Turniej KMP na maksy

Poniedziałek, 9 stycznia 2017

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Rozdanie nr 31

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Rozdanie nr 31

KJ

Q32

AK1087

AJ3

Q109876

A

9

Q9842

S/NS

54

K76

QJ6532

75

A32

J109854

4

K106

Liczba lew do wzięcia:


N	11	7	11	9	8		E	2	6	2	4	5
S	11	7	11	9	8		W	2	6	2	4	5

Minimax: 3

N, 660
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1400	3	5 x E -6		2	99.54	0.46
1400	3	6 x W -6		1	99.54	0.46
1100	10	5 x W -5		1	96.85	3.15
		5 x E -5		1
		4 x W -5		3
		5 x W -5		4
		6 x W -5		1
800	19	5 x W -4		1	90.87	9.13
		4 x E -4		1
		4 x W -4		12
		5 x W -4		5
690	2	3 N +3		1	86.53	13.47
690	2	3 S +3		1	86.53	13.47
680	7	4 N +2		2	84.68	15.32
		4 S +2		4
		?		1
670	1	3 x N =		1	83.03	16.97
660	14	3 N +2		9	79.93	20.07
		3 S +2		1
		?		4
650	134	4 N +1		34	49.38	50.62
		4 S +1		60
		5 N =		5
		5 S =		21
		4 S +1		1
		5 N =		1
		?		12
500	22	4 x W -3		1	17.18	82.82
		5 x W -3		1
		4 x E -3		2
		4 x W -3		13
		5 x W -3		1
		?		4
300	8	3 x W -2		1	10.99	89.01
300	8	4 x W -2		7	10.99	89.01
200	4	3 S +2		3	8.51	91.49
200	4	?		1	8.51	91.49
150	1	?		1	7.48	92.52
110	1	3 N =		1	7.07	92.93
100	2	3 W -2		1	6.45	93.55
100	2	4 x W -1		1	6.45	93.55
-100	10	6 N -1		3	3.97	96.03
		6 S -1		3
		6 N -1		3
		?		1
-200	1	6 S -2		1	1.70	98.30
-300	2	3 N -3		2	1.08	98.92
-400	1	4 N -4		1	0.46	99.54
-500	1	7 x S -2		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	1	29	25					680	84.68	15.32
DS/144	2	30	28					650	49.38	50.62
DS/144	3	26	27					650	49.38	50.62
DS/144	4	32	31					650	49.38	50.62
DS/72	11	74	73	TD					38.50	60.00
DS/72	9	65	70	5	S	10	=	650	49.38	50.62
DS/72	5	71	64	4	S	10	+1	650	49.38	50.62
DS/72	4	67	68	5 x	W	2	-4	800	90.87	9.13
DS/72	3	63	72	5 x	E	J	-6	1400	99.54	0.46
DS/72	1	66	69	4 x	W	A	-3	500	17.18	82.82
EL1/907	2	84	95	4	S	5	+1	650	49.38	50.62
EL1/907	3	83	93	4	S	8	+1	650	49.38	50.62
EL1/907	4	82	91	4	N	5	+1	650	49.38	50.62
EL1/907	5	81	88	3	N	5	+2	660	79.93	20.07
EL1/907	6	80	86	3	W	K	-2	100	6.45	93.55
EL1/907	7	79	94	4	S	T	+2	680	84.68	15.32
EL1/907	8	78	92	4	S	6	+1	650	49.38	50.62
EL1/907	9	90	77	5	S	9	=	650	49.38	50.62
EL1/907	10	89	76	3	N	5	+2	660	79.93	20.07
EL1/907	11	87	75	5	S	A	=	650	49.38	50.62
JG2/920	1	101	97	3 x	N	2	=	670	83.03	16.97
JG2/920	2	102	100	4 x	W	A	-2	300	10.99	89.01
JG2/920	3	98	99	3	N	4	+2	660	79.93	20.07
JG2/920	4	104	103	6	S	A	-1	-100	3.97	96.03
KP/125	1	114	117	4 x	W	A	-3	500	17.18	82.82
KP/125	3	111	120	4	S	2	+1	650	49.38	50.62
KP/125	4	115	116	4	N	4	+1	650	49.38	50.62
KP/125	5	119	112	4	S	2	+1	650	49.38	50.62
KP/125	9	113	118	3	N	Q	+2	660	79.93	20.07
KP/289	11	134	133	4 x	W	K	-4	800	90.87	9.13
KP/289	9	125	130	3	S	4	+3	690	86.53	13.47
KP/289	5	131	124	4	S	4	+1	650	49.38	50.62
KP/289	4	127	128	4 x	W	A	-3	500	17.18	82.82
KP/289	3	123	132	4 x	W	K	-4	800	90.87	9.13
KP/289	1	126	129	4	S	10	+1	650	49.38	50.62
KP/50	11	153	145	4	S	10	+1	650	49.38	50.62
KP/50	10	150	137	4	N	4	+1	650	49.38	50.62
KP/50	9	142	151	4	N	5	+1	650	49.38	50.62
KP/50	8	140	143	4	S	9	+1	650	49.38	50.62
KP/50	7	138	149	4 x	W	A	-4	800	90.87	9.13
KP/50	6	135	152	5	S	5	=	650	49.38	50.62
KP/50	5	148	144	5	N	6	=	650	49.38	50.62
KP/50	4	141	147	4	N	4	+1	650	49.38	50.62
KP/50	3	146	139	4	S	6	+1	650	49.38	50.62
KP/50	6	154	136	3	N	4	=	110	7.07	92.93
LB/127	3	159	155	4 x	W	K	-5	1100	96.85	3.15
LB/127	6	157	156	4	S	5	+1	650	49.38	50.62
LB/127	5	160	158	4 x	W	A	-3	500	17.18	82.82
LB/165	3	167	163	5	S	A	=	650	49.38	50.62
LB/165	5	168	166	5	N	4	=	650	49.38	50.62
LB/165	6	165	164	4	N	4	+2	680	84.68	15.32
LB/165	7	170	169	5 x	W	Q	-3	500	17.18	82.82
LB/263	5	179	172	5 x	W	A	-4	800	90.87	9.13
LB/263	1	174	177	5	S	9	=	650	49.38	50.62
LB/263	3	171	180	4	S	9	+1	650	49.38	50.62
LB/263	9	173	178	4	N	4	+1	650	49.38	50.62
LB/263	4	175	176	4 x	W	2	-3	500	17.18	82.82
LB/285	3	210	203	4 x	W	K	-2	300	10.99	89.01
LB/285	4	205	211	5	S	4	=	650	49.38	50.62
LB/285	5	212	208	5 x	E		-6	1400	99.54	0.46
LB/285	6	199	200	5	S	10	=	650	49.38	50.62
LB/285	7	202	213	4 x	W	10	-3	500	17.18	82.82
LB/285	8	204	207	4	S	10	+2	680	84.68	15.32
LB/285	9	206	215	4	N	4	+1	650	49.38	50.62
LB/285	10	214	201	4 x	W	Q	-4	800	90.87	9.13
LB/285	11	216	209	6	N	4	-1	-100	3.97	96.03
LD/48	5	217	225	4 x	E	J	-4	800	90.87	9.13
LD/48	7	224	229	4	S	10	+1	650	49.38	50.62
LD/48	8	219	226	4	S	10	+1	650	49.38	50.62
LD/48	9	222	223	4	S	4	+1	650	49.38	50.62
LD/48	10	218	220	4	N	4	+1	650	49.38	50.62
LD/48	11	230	227	4	N	4	+1	650	49.38	50.62
LD/92	1	235	231	4	S	T	+1	650	49.38	50.62
LD/92	2	236	234	4	S	T	+1	650	49.38	50.62
LD/92	3	232	233	4 x	W	A	-2	300	10.99	89.01
LG4/903	1	239	246	4	N	4	+1	650	49.38	50.62
LG4/903	2	242	243	3	N	4	+3	690	86.53	13.47
LG4/903	4	247	241	4	S	T	+1	650	49.38	50.62
LG4/903	5	240	244	4 x	W	2	-3	500	17.18	82.82
LU/145	1	249	256	6 x	W	A	-5	1100	96.85	3.15
LU/145	2	252	253	4	S	6	+1	650	49.38	50.62
LU/145	3	258	255	4	S	6	+1	650	49.38	50.62
LU/145	5	250	254	5 x	E	J	-5	1100	96.85	3.15
LU/150	1	263	259	4	S		+1	650	49.38	50.62
LU/150	2	264	262	4 x	W		-4	800	90.87	9.13
LU/150	3	260	261	5	S		=	650	49.38	50.62
LU/150	4	266	265	5 x	W		-4	800	90.87	9.13
LU/90	2	272	270	5	S	T	=	650	49.38	50.62
LU/90	3	268	269	4	N	4	+1	650	49.38	50.62
LU/90	4	274	273	4 x	W	3	-5	1100	96.85	3.15
MA/123	1	275	283	4 x	W	Q	-3	500	17.18	82.82
MA/123	2	279	286	4	S	9	+1	650	49.38	50.62
MA/123	4	277	284	3	N	4	-3	-300	1.08	98.92
MA/123	5	280	281	5	S	T	=	650	49.38	50.62
MA/123	6	276	278	5	S	K	=	650	49.38	50.62
MA/123	7	288	285	3	N	6	+2	660	79.93	20.07
MA/126	1	294	317	4	N	4	+1	650	49.38	50.62
MA/126	2	306	315	4 x	W	A	-2	300	10.99	89.01
MA/126	3	305	313	4 x	W	A	-4	800	90.87	9.13
MA/126	4	304	311	4	N	4	+1	650	49.38	50.62
MA/126	5	303	309	4	S	6	+2	680	84.68	15.32
MA/126	6	301	308	4	S	T	+1	650	49.38	50.62
MA/126	8	316	297	4	N	5	+1	650	49.38	50.62
MA/126	9	314	295	4 x	E	3	-3	500	17.18	82.82
MA/126	10	312	293	4	S	3	+1	650	49.38	50.62
MA/126	2	327	290	6 x	W	K	-6	1400	99.54	0.46
MA/126	3	328	302	4 x	W	A	-3	500	17.18	82.82
MA/126	4	329	298	4 x	W	3	-3	500	17.18	82.82
MA/126	5	323	330	4	N	5	+1	650	49.38	50.62
MA/126	6	322	332	4 x	W	A	-4	800	90.87	9.13
MA/126	7	325	292	4	N	2	+1	650	49.38	50.62
MA/126	8	289	324	5 x	W	A	-5	1100	96.85	3.15
MA/126	9	300	320	5 x	W	A	-4	800	90.87	9.13
MA/126	10	296	319	4	N	2	+1	650	49.38	50.62
MA/164	1	333	340	5	N		=	650	49.38	50.62
MA/164	2	336	337	4	N		+1	650	49.38	50.62
MA/164	4	341	335	5	S		=	650	49.38	50.62
MA/164	5	334	338	4	N		+1	650	49.38	50.62
MA/46	5	383	390	4	S	9	+1	650	49.38	50.62
MA/46	6	386	387	4	S	6	+1	650	49.38	50.62
MA/46	7	392	389	4 x	W	A	-4	800	90.87	9.13
MA/46	8	391	385	5	S	6	=	650	49.38	50.62
MA/46	9	384	388	4 x	W	2	-1	100	6.45	93.55
MP/163	1	398	397					200	8.51	91.49
MP/163	2	393	396					650	49.38	50.62
MP/163	3	394	395					660	79.93	20.07
MP/40	1	411	412	5	S	T	=	650	49.38	50.62
MP/40	2	407	422	4	S	T	+1	650	49.38	50.62
MP/40	3	414	423	4 x	W	Q	-2	300	10.99	89.01
MP/40	4	416	420	4	N	5	+1	650	49.38	50.62
MP/40	5	417	421	5	S	8	=	650	49.38	50.62
MP/40	7	409	406	5	N	4	=	650	49.38	50.62
MP/40	8	405	408	3	N	Q	+2	660	79.93	20.07
MP/40	9	403	419	4	N	Q	-4	-400	0.46	99.54
MP/40	10	402	418	4	N	3	+1	650	49.38	50.62
MP/40	11	413	415	4	S	4	+1	650	49.38	50.62
MP/40	12	400	410	5	N	6	=	650	49.38	50.62
MP/40	13	399	404	4	N	4	+1	650	49.38	50.62
OP/273	5	425	432	4 x	W	A	-4	800	90.87	9.13
OP/273	6	428	429	4	N	10	+1	650	49.38	50.62
OP/273	8	433	427	4	N	5	+1	650	49.38	50.62
OP/273	9	426	430	4	S	9	+1	650	49.38	50.62
PK/118	10	448	450	5 x	W	A	-5	1100	96.85	3.15
PK/118	9	452	453	5	S	4	=	650	49.38	50.62
PK/118	8	449	456	4 x	W	3	-2	300	10.99	89.01
PK/118	7	454	459	4	S	9	+1	650	49.38	50.62
PK/118	6	451	458	4	N	4	+1	650	49.38	50.62
PK/118	5	447	455	4	S	10	+1	650	49.38	50.62
PM/102	1	471	483	4 x	W	A	-4	800	90.87	9.13
PM/102	2	468	481	4	S	4	+1	650	49.38	50.62
PM/102	3	465	479	4	N	9	+1	650	49.38	50.62
PM/102	4	462	477	4	S	3	+1	650	49.38	50.62
PM/102	5	470	474	4 x	W	A	-3	500	17.18	82.82
PM/102	6	467	472	6	N	Q	-1	-100	3.97	96.03
PM/102	7	490	480	3 x	W	K	-2	300	10.99	89.01
PM/102	8	478	488	4 x	W	K	-3	500	17.18	82.82
PM/102	9	476	486	4	S	8	+1	650	49.38	50.62
PM/102	10	475	484	4 x	W	A	-4	800	90.87	9.13
PM/102	11	464	492	3	N	3	+2	660	79.93	20.07
PM/102	12	491	461	4	S	T	+1	650	49.38	50.62
PM/102	13	489	469	4	S	5	+1	650	49.38	50.62
PM/102	14	487	466	6	N	5	-1	-100	3.97	96.03
PM/129	1	493	500					660	79.93	20.07
PM/129	2	496	497					650	49.38	50.62
PM/129	3	502	499					650	49.38	50.62
PM/129	5	494	498					650	49.38	50.62
SW/287	4	507	511	4	S	8	+1	650	49.38	50.62
SW/287	5	514	509	4	N	4	+1	650	49.38	50.62
SW/287	6	512	503	4	S	10	+1	650	49.38	50.62
SW/287	7	506	505	4	N	4	+1	650	49.38	50.62
SW/287	8	508	515	4	S	4	+1	650	49.38	50.62
SW/287	9	516	510	4	S	10	+1	650	49.38	50.62
SW/287	10	504	517	4	N	4	+1	650	49.38	50.62
SZ2/910	1	522	525	4	N	4	+1	650	49.38	50.62
SZ2/910	2	519	528	4	S	T	+1	650	49.38	50.62
SZ2/910	3	523	524	4	S	2	+1	650	49.38	50.62
SZ2/910	4	527	520	4	N	4	+1	650	49.38	50.62
SZ2/910	5	521	526	4 x	W	A	-2	300	10.99	89.01
USA/130	0	535	531	4	S	X	+1	650	49.38	50.62
USA/130	0	536	534	5	S	X	=	650	49.38	50.62
USA/130	0	533	532	3	S	X	+2	200	8.51	91.49
WM/122	2	545	558	4 x	E	A	-3	500	17.18	82.82
WM/122	3	542	556	4	S	A	+1	650	49.38	50.62
WM/122	4	561	554	4	S	2	+1	650	49.38	50.62
WM/122	5	547	551	4	S	4	+1	650	49.38	50.62
WM/122	6	544	549	5	S	6	=	650	49.38	50.62
WM/122	7	565	557	6	S	9	-2	-200	1.70	98.30
WM/122	8	555	541	4	S	T	+1	650	49.38	50.62
WM/122	9	553	540	4 x	W	K	-5	1100	96.85	3.15
WM/122	10	552	539	7 x	S	A	-2	-500	0.05	99.95
WM/122	11	550	538	6	S	T	-1	-100	3.97	96.03
WM/122	13	566	546	4	S	T	+1	650	49.38	50.62
WM/122	14	564	543	4 x	W	A	-3	500	17.18	82.82
WM/122	15	562	563	4	S	4	+1	650	49.38	50.62
WM/128	1	571	574	4	N		+1	650	49.38	50.62
WM/128	2	568	577	4	N		+2	680	84.68	15.32
WM/128	3	572	573	6	N		-1	-100	3.97	96.03
WM/128	4	576	569	4	S		+1	650	49.38	50.62
WM/128	5	570	575	4	S		+1	650	49.38	50.62
WM/128	6	579	578	4	S		+1	650	49.38	50.62
WM/140	1	584	580	5	S	T	=	650	49.38	50.62
WM/140	2	585	583	4	S	T	+1	650	49.38	50.62
WM/140	3	581	582	6	N	5	-1	-100	3.97	96.03
WM/241		592	588	4	S	9	+1	650	49.38	50.62
WM/241		593	591	4	S	10	+1	650	49.38	50.62
WM/241		589	590	4	S	6	+1	650	49.38	50.62
WP/120	1	598	601					660	79.93	20.07
WP/120	2	595	604					650	49.38	50.62
WP/120	3	599	600					500	17.18	82.82
WP/120	4	603	596					650	49.38	50.62
WP/120	5	597	602					-100	3.97	96.03
WP/147	5	621	614	4 x	W	A	-4	800	90.87	9.13
WP/147	3	613	622	3	N	5	+2	660	79.93	20.07
WP/147	1	616	619	5	S	9	=	650	49.38	50.62
WP/147	4	617	618	4	S	A	+1	650	49.38	50.62
WP/147	9	615	620	4	S	10	+1	650	49.38	50.62
WP/147	11	624	623	4	N	5	+1	650	49.38	50.62
WP/244	10	644	639	6	S	10	-1	-100	3.97	96.03
WP/244	9	648	641	4	N	4	+1	650	49.38	50.62
WP/244	8	653	643	5 x	W	A	-4	800	90.87	9.13
WP/244	7	645	657	3	N	4	-3	-300	1.08	98.92
WP/244	6	647	638	3	S	10	+2	660	79.93	20.07
WP/244	5	649	642	3	S	10	+2	200	8.51	91.49
WP/244	4	651	646	5 x	W	A	-4	800	90.87	9.13
WP/244	3	652	650	5 x	W	A	-5	1100	96.85	3.15
WP/244	2	654	655	4	S	10	+1	650	49.38	50.62
WP/244	10	665	658	6	N	5	-1	-100	3.97	96.03
WP/244	9	670	660	5 x	W	K	-3	500	17.18	82.82
WP/244	8	674	662	3	S	10	+2	200	8.51	91.49
WP/244	7	664	677	4 x	W	Q	-3	500	17.18	82.82
WP/244	6	666	659	3	N	Q	+2	660	79.93	20.07
WP/244	5	671	663	5 x	W	A	-5	1100	96.85	3.15
WP/244	4	669	667	5	N	5	=	650	49.38	50.62
WP/244	3	675	668	4	S	5	+2	680	84.68	15.32
WP/244	2	673	672	5 x	W	A	-5	1100	96.85	3.15
WP/244	1	678	676	4	S	7	+1	650	49.38	50.62
ZP/116	1	690	693					650	49.38	50.62
ZP/116	2	687	696					500	17.18	82.82
ZP/116	3	691	692					150	7.48	92.52
ZP/116	4	695	688					500	17.18	82.82
ZP/116	5	689	694					660	79.93	20.07
ZP/215	1	703	699					650	49.38	50.62
ZP/215	2	704	702					650	49.38	50.62
ZP/215	3	701	700					500	17.18	82.82