP/50	10	202	189	3 x	N	K	-1	-100	32.16	67.84
KP/50	9	203	190	2	S	3	+1	110	68.97	31.03
KP/50	8	191	205	4	W	4	-2	200	83.24	16.76
KP/50	7	192	207	3	W	2	-1	100	55.63	44.37
KP/50	6	193	199	1	S	3	+2	150	75.16	24.84
KP/50	5	194	201	1	S	10	+3	130	73.85	26.15
KP/50	4	195	204	5 x	S	Q	-2	-300	3.99	96.01
KP/50	3	196	206	5 x	S	6	-2	-300	3.99	96.01
KP/50	2	197	208	1	W	A	+1	-110	19.20	80.80
LB/127	5	210	217	4	W	3	-2	200	83.24	16.76
LB/127	6	213	214	4 x	S	5	=	510	96.95	3.05
LB/127	7	219	216	3	W	A	-1	100	55.63	44.37
LB/127	8	218	212	4 x	W	A	-2	500	93.94	6.06
LB/127	9	211	215	TD					60.00	0.00
LB/146	10	221	223	4	W	5	-2	200	83.24	16.76
LB/146	9	225	226	3	N	Q	=	110	68.97	31.03
LB/146	6	224	231	3	W	5	-1	100	55.63	44.37
LB/146	11	233	230	4	S	Q	-1	-50	41.93	58.07
LB/146	8	222	229	6	N	K	-3	-150	7.75	92.25
LB/146	5	220	228	4 xx	S	3	-1	-200	6.25	93.75
LB/146	7	227	232	5 x	S	10	-2	-300	3.99	96.01
LB/149		245	238	3	W	A	-1	100	55.63	44.37
LB/149		240	246	2	W	A	=	-110	19.20	80.80
LB/149		247	243	4	W	A	-2	200	83.24	16.76
LB/149		234	235	5	E	2	-3	300	91.31	8.69
LB/149		237	248	4	S	6	-1	-50	41.93	58.07
LB/149		239	242	3	E	4	-1	100	55.63	44.37
LB/149		241	250	5 x	W	A	-3	800	99.39	0.61
LB/149		249	236	4 x	W	4	-2	500	93.94	6.06
LB/149		251	244	2	W	2	=	-110	19.20	80.80
LB/165	5	252	259	5 x	N	7	-2	-300	3.99	96.01
LB/165	6	255	256	4 x	S	6	-1	-100	32.16	67.84
LB/165	8	260	254	1	W	5	+1	-110	19.20	80.80
LB/165	9	253	257	3	S	3	=	110	68.97	31.03
LB/75	1	265	268	5 x	W	A	-3	800	99.39	0.61
LB/75	4	266	267	2	W	A	=	-110	19.20	80.80
LB/75	5	270	263	2	W	A	=	-110	19.20	80.80
LB/75	9	264	269	2	W	A	+1	-140	9.63	90.37
LB/75	11	273	272	3	W	A	-1	100	55.63	44.37
LD/48	5	274	282	3 x	W	2	-1	200	83.24	16.76
LD/48	6	278	285	3	E	7	-2	200	83.24	16.76
LD/48	8	276	283	5 x	W	5	-3	800	99.39	0.61
LD/48	9	279	280	5	S	6	-2	-100	32.16	67.84
LD/48	10	275	277	4	N	K	-3	-150	7.75	92.25
LD/48	11	287	284	4	W	A	-2	200	83.24	16.76
LD/92	1	291	294	4	W		-2	200	83.24	16.76
LD/92	2	288	297	1	S		-1	-50	41.93	58.07
LD/92	3	292	293	2	W		=	-110	19.20	80.80
LD/92	4	296	289	1	E		=	-90	37.23	62.77
LD/92	5	290	295	2	W		=	-110	19.20	80.80
LG4/903	1	300	307	2	N	K	-1	-50	41.93	58.07
LG4/903	2	303	304	1	E	A	-2	200	83.24	16.76
LG4/903	3	309	306	5 x	S	Q	-1	-100	32.16	67.84
LG4/903	4	308	302	4 x	W	A	-2	500	93.94	6.06
LG4/903	5	301	305	4	W	5	-2	200	83.24	16.76
LU/145	1	310	317	5 x	S	6	-2	-300	3.99	96.01
LU/145	2	313	314	4	W	4	-2	200	83.24	16.76
LU/145	3	319	316	3	W	2	-1	100	55.63	44.37
LU/145	4	318	312	3	W	2	-1	100	55.63	44.37
LU/145	5	311	315	3 x	N	K	-1	-100	32.16	67.84
LU/150	1	324	320	3	E	2	-1	100	55.63	44.37
LU/150	2	325	323	3	W	A	-1	100	55.63	44.37
LU/150	3	321	322	5 x	S	J	-1	-100	32.16	67.84
LU/150	4	327	326	3	S	3	=	110	68.97	31.03
LU/90	1	332	328	4	W	A	-2	200	83.24	16.76
LU/90	2	333	331	2	S	6	+1	110	68.97	31.03
LU/90	3	329	330	4 x	S	6	-1	-100	32.16	67.84
LU/90	4	335	334	3	E	4	-1	100	55.63	44.37
MA/123	1	336	344					200	83.24	16.76
MA/123	2	340	347					200	83.24	16.76
MA/123	4	338	345					-150	7.75	92.25
MA/123	5	341	342					200	83.24	16.76
MA/123	6	337	339					-50	41.93	58.07
MA/126	1	368	378	3	W	2	-1	100	55.63	44.37
MA/126	2	367	376	2	W	A	=	-110	19.20	80.80
MA/126	3	366	374	4	N	3	-1	-50	41.93	58.07
MA/126	4	365	372	4 x	S	3	-1	-100	32.16	67.84
MA/126	5	364	370	4	W	A	-2	200	83.24	16.76
MA/126	6	362	369	2	W	5	=	-110	19.20	80.80
MA/126	7	360	379	2	W	A	=	-110	19.20	80.80
MA/126	8	377	358	3 x	W	K	-1	200	83.24	16.76
MA/126	9	375	356	5 x	N	J	-3	-500	1.55	98.45
MA/126	10	373	354	2	W	6	=	-110	19.20	80.80
MA/126	1	387	355	4	W	A	-2	200	83.24	16.76
MA/126	2	388	351	2	W	A	-1	100	55.63	44.37
MA/126	3	389	363	2	W	5	=	-110	19.20	80.80
MA/126	4	390	359	2	W	4	=	-110	19.20	80.80
MA/126	5	384	391	1	S	6	-1	-50	41.93	58.07
MA/126	6	383	393	1	E	5	=	-90	37.23	62.77
MA/126	7	386	353	3	S	9	=	110	68.97	31.03
MA/126	8	350	385	4	E	6	-2	200	83.24	16.76
MA/126	9	361	381	3	E	4	=	-600	0.61	99.39
MA/126	10	357	380	2	W	A	=	-110	19.20	80.80
MA/46	5	394	401	4	S	6	-1	-50	41.93	58.07
MA/46	6	397	398	3	W	A	-1	100	55.63	44.37
MA/46	8	402	396	4	W	A	-2	200	83.24	16.76
MA/46	9	395	399	4 x	S	J	-1	-100	32.16	67.84
MA/62	4	427	423	3	S	3	=	110	68.97	31.03
MA/62	5	410	428	3	W	A	-1	100	55.63	44.37
MA/62	6	429	426	2	E	A	=	-110	19.20	80.80
MA/62	7	421	413	2	W	2	=	-110	19.20	80.80
MA/62	8	424	422	3	S	3	-1	-50	41.93	58.07
MA/62	9	415	420	4 x	S	4	-1	-100	32.16	67.84
MA/62	10	416	405	4	W	A	-2	200	83.24	16.76
MA/62	11	414	408	2	W	A	=	-110	19.20	80.80
MA/62	12	412	417	1	E	7	+1	-120	10.57	89.43
MA/62	13	425	430	1	S	2	+3	130	73.85	26.15
MA/62	14	406	411	4	E	4	-2	200	83.24	16.76
MA/62	15	409	407	1	W	A	+1	-110	19.20	80.80
MA/62	16	404	419	4	E	A	-2	200	83.24	16.76
MA/88	0	435	436	3	W	5	-2	200	83.24	16.76
MA/88	0	432	439	3	W	4	-1	100	55.63	44.37
MA/88	0	440	434	2	E	7	+1	-150	7.75	92.25
MA/88	0	433	437	5 x	S	Q	-2	-300	3.99	96.01
MP/138	1	446	442	3	E	4	=	-600	0.61	99.39
MP/138	2	447	445	2 x	S	3	-2	-300	3.99	96.01
MP/138	3	443	444	3	E	2	-1	100	55.63	44.37
MP/138	4	449	448	3 x	W	A	-1	200	83.24	16.76
MP/163	1	454	450					-50	41.93	58.07
MP/163	2	451	452					500	93.94	6.06
MP/163	3	457	456					110	68.97	31.03
MP/45	1	487	483	4 x	W		-2	500	93.94	6.06
MP/45	2	484	482	3 x	N		+1	570	98.45	1.55
MP/45	3	485	486	3 x	W		-1	200	83.24	16.76
PK/118	11	509	504	4	N	7	-4	-200	6.25	93.75
PK/118	10	495	508	4 x	W	A	-2	500	93.94	6.06
PK/118	9	507	501	3	S	3	=	110	68.97	31.03
PK/118	8	499	506	1	W	5	=	-80	37.98	62.02
PK/118	7	497	496	4 x	S	6	-1	-100	32.16	67.84
PK/118	6	503	494	3	N	7	-1	-50	41.93	58.07
PK/118	5	505	500	3 x	E	6	-1	200	83.24	16.76
PK/118	4	498	502	4 x	S	9	=	510	96.95	3.05
PM/102	1	520	532	2	E	7	=	-110	19.20	80.80
PM/102	2	517	530	2	W	2	=	-110	19.20	80.80
PM/102	3	514	528	2	W	A	=	-110	19.20	80.80
PM/102	4	511	526	4	W	A	-2	200	83.24	16.76
PM/102	5	519	523	2	S	6	+1	110	68.97	31.03
PM/102	6	516	521	3	E	4	-1	100	55.63	44.37
PM/102	7	513	529	4	E	4	-2	200	83.24	16.76
PM/102	8	527	537	2	W	5	-1	100	55.63	44.37
PM/102	10	524	533	3	S	3	=	110	68.97	31.03
PM/102	11	539	510	5 x	S	6	-1	-100	32.16	67.84
PM/102	12	538	518	3	N	J	=	110	68.97	31.03
PM/102	13	536	515	4	S	6	-1	-50	41.93	58.07
SZ2/910	1	549	552	4	W	5	-2	200	83.24	16.76
SZ2/910	2	546	555	4	E	2	-2	200	83.24	16.76
SZ2/910	3	550	551	4 x	S	3	-1	-100	32.16	67.84
SZ2/910	4	554	547	4 x	W	5	-2	500	93.94	6.06
SZ2/910	5	548	553	2	W	A	=	-110	19.20	80.80
SZ2/910	6	557	556	4 x	W	A	-2	500	93.94	6.06
USA/130	0	558	565	4	E	X	-2	200	83.24	16.76
USA/130	0	561	562	2	S	Q	+1	110	68.97	31.03
USA/130	0	566	560	2	W	A	=	-110	19.20	80.80
USA/130	0	559	563	2	W	A	=	-110	19.20	80.80
WM/122	2	574	587	3	W	A	-1	100	55.63	44.37
WM/122	3	571	585	3	S	9	=	110	68.97	31.03
WM/122	4	590	583	4 x	S	4	-1	-100	32.16	67.84
WM/122	5	576	580	2	W	A	=	-110	19.20	80.80
WM/122	6	573	578	3 x	W	A	-1	200	83.24	16.76
WM/122	7	570	586	3	W	A	-1	100	55.63	44.37
WM/122	8	584	588	3	W	A	-1	100	55.63	44.37
WM/122	9	582	575	2	W	5	=	-110	19.20	80.80
WM/122	10	581	568	4	W	A	-2	200	83.24	16.76
WM/122	11	579	567	3 x	S	2	=	550	98.07	1.93
WM/122	13	591	569	3	W	2	-1	100	55.63	44.37
WM/128	1	597	593	1	E		+2	-150	7.75	92.25
WM/128	2	598	596	1	N		+1	110	68.97	31.03
WM/128	3	594	595	4	W		-2	200	83.24	16.76
WM/128	4	600	599	1	W		-1	100	55.63	44.37
WM/132	1	605	601					-110	19.20	80.80
WM/132	2	606	604					500	93.94	6.06
WM/132	3	602	603					130	73.85	26.15
WM/140	1	613	609	3	S	3	=	110	68.97	31.03
WM/140	2	614	612	4 x	W	2	-2	500	93.94	6.06
WM/140	3	610	611	4	S	6	-1	-50	41.93	58.07
WM/140	4	616	615	3 x	W	A	-1	200	83.24	16.76
WM/241		621	617	4	W	A	-2	200	83.24	16.76
WM/241		622	620	4	S	9	-1	-50	41.93	58.07
WM/241		618	619	3	W	4	-1	100	55.63	44.37
WM/246	1	628	624	5 x	S	5	-2	-300	3.99	96.01
WM/246	2	629	627	1	W	2	+1	-110	19.20	80.80
WM/246	3	625	626	3	W	A	-1	100	55.63	44.37
WP/120	1	632	640					-110	19.20	80.80
WP/120	2	636	643					100	55.63	44.37
WP/120	3	639	644					200	83.24	16.76
WP/120	4	634	641					100	55.63	44.37
WP/120	5	637	638					-110	19.20	80.80
WP/120	6	633	635					200	83.24	16.76
WP/120	7	645	642					100	55.63	44.37
WP/142	1	646	653	3	W	A	-1	100	55.63	44.37
WP/142	2	649	650	5 x	S	6	-2	-300	3.99	96.01
WP/142	4	654	648	3	W	4	-1	100	55.63	44.37
WP/142	5	647	651	3	S	6	=	110	68.97	31.03
WP/147	11	671	666	4 x	S	J	=	510	96.95	3.05
WP/147	8	661	668	3	S	9	=	110	68.97	31.03
WP/147	7	659	658	3	W	A	-1	100	55.63	44.37
WP/147	10	657	670	4 x	S	J	-1	-100	32.16	67.84
WP/147	5	667	662	2	W	2	=	-110	19.20	80.80
WP/147	6	665	656	2	W	A	=	-110	19.20	80.80
WP/147	9	669	663	3	W	A	=	-140	9.63	90.37
WP/156	3	676	672	3	W	A	-1	100	55.63	44.37
WP/156	5	677	675	3	W	A	-1	100	55.63	44.37
WP/156	6	674	673	6 x	N	7	-3	-500	1.55	98.45
WP/156	7	679	678	3	W	A	-1	100	55.63	44.37
WP/244	10	694	681	3	S	9	=	110	68.97	31.03
WP/244	9	695	682	2	W	5	=	-110	19.20	80.80
WP/244	8	697	683	1	W	2	+1	-110	19.20	80.80
WP/244	7	684	699	4	E	4	-1	100	55.63	44.37
WP/244	6	685	691	3	N	7	-3	-150	7.75	92.25
WP/244	5	686	693	4 x	S	Q	-1	-100	32.16	67.84
WP/244	4	687	696	3	W	A	=	-140	9.63	90.37
WP/244	3	688	698	4	S	10	=	130	73.85	26.15
WP/244	2	689	700	3	W	A	-1	100	55.63	44.37
WP/244	1	690	702	4	E	4	-2	200	83.24	16.76
WP/244	10	718	704	3	S	6	+1	130	73.85	26.15
WP/244	9	716	703	4 x	S	Q	=	510	96.95	3.05
WP/244	8	722	706	4 x	S	6	-1	-100	32.16	67.84
WP/244	7	705	720	2	W	4	=	-110	19.20	80.80
WP/244	6	708	711	4	S	6	-1	-50	41.93	58.07
WP/244	5	707	717	3	W	A	-1	100	55.63	44.37
WP/244	4	710	715	3	W	2	-1	100	55.63	44.37
WP/244	3	709	721	3	W	A	-1	100	55.63	44.37
WP/244	2	713	719	3	W	A	-1	100	55.63	44.37
WP/244	1	714	723	3	W	A	-1	100	55.63	44.37
ZP/116	1	730	738					800	99.39	0.61
ZP/116	2	734	741					-50	41.93	58.07
ZP/116	4	732	739					130	73.85	26.15
ZP/116	5	735	736					100	55.63	44.37
ZP/116	6	731	733					-100	32.16	67.84
ZP/116	7	743	740					200	83.24	16.76
ZP/215	1	759	762					110	68.97	31.03
ZP/215	2	756	765					-110	19.20	80.80
ZP/215	3	760	761					100	55.63	44.37
ZP/215	4	764	757					-110	19.20	80.80
ZP/215	5	758	763					-100	32.16	67.84
ZP/255	2	774	780	4	S	9	-1	-50	41.93	58.07
ZP/255	3	781	777	4 x	W	2	-2	500	93.94	6.06
ZP/255	4	768	769	2	W	A	=	-110	19.20	80.80
ZP/255	5	771	782	3	N	K	-2	-100	32.16	67.84
ZP/255	6	773	776	3 x	S	5	-1	-100	32.16	67.84
ZP/255	7	775	784	4	W	A	-2	200	83.24	16.76
ZP/255	8	783	770	2	W	A	=	-110	19.20	80.80
ZP/121	1	747	750	6	E		+1	-1460	8.22	91.78	-1
ZP/121	2	744	753	4	E		+2	-680	50.00	50.00	-1
ZP/121	3	748	749	4	E		+2	-680	50.00	50.00	-1
ZP/121	4	752	745	4	E		+2	-680	50.00	50.00	-1
ZP/121	5	746	751	4	E		+1	-650	91.78	8.22	-1
ZP/121	6	755	754	4	E		+2	-680	50.00	50.00	-1